Upgrading Apigee hybrid to version 1.12

Version 1.12 

   Supported versions:

• v1.14 (latest)                        
• v1.13                         
• v1.12                         
• v1.11                         
• List of supported versions

   Unsupported versions:

• v1.10                                      
• v1.9                                         
• v1.8                                         
• v1.7                                         
• v1.6                                         
• v1.5                                         
• v1.4                                         
• v1.3                                         
• v1.2                                         
• v1.1                                         

This procedure covers upgrading from Apigee hybrid version 1.11.x to Apigee hybrid version 1.12.3.

Changes from Apigee hybrid v1.11

Apigee hybrid version 1.12 introduces the following changes that impact the upgrade process. For a complete list of features in v1.12 see the hybrid v1.12.0 Release Notes.

• Cassandra 4.x: Starting in version 1.12, Apigee hybrid uses Cassandra version 4+.
  Important: Because of the database change, you cannot roll back the upgraded apigee-datastore component. Therefore, it is critical that you back up your Cassandra database and your hybrid installation before upgrading. If you need to roll back your upgrade, consider the following scenarios:

  • Cassandra not yet upgraded: You can roll back all changes.
  • Cassandra upgraded and all Cassandra pods are healthy: You can roll back changes to all components except apigee-datastore. Your v1.11.x installation will continue to work with a v1.12 instance of your apigee-datastore running Cassandra v4.
  • Cassandra upgraded and the Cassandra pods are in an unhealthy state: You must uninstall hybrid v1.12 and restore your v.11 installation from a backup.
• apigeectl deprecation: Starting in version 1.12, Apigee hybrid only supports Helm for installing and managing your hybrid installation.
  Caution: apigeectl is deprecated as of April 17, 2024. The apigeectl tool is not supported for Apigee hybrid v1.12. Support for apigeectl for Apigee hybrid v1.10 and v1.11 will end on April 17, 2025. For more information, see apigeectl deprecation.
  Important: If you are managing v1.11 with apigeectl, you must first migrate your v1.11 installation to use Helm before upgrading to version 1.12. Follow the instructions in Migrate Apigee hybrid to Helm charts from apigeectl.

• A new suite of metrics for monitoring Apigee proxies and target endpoints is now available. For hybrid v1.12, ProxyV2 and TargetV2 monitored resources will no longer be in use by default. All proxy and target metrics will be published to Proxy and Target monitored resources.

  To continue to emit metrics to ProxyV2 and TargetV2 monitored resources, set metrics.disablePrometheusPipeline to true in the overrides.yaml.

  If you have metrics-based alerts configured, confirm the use of the correct metrics for your hybrid installation. For more information, see Metric-based alerts.

Considerations before starting an upgrade to version 1.12

Upgrading from Apigee hybrid version 1.11 to version 1.12 includes an upgrade of the Cassandra database from version 3.11.x to version 4.x. While the Cassandra upgrade is handled as part of the Apigee hybrid upgrade procedure, please plan for the following considerations:

• The Cassandra version upgrade will happen in the background and will take place on 1 pod (or Cassandra node) at a time so plan for a reduced database capacity during the upgrade.
• Scale your Cassandra capacity and make sure the disk utilization is near or below 50% before you start upgrading.
• Validate and test your Cassandra backup and restore procedures.
• Back up the Cassandra data in your hybrid version 1.11 installation before you start upgrading and validate your backups.
• Upgrading apigee-datastore will result in a temporary increase in CPU consumption due to post-upgrade tasks performed by Cassandra
• Once you have upgraded the apigee-datastore (Cassandra) component, you cannot roll that component back to the previous version. There are two scenarios for rolling back an upgrade to hybrid v1.12 after upgrading the apigee-datastore component:
  • If the apigee-datastore component is in a good state but other components require a roll back, you can roll back those other components individually.
    Note: You will not be able to add regions or scale Cassandra nodes while running components of different hybrid versions.
  • If the apigee-datastore component is in a bad state, you must restore from a v1.11 backup into a v1.11 installation.
    Note: You cannot mix versions when restoring. You must restore a backup taken in a v1.11 installation into a v1.11 installation.

Considerations before upgrading a single-region installation

If you need to roll back to a previous version of Apigee hybrid, the process may require downtime. Therefore, if you are upgrading a single-region installation, you may want to create a second region and then upgrade only one region at a time in the following sequence:

1. Add a second region to your existing installation using the same hybrid version. See Multi-region deployment in the version 1.11 documentation.
2. Backup and validate data from the first region before starting an upgrade. See Cassandra backup overview in the version 1.11 documentation.
3. Upgrade the newly added region to hybrid 1.12.
4. Switch the traffic to the new region and validate traffic.
5. Once validated, upgrade the older region with hybrid 1.12.
6. Switch all the traffic back to the older region and validate traffic.
7. Decommission the new region.

Considerations before upgrading a multi-region installation

Apigee recommends the following sequence for upgrading a multi-region installation:

1. Backup and validate data from each region before starting upgrade.
2. Upgrade the Hybrid version in one region and make sure all the pods are in a running state to validate the upgrade.
3. Validate traffic in the newly upgraded region.
4. Upgrade each subsequent region only after validating the traffic on the previous region.
5. In case of the potential need to rollback an upgrade in a multi-region deployment, prepare to switch traffic away from failed regions, consider adding enough capacity in the region where traffic will be diverted to handle traffic for both regions.

Prerequisites

Before upgrading to hybrid version 1.12, make sure your installation meets the following requirements:

• An Apigee hybrid version 1.11 installation managed with Helm.
  • If you are managing your hybrid installation with apigeectl, you must first migrate your clusters to Helm management. See Migrate Apigee hybrid to Helm from apigeectl in the hybrid v1.11 documentation.
  • If your hybrid installation is running a version older than v1.11, you must upgrade to version 1.11 before upgrading to v1.12. see Upgrading Apigee hybrid to version 1.11.
• Helm version v3.14.2+.
• kubectl version 1.27, 1.28, or 1.29 (recommended).
• cert-manager version v1.13.0. If needed, you will upgrade cert-manager in the Prepare to upgrade to version section below.

Limitations

Keep the following limitations in mind when planning your upgrade from Apigee hybrid version 1.11 to version 1.12. Planning can help reduce the need for downtime if you need to roll back or restore after the upgrade.

• Backups from Hybrid 1.12 cannot be restored in Hybrid 1.11 and vice versa, due to incompatibility between the two versions.
• You cannot scale datastore pods during the upgrade to version 1.12. Address your scaling needs in all regions before you start to upgrade your hybrid installation.
• In a single region hybrid installation, you cannot roll back the datastore component once the datastore upgrade process has finished. You cannot roll a Cassandra 4.x datastore back to a Cassandra 3.x datastore. This will require restoring from your most recent back up of the Cassandra 3.x data (from your hybrid version 1.11 installation).
• Deleting or adding a region is not supported during upgrade. In a multi-region upgrade, you must complete the upgrade of all regions before you can add or delete regions.

Upgrading to version 1.12.3 overview

Upgrading to Apigee hybrid version 1.12 may require downtime.

When upgrading the Apigee controller to version 1.12.3, all Apigee deployments undergo a rolling restart. To minimize downtime in production hybrid environments during a rolling restart, make sure you are running at least two clusters (in the same or different region/data center). Divert all production traffic to a single cluster and take the cluster you are about to upgrade offline, and then proceed with the upgrade process. Repeat the process for each cluster.

Apigee recommends upgrading all clusters as soon as possible to reduce the chances of production impact. There is no time limit on when all remaining clusters must be upgraded after the first one is upgraded. However, until all remaining clusters are upgraded the following operations will be impacted:

• Cassandra backup and restore cannot work with mixed versions. For example, a backup from Hybrid 1.11 cannot be used to restore a Hybrid 1.12 instance.
• Cassandra data streaming will not work between mixed Hybrid versions. Therefore, your Cassandra clusters cannot scale horizontally.
• Region expansion and decommissioning will be impacted, because these operations depend on Cassandra data streaming.

Note: Management plane changes do not need to be suspended during an upgrade. Any required suspension to management plane changes are included in the upgrade instructions.

The procedures for upgrading Apigee hybrid are organized in the following sections:

1. Prepare to upgrade.
   • Backup Cassandra.
   • Backup your hybrid installation directories.
2. Install hybrid runtime version 1.12.3.

Prepare to upgrade to version 1.12

Backup cassandra

• Backup your Cassandra database in all applicable regions and validate data in your hybrid version 1.11 installation before starting upgrade. See Monitoring backups in the version 1.11 documentation.
• Restart all the Cassandra pods in the cluster before you start the upgrade process, so any lingering issues can surface.

  To restart and test the Cassandra pods, delete each pod individually, one pod at a time, and then validate that it comes back in a running state and that the readiness probe passes:

  1. List the cassandra pods:

     kubectl get pods -n APIGEE_NAMESPACE -l app=apigee-cassandra

     For example:

     kubectl get pods -n apigee -l app=apigee-cassandra
     NAME                         READY   STATUS    RESTARTS   AGE
     apigee-cassandra-default-0   1/1     Running   0          2h
     apigee-cassandra-default-1   1/1     Running   0          2h
     apigee-cassandra-default-2   1/1     Running   0          2h
     
     . . .

  2. Delete a pod:

     kubectl delete pod -n APIGEE_NAMESPACE CASSANDRA_POD_NAME

     For example:

     kubectl delete pod -n apigee apigee-cassandra-default-0

  3. Check the status by listing the cassandra pods again:

     kubectl get pods -n APIGEE_NAMESPACE -l app=apigee-cassandra

     For example:

     kubectl get pods -n apigee -l app=apigee-cassandra
     NAME                         READY   STATUS    RESTARTS   AGE
     apigee-cassandra-default-0   1/1     Running   0          16s
     apigee-cassandra-default-1   1/1     Running   0          2h
     apigee-cassandra-default-2   1/1     Running   0          2h
     
     . . .

• Apply the last known override file again to make sure there are no changes made to it so you can use the same configuration to upgrade to hybrid version 1.12.
• Ensure that all Cassandra nodes in all regions are in the UN (Up / Normal) state. If any Cassandra node is in a different state, address that first before starting the upgrade.

  You can validate the state of your Cassandra nodes with the following commands:

  1. List the cassandra pods:

     kubectl get pods -n APIGEE_NAMESPACE -l app=apigee-cassandra

     For example:

     kubectl get pods -n apigee -l app=apigee-cassandra
     NAME                         READY   STATUS    RESTARTS   AGE
     apigee-cassandra-default-0   1/1     Running   0          2h
     apigee-cassandra-default-1   1/1     Running   0          2h
     apigee-cassandra-default-2   1/1     Running   0          2h
     apigee-cassandra-default-3   1/1     Running   0          16m
     apigee-cassandra-default-4   1/1     Running   0          14m
     apigee-cassandra-default-5   1/1     Running   0          13m
     apigee-cassandra-default-6   1/1     Running   0          9m
     apigee-cassandra-default-7   1/1     Running   0          9m
     apigee-cassandra-default-8   1/1     Running   0          8m

  2. Check the state the nodes for each Cassandra pod with the kubectl nodetool status command:

     kubectl -n APIGEE_NAMESPACE exec -it CASSANDRA_POD_NAME -- nodetool status

     For example:

     kubectl -n apigee exec -it apigee-cassandra-default-0 -- nodetool status
     Datacenter: us-east1
     ====================
     Status=Up/Down
     |/ State=Normal/Leaving/Joining/Moving
     --  Address      Load        Tokens       Owns (effective)  Host ID                               Rack
     UN  10.16.2.6    690.17 KiB  256          48.8%             b02089d1-0521-42e1-bbed-900656a58b68  ra-1
     UN  10.16.4.6    705.55 KiB  256          51.6%             dc6b7faf-6866-4044-9ac9-1269ebd85dab  ra-1
     UN  10.16.11.11  674.36 KiB  256          48.3%             c7906366-6c98-4ff6-a4fd-17c596c33cf7  ra-1
     UN  10.16.1.11   697.03 KiB  256          49.8%             ddf221aa-80aa-497d-b73f-67e576ff1a23  ra-1
     UN  10.16.5.13   703.64 KiB  256          50.9%             2f01ac42-4b6a-4f9e-a4eb-4734c24def95  ra-1
     UN  10.16.8.15   700.42 KiB  256          50.6%             a27f93af-f8a0-4c88-839f-2d653596efc2  ra-1
     UN  10.16.11.3   697.03 KiB  256          49.8%             dad221ff-dad1-de33-2cd3-f1.672367e6f  ra-1
     UN  10.16.14.16  704.04 KiB  256          50.9%             1feed042-a4b6-24ab-49a1-24d4cef95473  ra-1
     UN  10.16.16.1   699.82 KiB  256          50.6%             beef93af-fee0-8e9d-8bbf-efc22d653596  ra-1

Back up your hybrid installation directories

1. These instructions use the environment variable APIGEE_HELM_CHARTS_HOME for the directory in your file system where you have installed the Helm charts. If needed, change directory into this directory and define the variable with the following command:

   Linux

   export APIGEE_HELM_CHARTS_HOME=$PWD
   echo $APIGEE_HELM_CHARTS_HOME

   Mac OS

   export APIGEE_HELM_CHARTS_HOME=$PWD
   echo $APIGEE_HELM_CHARTS_HOME

   Windows

   set APIGEE_HELM_CHARTS_HOME=%CD%
   echo %APIGEE_HELM_CHARTS_HOME%

2. Make a backup copy of your version 1.11 $APIGEE_HELM_CHARTS_HOME/ directory. You can use any backup process. For example, you can create a tar file of your entire directory with:

   tar -czvf $APIGEE_HELM_CHARTS_HOME/../apigee-helm-charts-v1.11-backup.tar.gz $APIGEE_HELM_CHARTS_HOME

3. Back up your Cassandra database following the instructions in Cassandra backup and recovery.
4. If you are using service cert files (.json) in your overrides to authenticate service accounts, make sure your service account cert files reside in the correct Helm chart directory. Helm charts cannot read files outside of each chart directory.

   This step is not required if you are using Kubernetes secrets or Workload Identity to authenticate service accounts.

   The following table shows the destination for each service account file, depending on your type of installation:

   Prod

   Service account	Default filename	Helm chart directory
   apigee-cassandra	PROJECT_ID-apigee-cassandra.json	$APIGEE_HELM_CHARTS_HOME/apigee-datastore/
   apigee-logger	PROJECT_ID-apigee-logger.json	$APIGEE_HELM_CHARTS_HOME/apigee-telemetry/
   apigee-mart	PROJECT_ID-apigee-mart.json	$APIGEE_HELM_CHARTS_HOME/apigee-org/
   apigee-metrics	PROJECT_ID-apigee-metrics.json	$APIGEE_HELM_CHARTS_HOME/apigee-telemetry/
   apigee-runtime	PROJECT_ID-apigee-runtime.json	$APIGEE_HELM_CHARTS_HOME/apigee-env
   apigee-synchronizer	PROJECT_ID-apigee-synchronizer.json	$APIGEE_HELM_CHARTS_HOME/apigee-env/
   apigee-udca	PROJECT_ID-apigee-udca.json	$APIGEE_HELM_CHARTS_HOME/apigee-org/
   apigee-watcher	PROJECT_ID-apigee-watcher.json	$APIGEE_HELM_CHARTS_HOME/apigee-org/

   Non-prod

   Make a copy of the apigee-non-prod service account file in each of the following directories:

   Service account	Default filename	Helm chart directories
   apigee-non-prod	PROJECT_ID-apigee-non-prod.json	$APIGEE_HELM_CHARTS_HOME/apigee-datastore/ $APIGEE_HELM_CHARTS_HOME/apigee-telemetry/ $APIGEE_HELM_CHARTS_HOME/apigee-org/ $APIGEE_HELM_CHARTS_HOME/apigee-env/

5. Make sure that your TLS certificate and key files (.crt, .key, and/or .pem) reside in the $APIGEE_HELM_CHARTS_HOME/apigee-virtualhost/ directory.

Upgrade your Kubernetes version

Check your Kubernetes platform version and if needed, upgrade your Kubernetes platform to a version that is supported by both hybrid 1.11 and hybrid 1.12. Follow your platform's documentation if you need help.

Click to expand a list of supported platforms

	1.10 ^(3)	1.11	1.12
GKE on Google Cloud	1.24.x 1.25.x 1.26.x 1.27.x^(≥ 1.10.5) 1.28.x^(≥ 1.10.5)	1.25.x 1.26.x 1.27.x 1.28.x^(≥ 1.11.2) 1.29.x^(≥ 1.11.2)	1.26.x 1.27.x 1.28.x 1.29.x^(≥ 1.12.1)
GKE on AWS	1.13.x (K8s v1.24.x) 1.14.x (K8s v1.25.x) 1.26.x^(12) 1.27.x^(≥ 1.10.5) 1.28.x^(≥ 1.10.5)	1.14.x (K8s v1.25.x) 1.26.x^(12) 1.27.x 1.28.x^(≥ 1.11.2) 1.29.x^(≥ 1.11.2)	1.26.x^(12) 1.27.x 1.28.x 1.29.x^(≥ 1.12.1)
GKE on Azure	1.13.x 1.14.x 1.26.x^(12) 1.27.x^(≥ 1.10.5) 1.28.x^(≥ 1.10.5)	1.14.x 1.26.x^(12) 1.27.x 1.28.x^(≥ 1.11.2) 1.29.x^(≥ 1.11.2)	1.26.x^(12) 1.27.x 1.28.x 1.29.x^(≥ 1.12.1)
Google Distributed Cloud (software only) on VMware ^(1) ^(13)	1.13.x 1.14.x 1.15.x (K8s v1.26.x) 1.16.x (K8s v1.27.x) 1.27.x^(≥ 1.10.5) 1.28.x^(≥ 1.10.5)	1.14.x 1.15.x (K8s v1.26.x) 1.16.x (K8s v1.27.x) 1.28.x^(≥ 1.11.2) 1.29.x^(≥ 1.11.2)	1.15.x (K8s v1.26.x) 1.16.x (K8s v1.27.x) 1.28.x^(12) 1.29.x^(≥ 1.12.1)
Google Distributed Cloud (software only) on bare metal ^(1)	1.13.x 1.14.x (K8s v1.25.x) 1.15.x (K8s v1.26.x) 1.16.x (K8s v1.27.x) 1.27.x^(12)^(≥ 1.10.5) 1.28.x^(≥ 1.10.5)	1.14.x 1.15.x (K8s v1.26.x) 1.16.x (K8s v1.27.x) 1.28.x^(12)^(≥ 1.11.2) 1.29.x^(≥ 1.11.2)	1.15.x (K8s v1.26.x) 1.16.x (K8s v1.27.x) 1.28.x^(12) 1.29.x^(≥ 1.12.1)
EKS^(7)	1.24.x 1.25.x 1.26.x 1.27.x^(≥ 1.10.5) 1.28.x^(≥ 1.10.5)	1.25.x 1.26.x 1.27.x 1.28.x^(≥ 1.11.2) 1.29.x^(≥ 1.11.2)	1.26.x 1.27.x 1.28.x 1.29.x^(≥ 1.12.1)
AKS^(7)	1.24.x 1.25.x 1.26.x 1.27.x^(≥ 1.10.5) 1.28.x^(≥ 1.10.5)	1.25.x 1.26.x 1.27.x 1.28.x^(≥ 1.11.2) 1.29.x^(≥ 1.11.2)	1.26.x 1.27.x 1.28.x 1.29.x^(≥ 1.12.1)
OpenShift^(7)	4.11 4.12 4.14^(≥ 1.10.5) 4.15^(≥ 1.10.5)	4.12 4.13 4.14 4.15^(≥ 1.11.2) 4.16^(≥ 1.11.2)	4.12 4.13 4.14 4.15 4.16^(≥ 1.12.1)
Rancher Kubernetes Engine (RKE)	v1.26.2+rke2r1 1.27.x^(≥ 1.10.5) 1.28.x^(≥ 1.10.5)	v1.26.2+rke2r1 v1.27.x 1.28.x^(≥ 1.11.2) 1.29.x^(≥ 1.11.2)	v1.26.2+rke2r1 v1.27.x 1.28.x 1.29.x^(≥ 1.12.1)
VMware Tanzu	N/A	N/A	v1.26.x
Components	1.10	1.11	1.12
Cloud Service Mesh	1.17.x^(10)	1.18.x^(10)	1.19.x^(10)
JDK	JDK 11	JDK 11	JDK 11
cert-manager	1.10.x 1.11.x 1.12.x	1.11.x 1.12.x 1.13.x	1.11.x 1.12.x 1.13.x
Cassandra	3.11	3.11	4.0
Kubernetes	1.24.x 1.25.x 1.26.x	1.25.x 1.26.x 1.27.x	1.26.x 1.27.x 1.28.x
kubectl			1.27.x 1.28.x 1.29.x
Helm	3.10+	3.10+	3.14.2+
Secret Store CSI driver		1.3.4	1.4.1
Vault		1.13.x	1.15.2
^(1) On Anthos on-premises (Google Distributed Cloud) version 1.13, follow these instructions to avoid conflict with cert-manager: Conflicting cert-manager installation ^(2) Support available with Apigee hybrid version 1.7.2 and newer. ^(3) The official EOL dates for Apigee hybrid versions 1.10 and older have been reached. Regular monthly patches are no longer available. These releases are no longer officially supported except for customers with explicit and official exceptions for continued support. Other customers must upgrade. ^(4)Anthos on-premises (Google Distributed Cloud) versions 1.12 and earlier are out of support. See the Distributed Cloud on bare metal Version Support Policy and the Distributed Cloud on VMware supported versions list. ^(5)Google Distributed Cloud on bare metal or VMware requires Cloud Service Mesh 1.14 or later. We recommend that you upgrade to hybrid v1.8 and switch to Apigee ingress gateway which no longer requires you to install Cloud Service Mesh on your hybrid cluster. ^(6) Support available with Apigee hybrid version 1.8.4 and newer. ^(7) Not supported with Apigee hybrid version 1.8.4 and newer. ^(8) Support available with Apigee hybrid version 1.7.6 and newer. ^(9) Not supported with Apigee hybrid version 1.8.5 and newer. ^(10) Cloud Service Mesh is automatically installed with Apigee hybrid 1.9 and newer. ^(11) Support available with Apigee hybrid version 1.9.2 and newer. ^(12) GKE on AWS version numbers now reflect the Kubernetes versions. See GKE Enterprise version and upgrade support for version details and recommended patches. ^(13) Vault is not certified on Google Distributed Cloud for VMware. ^(14) Support available with Apigee hybrid version 1.10.5 and newer. ^(15) Support available with Apigee hybrid version 1.11.2 and newer. ^(16) Support available with Apigee hybrid version 1.12.1 and newer.

About attached clusters

For Apigee hybrid versions 1.7.x and older, you must use GKE attached clusters if you want to run Apigee hybrid in a multi-cloud context on Elastic Kubernetes Service (EKS), Azure Kubernetes Service (AKS), or another supported third-party Kubernetes service provider. Cluster attachment allows Google to measure the usage of Cloud Service Mesh.

For Apigee hybrid version 1.8.x, GKE attached clusters are required if you are using Cloud Service Mesh for your ingress gateway. If you are using Apigee ingress gateway, attached clusters are optional.

Note: Hybrid installations are not currently supported on Autopilot clusters.

Install the hybrid 1.12.3 runtime

Caution: Do not create new environments during the upgrade process.

Prepare for the Helm charts upgrade

This upgrade procedure assumes you are using the same namespace and service accounts for the upgraded installation. If you are making any configuration changes, be sure to reflect those changes in your overrides file before installing the Helm charts.

1. Pull the Apigee Helm charts.

   Apigee hybrid charts are hosted in Google Artifact Registry:

   oci://us-docker.pkg.dev/apigee-release/apigee-hybrid-helm-charts

   Using the pull command, copy all of the Apigee hybrid Helm charts to your local storage with the following command:

   export CHART_REPO=oci://us-docker.pkg.dev/apigee-release/apigee-hybrid-helm-charts
   export CHART_VERSION=1.12.3
   helm pull $CHART_REPO/apigee-operator --version $CHART_VERSION --untar
   helm pull $CHART_REPO/apigee-datastore --version $CHART_VERSION --untar
   helm pull $CHART_REPO/apigee-env --version $CHART_VERSION --untar
   helm pull $CHART_REPO/apigee-ingress-manager --version $CHART_VERSION --untar
   helm pull $CHART_REPO/apigee-org --version $CHART_VERSION --untar
   helm pull $CHART_REPO/apigee-redis --version $CHART_VERSION --untar
   helm pull $CHART_REPO/apigee-telemetry --version $CHART_VERSION --untar
   helm pull $CHART_REPO/apigee-virtualhost --version $CHART_VERSION --untar
   

2. Upgrade cert-manager if needed.

   If you need to upgrade your cert-manager version, install the new version with the following command:

   kubectl apply -f https://github.com/cert-manager/cert-manager/releases/download/v1.13.0/cert-manager.yaml
   

3. Install the updated Apigee CRDs:
   Note: From this step onwards, all commands should be run under the chart repo root directory.
   Note: This is the only supported method for installing Apigee CRDs. Do not use kubectl apply without -k, do not omit --server-side.
   Note: This step requires elevated cluster permissions.

   1. Use the kubectl dry-run feature by running the following command:

      kubectl apply -k  apigee-operator/etc/crds/default/ --server-side --force-conflicts --validate=false --dry-run
      

   2. After validating with the dry-run command, run the following command:

      kubectl apply -k  apigee-operator/etc/crds/default/ --server-side --force-conflicts --validate=false
      

   3. Validate the installation with the kubectl get crds command:

      kubectl get crds | grep apigee

      Your output should look something like the following:

      apigeedatastores.apigee.cloud.google.com                    2023-10-09T14:48:30Z
      apigeedeployments.apigee.cloud.google.com                   2023-10-09T14:48:30Z
      apigeeenvironments.apigee.cloud.google.com                  2023-10-09T14:48:31Z
      apigeeissues.apigee.cloud.google.com                        2023-10-09T14:48:31Z
      apigeeorganizations.apigee.cloud.google.com                 2023-10-09T14:48:32Z
      apigeeredis.apigee.cloud.google.com                         2023-10-09T14:48:33Z
      apigeerouteconfigs.apigee.cloud.google.com                  2023-10-09T14:48:33Z
      apigeeroutes.apigee.cloud.google.com                        2023-10-09T14:48:33Z
      apigeetelemetries.apigee.cloud.google.com                   2023-10-09T14:48:34Z
      cassandradatareplications.apigee.cloud.google.com           2023-10-09T14:48:35Z
      

4. Check the labels on the cluster nodes. By default, Apigee schedules data pods on nodes with the label cloud.google.com/gke-nodepool=apigee-data and runtime pods are scheduled on nodes with the label cloud.google.com/gke-nodepool=apigee-runtime. You can customize your node pool labels in the overrides.yaml file.

   For more information, see Configuring dedicated node pools.

Install the Apigee hybrid Helm charts

Note: 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 -h to list supported commands, options, and usage.

1. If you have not, navigate into your APIGEE_HELM_CHARTS_HOME directory. Run the following commands from that directory.
2. Upgrade the Apigee Operator/Controller:
   Note: This step requires elevated cluster permissions. Run helm -h or helm upgrade -h for details

   Dry run:

   helm upgrade operator apigee-operator/ \
     --install \
     --create-namespace \
     --namespace apigee-system \
     -f OVERRIDES_FILE \
     --dry-run
   

   Upgrade the chart:

   helm upgrade operator apigee-operator/ \
     --install \
     --create-namespace \
     --namespace apigee-system \
     -f OVERRIDES_FILE
   

   Note: For migrated installations, use:

   helm upgrade operator apigee-operator/ \
     --install \
     --create-namespace \
     --namespace apigee-system \
     --force \
     -f OVERRIDES_FILE
   

   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-1.12.3   1.12.3

   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

3. Upgrade the Apigee datastore:

   Dry run:

   helm upgrade datastore apigee-datastore/ \
     --install \
     --namespace APIGEE_NAMESPACE \
     -f OVERRIDES_FILE \
     --dry-run
   

   Upgrade the chart:

   helm upgrade datastore apigee-datastore/ \
     --install \
     --namespace APIGEE_NAMESPACE \
     -f OVERRIDES_FILE
   

   Note: For migrated installations, use:

   helm upgrade datastore apigee-datastore/ \
     --install \
     --namespace APIGEE_NAMESPACE \
     --force \
     -f OVERRIDES_FILE
   

   Verify apigeedatastore is up and running by checking its state:

   kubectl -n apigee get apigeedatastore default
   

   NAME      STATE       AGE
   default   running    2d

4. Upgrade Apigee telemetry:

   Dry run:

   helm upgrade telemetry apigee-telemetry/ \
     --install \
     --namespace APIGEE_NAMESPACE \
     -f OVERRIDES_FILE \
     --dry-run
   

   Upgrade the chart:

   helm upgrade telemetry apigee-telemetry/ \
     --install \
     --namespace APIGEE_NAMESPACE \
     -f OVERRIDES_FILE
   

   Note: For migrated installations, use:

   helm upgrade telemetry apigee-telemetry/ \
     --install \
     --namespace APIGEE_NAMESPACE \
     --force \
     -f OVERRIDES_FILE
   

   Verify it is up and running by checking its state:

   kubectl -n apigee get apigeetelemetry apigee-telemetry
   

   NAME               STATE     AGE
   apigee-telemetry   running   2d

5. Upgrade Apigee Redis:

   Dry run:

   helm upgrade redis apigee-redis/ \
     --install \
     --namespace APIGEE_NAMESPACE \
     -f OVERRIDES_FILE \
     --dry-run
   

   Upgrade the chart:

   helm upgrade redis apigee-redis/ \
     --install \
     --namespace APIGEE_NAMESPACE \
     -f OVERRIDES_FILE
   

   Note: For migrated installations, use:

   helm upgrade redis apigee-redis/ \
     --install \
     --namespace APIGEE_NAMESPACE \
     --force \
     -f OVERRIDES_FILE
   

   Verify it is up and running by checking its state:

   kubectl -n apigee get apigeeredis default
   

   NAME      STATE     AGE
   default   running   2d

6. Upgrade Apigee ingress manager:

   Dry run:

   helm upgrade ingress-manager apigee-ingress-manager/ \
     --install \
     --namespace APIGEE_NAMESPACE \
     -f OVERRIDES_FILE \
     --dry-run
   

   Upgrade the chart:

   helm upgrade ingress-manager apigee-ingress-manager/ \
     --install \
     --namespace APIGEE_NAMESPACE \
     -f OVERRIDES_FILE
   

   Note: For migrated installations, use:

   helm upgrade ingress-manager apigee-ingress-manager/ \
     --install \
     --namespace APIGEE_NAMESPACE \
     --force \
     -f OVERRIDES_FILE
   

   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

7. Upgrade the Apigee organization:

   Dry run:

   helm upgrade ORG_NAME apigee-org/ \
     --install \
     --namespace APIGEE_NAMESPACE \
     -f OVERRIDES_FILE \
     --dry-run
   

   Upgrade the chart:

   helm upgrade ORG_NAME apigee-org/ \
     --install \
     --namespace APIGEE_NAMESPACE \
     -f OVERRIDES_FILE
   

   Note: For migrated installations, use:

   helm upgrade ORG_NAME apigee-org/ \
     --install \
     --namespace APIGEE_NAMESPACE \
     --force \
     -f OVERRIDES_FILE
   

   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

8. Upgrade the environment.

   You must install one environment at a time. Specify the environment with --set env=ENV_NAME:

   Dry run:

   helm upgrade ENV_RELEASE_NAME apigee-env/ \
     --install \
     --namespace APIGEE_NAMESPACE \
     --set env=ENV_NAME \
     -f OVERRIDES_FILE \
     --dry-run
   

   • ENV_RELEASE_NAME is the name with which you previously installed the apigee-env chart. In hybrid v1.10, it is usually apigee-env-ENV_NAME. In Hybrid v1.11 and newer it is usually ENV_NAME.
   • ENV_NAME is the name of the environment you are upgrading.
   • OVERRIDES_FILE is your new overrides file for v.1.12.3

   Upgrade the chart:

   helm upgrade ENV_RELEASE_NAME apigee-env/ \
     --install \
     --namespace APIGEE_NAMESPACE \
     --set env=ENV_NAME \
     -f OVERRIDES_FILE
   

   Note: For migrated installations, use:

   helm upgrade ENV_RELEASE_NAME apigee-env/ \
     --install \
     --namespace APIGEE_NAMESPACE \
     --set env=ENV_NAME \
     --force \
     -f OVERRIDES_FILE
   

   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

9. Upgrade the environment groups (virtualhosts).
   1. You must upgrade one environment group (virtualhost) at a time. Specify the environment group with --set envgroup=ENV_GROUP_NAME. Repeat the following commands for each env group mentioned in the overrides.yaml file:

      Dry run:

      helm upgrade ENV_GROUP_RELEASE_NAME apigee-virtualhost/ \
        --install \
        --namespace APIGEE_NAMESPACE \
        --set envgroup=ENV_GROUP_NAME \
        -f OVERRIDES_FILE \
        --dry-run
      

      ENV_GROUP_RELEASE_NAME is the name with which you previously installed the apigee-virtualhost chart. In hybrid v1.10, it is usually apigee-virtualhost-ENV_GROUP_NAME. In Hybrid v1.11 and newer it is usually ENV_GROUP_NAME.

      Upgrade the chart:

      helm upgrade ENV_GROUP_RELEASE_NAME apigee-virtualhost/ \
        --install \
        --namespace APIGEE_NAMESPACE \
        --set envgroup=ENV_GROUP_NAME \
        -f OVERRIDES_FILE
      

      Note: For migrated installations, use:

      helm upgrade ENV_GROUP_RELEASE_NAME apigee-virtualhost/ \
        --install \
        --namespace APIGEE_NAMESPACE \
        --set envgroup=ENV_GROUP_NAME \
        --force \
        -f OVERRIDES_FILE
      

      Note: ENV_GROUP_RELEASE_NAME must be unique within the apigee namespace.

      For example, if you have a an environment named prod and an environment group named prod, set the value of ENV_GROUP_RELEASE_NAME to something unique, like prod-envgroup.

   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

Congratulations! You have upgraded to Apigee hybrid version 1.12.3. To test your upgrade, call a proxy against the new installation. For an example, see Step 10: Deploy an API proxy in the Apigee hybrid 1.12 installation guide.

Rolling back to a previous version

This section is divided into sections depending on the state of your apigee-datastore component after upgrading to Apigee hybrid version 1.12. There are procedures for single region or multi-region rollback with the apigee-datastore component in a good state and procedures for recovery or restore from a backup when apigee-datastore is in a bad state.

Single region rollback and recovery

Rolling back when apigee-datastore is in a good state

This procedure explains how to roll back every Apigee hybrid component from v1.12 to v1.11 except apigee-datastore. The v1.12 apigee-datastore component is backwards compatible with hybrid v1.11 components.

Warning: Rolling back apigee-datastore is not possible. Data incompatibility between different versions of the Cassandra database prevents rolling back to the previous version.

To roll back your single region installation to version 1.11:

1. Before starting rollback, validate all the pods are in a running state:

   kubectl get pods -n APIGEE_NAMESPACE

   kubectl get pods -n apigee-system

2. Validate the release of components using helm:

   helm -n APIGEE_NAMESPACE list

   helm -n apigee-system list

   For example

   helm -n apigee list
   NAME              NAMESPACE   REVISION   UPDATED                                   STATUS     CHART                           APP VERSION
   datastore         apigee      2          2024-03-29 17:08:07.917848253 +0000 UTC   deployed   apigee-datastore-1.12.0         1.12.0
   ingress-manager   apigee      2          2024-03-29 17:21:02.917333616 +0000 UTC   deployed   apigee-ingress-manager-1.12.0   1.12.0
   redis             apigee      2          2024-03-29 17:19:51.143728084 +0000 UTC   deployed   apigee-redis-1.12.0             1.12.0
   telemetry         apigee      2          2024-03-29 17:16:09.883885403 +0000 UTC   deployed   apigee-telemetry-1.12.0         1.12.0
   myhybridorg       apigee      2          2024-03-29 17:21:50.899855344 +0000 UTC   deployed   apigee-org-1.12.0               1.12.0

3. Roll back each component except apigee-datastore with the following commands:
   1. Create the following environment variable:
      • PREVIOUS_HELM_CHARTS_HOME: The directory where the previous Apigee hybrid Helm charts are installed. This is the version you are rolling back to.
   2. Roll back the virtualhosts. Repeat the following command for each environment group mentioned in the overrides file.

      helm upgrade ENV_GROUP_RELEASE_NAME $PREVIOUS_HELM_CHARTS_HOME/apigee-virtualhost/ \
        --namespace APIGEE_NAMESPACE \
        --atomic \
        --set envgroup=ENV_GROUP_NAME \
        -f PREVIOUS_OVERRIDES_FILE
      

      ENV_GROUP_RELEASE_NAME is the name with which you previously installed the apigee-virtualhost chart. In hybrid v1.10, it is usually apigee-virtualhost-ENV_GROUP_NAME. In Hybrid v1.11 and newer it is usually ENV_GROUP_NAME.

   3. Roll back Envs. Repeat the following command for each environment mentioned in the overrides file.

      helm upgrade apigee-env-ENV_NAME $PREVIOUS_HELM_CHARTS_HOME/apigee-env/ \
        --install \
        --namespace APIGEE_NAMESPACE \
        --atomic \
        --set env=ENV_NAME \
        -f PREVIOUS_OVERRIDES_FILE
      

      ENV_RELEASE_NAME is the name with which you previously installed the apigee-env chart. In hybrid v1.10, it is usually apigee-env-ENV_NAME. In Hybrid v1.11 and newer it is usually ENV_NAME.

      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

   4. Roll back Org:

      helm upgrade ORG_NAME $PREVIOUS_HELM_CHARTS_HOME/apigee-org/ \
        --install \
        --namespace APIGEE_NAMESPACE \
        --atomic \
        -f PREVIOUS_OVERRIDES_FILE
      

      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

   5. Roll back the Ingress Manager:

      helm upgrade ingress-manager $PREVIOUS_HELM_CHARTS_HOME/apigee-ingress-manager/ \
        --install \
        --namespace APIGEE_NAMESPACE \
        --atomic \
        -f PREVIOUS_OVERRIDES_FILE
      

      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

   6. Roll back Redis:

      helm upgrade redis $PREVIOUS_HELM_CHARTS_HOME/apigee-redis/ \
        --install \
        --namespace APIGEE_NAMESPACE \
        --atomic \
        -f PREVIOUS_OVERRIDES_FILE
      

      Verify it is up and running by checking its state:

      kubectl -n apigee get apigeeredis default
      

      NAME      STATE     AGE
      default   running   2d

   7. Roll back Apigee Telemetry:

      helm upgrade telemetry $PREVIOUS_HELM_CHARTS_HOME/apigee-telemetry/ \
        --install \
        --namespace APIGEE_NAMESPACE \
        --atomic \
        -f PREVIOUS_OVERRIDES_FILE
      

      Verify it is up and running by checking its state:

      kubectl -n apigee get apigeetelemetry apigee-telemetry
      

      NAME               STATE     AGE
      apigee-telemetry   running   2d

   8. Roll back the Apigee Controller:

      helm upgrade operator $PREVIOUS_HELM_CHARTS_HOME/apigee-operator/ \
        --install \
        --namespace apigee-system \
        --atomic \
        -f PREVIOUS_OVERRIDES_FILE

      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-1.12.3   1.12.3

      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

   9. Roll back the Apigee hybrid CRDs:

      kubectl apply -k  $PREVIOUS_HELM_CHARTS_HOME/apigee-operator/etc/crds/default/ --server-side --force-conflicts --validate=false
      

4. Validate all the pods are either in a running or completed state:

   kubectl get pods -n APIGEE_NAMESPACE

   kubectl get pods -n apigee-system

5. Validate the release of all components. All components should be in the previous version except for datastore:

   helm -n APIGEE_NAMESPACE list

   helm -n apigee-system list

   For example

   helm -n apigee  list
   NAME              NAMESPACE  REVISION  UPDATED                                  STATUS    CHART                          APP VERSION
   datastore         apigee     2         2024-03-29 18:47:55.979671057 +0000 UTC  deployed  apigee-datastore-1.12.0        1.12.0
   ingress-manager   apigee     3         2024-03-14 19:14:57.905700154 +0000 UTC  deployed  apigee-ingress-manager-1.11.0  1.11.0
   redis             apigee     3         2024-03-14 19:15:49.406917944 +0000 UTC  deployed  apigee-redis-1.11.0            1.11.0
   telemetry         apigee     3         2024-03-14 19:17:04.803421424 +0000 UTC  deployed  apigee-telemetry-1.11.0        1.11.0
   myhybridorg       apigee     3         2024-03-14 19:13:17.807673713 +0000 UTC  deployed  apigee-org-1.11.0              1.11.0

Restoring when apigee-datastore is not in a good state

If the upgrade of the apigee-datastore component was not successful, you cannot roll back apigee-datastore from version 1.12 to version 1.11. Instead you must restore from a backup made of a v1.11 installation. Use the following sequence to restore your previous version.

1. If you do not have an active installation of Apigee hybrid version 1.11 (for example in another region), create a new installation of v1.11 using your backed up charts and overrides files. See the Apigee hybrid version 1.11 installation instructions.
2. Restore the v1.11 region (or new installation) from your backup following the instructions in:
   • Cloud Storage Interface (CSI) backups: Cassandra CSI backup and restore.
   • Non-CSI backups: Restoring in a single region.
3. Verify traffic to the restored installation
4. Optional: Remove the version 1.12 installation following the instructions in Uninstall hybrid runtime.

Multi-region rollback and recovery

Rolling back when apigee-datastore is in a good state

Note:> Use this rollback method to rollback from an upgraded hybrid region to the previous hybrid version. This method is intended to recover from a failed upgrade when not all the regions have not been upgraded yet.

This procedure explains how to roll back every Apigee hybrid component from v1.12 to v1.11 except apigee-datastore. The v1.12 apigee-datastore component is backwards compatible with hybrid v1.11 components.

1. Before starting rollback, validate all the pods are in a running state:

   kubectl get pods -n APIGEE_NAMESPACE

   kubectl get pods -n apigee-system

2. Ensure that all Cassandra nodes in all regions are in the UN (Up / Normal) state. If any Cassandra node is in a different state, address that first before starting the upgrade process.

   You can validate the state of your Cassandra nodes with the following commands:

   1. List the cassandra pods:

      kubectl get pods -n APIGEE_NAMESPACE -l app=apigee-cassandra

      For example:

      kubectl get pods -n apigee -l app=apigee-cassandra
      NAME                         READY   STATUS    RESTARTS   AGE
      apigee-cassandra-default-0   1/1     Running   0          2h
      apigee-cassandra-default-1   1/1     Running   0          2h
      apigee-cassandra-default-2   1/1     Running   0          2h
      apigee-cassandra-default-3   1/1     Running   0          16m
      apigee-cassandra-default-4   1/1     Running   0          14m
      apigee-cassandra-default-5   1/1     Running   0          13m
      apigee-cassandra-default-6   1/1     Running   0          9m
      apigee-cassandra-default-7   1/1     Running   0          9m
      apigee-cassandra-default-8   1/1     Running   0          8m

   2. Check the state the nodes for each Cassandra pod with the kubectl nodetool status command:

      kubectl -n APIGEE_NAMESPACE exec -it CASSANDRA_POD_NAME -- nodetool -u JMX_USER -pw JMX_PASSWORD

      For example:

      kubectl -n apigee exec -it apigee-cassandra-default-0 -- nodetool -u jmxuser -pw JMX_PASSWORD status
      Datacenter: us-east1
      ====================
      Status=Up/Down
      |/ State=Normal/Leaving/Joining/Moving
      --  Address      Load        Tokens   Owns (effective)   Host ID                                Rack
      UN  10.16.2.6    690.17 KiB  256      48.8%              b02089d1-0521-42e1-bbed-900656a58b68   ra-1
      UN  10.16.4.6    705.55 KiB  256      51.6%              dc6b7faf-6866-4044-9ac9-1269ebd85dab   ra-1
      UN  10.16.11.11  674.36 KiB  256      48.3%              c7906366-6c98-4ff6-a4fd-17c596c33cf7   ra-1
      UN  10.16.1.11   697.03 KiB  256      49.8%              ddf221aa-80aa-497d-b73f-67e576ff1a23   ra-1
      UN  10.16.5.13   703.64 KiB  256      50.9%              2f01ac42-4b6a-4f9e-a4eb-4734c24def95   ra-1
      UN  10.16.8.15   700.42 KiB  256      50.6%              a27f93af-f8a0-4c88-839f-2d653596efc2   ra-1
      UN  10.16.11.3   697.03 KiB  256      49.8%              dad221ff-dad1-de33-2cd3-f1.672367e6f   ra-1
      UN  10.16.14.16  704.04 KiB  256      50.9%              1feed042-a4b6-24ab-49a1-24d4cef95473   ra-1
      UN  10.16.16.1   699.82 KiB  256      50.6%              beef93af-fee0-8e9d-8bbf-efc22d653596   ra-1

   If not all Cassandra pods are in a UN state, follow the instructions in Remove DOWN nodes from Cassandra Cluster.

3. Navigate to the directory where the previous Apigee hybrid Helm charts are installed
4. Change the context to the region that was upgraded

   kubectl config use-context UPGRADED_REGION_CONTEXT
       

5. Validate all the pods are in a running state:

   kubectl get pods -n APIGEE_NAMESPACE

   kubectl get pods -n apigee-system

6. Use the helm command to make sure all the releases were upgraded to Hybrid v1.12:

   helm -n APIGEE_NAMESPACE list

   helm -n apigee-system list

   For example

   helm -n apigee list
   NAME             NAMESPACE  REVISION  UPDATED                                  STATUS    CHART                          APP VERSION
   datastore        apigee     2         2024-03-29 17:08:07.917848253 +0000 UTC  deployed  apigee-datastore-1.12.0        1.12.0
   ingress-manager  apigee     2         2024-03-29 17:21:02.917333616 +0000 UTC  deployed  apigee-ingress-manager-1.12.0  1.12.0
   redis            apigee     2         2024-03-29 17:19:51.143728084 +0000 UTC  deployed  apigee-redis-1.12.0            1.12.0
   telemetry        apigee     2         2024-03-29 17:16:09.883885403 +0000 UTC  deployed  apigee-telemetry-1.12.0        1.12.0
   myhybridorg      apigee     2         2024-03-29 17:21:50.899855344 +0000 UTC  deployed  apigee-org-1.12.0              1.12.0

7. Roll back each component except apigee-datastore with the following commands:
   1. Create the following environment variable:
      • PREVIOUS_HELM_CHARTS_HOME: The directory where the previous Apigee hybrid Helm charts are installed. This is the version you are rolling back to.
   2. Roll back the virtualhosts. Repeat the following command for each environment group mentioned in the overrides file.

      helm upgrade ENV_GROUP_RELEASE_NAME $PREVIOUS_HELM_CHARTS_HOME/apigee-virtualhost/ \
        --namespace APIGEE_NAMESPACE \
        --atomic \
        --set envgroup=ENV_GROUP_NAME \
        -f PREVIOUS_OVERRIDES_FILE
      

      ENV_GROUP_RELEASE_NAME is the name with which you previously installed the apigee-virtualhost chart. In hybrid v1.10, it is usually apigee-virtualhost-ENV_GROUP_NAME. In Hybrid v1.11 and newer it is usually ENV_GROUP_NAME.

   3. Roll back Envs. Repeat the following command for each environment mentioned in the overrides file.

      helm upgrade apigee-env-ENV_NAME $PREVIOUS_HELM_CHARTS_HOME/apigee-env/ \
        --install \
        --namespace APIGEE_NAMESPACE \
        --atomic \
        --set env=ENV_NAME \
        -f PREVIOUS_OVERRIDES_FILE
      

      ENV_RELEASE_NAME is the name with which you previously installed the apigee-env chart. In hybrid v1.10, it is usually apigee-env-ENV_NAME. In Hybrid v1.11 and newer it is usually ENV_NAME.

      Verify each env 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

   4. Roll back Org:

      helm upgrade ORG_NAME $PREVIOUS_HELM_CHARTS_HOME/apigee-org/ \
        --install \
        --namespace APIGEE_NAMESPACE \
        --atomic \
        -f PREVIOUS_OVERRIDES_FILE
      

      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

   5. Roll back the Ingress Manager:

      helm upgrade ingress-manager $PREVIOUS_HELM_CHARTS_HOME/apigee-ingress-manager/ \
        --install \
        --namespace APIGEE_NAMESPACE \
        --atomic \
        -f PREVIOUS_OVERRIDES_FILE
      

      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

   6. Roll back Redis:

      helm upgrade redis $PREVIOUS_HELM_CHARTS_HOME/apigee-redis/ \
        --install \
        --namespace APIGEE_NAMESPACE \
        --atomic \
        -f PREVIOUS_OVERRIDES_FILE
      

      Verify it is up and running by checking its state:

      kubectl -n apigee get apigeeredis default
      

      NAME      STATE     AGE
      default   running   2d

   7. Roll back Apigee Telemetry:

      helm upgrade telemetry $PREVIOUS_HELM_CHARTS_HOME/apigee-telemetry/ \
        --install \
        --namespace APIGEE_NAMESPACE \
        --atomic \
        -f PREVIOUS_OVERRIDES_FILE
      

      Verify it is up and running by checking its state:

      kubectl -n apigee get apigeetelemetry apigee-telemetry
      

      NAME               STATE     AGE
      apigee-telemetry   running   2d

   8. Roll back the Apigee Controller:

      helm upgrade operator $PREVIOUS_HELM_CHARTS_HOME/apigee-operator/ \
        --install \
        --namespace apigee-system \
        --atomic \
        -f PREVIOUS_OVERRIDES_FILE
      

      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-1.12.3   1.12.3

      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

   9. Roll back the Apigee hybrid CRDs:

      kubectl apply -k  $PREVIOUS_HELM_CHARTS_HOME/apigee-operator/etc/crds/default/ --server-side --force-conflicts --validate=false
      

8. Validate the release of all components. All components should be in the previous version except for datastore:

   helm -n APIGEE_NAMESPACE list

   helm -n apigee-system list

   For example

   helm -n apigee  list
   NAME              NAMESPACE  REVISION  UPDATED                                  STATUS    CHART                          APP VERSION
   datastore         apigee     2         2024-03-29 18:47:55.979671057 +0000 UTC  deployed  apigee-datastore-1.12.0        1.12.0
   ingress-manager   apigee     3         2024-03-14 19:14:57.905700154 +0000 UTC  deployed  apigee-ingress-manager-1.11.0  1.11.0
   redis             apigee     3         2024-03-14 19:15:49.406917944 +0000 UTC  deployed  apigee-redis-1.11.0            1.11.0
   telemetry         apigee     3         2024-03-14 19:17:04.803421424 +0000 UTC  deployed  apigee-telemetry-1.11.0        1.11.0
   myhybridorg       apigee     3         2024-03-14 19:13:17.807673713 +0000 UTC  deployed  apigee-org-1.11.0              1.11.0
   

   At this point all the releases except datastore have been rolled back to the previous version.

Important: Currently, the Cassandra datastore is partially upgraded. We recommend attempting to upgrade again by addressing any issues encountered during the previous upgrade and retrying the process. If it is not feasible to attempt another upgrade, the recommendation is to recover the datastore using the instructions in Recovering a multi-region installation to a previous version.

Recovering a multi-region installation to a previous version

Recover the region where upgrade failed in a multi region upgrade by removing references to it from multiple region installations. This method is only possible when there is at least 1 live region on Hybrid 1.11. The v1.12 datastore is compatible with v 1.11 components.

To recover failed region(s) from a healthy region, perform the following steps:

1. Redirect the API traffic from the impacted region(s) to the good working region. Plan the capacity accordingly to support the diverted traffic from failed region(s).
2. Decommission the impacted region. For each impacted region, follow the steps outlined in Decommission a hybrid region. Wait for decommissioning to complete before moving on to the next step.

3. Clean up the failed region following the instructions in Recover a region from a failed upgrade.
4. Recover the impacted region. To recover, create a new region, as described in Multi-region deployment on GKE, GKE on-prem, and AKS.

Restoring a multi-region installation from a backup with apigee-datastore in a bad state

If the upgrade of the apigee-datastore component was not successful, you cannot roll back from version 1.12 to version 1.11. Instead you must restore from a backup made of a v1.11 installation. Use the following sequence to restore your previous version.

Tip: To minimize downtime in multi-region installations, Apigee recommends rebuilding and restoring one region at a time.

1. If you do not have an active installation of Apigee hybrid version 1.11 (for example in another region), create a new installation of v1.11 using your backed up charts and overrides files. See the Apigee hybrid version 1.11 installation instructions.
2. Restore the v1.11 region (or new installation) from your backup following the instructions in:
   • Cloud Storage Interface (CSI) backups: Cassandra CSI backup and restore.
   • Non-CSI backups: Restoring in multiple regions.
3. Verify traffic to the restored installation
4. For multi-region installations, rebuild and restore the next region. See the instructions in Restoring from a backup in Restoring in multiple regions.
5. Remove the version 1.12 installation following the instructions in Uninstall hybrid runtime.

APPENDIX: Recover a region from a failed upgrade

Remove a Datacenter if the upgrade fails from 1.11 to 1.12.

1. Validate Cassandra cluster status from a live region:
   1. Switch the kubectl context to the region to be removed:

      kubectl config use-context CONTEXT_OF_LIVE_REGION

   2. List the cassandra pods:

      kubectl get pods -n APIGEE_NAMESPACE -l app=apigee-cassandra

      For example:

      kubectl get pods -n apigee -l app=apigee-cassandra
      NAME                 READY   STATUS    RESTARTS   AGE
      apigee-cassandra-default-0   1/1     Running   0          2h
      apigee-cassandra-default-1   1/1     Running   0          2h
      apigee-cassandra-default-2   1/1     Running   0          2h

   3. Exec into one of the cassandra pods:

      kubectl exec -it -n CASSANDRA_POD_NAME -- /bin/bash

   4. Check the status of the Cassandra cluster:

      nodetool -u JMX_USER -pw JMX_PASSWORD status

      The output should look something like the following:

      Datacenter: dc-1
      ================
      Status=Up/Down
      |/ State=Normal/Leaving/Joining/Moving
      --  Address      Load        Tokens       Owns (effective)  Host ID                               Rack
      UN  10.48.12.16  813.84 KiB  256          100.0%            a6340ad9-37ba-4ec8-a8c2-f7b7ac931807  ra-1
      UN  10.48.14.16  859.89 KiB  256          100.0%            39f03c51-e387-4dac-8360-6d8732e690a7  ra-1
      UN  10.48.0.18   888.95 KiB  256          100.0%            0d57df49-52e4-4c01-832d-d9df845ab732  ra-1
      

   5. Describe the cluster to verify that you only see IPs of Cassandra pods from the live region and all of them on the same schema version:

      nodetool -u JMX_USER -pw JMX_PASSWORD describecluster

      The output should look something like the following:

      nodetool -u JMX_USER -pw JMX_PASSWORD describecluster
      
      Schema versions:
          4bebf2de-0582-31b4-9c5f-e36f60127e1b: [10.48.14.16, 10.48.12.16, 10.48.0.18]
      

2. Cleanup Cassandra keyspace replication:
   1. Get the user-setup job and delete it. A new user-setup job will be created immediately.

      kubectl get jobs -n APIGEE_NAMESPACE

      For example:

      kubectl get jobs -n apigee
        NAME                                                           COMPLETIONS   DURATION   AGE
        apigee-cassandra-schema-setup-myhybridorg-8b3e61d          1/1           6m35s      3h5m
        apigee-cassandra-schema-val-myhybridorg-8b3e61d-28499150   1/1           10s        9m22s
       apigee-cassandra-user-setup-myhybridorg-8b3e61d            0/1           21s        21s
      

      kubectl delete jobs USER_SETUP_JOB_NAME -n APIGEE_NAMESPACE

      The output should show the new job starting:

      kubectl delete jobs apigee-cassandra-user-setup-myhybridorg-8b3e61d -n apigee
      
        apigee-cassandra-user-setup-myhybridorg-8b3e61d-wl92b         0/1     Init:0/1    0               1s
        

   2. Validate Cassandra keyspace replication settings by creating a client container following the instructions in Create the client container.
   3. Get all the keyspaces. Exec into cassandra-client pod and then starting a cqlsh client:

      kubectl exec -it -n APIGEE_NAMESPACE cassandra-client -- /bin/bash

      Connect to the Cassandra server with ddl user as it has permissions required to run the following commands:

      cqlsh apigee-cassandra-default.apigee.svc.cluster.local -u DDL_USER -p DDL_PASSWORD --ssl

      Get the keyspaces:

      select * from system_schema.keyspaces;

      The output should look like following where dc-1 is the live DC:

      select * from system_schema.keyspaces;
      
       keyspace_name            | durable_writes | replication
      --------------------------+----------------+--------------------------------------------------------------------------------
         kvm_myhybridorg_hybrid |           True | {'class': 'org.apache.cassandra.locator.NetworkTopologyStrategy', 'dc-1': '3'}
                    system_auth |           True | {'class': 'org.apache.cassandra.locator.NetworkTopologyStrategy', 'dc-1': '3'}
                  system_schema |           True |                        {'class': 'org.apache.cassandra.locator.LocalStrategy'}
       quota_myhybridorg_hybrid |           True | {'class': 'org.apache.cassandra.locator.NetworkTopologyStrategy', 'dc-1': '3'}
       cache_myhybridorg_hybrid |           True | {'class': 'org.apache.cassandra.locator.NetworkTopologyStrategy', 'dc-1': '3'}
         rtc_myhybridorg_hybrid |           True | {'class': 'org.apache.cassandra.locator.NetworkTopologyStrategy', 'dc-1': '3'}
             system_distributed |           True | {'class': 'org.apache.cassandra.locator.NetworkTopologyStrategy', 'dc-1': '3'}
                         system |           True |                        {'class': 'org.apache.cassandra.locator.LocalStrategy'}
                         perses |           True | {'class': 'org.apache.cassandra.locator.NetworkTopologyStrategy', 'dc-1': '3'}
                  system_traces |           True | {'class': 'org.apache.cassandra.locator.NetworkTopologyStrategy', 'dc-1': '3'}
         kms_myhybridorg_hybrid |           True | {'class': 'org.apache.cassandra.locator.NetworkTopologyStrategy', 'dc-1': '3'}
      
      (11 rows)
      

   4. If for some reason the user-setup job continues to error out and validation is failing, use the following commands to correct the replication in keyspaces.
      Caution: Use the following commands with extreme care.

      kubectl exec -it -n APIGEE_NAMESPACE cassandra-client -- /bin/bash

      Connect to the Cassandra server with ddl user as it has permissions required to run the following commands:

      cqlsh apigee-cassandra-default.apigee.svc.cluster.local -u DDL_USER -p DDL_PASSWORD --ssl

      Get the keyspaces:

      select * from system_schema.keyspaces;

      Use the keyspace names from the command above and replace them in the following examples

      alter keyspace quota_myhybridorg_hybrid WITH replication = {'class': 'NetworkTopologyStrategy', 'LIVE_DC_NAME':'3'};
      alter keyspace kms_myhybridorg_hybrid WITH replication = {'class': 'NetworkTopologyStrategy', 'LIVE_DC_NAME':'3'};
      alter keyspace kvm_myhybridorg_hybrid WITH replication = {'class': 'NetworkTopologyStrategy', 'LIVE_DC_NAME':'3'};
      alter keyspace cache_myhybridorg_hybrid WITH replication = {'class': 'NetworkTopologyStrategy', 'LIVE_DC_NAME':'3'};
      alter keyspace perses_myhybridorg_hybrid WITH replication = {'class': 'NetworkTopologyStrategy', 'LIVE_DC_NAME':'3'};
      alter keyspace rtc_myhybridorg_hybrid WITH replication = {'class': 'NetworkTopologyStrategy', 'LIVE_DC_NAME':'3'};
      alter keyspace system_auth WITH replication = {'class': 'NetworkTopologyStrategy', 'LIVE_DC_NAME':'3'};
      alter keyspace system_distributed WITH replication = {'class': 'NetworkTopologyStrategy', 'LIVE_DC_NAME':'3'};
      alter keyspace system_traces WITH replication = {'class': 'NetworkTopologyStrategy', 'LIVE_DC_NAME':'3'};

   5. Validate that all the keyspaces are replicating in the right region with the following cqlsh command:

      select * from system_schema.keyspaces;

      For example:

      select * from system_schema.keyspaces;
      
       keyspace_name           | durable_writes | replication
      -------------------------+----------------+--------------------------------------------------------------------------------
      kvm_myhybridorg_hybrid   |           True | {'class': 'org.apache.cassandra.locator.NetworkTopologyStrategy', 'dc-1': '3'}
                system_auth    |           True | {'class': 'org.apache.cassandra.locator.NetworkTopologyStrategy', 'dc-1': '3'}
              system_schema    |           True |                        {'class': 'org.apache.cassandra.locator.LocalStrategy'}
      quota_myhybridorg_hybrid |           True | {'class': 'org.apache.cassandra.locator.NetworkTopologyStrategy', 'dc-1': '3'}
      cache_myhybridorg_hybrid |           True | {'class': 'org.apache.cassandra.locator.NetworkTopologyStrategy', 'dc-1': '3'}
      rtc_myhybridorg_hybrid   |           True | {'class': 'org.apache.cassandra.locator.NetworkTopologyStrategy', 'dc-1': '3'}
         system_distributed    |           True | {'class': 'org.apache.cassandra.locator.NetworkTopologyStrategy', 'dc-1': '3'}
                     system    |           True |                        {'class': 'org.apache.cassandra.locator.LocalStrategy'}
                     perses    |           True | {'class': 'org.apache.cassandra.locator.NetworkTopologyStrategy', 'dc-1': '3'}
              system_traces    |           True | {'class': 'org.apache.cassandra.locator.NetworkTopologyStrategy', 'dc-1': '3'}
      kms_myhybridorg_hybrid   |           True | {'class': 'org.apache.cassandra.locator.NetworkTopologyStrategy', 'dc-1': '3'}
      
      (11 rows)

At this stage you have completely removed all the references for the dead DC from the Cassandra cluster.

APPENDIX: Remove DOWN nodes from Cassandra Cluster

Use this procedure when you are rolling back a multi-region installation and not all Cassandra pods are in an Up / Normal (UN) state.

1. Exec into one of the cassandra pods:

   kubectl exec -it -n CASSANDRA_POD_NAME -- /bin/bash

2. Check the status of the Cassandra cluster:

   nodetool -u JMX_USER -pw JMX_PASSWORD status

3. Validate that the node is actually Down (DN). Exec into Cassandra pod in a region where the Cassandra pod is not able to come up.

   Datacenter: dc-1
   ================
   Status=Up/Down
   |/ State=Normal/Leaving/Joining/Moving
   --  Address      Load        Tokens  Owns (effective)  Host ID                               Rack
   UN  10.48.12.16  1.15 MiB    256     100.0%            a6340ad9-37ba-4ec8-a8c2-f7b7ac931807  ra-1
   UN  10.48.0.18   1.21 MiB    256     100.0%            0d57df49-52e4-4c01-832d-d9df845ab732  ra-1
   UN  10.48.14.16  1.18 MiB    256     100.0%            39f03c51-e387-4dac-8360-6d8732e690a7  ra-1
   
   Datacenter: us-west1
   ====================
   Status=Up/Down
   |/ State=Normal/Leaving/Joining/Moving
   --  Address      Load        Tokens  Owns (effective)  Host ID                               Rack
   DN  10.8.4.4     432.42 KiB  256     100.0%            cd672398-5c45-4c88-a424-86d757951e53  rc-1
   UN  10.8.19.6    5.8 MiB     256     100.0%            84f771f3-3632-4155-b27f-a67125d73bc5  rc-1
   UN  10.8.21.5    5.74 MiB    256     100.0%            f6f21b70-348d-482d-89fa-14b7147a5042  rc-1
   

4. Remove the reference to the down (DN) node. From the above example we are going to remove reference for host 10.8.4.4

   kubectl exec -it -n apigee apigee-cassandra-default-2 -- /bin/bash
    nodetool -u JMX_USER -pw JMX_PASSWORD removenode HOST_ID
   

5. After the reference is removed, terminate the pod. The new Cassandra pod should come up and join the cluster

   kubectl delete pod -n POD_NAME

6. Validate that the new Cassandra pod has joined the cluster.

   Datacenter: dc-1
   ================
   Status=Up/Down
   |/ State=Normal/Leaving/Joining/Moving
   --  Address      Load        Tokens  Owns (effective)  Host ID                               Rack
   UN  10.48.12.16  1.16 MiB    256     100.0%            a6340ad9-37ba-4ec8-a8c2-f7b7ac931807  ra-1
   UN  10.48.0.18   1.22 MiB    256     100.0%            0d57df49-52e4-4c01-832d-d9df845ab732  ra-1
   UN  10.48.14.16  1.19 MiB    256     100.0%            39f03c51-e387-4dac-8360-6d8732e690a7  ra-1
   
   Datacenter: us-west1
   ====================
   Status=Up/Down
   |/ State=Normal/Leaving/Joining/Moving
   --  Address      Load        Tokens  Owns (effective)  Host ID                               Rack
   UN  10.8.19.6    5.77 MiB    256     100.0%            84f771f3-3632-4155-b27f-a67125d73bc5  rc-1
   UN  10.8.4.5     246.99 KiB  256     100.0%            0182e675-eec8-4d68-a465-69211b621601  rc-1
   UN  10.8.21.5    5.69 MiB    256     100.0%            f6f21b70-348d-482d-89fa-14b7147a5042  rc-1

At this point you can proceed with the upgrade or roll back of the remaining regions of the cluster.

APPENDIX: Troubleshooting: apigee-datastore in a stuck state after rollback

Use this procedure when you have rolled back apigee-datastore to hybrid 1.11 after upgrade, and it is in a stuck state.

1. Before correcting the datastore controller state again, validate that it is in a releasing state and the pods are not coming up along with Cassandra cluster state.
   1. Validate using the Helm command that datastore was rolled back:

      helm -n APIGEE_NAMESPACE list

      For example:

      helm -n apigee list
      NAME              NAMESPACE  REVISION  UPDATED                                   STATUS    CHART                              APP VERSION
      datastore         apigee     3         2024-04-04 22:15:08.792539892 +0000 UTC   deployed   apigee-datastore-1.11.0           1.11.0
      ingress-manager   apigee     1         2024-04-02 22:24:27.564184968 +0000 UTC   deployed   apigee-ingress-manager-1.12.0     1.12.0
      redis             apigee     1         2024-04-02 22:23:59.938637491 +0000 UTC   deployed   apigee-redis-1.12.0               1.12.0
      telemetry         apigee     1         2024-04-02 22:23:39.458134303 +0000 UTC   deployed   apigee-telemetry-1.12             1.12.0
      myhybridorg       apigee     1         2024-04-02 23:36:32.614927914 +0000 UTC   deployed   apigee-org-1.12.0                 1.12.0
      

   2. Get the status of the Cassandra pods:

      kubectl get pods -n APIGEE_NAMESPACE

      For example:

      kubectl get pods -n apigee
      NAME                         READY   STATUS             RESTARTS      AGE
      apigee-cassandra-default-0   1/1     Running            0             2h
      apigee-cassandra-default-1   1/1     Running            0             2h
      apigee-cassandra-default-2   0/1     CrashLoopBackOff   4 (13s ago)   2m13s
      

   3. Validate that apigeeds controller is stuck in releasing state:

      kubectl get apigeeds -n APIGEE_NAMESPACE

      For example:

      kubectl get apigeeds -n apigee
      NAME      STATE       AGE
      default   releasing   46h

   4. Validate Cassandra nodes status (notice that one node is in a DN state which is the node stuck in CrashLoopBackOff state):

      kubectl exec apigee-cassandra-default-0 -n APIGEE_NAMESPACE  -- nodetool -u JMX_USER -pw JMX_PASSWORD status

      For example:

      kubectl exec apigee-cassandra-default-0 -n apigee  -- nodetool -u jmxuser -pw JMX_PASSWORD status
      Defaulted container "apigee-cassandra" out of: apigee-cassandra, apigee-cassandra-ulimit-init (init)
      Datacenter: us-west1
      ====================
      Status=Up/Down
      |/ State=Normal/Leaving/Joining/Moving
      --   Address       Load       Tokens   Owns (effective)   Host ID                               Rack
      UN   10.68.7.28    2.12 MiB   256      100.0%             4de9df37-3997-43e7-8b5b-632d1feb14d3  rc-1
      UN   10.68.10.29   2.14 MiB   256      100.0%             a54e673b-ec63-4c08-af32-ea6c00194452  rc-1
      DN   10.68.6.26    5.77 MiB   256      100.0%             0fe8c2f4-40bf-4ba8-887b-9462159cac45   rc-1
      

2. Upgrade the datastore using the 1.12 charts.
   Note: The controller will go in to releasing state again but this time it will create pods with the images for Hybrid 1.12 which will come up and Cassandra will join the cluster and become UN (UP/NORMAL).

   helm upgrade datastore APIGEE_HELM_1.12.0_HOME/apigee-datastore/   --install   --namespace APIGEE_NAMESPACE   -f overrides.yaml

3. Validate all the pods are Running and Cassandra cluster is healthy again.
   1. Validate all the pods are READY again:

      kubectl get pods -n APIGEE_NAMESPACE

      For example:

      kubectl get pods -n apigee
      NAME                         READY   STATUS    RESTARTS   AGE
      apigee-cassandra-default-0   1/1     Running   0          29h
      apigee-cassandra-default-1   1/1     Running   0          29h
      apigee-cassandra-default-2   1/1     Running   0          60m

   2. Validate Cassandra cluster status:

      kubectl exec apigee-cassandra-default-0 -n APIGEE_NAMESPACE  -- nodetool -u JMX_USER -pw JMX_PASSWORD status

      For example:

      kubectl exec apigee-cassandra-default-0 -n apigee  -- nodetool -u jmxuser -pw JMX_PASSWORD status
      Datacenter: us-west1
      ====================
      Status=Up/Down
      |/ State=Normal/Leaving/Joining/Moving
      --   Address       Load      Tokens   Owns (effective)   Host ID                                Rack
      UN   10.68.4.15    2.05 MiB  256      100.0%             0fe8c2f4-40bf-4ba8-887b-9462159cac45   rc-1
      UN   10.68.7.28    3.84 MiB  256      100.0%             4de9df37-3997-43e7-8b5b-632d1feb14d3   rc-1
      UN   10.68.10.29   3.91 MiB  256      100.0%             a54e673b-ec63-4c08-af32-ea6c00194452   rc-1
        

   3. Validate status of the apigeeds controller:

      kubectl get apigeeds -n APIGEE_NAMESPACE

      For example:

      kubectl get apigeeds -n apigee
      NAME      STATE     AGE
      default   running   2d1h

At this point you have fixed the datastore and it should be in a running state.