func internal/runtime/atomic.Cas

23 uses

	internal/runtime/atomic (current package)
		stubs.go#L12: func Cas(ptr *uint32, old, new uint32) bool
		types.go#L236: 	return Cas(&u.value, old, new)

	runtime
		lock_futex.go#L90: 				if atomic.Cas(key32(&l.key), mutex_unlocked, wait) {
		lock_futex.go#L101: 				if atomic.Cas(key32(&l.key), mutex_unlocked, wait) {
		mgcsweep.go#L72: 	for sOld < sNew && !atomic.Cas((*uint32)(s), uint32(sOld), uint32(sNew)) {
		mgcsweep.go#L344: 	if !atomic.Cas(&s.sweepgen, l.sweepGen-2, l.sweepGen-1) {
		proc.go#L1564: 		if s == _Psyscall && atomic.Cas(&pp.status, s, _Pgcstop) {
		proc.go#L2051: 		if atomic.Cas(&p.runSafePointFn, 1, 0) {
		proc.go#L2071: 		if s == _Psyscall && p2.runSafePointFn == 1 && atomic.Cas(&p2.status, s, _Pidle) {
		proc.go#L2129: 	if !atomic.Cas(&p.runSafePointFn, 1, 0) {
		proc.go#L2821: 	if !atomic.Cas(&newmHandoff.haveTemplateThread, 0, 1) {
		proc.go#L3046: 	if pp.runSafePointFn != 0 && atomic.Cas(&pp.runSafePointFn, 1, 0) {
		proc.go#L4504: 	if sched.stopwait > 0 && atomic.Cas(&pp.status, _Psyscall, _Pgcstop) {
		proc.go#L4712: 	if oldp != nil && oldp.status == _Psyscall && atomic.Cas(&oldp.status, _Psyscall, _Pidle) {
		proc.go#L6258: 			if atomic.Cas(&pp.status, s, _Pidle) {
		runtime1.go#L220: 	if !atomic.Cas(&z, 1, 2) {
		runtime1.go#L228: 	if atomic.Cas(&z, 5, 6) {
		runtime1.go#L236: 	if !atomic.Cas(&z, 0xffffffff, 0xfffffffe) {
		sema.go#L278: 		if atomic.Cas(addr, v, v-1) {
		signal_unix.go#L204: 		if atomic.Cas(&handlingSig[sig], 0, 1) {
		signal_unix.go#L282: 		if atomic.Cas(&handlingSig[_SIGPROF], 0, 1) {
		signal_unix.go#L318: 			if atomic.Cas(&handlingSig[_SIGPROF], 1, 0) {
		sigqueue.go#L92: 		if atomic.Cas(&sig.mask[s/32], mask, mask|bit) {