rcInstance.reconstructVolumes()

			// Assert 1 - the volume is Uncertain
			mountedPods := rcInstance.actualStateOfWorld.GetMountedVolumes()
			if len(mountedPods) != 0 {
				t.Errorf("expected 0 mounted volumes, got %+v", mountedPods)
			}
			allPods := rcInstance.actualStateOfWorld.GetAllMountedVolumes()
			if len(allPods) != 1 {
				t.Errorf("expected 1 uncertain volume in asw, got %+v", allPods)
			}

			}
			seLinuxMountContext = volume.seLinuxMountContext
			klog.V(2).InfoS("Volume is marked as uncertain and added into the actual state", "pod", klog.KObj(volume.pod), "podName", volume.podName, "volumeName", volume.volumeName, "seLinuxMountContext", volume.seLinuxMountContext)
		}
		// If the volume has device to mount, we mark its device as uncertain.
		if gvl.deviceMounter != nil || gvl.blockVolumeMapper != nil {

			volumeName)
	}

	podObj, podExists := volumeObj.mountedPods[podName]

	updateUncertainVolume := false
	if podExists {
		// Update uncertain volumes - the new markVolumeOpts may have updated information.
		// Especially reconstructed volumes (marked as uncertain during reconstruction) need
		// an update.

	}

	if len(rc.volumesNeedUpdateFromNodeStatus) != 0 {
		rc.updateReconstructedFromNodeStatus()
	}
	if len(rc.volumesNeedUpdateFromNodeStatus) == 0 {
		// ASW is fully populated only after both devicePaths and uncertain volume attach-ability
		// were reconstructed from the API server.
		// This will start reconciliation of node.status.volumesInUse.
		rc.updateLastSyncTime()
	}

		if actualStateOfWorld.IsVolumeDeviceReconstructed(volumeToMount.VolumeName) {
			klog.V(2).InfoS("MountVolume.markDeviceErrorState leaving volume uncertain", "volumeName", volumeToMount.VolumeName)
			return
		}

		// Only devices which were uncertain can be marked as unmounted
		markDeviceUnmountError := actualStateOfWorld.MarkDeviceAsUnmounted(volumeToMount.VolumeName)
		if markDeviceUnmountError != nil {

		if !attachable {
			t.Errorf("ASW reports %s as not-attachable, when %s was expected", volumeToCheck, expected)
		}
	// ASW does not have any special difference between False and Uncertain.
	// Uncertain only allows to be changed to True / False.
	case volumeAttachabilityUncertain, volumeAttachabilityFalse:
		if attachable {
			t.Errorf("ASW reports %s as attachable, when %s was expected", volumeToCheck, expected)

		unmountDeviceCallCount int
		volumeName             string
		supportRemount         bool
	}{
		{
			name:                   "timed out operations should result in device marked as uncertain",
			deviceState:            operationexecutor.DeviceMountUncertain,
			unmountDeviceCallCount: 1,
			volumeName:             volumetesting.TimeoutOnMountDeviceVolumeName,
		},
		{

	// GetPossiblyMountedVolumesForPod returns a VolumeMap containing the volumes
	// referenced by the specified pod that are either successfully attached
	// and mounted or are "uncertain", i.e. a volume plugin may be mounting
	// them right now. The key in the map is the OuterVolumeSpecName (i.e.
	// pod.Spec.Volumes[x].Name). It returns an empty VolumeMap if pod has no
	// volumes.

	}

	return volumesToReturn, len(volumesToReturn) > 0
}

// podVolumesExist checks with the volume manager and returns true any of the
// pods for the specified volume are mounted or are uncertain.
func (kl *Kubelet) podVolumesExist(podUID types.UID) bool {
	if mountedVolumes :=
		kl.volumeManager.GetPossiblyMountedVolumesForPod(
			volumetypes.UniquePodName(podUID)); len(mountedVolumes) > 0 {
		return true
	}

	// the underlying store indicating the specified volume is attached to the
	// specified node, AttachStateDetached if the combo does not exist, or
	// AttachStateUncertain if the attached state is marked as uncertain.
	GetAttachState(volumeName v1.UniqueVolumeName, nodeName types.NodeName) AttachState

	// GetAttachedVolumes generates and returns a list of volumes/node pairs