example_manifest_csi_certification_openshift.yaml

ShortName: ebs
StorageClass:
  # Load a StorageClass from the given file. This file must be in the same directory as this one
  FromFile: storageclass.yaml

SnapshotClass:
  # Must be set to enable snapshotting tests
  FromName: true

DriverInfo:
  # Internal name of the driver, this is used as a display name in the test case and test objects
  Name: ebs.csi.aws.com

  # The range of disk size supported by this driver. Note that Min must be the EXACT size of a volume
  # that can be provisioned by the CSI driver. For example, when the driver requires volume sizes to be
  # rounded to a certain value (typically 1 or 4 GiB), Min must be rounded to that value. A test will
  # check that when it asks for a volume with size Min, it will get the volume with exactly that size.
  SupportedSizeRange:
    Min: 1Gi
    Max: 16Ti

  # Map of strings for supported FS types
  SupportedFsType:
    ext4: {}
    xfs: {}

  # Map of strings for supported mount options. This will be used to test that the CSI driver correctly
  # passes a mount option from Kubernetes to the kernel mount table. The mount options listed here must be:
  # 1. Supported by both the CSI driver and the kernel.
  # 2. Non-default. Note that the real set of all default mount options depends on the kernel and filesystem type.
  # 3. Visible in /proc/mounts after mount.
  # 4. Harmless, i.e., the mount option should not affect how the storage behaves too much.
  SupportedMountOption:
    noatime: {}

  # Optional list of topology keys that the driver supports
  TopologyKeys: ["topology.ebs.csi.aws.com/zone"]

  # Optional number of allowed topologies that the driver requires. Only relevenat if TopologyKeys is set
  NumAllowedTopologies: 1

  # Map of strings for required mount options
  # RequiredMountOption:

  # Optional list of access modes required for provisiong. Default is RWO
  # RequiredAccessModes:

  # Map that represents the capabilities the driver supports
  Capabilities:
    # Data is persistest accross pod restarts
    persistence: true

    # Volume ownership via fsGroup
    fsGroup: true

    # Raw block mode
    block: true

    # Exec a file in the volume
    exec: true

    # Support for volume limits
    volumeLimits: false

    # Support for volume expansion in controllers
    controllerExpansion: true

    # Support for volume expansion in nodes
    nodeExpansion: true

    # Support volume that an run on single node only (like hostpath)
    singleNodeVolume: false

    # Support ReadWriteMany access modes
    RWX: false

    # Support topology
    topology: true

    # Support populate data from snapshot
    snapshotDataSource: true

    # Support populated data from PVC
    pvcDataSource: true