}

// Create creates a gzipped tar file from srcDir and writes it to outPath.
func Create(srcDir, outPath string) error {
	mw, err := os.Create(outPath)
	if err != nil {
		return err
	}
	defer mw.Close()
	gzw := gzip.NewWriter(mw)
	defer gzw.Close()

	tw := tar.NewWriter(gzw)
	defer tw.Close()

	return filepath.Walk(srcDir, func(file string, fi os.FileInfo, err error) error {
		if err != nil {

		// Done!
		volumeutil.SetReady(b.getMetaDir())
		return nil
	}

	var subdir string

	switch {
	case len(b.target) != 0 && filepath.Clean(b.target) == ".":
		// if target dir is '.', use the current dir
		subdir = filepath.Join(dir)
	case len(files) == 1:
		// if target is not '.', use the generated folder
		subdir = filepath.Join(dir, files[0].Name())
	default:

	if !isDir(absdir) {
		// package was not found
		p.error = fmt.Errorf("cannot find package in:\n\t%s", absdir).Error()
		return p
	}

	entries, err := fsys.ReadDir(absdir)
	if err != nil {
		p.error = err.Error()
		return p
	}

	fset := token.NewFileSet()
	for _, d := range entries {
		if d.IsDir() {
			continue
		}

        then:
        symlink.isSymlink(new File(testDirectory, 'testFile'))

        when:
        symlink.symlink(new File(testDirectory, 'testDir'), testDirectory.createDir('symDir'))

        then:
        symlink.isSymlink(new File(testDirectory, 'testDir'))
    }

    @Requires(UnitTestPreconditions.Windows)
    def 'can detect Windows symbolic links as symbolic links'() {

        filePath                   | relativePath
        "child.txt"                | "../../child.txt"
        "subdir"                   | "../../subdir"
        "subdir/child.txt"         | "../../subdir/child.txt"
        "subdir/another"           | "../../subdir/another"
        "subdir/another/child.txt" | "../../subdir/another/child.txt"
        "another/dir/child.txt"    | "../../another/dir/child.txt"
    }

go mod vendor
cmp vendor/example.com/a/samedir_embed.txt a/samedir_embed.txt
cmp vendor/example.com/a/subdir/embed.txt a/subdir/embed.txt
cmp vendor/example.com/a/subdir/test/embed.txt a/subdir/test/embed.txt
cmp vendor/example.com/a/subdir/test/xtest/embed.txt a/subdir/test/xtest/embed.txt

cd broken_no_matching_files
! go mod vendor
stderr '^go: resolving embeds in example.com/brokendep: pattern foo.txt: no matching files found$'
go mod vendor -e

        // Using normalised absolute urls
        factory.path(subDir) == factory.path("file://${relpath(subDir)}")
        factory.path(subDir) == factory.path("file://${relpath(childFile)}/../..")
        factory.path("file://${relpath(subDir)}") != factory.path("file://${relpath(childFile)}")

        // Using absolute paths
        factory.path(subDir) == factory.path("file://${subDir.absolutePath}")

            subdir {
                file('someOtherFile.log').text = "File in subdir"
            }
        }.zipTo(zipFile)
        def classes = file('classes').create {
            file('thirdFile.txt').text = "Third file"
            file('fourthFile.txt').text = "Fourth file"
            subdir {
                file('build.log').text = "File in subdir"
            }
        }

    doLast {
        File srcDir

        // Create a file collection using a closure
        collection = projectDirectory.files { srcDir.listFiles() }

        srcDir = projectDirectory.file('src').asFile
        println "Contents of $srcDir.name"
        collection.collect { projectDirectory.asFile.relativePath(it) }.sort().each { println it }

        srcDir = projectDirectory.file('src2').asFile

        private final CleanableStore delegate;
        private final File subDir;
        private final String displayName;

        CleanableSubDir(CleanableStore delegate, File subDir) {
            this.delegate = delegate;
            this.subDir = subDir;
            this.displayName = delegate.getDisplayName() + " [subdir: " + subDir + "]";
        }

        @Override
        public String getDisplayName() {