when:
        source api: ["class A { String change; }"]
        run "app:${language.compileTaskName}"

        then:
        app.recompiledClasses("C")
    }

    def "distinguishes between api and implementation changes"() {
        createDirs("app")
        settingsFile << """
            include 'app'
        """
        addDependency("app", "impl")

	utiltest "k8s.io/kubernetes/pkg/kubelet/kubeletconfig/util/test"
	utilfs "k8s.io/kubernetes/pkg/util/filesystem"
)

const (
	prefix = "test-util-files"
)

type file struct {
	name string
	// mode distinguishes file type,
	// we only check for regular vs. directory in these tests,
	// specify regular as 0, directory as os.ModeDir
	mode os.FileMode
	data string // ignored if mode == os.ModeDir
}

// successors for each op, based on side effects on known and unknown resources.
// Side-effecting ops on unknown resources are conservatively treated as
// interfering with all known resource op accesses. It distinguishes accesses
// based on whether they are read-only, and read-only ops do not interfere with
// each other.
//
// If there are nested regions, each region is handled separately, and control

		return ClassAddress

	case formDwarfBlock1, formDwarfBlock2, formDwarfBlock4, formDwarfBlock:
		// In DWARF 2 and 3, ClassExprLoc was encoded as a
		// block. DWARF 4 distinguishes ClassBlock and
		// ClassExprLoc, but there are no attributes that can
		// be both, so we also promote ClassBlock values in
		// DWARF 4 that should be ClassExprLoc in case
		// producers get this wrong.

	w.Bytes(w.tmpHash[:])
}

// contentHashSection returns a mnemonic for s's section.
// The goal is to prevent content-addressability from moving symbols between sections.
// contentHashSection only distinguishes between sets of sections for which this matters.
// Allowing flexibility increases the effectiveness of content-addressability.
// But in some cases, such as doing addressing based on a base symbol,

                type: string
              interfacePrefix:
                description: 'InterfacePrefix is the interface name prefix that identifies
                  workload endpoints and so distinguishes them from host endpoint
                  interfaces. Note: in environments other than bare metal, the orchestrators
                  configure this appropriately. For example our Kubernetes and Docker

------------------------------------------------------------

My app build tasks
------------------
tasksAll - Show additional tasks.
----

[[sec:task_categories]]
== Task categories

Gradle distinguishes between two categories of tasks:

1. *Lifecycle tasks*
2. *Actionable tasks*

**Lifecycle tasks** define targets you can call, such as `:build` your project.
Lifecycle tasks do not provide Gradle with actions.

2. when `languageVersion` has been set, optionally followed by setting any other property.

In other words, if a vendor or an implementation are specified, they must be accompanied by the language version.
Gradle distinguishes between toolchain specifications that configure the language version and the ones that do not.
A specification without a language version, in most cases, would be treated as a one that selects the toolchain of the current build.

	// the package.
	corpusDir = "testdata/fuzz"
)

// fuzzWorkerExitCode is used as an exit code by fuzz worker processes after an
// internal error. This distinguishes internal errors from uncontrolled panics
// and other failures. Keep in sync with internal/fuzz.workerExitCode.
const fuzzWorkerExitCode = 70

// InternalFuzzTarget is an internal type but exported because it is

		return "namespace"
	}
	if requestInfo, ok := request.RequestInfoFrom(ctx); ok {
		if requestInfo.IsResourceRequest {
			return "cluster"
		}
	}
	return ""
}

// CanonicalVerb distinguishes LISTs from GETs (and HEADs). It assumes verb is
// UPPERCASE.
func CanonicalVerb(verb string, scope string) string {
	switch verb {
	case "GET", "HEAD":
		if scope != "resource" && scope != "" {
			return "LIST"