// Use of this source code is governed by a BSD-style
// license that can be found in the LICENSE file.

package main

type Foo[T any] interface {
	CreateBar() Bar[T]
}

type Bar[T any] func() Bar[T]

func (f Bar[T]) CreateBar() Bar[T] {
	return f
}

func abc[R any]() {
	var _ Foo[R] = Bar[R](nil)()
}

func main() {
	abc[int]()

// Use of this source code is governed by a BSD-style
// license that can be found in the LICENSE file.

package main

type Foo[T any] interface {
	CreateBar() Bar[T]
}

type Bar[T any] func() Bar[T]

func (f Bar[T]) CreateBar() Bar[T] {
	return f
}

func abc[T any]() {
	var b Bar[T] = func() Bar[T] {
		var b Bar[T]
		return b
	}
	var _ Foo[T] = b()
}

func main() {

	bar        *pb.ProgressBar
	template   string
	mu         sync.Mutex
	state      InstallState
}

func NewLog() *Log {
	return &Log{
		components: map[string]*ManifestLog{},
		bar:        createBar(),
	}
}

const inProgress = `{{ yellow (cycle . "-" "-" "-" " ") }} `

// createStatus will return a string to report the current status.
// ex: - Processing resources for components. Waiting for foo, bar

    }

    def "returns empty classpath for jar without manifest"() {
        when:
        createJar()

        then:
        ManifestUtil.parseManifestClasspath(jarFile) == []
    }

    def "returns empty classpath for jar with manifest without Class-Path"() {
        when:
        createJar(manifestWithClasspath(null))

        then:
        ManifestUtil.parseManifestClasspath(jarFile) == []
    }

                ignoredResourceInNestedJar = new TestResource(file('some/package/ignored.txt') << "This should be ignored", this.&createJar)
                notIgnoredResourceInNestedJar = new TestResource(file('some/package/not-ignored.txt') << "This should not be ignored", this.&createJar)

        given: "2 archive files"
        createTar('test1.tar') {
            subdir1 {
                file ('file.txt').text = 'original text 1'
            }
            subdir2 {
                file('file2.txt').text = 'original text 2'
                file ('file3.txt').text =  'original text 3'
            }
        }
        createTar('test2.tar') {
            subdir1 {

        testDir = tmpDir.createDir("scripts");
        scriptFile = new File(testDir, "build.script");
        scriptFileUri = scriptFile.toURI();
        createJar();
    }

    private URI createJar() throws URISyntaxException {
        TestFile jarFile = tmpDir.getTestDirectory().file("test.jar");
        testDir.file("ignoreme").write("content");
        testDir.zipTo(jarFile);

        file.text = '<content>'

        UriTextResource resource = new UriTextResource('<display-name>', createJar(), resolver)

        then:
        resource.exists
        resource.text == "<content>"
    }

    def hasNoContentWhenUsingJarUriAndFileDoesNotExistInJar() {
        when:
        URI jarUri = createJar()
        UriTextResource resource = new UriTextResource('<display-name>', jarUri, resolver)

        val classGraph = JarAnalyzer("", keepClasses, keepClasses, setOf()).analyze(artifact, classesDir, manifestFile, buildReceiptFile)

        createJar(classGraph, classesDir, manifestFile, jarFile)

        return jarFile
    }

    private
    fun createJar(classGraph: ClassGraph, classesDir: File, manifestFile: File, jarFile: File) {
        try {

            }
            """
        when:
        run "tar"

        then:
        file('build/test.tar').assertDoesNotExist()
    }

    def canCopyFromATar() {
        given:
        createTar('test.tar') {
            subdir1 {
                file 'file1.txt'
            }
            subdir2 {
                file 'file2.txt'
                file 'file2.xml'
            }
        }