type FileToPrint struct {
	RealPath  string
	PrintPath string
}

// NewFileToPrint makes a new instance of FileToPrint with the specified arguments
func NewFileToPrint(realPath, printPath string) FileToPrint {
	return FileToPrint{
		RealPath:  realPath,
		PrintPath: printPath,
	}
}

// PrintDryRunFile is a helper method around PrintDryRunFiles

        def project = projects.find {it.name == name}
        assert project != null :  "No project with name $name found"
        assertProject(project, rootDir, path, name, parentPath, childPaths)
     }

    private static void assertProject(def project, File rootDir, String path, String name, String parentPath, List<String> childPaths) {

                        while (outputFileParent != null) {
                            String parentPath = outputFileParent.getPath();
                            if (outputFiles.getIfPresent(parentPath) != null) {
                                break;
                            }
                            outputFiles.put(parentPath, OutputKind.PARENT_OF_OUTPUT);
                            outputFileParent = outputFileParent.getParentFile();

        return delegate.findTask(path).also { task ->
            if (task == null) {
                // check whether the path refers to a different project
                val parentPath = path?.let(Path::path)?.parent?.path
                if (parentPath != referrerProject.path) {
                    // even though the task was not found, the current project is coupled with the other project:

        String parentPath = extractPath(parent);
        String childPath = path.startsWith("/") ? path.substring(1) : path;
        if (childPath.length() == 0) {
            return parentPath;
        } else if (parentPath.endsWith("/")) {
            return parentPath + childPath;
        } else {
            return parentPath + "/" + childPath;
        }
    }

            RelativePath parentPath;
            if (parentResolver == null) {
                parentPath = new RelativePath(false);
            } else {
                parentPath = parentResolver.getDestPath();
            }

            String path = DefaultCopySpec.this.getDestPath();
            if (path == null) {
                return parentPath;
            }

    CopySpecResolver buildRootResolver();

    CopySpecResolver buildResolverRelativeToParent(CopySpecResolver parent);

    void addChildSpecListener(CopySpecListener listener);

    void visit(CopySpecAddress parentPath, CopySpecVisitor visitor);

    /**
     * Returns whether the spec, or any of its children have custom copy actions.
     */
    boolean hasCustomActions();

        final File home = location.getLocation();
        final File parentPath = home.getParentFile();
        final boolean isEmbeddedJre = home.getName().equalsIgnoreCase("jre");
        if (isEmbeddedJre && hasJavaExecutable(parentPath)) {
            return location.withLocation(parentPath);
        }
        return location;
    }

    private File findJavaHome(File potentialHome) {

        }

        private
        fun settingsDir() =
            service<BuildLayout>().settingsDir

        private
        fun getProjectDescriptor(parentPath: Path?): DefaultProjectDescriptor? =
            parentPath?.let { projectDescriptorRegistry.getProject(it.path) }

        private
        val projectDescriptorRegistry

            }
            String parentPath = parent.getPath();
            return parentPath.isEmpty() ? name : parentPath + "." + name;
        }

        String getFullAlias() {
            if (parent == null || wrapping) {
                return "";
            }
            String parentPath = parent.getFullAlias();
            return parentPath.isEmpty() ? name : parentPath + "." + name;
        }