}

	if len(contentTotals.finalizersToNumRemaining) != 0 {
		remainingByFinalizer := []string{}
		for finalizer, numRemaining := range contentTotals.finalizersToNumRemaining {
			if numRemaining == 0 {
				continue
			}
			remainingByFinalizer = append(remainingByFinalizer, fmt.Sprintf("%s in %d resource instances", finalizer, numRemaining))
		}
		// sort for stable updates
		sort.Strings(remainingByFinalizer)

import (
	"fmt"
	"runtime"
)

type HeapObj [8]int64

type StkObj struct {
	h *HeapObj
}

var n int
var c int = -1

func gc() {
	// encourage heap object to be collected, and have its finalizer run.
	runtime.GC()
	runtime.GC()
	runtime.GC()
	n++
}

func main() {
	f()
	gc() // prior to stack objects, heap object is not collected until here
	if c < 0 {
		panic("heap object never collected")

					now := metav1.Now()
					existingCRD.DeletionTimestamp = &now
				}

				if !apiextensions.CRDHasFinalizer(existingCRD, apiextensions.CustomResourceCleanupFinalizer) {
					existingCRD.Finalizers = append(existingCRD.Finalizers, apiextensions.CustomResourceCleanupFinalizer)
				}
				// update the status condition too
				apiextensions.SetCRDCondition(existingCRD, apiextensions.CustomResourceDefinitionCondition{

// Fd returns the integer Unix file descriptor referencing the open file.
// If f is closed, the file descriptor becomes invalid.
// If f is garbage collected, a finalizer may close the file descriptor,
// making it invalid; see [runtime.SetFinalizer] for more information on when
// a finalizer might be run. On Unix systems this will cause the [File.SetDeadline]
// methods to stop working.

// been closed and no more values will be received.
func (r *Receiver[T]) Next() (T, bool) {
	v, ok := <-r.values
	return v, ok
}

// finalize is a finalizer for the receiver.
func (r *Receiver[T]) finalize() {
	close(r.done)

		}
		runtime.SetFinalizer(checker, nil)
	}, nil
}

var (
	netLimitOnce sync.Once
	netLimitSem  chan struct{}
)

type netTokenChecker struct {
	released bool
	// We want to use a finalizer to check that all acquired tokens are returned,
	// so we arbitrarily pad the tokens with a string to defeat the runtime's
	// “tiny allocator”.
	unusedAvoidTinyAllocator string
}

// been closed and no more values will be received.
func (r *Receiver[T]) Next() (T, bool) {
	v, ok := <-r.values
	return v, ok
}

// finalize is a finalizer for the receiver.
func (r *Receiver[T]) finalize() {
	close(r.done)

			p.pinner = new(pinner)
			p.refs = p.refStore[:0]

			// We set this finalizer once and never clear it. Thus, if the
			// pinner gets cached, we'll reuse it, along with its finalizer.
			// This lets us avoid the relatively expensive SetFinalizer call
			// when reusing from the cache. The finalizer however has to be
			// resilient to an empty pinner being finalized, which is done
			// by checking p.refs' length.

import (
	"runtime"
)

type HeapObj [8]int64

type StkObj struct {
	h *HeapObj
}

var n int
var c int = -1

func gc() {
	// encourage heap object to be collected, and have its finalizer run.
	runtime.GC()
	runtime.GC()
	runtime.GC()
	n++
}

var null StkObj

var sink *HeapObj

//go:noinline
func use(p *StkObj) {
}

//go:noinline
func f(s StkObj, b bool) {

			"FailJob", "Ignore" and "Count".`,
		},
		[]string{"action"})

	// TerminatedPodsTrackingFinalizerTotal records the addition and removal of
	// terminated pods that have the finalizer batch.kubernetes.io/job-tracking,
	// regardless of whether they are owned by a Job.
	TerminatedPodsTrackingFinalizerTotal = metrics.NewCounterVec(
		&metrics.CounterOpts{
			Subsystem: JobControllerSubsystem,