class.yaml

---
kind: StorageClass
apiVersion: storage.k8s.io/v1
metadata:
  name: freenas-nfs
#  annotations:
#    storageclass.kubernetes.io/is-default-class: "true"
provisioner: freenas.org/nfs
allowVolumeExpansion: true
reclaimPolicy: Delete
mountOptions: []
parameters:
  # namespace of the secret which contains FreeNAS server connection details
  # default: kube-system
  #serverSecretNamespace:

  # name of the secret which contains FreeNAS server connection details
  # default: freenas-nfs
  #serverSecretName:

  # the name of the parent dataset (or simply pool) where all resources will
  # be created, it *must* exist before provisioner will work
  # example: tank/k8s/mycluster
  # default: tank
  #datasetParentName:

  # whether to enforce quotas for each dataset
  # if enabled each newly provisioned dataset will set the appropriate quota
  # per the PVC
  # default: true
  #datasetEnableQuotas:

  # whether to reserve space when the dataset is create
  # if enabled each newly provisioned dataset will set the appropriate value
  # per the PVC
  # default: true
  #datasetEnableReservation:

  # if enabled provisioner will create parent datasets for each namespace
  # otherwise, all datasets will be provisioned in a flat manner
  # default: true
  #datasetEnableNamespaces:

  # if datasetEnableNamespaces is enabled, sets a per-namespace quota
  # example: 5M | 10G | 1T  (M, Mi, MB, MiB, G, Gi, GB, GiB, T, Ti, TB, or TiB)
  # default: 0 (no quota)
  #datasetNamespaceQuota:

  # if datasetEnableNamespaces is enabled, sets a per-namespace reservation
  # this should not be greater than the datasetNamespaceQuota
  # example: 5M | 10G | 1T  (M, Mi, MB, MiB, G, Gi, GB, GiB, T, Ti, TB, or TiB)
  # default: 0
  #datasetNamespaceReservation:

  # if enabled created datasets will adhere to reliable pattern
  # if datasetNamespaces == true dataset pattern is: <datasetParentName>/<namespace>/<PVC Name>
  # if datasetNamespaces == false dataset pattern is: <datasetParentName>/<namespace>-<PVC Name>
  # if disabled, datasets will be created with a name pvc-<uid> (the name of the provisioned PV)
  # default: true
  #datasetDeterministicNames:

  # if enabled and datasetDeterministicNames is enabled then dataset that
  # already exist (pre-provisioned out of band) will be retained by the
  # provisioner during deletion of the reclaim process
  # ignored if datasetDeterministicNames is disabled (collisions result in failure)
  # default: true
  #datasetRetainPreExisting:

  # the following parameters determine permissions and ownership of the
  # dataset mount directory (on FreeNAS) immediately upon creation
  # default: 0777, root, wheel
  #datasetPermissionsMode:
  #datasetPermissionsUser:
  #datasetPermissionsGroup:

  # this determines what the 'server' property of the NFS share will be in
  # in kubernetes, it's purpose is to provide flexibility between the control
  # and data planes of FreeNAS
  # default: uses the 'host' value from the secret
  #shareHost:

  # determines if newly created NFS shares will have the 'All Directories'
  # option checked - note that some k8s versions (e.g OKD 3.11 which has v1.11.0
  # under the hood) may demand Strings as in "true" or "false"
  # default: true
  #shareAlldirs:

  # Authorized hosts/networks (space-separated) allowed to access the shares
  # default: ""
  #shareAllowedHosts:
  #shareAllowedNetworks:

  # Determines root mapping
  # cannot be used simultaneously with shareMapAll{User,Group}
  # default: root:wheel
  #shareMaprootUser:
  #shareMaprootGroup:

  # Determines user mapping for all access (not recommended)
  # cannot be used simultaneously with shareMaproot{User,Group}
  # default: ""
  #shareMapallUser:
  #shareMapallGroup:

  # if enabled and datasetDeterministicNames is enabled then shares that
  # already exist (pre-provisioned out of band) will be retained by the
  # provisioner during deletion of the reclaim process
  # ignored if datasetDeterministicNames is disabled (collisions result in failure)
  # default: true
  #shareRetainPreExisting: