// The actual server loop (stoppable by closing stopCh) runs in a go routine, i.e. Serve does not block.
// It returns a stoppedCh that is closed when all non-hijacked active requests have been processed.
// It returns a listenerStoppedCh that is closed when the underlying http Server has stopped listening.

            executor.execute(action1)
            executor.execute(action2)
            executor.stop()
            instant.stopped
        }

        then:
        instant.stopped > instant.completed1
        instant.stopped > instant.completed2
    }

    def factoryStopBlocksUntilAllJobsAreComplete() {
        given:
        def action1 = {
            thread.block()

                            break;
                        case Stopped:
                            LOGGER.debug("daemon has stopped.");
                            return DaemonStopState.Clean;
                        case ForceStopped:
                            LOGGER.debug("daemon has been force stopped.");
                            return DaemonStopState.Forced;
                    }

				switch {
				case errors.Is(rebalErr, context.Canceled):
					status = rebalStopped
					traceMsg = fmt.Sprintf("stopped at %s", now)
				case rebalErr == nil:
					status = rebalCompleted
					traceMsg = fmt.Sprintf("completed at %s", now)
				default:
					status = rebalFailed
					traceMsg = fmt.Sprintf("stopped at %s with err: %v", now, rebalErr)
				}

				z.rebalMu.Lock()

        expect:
        notStopped

        when: "stopped first time"
        coordinator.stop()

        then: "stops"
        stopped

        when: "requested again"
        coordinator.stop()

        then:
        stopped
        0 * _._
    }

    def "await idle timeout does nothing when already stopped"() {
        given:
        coordinator.stop()

        when:

//
//go:nosplit
func worldStarted() {
	if stopped := worldIsStopped.Add(-1); stopped != 0 {
		systemstack(func() {
			print("world stop count=", stopped, "\n")
			throw("released non-stopped world stop")
		})
	}
}

// nosplit to ensure it can be called in as many contexts as possible.
//
//go:nosplit
func checkWorldStopped() bool {
	stopped := worldIsStopped.Load()
	if stopped > 1 {

	// to be retried.
	if !i.stopped && i.store.hasSynced() && now.After(i.lastAccessTime.Add(maxIdleTime)) {
		return i.stopThreadUnsafe()
	}
	return false
}

func (i *objectCacheItem) restartReflectorIfNeeded() {
	i.lock.Lock()
	defer i.lock.Unlock()
	if i.immutable || !i.stopped {
		return
	}
	i.stopCh = make(chan struct{})
	i.stopped = false
	go i.startReflector()
}

	return f.proxy
}

func (f *fakeConn) ConnectedAt() time.Time {
	return f.connTime
}

func (f *fakeConn) Stop() {
	f.Lock()
	defer f.Unlock()
	f.stopped = true
}

func (f *fakeConn) Stopped() bool {
	f.RLock()
	defer f.RUnlock()
	return f.stopped
}

var (
	tmplA = &v1alpha3.WorkloadGroup{
		Template: &v1alpha3.WorkloadEntry{
			Ports:          map[string]uint32{"http": 80},

	// state was observed, so the caller must not assume that it
	// remains dead.
	dead bool

	// stopped indicates that this suspendG transitioned the G to
	// _Gwaiting via g.preemptStop and thus is responsible for
	// readying it when done.
	stopped bool
}

// suspendG suspends goroutine gp at a safe-point and returns the
// state of the suspended goroutine. The caller gets read access to

        outputLines[1] == "Timed out task ':block' has not yet stopped."
        outputLines[outputLines.size() - 1] == "Timed out task ':block' has stopped."

        and:
        def logging = taskLogging(":block")
        logging[0] == "Requesting stop of task ':block' as it has exceeded its configured timeout of 500ms."
        logging[1] == "Timed out task ':block' has not yet stopped."