initDataScanner(GlobalContext, newObject)
			}
		})

		// Initialize background replication
		bootstrapTrace("initBackgroundReplication", func() {
			initBackgroundReplication(GlobalContext, newObject)
		})

		// Initialize background ILM worker poool
		bootstrapTrace("initBackgroundExpiry", func() {
			initBackgroundExpiry(GlobalContext, newObject)
		})

package p

var global *[]byte

type Q struct{}

type T struct{ M string }

var b bool

func f1(q *Q, xx []byte) interface{} { // ERROR "live at call to newobject: xx$" "live at entry to f1: xx$"
	// xx was copied from the stack to the heap on the previous line:
	// xx was live for the first two prints but then it switched to &xx
	// being live. We should not see plain xx again.
	if b {

	}

	store := &objectCache{
		listObject:    listObject,
		watchObject:   watchObject,
		newObject:     newObject,
		isImmutable:   isImmutable,
		groupResource: groupResource,
		clock:         clock,
		maxIdleTime:   maxIdleTime,
		items:         make(map[objectKey]*objectCacheItem),
	}

	go wait.Until(store.startRecycleIdleWatch, time.Minute, stopCh)
	go store.shutdownWhenStopped(stopCh)

    private
    fun objectByIdentity(key: ObjectAccessKey, newObject: () -> Any?): Any? {
        // This code does not use `computeIfAbsent` because `newObject` can make reentrant calls, leading to CME.
        // Also, it does not check for the value being null, because null values are potentially allowed
        if (key !in reflectionIdentityObjects) {
            val newInstance = newObject()
            reflectionIdentityObjects[key] = newInstance

		getObject:  getObject,
		clock:      clock,
		items:      make(map[objectKey]*objectStoreItem),
		defaultTTL: ttl,
		getTTL:     getTTL,
	}
}

func isObjectOlder(newObject, oldObject runtime.Object) bool {
	if newObject == nil || oldObject == nil {
		return false
	}
	newVersion, _ := storage.APIObjectVersioner{}.ObjectResourceVersion(newObject)

func f27go(b bool) {
	x := 0
	if b {
		go call27(func() { x++ }) // ERROR "live at call to newobject: &x$" "live at call to newobject: &x .autotmp_[0-9]+$" "live at call to newproc: &x$" // allocate two closures, the func literal, and the wrapper for go
	}
	go call27(func() { x++ }) // ERROR "live at call to newobject: &x$" "live at call to newobject: .autotmp_[0-9]+$" // allocate two closures, the func literal, and the wrapper for go
	printnl()
}

	Goschedguarded    *obj.LSym
	Growslice         *obj.LSym
	InterfaceSwitch   *obj.LSym
	Memmove           *obj.LSym
	Msanread          *obj.LSym
	Msanwrite         *obj.LSym
	Msanmove          *obj.LSym
	Newobject         *obj.LSym
	Newproc           *obj.LSym
	Panicdivide       *obj.LSym
	Panicshift        *obj.LSym
	PanicdottypeE     *obj.LSym
	PanicdottypeI     *obj.LSym
	Panicnildottype   *obj.LSym

func f27go(b bool) {
	x := 0
	if b {
		go call27(func() { x++ }) // ERROR "live at call to newobject: &x$" "live at call to newobject: &x .autotmp_[0-9]+$" "live at call to newproc: &x$" // allocate two closures, the func literal, and the wrapper for go
	}
	go call27(func() { x++ }) // ERROR "live at call to newobject: &x$" "live at call to newobject: .autotmp_[0-9]+$" // allocate two closures, the func literal, and the wrapper for go
	printnl()
}

}

func CountBytes(s []byte) int {
	// amd64:-`.*runtime.slicebytetostring`
	return len(string(s))
}

func ToByteSlice() []byte { // Issue #24698
	// amd64:`LEAQ\ttype:\[3\]uint8`
	// amd64:`CALL\truntime\.newobject`
	// amd64:-`.*runtime.stringtoslicebyte`
	return []byte("foo")
}

// Loading from read-only symbols should get transformed into constants.
func ConstantLoad() {
	// 12592 = 0x3130
	//    50 = 0x32

  // object has matching labels. objectSelector is evaluated against both
  // the oldObject and newObject that would be sent to the webhook, and
  // is considered to match if either object matches the selector. A null
  // object (oldObject in the case of create, or newObject in the case of
  // delete) or an object that cannot have labels (like a