volumeMounts := []*runtimeapi.Mount{}

	for idx := range opts.Mounts {
		v := opts.Mounts[idx]
		selinuxRelabel := v.SELinuxRelabel && selinux.GetEnabled()
		mount := &runtimeapi.Mount{
			HostPath:          v.HostPath,
			ContainerPath:     v.ContainerPath,
			Readonly:          v.ReadOnly,
			SelinuxRelabel:    selinuxRelabel,
			Propagation:       v.Propagation,
			RecursiveReadOnly: v.RecursiveReadOnly,
		}

	// Whether the mount is read-only.
	ReadOnly bool
	// Whether the mount is recursive read-only.
	// Must not be true if ReadOnly is false.
	RecursiveReadOnly bool
	// Whether the mount needs SELinux relabeling
	SELinuxRelabel bool
	// Requested propagation mode
	Propagation runtimeapi.MountPropagation
}

// PortMapping contains information about the port mapping.
type PortMapping struct {
	// Protocol of the port mapping.

		// If the volume supports SELinux and it has not been
		// relabeled already and it is not a read-only volume,
		// relabel it and mark it as labeled
		if vol.Mounter.GetAttributes().Managed && vol.Mounter.GetAttributes().SELinuxRelabel && !vol.SELinuxLabeled {
			vol.SELinuxLabeled = true
			relabelVolume = true
		}
		hostPath, err := volumeutil.GetPath(vol.Mounter)
		if err != nil {
			return nil, cleanupAction, err
		}

		volumeName = spec.Name()
	}
	return volumeName, nil
}

func (_ *FakeVolume) GetAttributes() volume.Attributes {
	return volume.Attributes{
		ReadOnly:       false,
		Managed:        true,
		SELinuxRelabel: true,
	}
}

func (fv *FakeVolume) SetUp(mounterArgs volume.MounterArgs) error {
	fv.Lock()
	defer fv.Unlock()
	err := fv.setupInternal(mounterArgs)
	fv.SetUpCallCount++
	return err
}

					ReportedInUse:           volumeObj.reportedInUse,
					MountRequestTime:        podObj.mountRequestTime,
					DesiredSizeLimit:        volumeObj.desiredSizeLimit,
					SELinuxLabel:            volumeObj.effectiveSELinuxMountFileLabel,
				},
			}
			if volumeObj.persistentVolumeSize != nil {
				vmt.DesiredPersistentVolumeSize = volumeObj.persistentVolumeSize.DeepCopy()
			}