AzureVolumeLimitKey = "attachable-volumes-azure-disk"
	// GCEVolumeLimitKey stores resource name that will store volume limits for GCE node
	GCEVolumeLimitKey = "attachable-volumes-gce-pd"

	// CinderVolumeLimitKey contains Volume limit key for Cinder
	CinderVolumeLimitKey = "attachable-volumes-cinder"
	// DefaultMaxCinderVolumes defines the maximum number of PD Volumes for Cinder

		watchTimeout           time.Duration
	}{
		{
			name:                   "CSIDriver not attachable",
			driver:                 "not-attachable",
			expectVolumeAttachment: false,
		},
		{
			name:                   "CSIDriver is attachable",
			driver:                 "attachable",
			expectVolumeAttachment: true,
		},
		{

		shouldFail bool
	}{
		{
			name:       "non-attachable inline",
			driverName: "attachable-inline",
			spec:       volume.NewSpecFromVolume(makeTestVol("test-vol", "attachable-inline")),
			canAttach:  false,
		},
		{
			name:       "attachable PV",
			driverName: "attachable-pv",
			spec:       volume.NewSpecFromPersistentVolume(makeTestPV("test-vol", 20, "attachable-pv", testVol), true),
			canAttach:  true,
		},

		return
	}

	for _, volumeID := range rc.volumesNeedUpdateFromNodeStatus {
		attachable := false
		for _, attachedVolume := range node.Status.VolumesAttached {
			if volumeID != attachedVolume.Name {
				continue
			}
			rc.actualStateOfWorld.UpdateReconstructedDevicePath(volumeID, attachedVolume.DevicePath)
			attachable = true

			PluginIsAttachable: true, // this field determines whether the plugin is attachable
			ReportedInUse:      true,
		}
		oe.MountVolume(0 /* waitForAttachTimeout */, volumesToMount[i], nil /* actualStateOfWorldMounterUpdater */, false /* isRemount */)
	}

	// Assert
	if !isOperationRunSerially(ch, quit) {
		t.Fatalf("Mount operations should not start concurrently for attachable volumes")
	}
}

	var volumeName v1.UniqueVolumeName

	// The unique volume name used depends on whether the volume is attachable/device-mountable
	// or not.
	attachable := util.IsAttachableVolume(volumeSpec, dsw.volumePluginMgr)
	deviceMountable := util.IsDeviceMountableVolume(volumeSpec, dsw.volumePluginMgr)
	if attachable || deviceMountable {
		// For attachable/device-mountable volumes, use the unique volume name as reported by
		// the plugin.

		Name: name,
		VolumeSource: api.VolumeSource{
			CSI: &api.CSIVolumeSource{
				Driver:   driverName,
				ReadOnly: &ro,
			},
		},
	}
}

func getTestCSIDriver(name string, podInfoMount *bool, attachable *bool, volumeLifecycleModes []storagev1.VolumeLifecycleMode) *storagev1.CSIDriver {
	defaultFSGroupPolicy := storagev1.ReadWriteOnceWithFSTypeFSGroupPolicy
	seLinuxMountSupport := true
	noSElinuxMountSupport := false

	attached := asw.GetAttachedVolumes()
	attachable := false

	for _, volume := range attached {
		if volume.VolumeName == volumeToCheck {
			attachable = volume.PluginIsAttachable
			break
		}
	}

	switch expected {
	case volumeAttachabilityTrue:
		if !attachable {
			t.Errorf("ASW reports %s as not-attachable, when %s was expected", volumeToCheck, expected)
		}

}

// Call AddPodToVolume() on different pods for different kinds of volumes
// Verities generated names are same for different pods if volume is device mountable or attachable
// Verities generated names are different for different pods if volume is not device mountble and attachable
func Test_AddPodToVolume_Positive_NamesForDifferentPodsAndDifferentVolumes(t *testing.T) {
	// Arrange
	fakeVolumeHost := volumetesting.NewFakeVolumeHost(t,

	// volume to the pod specified in volumeToMount.
	// Specifically it will:
	// * Wait for the device to finish attaching (for attachable volumes only).
	// * Mount device to global mount path (for attachable volumes only).
	// * Update actual state of world to reflect volume is globally mounted (for
	//   attachable volumes only).
	// * Mount the volume to the pod specific path.
	// * Update actual state of world to reflect volume is mounted to the pod