// underlying storage. For Volumes that share a filesystem with the host
	// (e.g. emptydir, hostpath) this is the size of the underlying storage,
	// and will not equal Used + Available as the fs is shared.
	Capacity *resource.Quantity

	// Available represents the storage space available (bytes) for the
	// Volume. For Volumes that share a filesystem with the host (e.g.

Class <org.gradle.internal.logging.text.StyledTextOutputFactory> is not annotated with @ServiceScope in (StyledTextOutputFactory.java:0)
Class <org.gradle.internal.nativeintegration.filesystem.FileSystem> is not annotated with @ServiceScope in (FileSystem.java:0)
Class <org.gradle.internal.nativeintegration.network.HostnameLookup> is not annotated with @ServiceScope in (HostnameLookup.java:0)

	fs := v1.PersistentVolumeFilesystem
	// The main purpose of reconstructed volume is to clean unused mount points
	// and directories.
	// For filesystem volume with directory source, no global mount path is
	// needed to clean. Empty path is ok.
	// For filesystem volume with block source, we should resolve to its device
	// path if global mount path exists.
	var path string

	DetachVolume(logger klog.Logger, volumeToDetach AttachedVolume, verifySafeToDetach bool, actualStateOfWorld ActualStateOfWorldAttacherUpdater) error

	// If a volume has 'Filesystem' volumeMode, MountVolume mounts the
	// volume to the pod specified in volumeToMount.
	// Specifically it will:
	// * Wait for the device to finish attaching (for attachable volumes only).

)

// StatsProvider is an interface for fetching stats used during image garbage
// collection.
type StatsProvider interface {
	// ImageFsStats returns the stats of the image filesystem.
	ImageFsStats(ctx context.Context) (*statsapi.FsStats, *statsapi.FsStats, error)
}

// ImageGCManager is an interface for managing lifecycle of all images.
// Implementation is thread-safe.

        file('dest').assertHasDescendants(
            'one.txt',
            'three.txt'
        )
    }

    def "can filter a file collection using a closure hitting the filesystem"() {
        given:
        file("files/file0.txt") << ""
        file("files/dir1/file1.txt") << ""
        file("files/dir2/file2.txt") << ""

        and:
        buildFile """

		return nil
	}
	return err
}

// Lstat implements a version of os.Lstat that operates on the overlay filesystem.
func Lstat(path string) (fs.FileInfo, error) {
	Trace("Lstat", path)
	return overlayStat(path, os.Lstat, "lstat")
}

// Stat implements a version of os.Stat that operates on the overlay filesystem.
func Stat(path string) (fs.FileInfo, error) {
	Trace("Stat", path)
	return overlayStat(path, os.Stat, "stat")

    }
    testFixturesApi(project(":execution")) {
        because("test fixtures expose OutputChangeListener")
    }
    testFixturesApi(project(":native")) {
        because("test fixtures expose FileSystem")
    }
    testFixturesApi(project(":file-collections")) {
        because("test fixtures expose file collection types")
    }
    testFixturesApi(project(":file-temp")) {

	return &mount.SafeFormatAndMount{Interface: mounter, Exec: exec}
}

// GetVolumeMode retrieves VolumeMode from pv.
// If the volume doesn't have PersistentVolume, it's an inline volume,
// should return volumeMode as filesystem to keep existing behavior.
func GetVolumeMode(volumeSpec *volume.Spec) (v1.PersistentVolumeMode, error) {
	if volumeSpec == nil || volumeSpec.PersistentVolume == nil {
		return v1.PersistentVolumeFilesystem, nil
	}

	extractAttributesMetadata(options.Envs, options.Platform, meta)
	// Add all instance labels with lower precedence than pod labels
	extractInstanceLabels(options.Platform, meta)

	// Add all pod labels found from filesystem
	// These are typically volume mounted by the downward API
	lbls, err := readPodLabels()
	if err == nil {
		meta.Labels = map[string]string{}
		for k, v := range meta.StaticLabels {
			meta.Labels[k] = v
		}