Static Provisioning of FlashArray File Services
Use PX-CSI to import existing FlashArray File Services file systems into Kubernetes. This page walks you through creating a PVC with annotations to import an existing file system and mounting it to a pod or deployment.
Use this approach when file systems are pre-created on FlashArray File Services and you want to consume them as PersistentVolumeClaims (PVCs) in your Kubernetes cluster.
Prerequisites
Before you begin, ensure you have:
- An existing file system, directory, and export on FlashArray File Services.
- The file system name (and optionally, the array ID if you have multiple FlashArrays connected to your cluster).
- PX-CSI version 26.1.0 or later.
Create a PVC
To import an existing FlashArray File Services file system, create a PVC with the required annotations.
-
Create a PVC that references the existing FlashArray File Services file system using the following annotations:
portworx.io/pure-volume-name(required): The name of the existing file system. Format:pod_name::filesystem_name. Thepod_nameis optional and only required if your file system exists within a specific pod. Otherwise, use onlyfilesystem_name.- (Optional)
portworx.io/pure-array-id: Specify the FlashArray ID to indicate which array to import the file system from when multiple FlashArrays are connected to your cluster.
Example PVC specification:
apiVersion: v1
kind: PersistentVolumeClaim
metadata:
name: preprovisioned-fa-files-pvc
annotations:
portworx.io/pure-volume-name: "<existing-filesystem-name>" # Format: <pod_name>::<filesystem_name> (pod_name is optional)
# portworx.io/pure-array-id: "<your-flasharray-id>" # Optional: specify array ID you want to import the volume from specific array
spec:
storageClassName: px-fa-file-direct-access
accessModes:
- ReadWriteMany
resources:
requests:
storage: 500Gi # Must match the size of the existing file systemnote- The
storagevalue in the PVC spec must match the size of the existing file system. - The
storageClassNamemust reference a StorageClass withbackend: "pure_fa_file". - For a complete list of all available PVC fields and annotations, see PersistentVolumeClaim reference.
importantIf a file system with the same name exists on multiple FlashArrays and you don't specify the
portworx.io/pure-array-idannotation, PX-CSI may import the file system from any of those arrays. To ensure you import from the correct array, always specify theportworx.io/pure-array-idannotation when multiple FlashArrays are connected to your cluster.Save this YAML in a file named
preprovisioned-fa-files-pvc.yaml. -
Apply the YAML to your cluster:
kubectl apply -f preprovisioned-fa-files-pvc.yamlpersistentvolumeclaim/preprovisioned-fa-files-pvc created -
Verify the PVC is bound:
kubectl get pvc preprovisioned-fa-files-pvcNAME STATUS VOLUME CAPACITY ACCESS MODES STORAGECLASS AGE
preprovisioned-fa-files-pvc Bound pvc-xyz789... 500Gi RWX 15s
Mount a PVC to a pod
To mount the file system to a pod, create a pod that uses the PVC.
-
Create a pod specification that references the PVC:
apiVersion: v1
kind: Pod
metadata:
name: nginx-pod
spec:
volumes:
- name: pure-vol
persistentVolumeClaim:
claimName: preprovisioned-fa-files-pvc
containers:
- name: nginx
image: nginx
volumeMounts:
- name: pure-vol
mountPath: /data
ports:
- containerPort: 80Save this YAML in a file named
pod.yaml. -
Apply the YAML to your cluster:
kubectl apply -f pod.yamlpod/nginx-pod created
Verify pod status
After deploying the pod, check its status to confirm that the volume is bound and attached successfully.
watch kubectl get pods
Wait for the STATUS column to show Running. Once the pod is running, the volume is mounted and ready for use.