// Use of this source code is governed by a BSD-style
// license that can be found in the LICENSE file.

package ssa

type T struct{}

func (T) foo() {}

type fooer interface {
	foo()
}

func Unused(v interface{}) {
	v.(fooer).foo()
	v.(interface{ foo() }).foo()

	switch t {
	case i:
		// ok
	default:
		println("FAIL: switch t")
	}
}

type myint int

func (m myint) foo() {
}

type fooer interface {
	foo()
}

type comparableFoo interface {
	comparable
	foo()
}

func g[T comparableFoo](i fooer) {
	var t T

	switch i {
	case t:
		// ok
	default:
		println("FAIL: switch i")
	}

	switch t {
	case i:
		// ok
	default:

// Use of this source code is governed by a BSD-style
// license that can be found in the LICENSE file.

package p

type Fooer[t any] interface {
	foo(Barer[t])
}
type Barer[t any] interface {
	bar(Bazer[t])
}
type Bazer[t any] interface {
	Fooer[t]
	baz(t)
}

type Int int

func (n Int) baz(int) {}
func (n Int) foo(b Barer[int]) { b.bar(n) }

type F[t any] interface { f(G[t]) }

func (x myint) foo() int {return int(x)}

type myfloat float64
func (x myfloat) foo() float64 {return float64(x) }

func f[T any](i interface{}) {
	switch x := i.(type) {
	case interface { foo() T }:
		println("fooer", x.foo())
	default:
		println("other")
	}
}
func main() {
	f[int](myint(6))
	f[int](myfloat(7))
	f[float64](myint(8))
	f[float64](myfloat(9))

			cronJob: &batchv1.CronJob{ObjectMeta: metav1.ObjectMeta{Namespace: "foo-ns", Name: "fooer"}},
			jobs: []runtime.Object{
				&batchv1.Job{ObjectMeta: metav1.ObjectMeta{Name: "foo", Namespace: "foo-ns"}},
				&batchv1.Job{ObjectMeta: metav1.ObjectMeta{Name: "foo1", Namespace: "foo-ns",
					OwnerReferences: []metav1.OwnerReference{{Name: "fooer", Controller: &trueRef}}}},

		var u, v, w int // ERROR "moved to heap: u$" "moved to heap: v$" "moved to heap: w$"
		defer noop(tee(&u))
		defer noop(&v, &w)
	}
}

type Fooer interface {
	Foo()
}

type LimitedFooer struct {
	Fooer
	N int64
}

func LimitFooer(r Fooer, n int64) Fooer { // ERROR "leaking param: r$"
	return &LimitedFooer{r, n} // ERROR "&LimitedFooer{...} escapes to heap$"
}

		var u, v, w int // ERROR "moved to heap: u$" "moved to heap: v$" "moved to heap: w$"
		defer noop(tee(&u))
		defer noop(&v, &w)
	}
}

type Fooer interface {
	Foo()
}

type LimitedFooer struct {
	Fooer
	N int64
}

func LimitFooer(r Fooer, n int64) Fooer { // ERROR "leaking param: r$"
	return &LimitedFooer{r, n} // ERROR "&LimitedFooer{...} escapes to heap$"
}

				coverVar := fmt.Sprintf("goCover_%x_", sum[:6])
				mode := a.Package.Internal.Cover.Mode
				if mode == "" {
					panic("covermode should be set at this point")
				}
				if newoutfiles, err := b.cover2(a, infiles, outfiles, coverVar, mode); err != nil {
					return err
				} else {
					outfiles = newoutfiles
					gofiles = append([]string{newoutfiles[0]}, gofiles...)
				}
			} else {

// values are "set", "count", or "atomic". The return value will be
// empty if test coverage is not enabled.
func CoverMode() string {
	if goexperiment.CoverageRedesign {
		return cover2.mode
	}
	return cover.Mode
}

// Verbose reports whether the -test.v flag is set.
func Verbose() bool {
	// Same as in Short.
	if !flag.Parsed() {
		panic("testing: Verbose called before Parse")