def outputFile = temporaryFolder.file("output.txt")
        def outputDir = temporaryFolder.file("outputDir")
        def outputDirFile = outputDir.file("file.txt")
        def input = temporaryFolder.createFile("input")
        def entity = entity(
            prop("outputDir", DIRECTORY, outputDir),
            prop("outputFile", FILE, outputFile)
        )

        succeeds("unpackLibsDirectory")

        then:
        def outputDir = dslDir.file("build/resources")
        outputDir.file("libs/first.txt").assertDoesNotExist()
        outputDir.file("libs/other.txt").assertDoesNotExist()
        outputDir.file("docs.txt").assertDoesNotExist()
        outputDir.file("first.txt").isFile()
        outputDir.file("other.txt").isFile()

        where:
        dsl << ['groovy', 'kotlin']

                fileToReverse = file
                destinationDir = outputDir
            }
        }

        // Wait for all asynchronous work submitted to this queue to complete before continuing
        workQueue.await()
        logger.lifecycle("Created ${outputDir.get().asFile.listFiles().size} reversed files in ${outputDir.get().asFile.toRelativeString(projectLayout.projectDirectory.asFile)}")

stdout 'args: $'
stdout 'timeout: 25h0m0s$'  # Later flag wins.

# An explicit '-outputdir=' argument should set test.outputdir
# to the 'go' command's working directory, not zero it out
# for the test binary.
go test -x -coverprofile=cover.out '-outputdir=' ./x
stderr '-test.outputdir=[^ ]'
exists ./cover.out
! exists ./x/cover.out

# Test flags from GOFLAGS should be forwarded to the test binary,

    @Suppress("unused")
    internal
    fun generate() =
        outputDirectory.withOutputDirectory { outputDir ->
            for (scriptPlugin in plugins) {
                scriptPlugin.writeScriptPluginAdapterTo(outputDir)
            }
        }
}


internal
fun PrecompiledScriptPlugin.writeScriptPluginAdapterTo(outputDir: File) {

    val (packageDir, packageDeclaration) =
        packageName?.let { packageName ->

        final File outputFile = createOutputFile(outputDir);
        final BuildOperationLogInfo configuration = createLogInfo(taskName, outputFile, MAX_FAILURES);
        return new DefaultBuildOperationLogger(configuration, logger, outputFile);
    }

    protected File createOutputFile(File outputDir) {
        GFileUtils.mkdirs(outputDir);
        return new File(outputDir, "output.txt");

        ).use { facade ->
            destinationDirectory.get().asFile.let { outputDir ->
                outputDir.deleteRecursively()
                outputDir.mkdirs()
                GradleJars(classpath.files).run {
                    facade.writeBuiltinPluginIdExtensionsTo(
                        builtInPluginIdExtFileIn(outputDir),
                        gradleApiJars,

            def taskName = binary.tasks.taskName("compile", textSourceSet.name)
            def outputDir = new File(binary.outputDir, textSourceSet.name)
            tasks.create(taskName, Copy) {
                from textSourceSet.source
                destinationDir = outputDir
            }
        }
    }
// tag::component-registration[]
// tag::binary-registration[]
// tag::binaries-generation[]

        then:
        !objectFile(orgFile)
        objectFile(movedFile)
    }

    def objectFile(TestFile testFile) {
        assert outputDir.listFiles().size() == 1
        assert outputDir.listFiles()[0].listFiles().size() == 1
        outputDir.listFiles()[0].listFiles()[0].text == testFile.absolutePath
    }

    def compile(TestFile... sourceToCompile) {

        packDir."$packType"(sourceFile, readonly)

        then:
        buildTriggeredAndSucceeded()
        executedAndNotSkipped(":unpack")
        outputDir.file("A").text == "original"
        outputDir.file("B").text == "new-file"

        where:
        type      | packType | source        | readonly
        "zipTree" | "zipTo"  | "source.zip"  | true