def hierarchies = new ExecutionNodeAccessHierarchies(CaseSensitivity.CASE_SENSITIVE, TestFiles.fileSystem())
        def dependencyResolver = Stub(TaskDependencyResolver)
        _ * dependencyResolver.resolveDependenciesFor(_, _) >> { TaskInternal task, Object dependencies ->

in-cluster CR is updated and the controller acts upon it to generate a new manifest to apply to the cluster. Note that
both the charts and configuration profiles can come from three different sources: compiled-in, local filesystem.
The source may be selected independently for the charts and profiles. The different steps in creating the manifest are
as follows:

=== Serving dependencies from a directory

When you are attempting to migrate a build that stores its dependencies on the filesystem, either locally or on the network, you should consider whether you want to eventually move to managed dependencies using remote repositories.
That's because you can incorporate filesystem dependencies into a Gradle build in one of two ways:

# Istio CNI Node Agent

The Istio CNI Node Agent is responsible for several things

- Install an Istio CNI plugin binary on each node's filesystem, updating that node's CNI config in e.g (`/etc/cni/net.d`), and watching the config and binary paths to reinstall if things are modified.

[GOOS:*]
	runtime.GOOS == <suffix>
[abscc]
	default $CC path is absolute and exists
[asan]
	GOOS/GOARCH supports -asan
[buildmode:*]
	go supports -buildmode=<suffix>
[case-sensitive]
	$WORK filesystem is case-sensitive
[cc:*]
	go env CC = <suffix> (ignoring the go/env file)
[cgo]
	host CGO_ENABLED
[cgolinkext]
	platform requires external linking for cgo
[compiler:*]
	runtime.Compiler == <suffix>

        relocatedJarCreator = new RuntimeShadedJarCreator(
            progressLoggerFactory,
            new ImplementationDependencyRelocator(RuntimeShadedJarType.API),
            new ClasspathWalker(TestFiles.fileSystem()),
            new DefaultClasspathBuilder(TestFiles.tmpDirTemporaryFileProvider(tmpDir.createDir("tmp")))
        )
    }

    def "creates JAR file for input directory"() {
        given:

			// PVC will be enqueued under 2 circumstances
			// 1. User has increased PVC's request capacity --> volume needs to be expanded
			// 2. PVC status capacity has been expanded --> claim's bound PV has likely recently gone through filesystem resize, so remove AnnPreResizeCapacity annotation from PV
			if newReq.Cmp(oldReq) > 0 || newCap.Cmp(oldCap) > 0 {
				expc.enqueuePVC(new)
			}
		},
		DeleteFunc: expc.enqueuePVC,
	})

	return expc, nil

	kubecontainer "k8s.io/kubernetes/pkg/kubelet/container"
	utilstore "k8s.io/kubernetes/pkg/kubelet/util/store"
	"k8s.io/kubernetes/pkg/registry/core/service/allocator"
	utilfs "k8s.io/kubernetes/pkg/util/filesystem"
)

// length for the user namespace to create (65536).
const userNsLength = (1 << 16)

// Create a new map when we removed enough pods to avoid memory leaks
// since Go maps never free memory.

	// over path prefixes is only O(P × k) with maximum path depth k. For
	// large projects both M and P may be very large (note that M ≤ P), but k
	// will tend to remain smallish (if for no other reason than filesystem
	// path limitations).
	//
	// We perform this iteration either one or two times. If mg is initially nil,
	// then we first attempt to load the package using only the main module and

  {{.HelpName}} {{if .VisibleFlags}}[FLAGS] {{end}}DIR{1...64} DIR{65...128}

DIR:
  DIR points to a directory on a filesystem. When you want to combine
  multiple drives into a single large system, pass one directory per
  filesystem separated by space. You may also use a '...' convention
  to abbreviate the directory arguments. Remote directories in a
  distributed setup are encoded as HTTP(s) URIs.