OADP Operator

Overview

OADP is OpenShift Application Data Protection operator. This operator sets up and installs Velero on the OpenShift platform.

Prerequisites

Docker/Podman
OpenShift CLI
Access to OpenShift cluster

Getting Started

Cloning the Repository

Checkout this OADP Operator repository:

git clone [email protected]:konveyor/oadp-operator.git
cd oadp-operator

Building the Operator

Build the OADP operator image and push it to a public registry (quay.io or dockerhub)

There are two ways to build the operator image:

Using operator-sdk
```
operator-sdk build oadp-operator
```

Using Podman/Docker

podman build -f build/Dockerfile . -t oadp-operator:latest

After successfully building the operator image, push it to a public registry.

Using the Image

In order to use a locally built image of the operator, please update the operator.yaml file. Update the image of the oadp-operator container with the image registry URL. You can edit the file manually or use the following command( <REGISTRY_URL> is the placeholder for your own registry url in the command):

sed -i 's|quay.io/konveyor/oadp-operator:latest|<REGISTRY_URL>|g' deploy/operator.yaml

For OSX, use the following command:

sed -i "" 's|quay.io/konveyor/oadp-operator:latest|<REGISTRY_URL>|g' deploy/operator.yaml

Before proceeding further make sure the image is updated in the operator.yaml file as discussed above.

Operator installation

To install OADP operator and the essential Velero components follow the steps given below:

Create a new namespace named oadp-operator
```
oc create namespace oadp-operator
```
Switch to the oadp-operator namespace
```
oc project oadp-operator
```
Create secret for the cloud provider credentials to be used. Also, the credentials file present at CREDENTIALS_FILE_PATH shoud be in proper format, for instance if the provider is AWS it should follow this AWS credentials template
```
oc create secret generic <SECRET_NAME> --namespace oadp-operator --from-file cloud=<CREDENTIALS_FILE_PATH>
```
Now to create the deployment, role, role binding, service account and the cluster role binding, use the following command:
```
oc create -f deploy/
```

Deploy the Velero custom resource definition:

oc create -f deploy/crds/konveyor.openshift.io_veleros_crd.yaml

Finally, deploy the Velero CR:

oc create -f deploy/crds/konveyor.openshift.io_v1alpha1_velero_cr.yaml

Post completion of all the above steps, you can check if the operator was successfully installed or not, the expected result for the command oc get all -n oadp-operator is as follows:

NAME                                 READY     STATUS    RESTARTS   AGE
pod/oadp-operator-7749f885f6-9nm9w   1/1       Running   0          6m6s
pod/restic-48s5r                     1/1       Running   0          2m16s
pod/restic-5sr4c                     1/1       Running   0          2m16s
pod/restic-bs5p2                     1/1       Running   0          2m16s
pod/velero-76546b65c8-tm9vv          1/1       Running   0          2m16s

NAME                            TYPE        CLUSTER-IP      EXTERNAL-IP   PORT(S)             AGE
service/oadp-operator-metrics   ClusterIP   172.30.21.118   <none>        8383/TCP,8686/TCP   5m51s

NAME                    DESIRED   CURRENT   READY     UP-TO-DATE   AVAILABLE   NODE SELECTOR   AGE
daemonset.apps/restic   3         3         3         3            3           <none>          2m17s

NAME                            READY     UP-TO-DATE   AVAILABLE   AGE
deployment.apps/oadp-operator   1/1       1            1           6m7s
deployment.apps/velero          1/1       1            1           2m17s

NAME                                       DESIRED   CURRENT   READY     AGE
replicaset.apps/oadp-operator-7749f885f6   1         1         1         6m7s
replicaset.apps/velero-76546b65c8          1         1         1         2m17s

Note: For using the velero CLI directly configured for the oadp-operator namespace, you may want to use the following command:

velero client config set namespace=oadp-operator

Configure Velero Plugins

There are mainly two categories of velero plugins that can be specified while installing Velero:

default-velero-plugins:
4 types of default velero plugins can be installed - AWS, GCP, Azure and OpenShift. For installation, you need to specify them in the konveyor.openshift.io_v1alpha1_velero_cr.yaml file during deployment.
```
 apiVersion: konveyor.openshift.io/v1alpha1
 kind: Velero
 metadata:
   name: example-velero
 spec:
   default_velero_plugins:
   - azure
   - gcp
   - aws
   - openshift    
```
The above specification will install Velero with all the 4 default plugins.
custom-velero-plugin:
For installation of custom velero plugins, you need to specify the plugin image and plugin name in the konveyor.openshift.io_v1alpha1_velero_cr.yaml file during deployment.

For instance,
```
 apiVersion: konveyor.openshift.io/v1alpha1
 kind: Velero
 metadata:
   name: example-velero
 spec:
   default_velero_plugins:
   - azure
   - gcp
   custom_velero_plugins:
   - name: custom-plugin-example
     image: quay.io/example-repo/custom-velero-plugin   
```
The above specification will install Velero with 3 plugins (azure, gcp and custom-plugin-example).

Enable CSI plugin for Velero

By default the CSI plugin is not enabled, in order to enable the CSI plugin for velero, you need to specify a flag enable_csi_plugin and set it to true in the konveyor.openshift.io_v1alpha1_velero_cr.yaml file during the installation.

Configure Backup Storage Locations and Volume Snapshot Locations

For configuring the backupStorageLocations and the volumeSnapshotLocations we will be using the backup_storage_locations and the volume_snapshot_locations specs respectively in the konveyor.openshift.io_v1alpha1_velero_cr.yaml file during the deployement.

For instance, If we want to configure aws for backupStorageLocations as well as volumeSnapshotLocations pertaining to velero, our konveyor.openshift.io_v1alpha1_velero_cr.yaml file should look something like this:

apiVersion: konveyor.openshift.io/v1alpha1
kind: Velero
metadata:
  name: example-velero
spec:
  default_velero_plugins:
  - aws
  backup_storage_locations:
  - name: default
    provider: aws
    object_storage:
      bucket: myBucket
      prefix: "velero"
    config:
      region: us-east-1
      profile: "default"
    credentials_secret_ref:
      name: cloud-credentials
      namespace: oadp-operator
  volume_snapshot_locations:
  - name: default
    provider: aws
    config:
      region: us-west-2
      profile: "default"

Note:

Be sure to use the same secret name you used while creating the cloud credentials secret in step 3 of Operator installation section.
Another thing to consider are the CR file specs, they should be tailored in accordance to your own cloud provider accouts, for instance bucket spec value should be accoring to your own bucket name and so on.
Do not configure more than one backupStorageLocations per cloud provider, the velero installation will fail.
Parameter reference for backupStorageLocations and volumeSnapshotLocations

Using upstream images

In order use the upstream images for Velero deployment as well as its plugins, you need to specify a flag use_upstream_images in the konveyor.openshift.io_v1alpha1_velero_cr.yaml during installation of the operator.

For instance the konveyor.openshift.io_v1alpha1_velero_cr.yaml file might look something like this:

apiVersion: konveyor.openshift.io/v1alpha1
kind: Velero
metadata:
  name: example-velero
spec:
  use_upstream_images: true
  default_velero_plugins:
  - aws
  backup_storage_locations:
  - name: default
    provider: aws
    object_storage:
      bucket: shubbam-6109f5e9711c8c58131acdd2f490f451
      prefix: "velero"
    config:
      region: us-east-1
      profile: "default"
    credentials_secret_ref:
      name: cloud-credentials
      namespace: oadp-operator
  volume_snapshot_locations:
  - name: default
    provider: aws
    config:
      region: us-west-2
      profile: "default"
  enable_restic: true

Such a CR specification will use the upstream images for deployment.

Note: If the flag use_upstream_images is set, the registry will be switched from quay.io to docker.io and v1.4.0 (current upstream version) image tag will be used for Velero and latest image tag will be used for the plugins.

Setting resource limits and requests for Velero and Restic Pods

In order to set specific resource(cpu, memory) limits and requests for the Velero pod, you need use the velero_resource_allocation specification field in the konveyor.openshift.io_v1alpha1_velero_cr.yaml file during the deployment.

For instance, the velero_resource_allocation can look somewhat similar to:

velero_resource_allocation:
  limits:
    cpu: "2"
    memory: 512Mi
  requests:
    cpu: 500m
    memory: 256Mi

Similarly, you can use the restic_resource_allocation specification field for setting specific resource limits and requests for the Restic pods.

restic_resource_allocation:
  limits:
    cpu: "2"
    memory: 512Mi
  requests:
    cpu: 500m
    memory: 256Mi

Note:

The values for the resource requests and limits flags follow the same format as Kubernetes resource requirements
Also, if the velero_resource_allocation/restic_resource_allocation is not defined by the user then the default resources specification for Velero/Restic pod(s) is
```
resources:
  limits:
    cpu: "1"
    memory: 256Mi
  requests:
    cpu: 500m
    memory: 128Mi
```

Use Velero with a storage provider secured by a self-signed certificate

If you are using an S3-Compatible storage provider that is secured with a self-signed certificate, connections to the object store may fail with a certificate signed by unknown authority message. In order to proceed, you will have to specify the a base64 encoded certificate string as a value of the caCert spec under the object_storage configuration in the velero CR.

Your CR might look somewhat like this:

apiVersion: konveyor.openshift.io/v1alpha1
kind: Velero
metadata:
  name: example-velero
spec:
  use_upstream_images: true
  default_velero_plugins:
  - aws
  - openshift
  backup_storage_locations:
  - name: default
    provider: aws
    object_storage:
      bucket: velero
      caCert: <base64_encoded_cert_string>
    config:
      region: us-east-1
      profile: "default"
      insecure_skip_tls_verify: "false"
      signature_version: "1"
      public_url: "https://m-oadp.apps.cluster-sdpampat0519.sdpampat0519.mg.dog8code.com"
      s3_url: "https://m-oadp.apps.cluster-sdpampat0519.sdpampat0519.mg.dog8code.com"
      s3_force_path_style: "true"
    credentials_secret_ref:
      name: cloud-credentials
      namespace: oadp-operator
  enable_restic: true

Note: Ensure that insecure_skip_tls_verify is set to false so that TLS is used.

Cleanup

For cleaning up the deployed resources, use the following commands:

oc delete -f deploy/crds/konveyor.openshift.io_v1alpha1_velero_cr.yaml
oc delete -f deploy/crds/konveyor.openshift.io_veleros_crd.yaml   
oc delete -f deploy/
oc delete namespace oadp-operator
oc delete crd $(oc get crds | grep velero.io | awk -F ' ' '{print $1}')

Name		Name	Last commit message	Last commit date
Latest commit History 43 Commits
build		build
deploy		deploy
molecule		molecule
roles/velero		roles/velero
.travis.yml		.travis.yml
README.md		README.md
requirements.yml		requirements.yml
watches.yaml		watches.yaml

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OADP Operator

Overview

Prerequisites

Getting Started

Cloning the Repository

Building the Operator

Using the Image

Operator installation

Configure Velero Plugins

Enable CSI plugin for Velero

Configure Backup Storage Locations and Volume Snapshot Locations

Using upstream images

Setting resource limits and requests for Velero and Restic Pods

Use Velero with a storage provider secured by a self-signed certificate

Cleanup

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OADP Operator

Overview

Prerequisites

Getting Started

Cloning the Repository

Building the Operator

Using the Image

Operator installation

Configure Velero Plugins

Enable CSI plugin for Velero

Configure Backup Storage Locations and Volume Snapshot Locations

Using upstream images

Setting resource limits and requests for Velero and Restic Pods

Use Velero with a storage provider secured by a self-signed certificate

Cleanup

About

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