seaweedfs/seaweedfs-cosi-driver

seaweedfs-cosi-driver

COSI driver implementation for SeaweedFS.

Note that the COSI driver alone is not sufficient to get COSI working on a Kubernetes cluster.

You can deploy a full COSI installation for SeaweedFS following the instructions for the SeaweedFS's Helm charts.

Building

The driver code can be compiled using:

make build

Now build the docker image and provide a tag as quay.io/seaweedfs/seaweedfs-cosi-driver:latest

make container

You can tag and push the docker image to a registry with:

make push REGISTRY_NAME=quay.io/seaweedfs

Examples

Create BucketClaim, BucketAccess and consuming the claim in a pod

kubectl apply -f examples/bucketclass.yaml
kubectl apply -f examples/bucketclaim.yaml
kubectl apply -f examples/bucketaccessclass.yaml
kubectl apply -f examples/bucketaccess.yaml

In a pod definition, the bucket claim can be consumed as volume mount:

spec:
  containers:
      volumeMounts:
        - name: cosi-secrets
          mountPath: /data/cosi
  volumes:
    - name: cosi-secrets
      secret:
        secretName: ba-secret

In the container, at the path: /data/cosi, you will find a file named: BucketInfo containing a json:

{
  "metadata": {
    "name": "bc-9b55f9f1-2492-4d41-a380-09f9a32e85ed",
    "creationTimestamp": null
  },
  "spec": {
    "bucketName": "sample-bcc5e103d90-f638-412a-9c5a-79e3e51fe4f0",
    "authenticationType": "KEY",
    "secretS3": {
      "endpoint": "http://seaweedfs.seaweedfs.svc.cluster",
      "region": "",
      "accessKeyID": "3TQDWKY2JJ4W8TAQJKCG",
      "accessSecretKey": "k2NrXAPLFMCjHtsPJCjV4QWSNzSIHDHEA8BT9xaZ"
    },
    "secretAzure": null,
    "protocols": [
      "s3"
    ]
  }
}