initialPods: []*v1.Pod{pod},
			actions: []action{
				// This Pod shouldn't be added to inFlightPods because SchedulingQueueHint is disabled.
				{podPopped: pod},
				// This event shouldn't be added to inFlightEvents because SchedulingQueueHint is disabled.
				{eventHappens: &PvAdd},
			},
			wantInFlightPods:   nil,
			wantInFlightEvents: nil,

func allGsSnapshot() []*g {
	assertWorldStoppedOrLockHeld(&allglock)

	// Because the world is stopped or allglock is held, allgadd
	// cannot happen concurrently with this. allgs grows
	// monotonically and existing entries never change, so we can
	// simply return a copy of the slice header. For added safety,
	// we trim everything past len because that can still change.
	return allgs[:len(allgs):len(allgs)]
}

	manager.thresholdNotifiers = []ThresholdNotifier{thresholdNotifier}

	// The UpdateThreshold method should be called because at least notifierRefreshInterval time has passed.
	// The Description method should be called because UpdateThreshold returned an error
	fakeClock.Step(2 * notifierRefreshInterval)
	_, err = manager.synchronize(diskInfoProvider, activePodsFunc)

	if err != nil {

		OperationFunc:     volumesAreAttachedFunc,
		CompleteFunc:      util.OperationCompleteHook(util.GetFullQualifiedPluginNameForVolume("<n/a>", nil), "verify_volumes_are_attached_per_node"),
		EventRecorderFunc: nil, // nil because we do not want to generate event on error
	}, nil
}

func (og *operationGenerator) GenerateAttachVolumeFunc(
	logger klog.Logger,
	volumeToAttach VolumeToAttach,

	lastStatusReportTime time.Time

	// syncNodeStatusMux is a lock on updating the node status, because this path is not thread-safe.
	// This lock is used by Kubelet.syncNodeStatus and Kubelet.fastNodeStatusUpdate functions and shouldn't be used anywhere else.
	syncNodeStatusMux sync.Mutex

	// updatePodCIDRMux is a lock on updating pod CIDR, because this path is not thread-safe.

	// One common case this prevents is a kubelet restart reading pods before services and some pod not having the
	// KUBERNETES_SERVICE_HOST injected because we didn't wait a short time for services to sync before proceeding.
	// The KUBERNETES_SERVICE_HOST link is special because it is unconditionally injected into pods and is read by the
	// in-cluster-config for pod clients
	if !kubetypes.IsStaticPod(pod) && !kl.serviceHasSynced() {

// Makes testing simpler.
func matchPodName(names ...string) storage.SelectionPredicate {
	// Note: even if pod name is a field, we have to use labels,
	// because field selector doesn't support "IN" operator.
	l, err := labels.NewRequirement("name", selection.In, names)
	if err != nil {
		panic("Labels requirement must validate successfully")
	}
	return storage.SelectionPredicate{

// (as opposed to a zero value received because the channel is closed).
// Select supports a maximum of 65536 cases.
func Select(cases []SelectCase) (chosen int, recv Value, recvOK bool) {
	if len(cases) > 65536 {
		panic("reflect.Select: too many cases (max 65536)")
	}
	// NOTE: Do not trust that caller is not modifying cases data underfoot.
	// The range is safe because the caller cannot modify our copy of the len

// even IgnoredGoFiles, because some subcommands consider them.
// The go/build package filtered others out (like foo_wrongGOARCH.s)
// and that's OK.
func (p *Package) AllFiles() []string {
	files := str.StringList(
		p.GoFiles,
		p.CgoFiles,
		// no p.CompiledGoFiles, because they are from GoFiles or generated by us
		p.IgnoredGoFiles,
		// no p.InvalidGoFiles, because they are from GoFiles
		p.IgnoredOtherFiles,

      // independent of the initial capacity, except that it won't be lower than the threshold
      // computed from that capacity. Because the internal table is only allocated on the first
      // write, we won't see copying because of the new threshold. So it is always OK to use the
      // calculation here.
      return (int) Math.ceil(expectedSize / 0.75);
    }