}
    }

    private relocateJar(File output) {
        // implementation...
        def relocatedPackages = (dependencies.collectMany { readPackages(it) } + readPackages(primaryInput.get().asFile)) as Set
        def nonRelocatedPackages = parameters.externalClasspath.collectMany { readPackages(it) }
        def relocations = (relocatedPackages - nonRelocatedPackages).collect { packageName ->
            def toPackage = "relocated.$packageName"

        }
    }

    private fun relocateJar(output: File) {
        // implementation...
        val relocatedPackages = (dependencies.flatMap { it.readPackages() } + primaryInput.get().asFile.readPackages()).toSet()
        val nonRelocatedPackages = parameters.externalClasspath.flatMap { it.readPackages() }
        val relocations = (relocatedPackages - nonRelocatedPackages).map { packageName ->
            val toPackage = "relocated.$packageName"

// To have the [Examples] fields populated, use [NewFromFiles] and include
// the package's _test.go files.
func New(pkg *ast.Package, importPath string, mode Mode) *Package {
	var r reader
	r.readPackage(pkg, mode)
	r.computeMethodSets()
	r.cleanupTypes()
	p := &Package{
		Doc:        r.doc,
		Name:       pkg.Name,
		ImportPath: importPath,
		Imports:    sortedKeys(r.imports),
		Filenames:  r.filenames,

	}

	// collect MARKER(...): annotations
	r.readNotes(src.Comments)
	if r.mode&PreserveAST == 0 {
		src.Comments = nil // consumed unassociated comments - remove from AST
	}
}

func (r *reader) readPackage(pkg *ast.Package, mode Mode) {
	// initialize reader
	r.filenames = make([]string, len(pkg.Files))
	r.imports = make(map[string]int)
	r.mode = mode
	r.types = make(map[string]*namedType)
	r.funcs = make(methodSet)