{"Action":"run","Test":"Test☺☹Dirs/incomplete"}
{"Action":"output","Test":"Test☺☹Dirs/incomplete","Output":"=== RUN   Test☺☹Dirs/incomplete\n"}
{"Action":"output","Test":"Test☺☹Dirs/incomplete","Output":"=== PAUSE Test☺☹Dirs/incomplete\n"}
{"Action":"pause","Test":"Test☺☹Dirs/incomplete"}
{"Action":"run","Test":"Test☺☹Dirs/cgo"}
{"Action":"output","Test":"Test☺☹Dirs/cgo","Output":"=== RUN   Test☺☹Dirs/cgo\n"}

        List<File> dirs = listDirs(distDir);
        if (dirs.isEmpty()) {
            return InstallCheck.failure(format("Gradle distribution '%s' does not contain any directories. Expected to find exactly 1 directory.", distributionDescription));
        }
        if (dirs.size() != 1) {

    }

    @Override
    public FileCollection getSourceDirectories() {
        return dirs;
    }

    @Override
    public Set<File> getSrcDirs() {
        Set<File> dirs = new LinkedHashSet<>();
        for (DirectoryTree tree : getSrcDirTrees()) {
            dirs.add(tree.getDir());
        }
        return dirs;
    }

    @Override
    public Set<String> getIncludes() {

			for i := 0; i < len(mods)/2; i++ {
				j := len(mods) - 1 - i
				mods[i], mods[j] = mods[j], mods[i]
				roots[i], roots[j] = roots[j], roots[i]
				dirs[i], dirs[j] = dirs[j], dirs[i]
			}
			return module.Version{}, "", "", nil, &AmbiguousImportError{importPath: path, Dirs: dirs, Modules: mods}
		}

		if len(sumErrMods) > 0 {
			for i := 0; i < len(sumErrMods)/2; i++ {
				j := len(sumErrMods) - 1 - i

        return new FixedBuildAbility(true);
    }

    public static void replaceSingleDirectory(Set<File> dirs, File dir) {
        switch (dirs.size()) {
            case 0:
                dirs.add(dir);
                break;
            case 1:
                dirs.clear();
                dirs.add(dir);
                break;
            default:

		// compute filesets from expected files and call ReplaceDir for each
		// we don't nest dirs in test cases, order of ReplaceDir call is not guaranteed
		dirs := map[string]map[string]string{}

		// allocate dirs
		for _, f := range c.expects {
			if f.mode.IsDir() {
				path := filepath.Join(dir, f.name)
				if _, ok := dirs[path]; !ok {
					dirs[path] = map[string]string{}
				}
			} else if f.mode.IsRegular() {

        return listFiles(baseDir, null);
    }

    private List<File> listFiles(File baseDir, @Nullable FileFilter filter) {
        File[] dirs = baseDir.listFiles(filter);
        return dirs == null ? Collections.<File>emptyList() : Arrays.asList(dirs);
    }

// MatchDirs appends those errors to m.Errs.
func (m *Match) MatchDirs(modRoots []string) {
	m.Dirs = []string{}
	if !m.IsLocal() {
		m.AddError(fmt.Errorf("internal error: MatchDirs: %s is not a valid filesystem pattern", m.pattern))
		return
	}

	if m.IsLiteral() {
		m.Dirs = []string{m.pattern}
		return
	}

	// Clean the path and create a matching predicate.

	fcPathExp := "^(pci-.*-fc|fc)-0x" + wwn + "-lun-" + lun + "$"
	r := regexp.MustCompile(fcPathExp)
	devPath := byPath
	if dirs, err := io.ReadDir(devPath); err == nil {
		for _, f := range dirs {
			name := f.Name()
			if r.MatchString(name) {
				if disk, err1 := io.EvalSymlinks(devPath + name); err1 == nil {
					dm := deviceUtil.FindMultipathDeviceForDevice(disk)

		return pathname, []string{}, nil
	}

	dirs := strings.Split(rel, string(filepath.Separator))

	var parent string
	currentPath := base
	for i, dir := range dirs {
		parent = currentPath
		currentPath = filepath.Join(parent, dir)
		if _, err := os.Lstat(currentPath); err != nil {
			if os.IsNotExist(err) {
				return parent, dirs[i:], nil
			}
			return base, nil, err
		}
	}