def listenerManager = new DefaultListenerManager(Scope.Build)
    def isolatableFactory = new DefaultIsolatableFactory(null, TestUtil.managedFactoryRegistry())
    def leaseRegistry = Stub(SharedResourceLeaseRegistry)
    def buildIdentifier = Mock(BuildIdentifier)
    def services = TestUtil.createTestServices { registrations ->
        registrations.addProvider(new ServiceRegistrationProvider() {

        tmpDirTemporaryFileProvider,
        execHandleFactory,
        new DefaultJvmVersionDetector(new CachingJvmMetadataDetector(defaultJvmMetadataDetector)),
        outputEventListener,
        Stub(MemoryManager)
    )

    def setup() {
        CurrentBuildOperationRef.instance().set(new DefaultBuildOperationRef(new OperationIdentifier(123), null))
    }

    def cleanup() {

class ValidationProblemSerializationTest extends Specification {

    Gson gson = ValidationProblemSerialization.createGsonBuilder().create()
    InternalProblemReporter problemReporter = new DefaultProblemReporter(Stub(ProblemEmitter), null, org.gradle.internal.operations.CurrentBuildOperationRef.instance(), HashMultimap.create())

    def "can serialize and deserialize a validation problem"() {
        given:

	m, updateChan := setupDeviceManager(t, devs, callback, socketName, nil)
	p := setupDevicePlugin(t, devs, pluginSocketName)
	return m, updateChan, p
}

func setupInProbeMode(t *testing.T, devs []*pluginapi.Device, callback monitorCallback, socketName string, pluginSocketName string) (Manager, <-chan interface{}, *plugin.Stub, pluginmanager.PluginManager) {

        _ * artifact.extension >> extension
        return artifact
    }

    def add(DefaultResolvedDependency dependency, ResolvedArtifact artifact) {
        dependency.addParentSpecificArtifacts(Stub(DefaultResolvedDependency), TestArtifactSet.create(ImmutableAttributes.EMPTY, [artifact]))
    }

    private DefaultResolvedDependency createResolvedDependency() {

    - path: test/images/Makefile
      match: GOLANG_VERSION=\d+.\d+(alpha|beta|rc)?\.?\d+

  # Golang pre-releases are denoted as `1.y<pre-release stage>`
  # Example: go1.16rc1
  #
  # This entry is a stub of the major version to allow dependency checks to
  # pass when building Kubernetes using a pre-release of Golang.
  - name: "golang: 1.<major>"
    version: 1.22
    refPaths:
    - path: build/build-image/cross/VERSION

                return buildFunctionSymbol(
                    firSymbol.originalIfFakeOverride()
                        ?: errorWithFirSpecificEntries("Stub type in real declaration", fir = firSymbol.fir)
                )
            }

            firSymbol.unwrapImportedFromObjectOrStatic(::buildFunctionSymbol)?.let { return it }

   * that {@link NullPointerTester} may misbehave under Android when used on classes that rely on
   * type-use annotations.
   *
   * <p>Under j2objc, the necessary APIs exist, but some (perhaps all) return stub values, like
   * empty arrays. Presumably {@link NullPointerTester} could likewise misbehave under j2objc, but I
   * don't know that anyone uses it there, anyway.
   */
  private enum NullnessAnnotationReader {

   * that {@link NullPointerTester} may misbehave under Android when used on classes that rely on
   * type-use annotations.
   *
   * <p>Under j2objc, the necessary APIs exist, but some (perhaps all) return stub values, like
   * empty arrays. Presumably {@link NullPointerTester} could likewise misbehave under j2objc, but I
   * don't know that anyone uses it there, anyway.
   */
  private enum NullnessAnnotationReader {

        groovyFile(settingsFile, script)
    }

    /**
     * Provides best-effort groovy script syntax highlighting.
     * The highlighting is imperfect since {@link GroovyBuildScriptLanguage} uses stub methods to create a simulated script target environment.
     */
    void groovyFile(String targetBuildFile, @GroovyBuildScriptLanguage String script) {
        groovyFile(file(targetBuildFile), script)
    }