}
		newNodePorts = append(newNodePorts, nodePort)
	}

	newNodePortsNumbers := collectServiceNodePorts(newService)

	// The comparison loops are O(N^2), but we don't expect N to be huge
	// (there's a hard-limit at 2^16, because they're ports; and even 4 ports would be a lot)
	for _, oldNodePortNumber := range oldNodePortsNumbers {
		if containsNumber(newNodePortsNumbers, oldNodePortNumber) {
			continue

	switch x := x.(type) {
	case int64Val, intVal:
		return x

	case ratVal:
		if x.val.IsInt() {
			return makeInt(x.val.Num())
		}

	case floatVal:
		// avoid creation of huge integers
		// (Existing tests require permitting exponents of at least 1024;
		// allow any value that would also be permissible as a fraction.)
		if smallFloat(x.val) {
			i := newInt()

func pixelBufferLength(bytesPerPixel int, r Rectangle, imageTypeName string) int {
	totalLength := mul3NonNeg(bytesPerPixel, r.Dx(), r.Dy())
	if totalLength < 0 {
		panic("image: New" + imageTypeName + " Rectangle has huge or negative dimensions")
	}
	return totalLength
}

// RGBA is an in-memory image whose At method returns [color.RGBA] values.
type RGBA struct {
	// Pix holds the image's pixels, in R, G, B, A order. The pixel at

	if len(args) > 0 {
		eventMessage = fmt.Sprintf(message, args...)
	}
	// this is a hack, but often the error from the runtime includes the containerID
	// which kills our ability to deduplicate events.  this protection makes a huge
	// difference in the number of unique events
	if containerID != "" {
		eventMessage = strings.Replace(eventMessage, containerID, container.Name, -1)
	}
	m.recorder.Event(ref, eventType, reason, eventMessage)
}

	(1.0074784189316340029873945e+00 - 4.194050814891697808029407e-03i),
	(9.9385534229718327109131502e-01 + 5.144217985914355502713437e-02i),
	(-1.0000000491604982429364892e+00 - 2.901873195374433112227349e-08i),
}

// huge values along the real axis for testing reducePi in Tan
var hugeIn = []complex128{
	1 << 28,
	1 << 29,
	1 << 30,
	1 << 35,
	-1 << 120,
	1 << 240,
	1 << 300,
	-1 << 480,
	1234567891234567 << 180,

	{"%.*d", args(-1, 42), "%!(BADPREC)42"},
	{"%.*d", args(int(1e7), 42), "%!(BADPREC)42"},
	{"%.*d", args(uint(1e7), 42), "%!(BADPREC)42"},
	{"%.*d", args(uint64(1<<63), 42), "%!(BADPREC)42"},   // Huge negative (-inf).
	{"%.*d", args(uint64(1<<64-1), 42), "%!(BADPREC)42"}, // Small negative (-1).
	{"%*d", args(5, "foo"), "%!d(string=  foo)"},
	{"%*% %d", args(20, 5), "% 5"},
	{"%*", args(4), "%!(NOVERB)"},
}

- Add huge page stats to Allocated resources in "kubectl describe node" ([#80605](https://github.com/kubernetes/kubernetes/pull/80605), [@odinuge](https://github.com/odinuge)) [SIG CLI]

	{"boolean if not", "{{if and true 1 `hi` | not}}TRUE{{else}}FALSE{{end}}", "FALSE", nil, true},

	// Indexing.
	{"slice[0]", "{{index .SI 0}}", "3", tVal, true},
	{"slice[1]", "{{index .SI 1}}", "4", tVal, true},
	{"slice[HUGE]", "{{index .SI 10}}", "", tVal, false},
	{"slice[WRONG]", "{{index .SI `hello`}}", "", tVal, false},
	{"slice[nil]", "{{index .SI nil}}", "", tVal, false},
	{"map[one]", "{{index .MSI `one`}}", "1", tVal, true},

	faultList := userArenaState.fault
	userArenaState.fault = nil
	unlock(&userArenaState.lock)
	for _, lc := range faultList {
		lc.mspan.setUserArenaChunkToFault()
	}

	// Enable huge pages on some metadata if we cross a heap threshold.
	if gcController.heapGoal() > minHeapForMetadataHugePages {
		systemstack(func() {
			mheap_.enableMetadataHugePages()
		})
	}

	semrelease(&worldsema)

// available).
func (c *gcControllerState) revise() {
	gcPercent := c.gcPercent.Load()
	if gcPercent < 0 {
		// If GC is disabled but we're running a forced GC,
		// act like GOGC is huge for the below calculations.
		gcPercent = 100000
	}
	live := c.heapLive.Load()
	scan := c.heapScan.Load()
	work := c.heapScanWork.Load() + c.stackScanWork.Load() + c.globalsScanWork.Load()