Michael Matloob <******@****.***> 1664988840 -0400

22: &Bar{},
13: &Baz{ whatever: "this is nuts" }}}},
        bang: &Bar{foo: []*Foo{
&Foo{bar: &Bar{ baz: &Baz{
entries: map[int]interface{}{
61: &Foo{},
71: &Bar{},
11: &Baz{ whatever: "no, it's Go" }}}},
        bang: &Bar{foo: []*Foo{
&Foo{bar: &Bar{ baz: &Baz{
entries: map[int]interface{}{
0: &Foo{},
-2: &Bar{},
-11: &Baz{ whatever: "we need to go deeper" }}}},
        bang: &Bar{foo: []*Foo{
&Foo{bar: &Bar{ baz: &Baz{

        baz="simple_include model2 baz",
    )


@app.get(
    "/simple_include_dict",
    response_model=Model2,
    response_model_include={"baz": ..., "ref": {"foo"}},
)
def simple_include_dict():
    return {
        "ref": {
            "foo": "simple_include_dict model foo",
            "bar": "simple_include_dict model bar",
        },
        "baz": "simple_include_dict model2 baz",
    }

	bar	*Bar
	bang	*Bar
}

type Bar struct {
	baz	*Baz
	foo	[]*Foo
}

type Baz struct {
	entries		map[int]interface{}
	whatever	string
}

func newFoo() *Foo {
	return &Foo{bar: &Bar{baz: &Baz{
		entries: map[int]interface{}{
			42:	&Foo{},
			21:	&Bar{},
			11:	&Baz{whatever: "it's just a test"}}}},
		bang: &Bar{foo: []*Foo{
			&Foo{bar: &Bar{baz: &Baz{
				entries: map[int]interface{}{
					43:	&Foo{},

        Method m = Baz.class.getMethod("rawMap", Map.class);
        assertThat(MethodUtil.getValueTypeOfMapFromReturnType(m), is(nullValue()));

        m = Baz.class.getMethod("genericMap", Map.class);
        assertThat(MethodUtil.getValueTypeOfMapFromReturnType(m), is(sameClass(Class.class)));
    }

    /**
     *
     */
    public interface Baz {

        /**
         * @param param

		{"/bar/baz", "", "TestFoo", "bar", true, true},
		{"/bar/baz", "", "TestFoo", "bar/baz", true, false},
		{"//baz", "", "TestFoo", "bar/baz", true, false},
		{"//", "", "TestFoo", "bar/baz", true, false},
		{"/bar/baz", "", "TestFoo/bar", "baz", true, false},
		{"//foo", "", "TestFoo", "bar/baz", false, false},
		{"/bar/baz", "", "TestFoo", "x", false, false},
		{"/bar/baz", "", "TestBar", "x/bar/baz", false, false},
	}

                - key: altKeyValue
                  bar:
                    baz: altValue
            `),
			RootOldObject: mustUnstructured(`
                foo:
                - key: altKeyValue
                  bar:
                    baz: altValue
                - key: keyValue
                  bar:
                    baz: value
            `),
			Schema: mustSchema(`

	Bar(FooType[T]) string
}

// For now, a lone type parameter is not permitted as RHS in a type declaration (issue #45639).
// type Baz[T any] T
// func (l Baz[T]) Foo(v BarType[T]) string {
// 	return v.Bar(l)
// }
// type Bob[T any] T
// func (l Bob[T]) Bar(v FooType[T]) string {
// 	if v,ok := v.(Baz[T]);ok{
// 		return fmt.Sprintf("%v%v",v,l)
// 	}
// 	return ""
// }

func main() {

	return int64(b)
}

type Baz int32

func (b Baz) F() int64 {
	return int64(b)
}

func main() {
	foo := Foo(123)
	f := foo.F
	if foo.F() != f() {
		bug()
		fmt.Println("foo.F", foo.F(), f())
	}
	bar := Bar(123)
	f = bar.F
	if bar.F() != f() {
		bug()
		fmt.Println("bar.F", bar.F(), f()) // duh!
	}

	baz := Baz(123)
	f = baz.F
	if baz.F() != f() {
		bug()

        source.add("bar")
        source.add("baz")
        source.addPending(provider("fizz"))
        source.addPendingCollection(setProvider("fuzz", "bazz"))

        then:
        source.iteratorNoFlush().collect() == iterationOrder("bar", "baz")

        and:
        source.iterator().collect() == iterationOrder("foo", "bar", "baz", "fizz", "fuzz", "bazz")
    }