}

// OnServiceDelete is called whenever deletion of an existing service
// object is observed.
func (proxier *metaProxier) OnServiceDelete(service *v1.Service) {
	proxier.ipv4Proxier.OnServiceDelete(service)
	proxier.ipv6Proxier.OnServiceDelete(service)

}

// OnServiceSynced is called once all the initial event handlers were
// called and the state is fully propagated to local cache.

	if i.m() != "main.localT.m" {
		println("BUG: localT:", i.m(), "called")
	}

	i = new(myT1)
	if i.m() != "main.localT.m" {
		println("BUG: myT1:", i.m(), "called")
	}

	i = new(myT2)
	if i.m() != "main.localT.m" {
		println("BUG: myT2:", i.m(), "called")
	}

	t3 := new(myT3)
	if t3.m() != "main.localT.m" {
		println("BUG: t3:", t3.m(), "called")
	}
	
	i = new(myT3)
	if i.m() != "main.localT.m" {

 */
public interface FilePropertyVisitor {

    /**
     * Called once per file property.
     * <p>
     * Only getProperty*() state methods may be called during.
     */
    void preProperty(VisitState state);

    /**
     * Called for each root of the current property.
     * <p>
     * {@link VisitState#getName()} and {@link VisitState#getPath()} may be called during.
     */
    void preRoot(VisitState state);

    /**

func (m *MockedIpsetDeps) ipsetIPHashCreate(name string, v6 bool) error {
	args := m.Called(name, v6)
	return args.Error(0)
}

func (m *MockedIpsetDeps) destroySet(name string) error {
	args := m.Called(name)
	return args.Error(0)
}

func (m *MockedIpsetDeps) addIP(name string, ip netip.Addr, ipProto uint8, comment string, replace bool) error {
	args := m.Called(name, ip, ipProto, comment, replace)
	return args.Error(0)
}

// The linker can prune methods that are not directly called or
// assigned to interfaces, but only if reflect.Type.Method is
// never used. Test it here.

package main

import "reflect"

var called = false

type M int

func (m M) UniqueMethodName() {
	called = true
}

var v M

func main() {
	reflect.TypeOf(v).Method(0).Func.Interface().(func(M))(v)
	if !called {
		panic("UniqueMethodName not called")
	}

// The linker can prune methods that are not directly called or
// assigned to interfaces, but only if reflect.Value.Method is
// never used. Test it here.

package main

import "reflect"

var called = false

type M int

func (m M) UniqueMethodName() {
	called = true
}

var v M

func main() {
	reflect.ValueOf(v).Method(0).Interface().(func())()
	if !called {
		panic("UniqueMethodName not called")
	}

	codec ClientCodec

	reqMutex sync.Mutex // protects following
	request  Request

	mutex    sync.Mutex // protects following
	seq      uint64
	pending  map[uint64]*Call
	closing  bool // user has called Close
	shutdown bool // server has told us to stop
}

// A ClientCodec implements writing of RPC requests and
// reading of RPC responses for the client side of an RPC session.

// license that can be found in the LICENSE file.

// The linker can prune methods that are not directly called or
// assigned to interfaces, but only if reflect.Type.MethodByName is
// never used. Test it here.

package main

import reflect1 "reflect"

var called = false

type M int

func (m M) UniqueMethodName() {
	called = true
}

var v M

type MyType interface {
	MethodByName(string) (reflect1.Method, bool)

// license that can be found in the LICENSE file.

// The linker can prune methods that are not directly called or
// assigned to interfaces, but only if reflect.Type.Method is
// never used. Test it here.

package main

import "reflect"

var called = false

type M int

func (m M) UniqueMethodName() {
	called = true
}

var v M

type MyType interface {
	Method(int) reflect.Method
}

func leaf2()

var f1called, f2called, f3called, f4called bool

func main() {
	f()
	if !f1called {
		panic("f1 not called")
	}
	if !f2called {
		panic("f2 not called")
	}
	leaf()
	if !f3called {
		panic("f3 not called")
	}
	leaf2()
	if !f4called {
		panic("f4 not called")
	}
}

func f1() { f1called = true }
func f2() { f2called = true }
func f3() { f3called = true }