const runtime.mutexMMask

14 uses

	runtime (current package)
		lock_spinbit.go#L63: 	mutexMMask       = 0x3FF
		lock_spinbit.go#L105: 	if size&mutexMMask != 0 {
		lock_spinbit.go#L107: 			"incompatible with mutex flag mask ", hex(mutexMMask), "\n")
		lock_spinbit.go#L121: 	if highBits := v &^ mutexMMask; highBits == 0 {
		lock_spinbit.go#L123: 	} else if m0bits := muintptr(unsafe.Pointer(&m0)); highBits == uintptr(m0bits)&^mutexMMask {
		lock_spinbit.go#L157: 	return atomic.Loaduintptr(&l.key)&^mutexMMask != 0
		lock_spinbit.go#L198: 				if next&^mutexMMask == 0 {
		lock_spinbit.go#L251: 		next := (uintptr(unsafe.Pointer(gp.m)) &^ mutexMMask) | v&mutexMMask | mutexSleeping
		lock_spinbit.go#L291: 			if v&^mutexMMask == 0 || v&mutexStackLocked != 0 {
		lock_spinbit.go#L364: 		if v&^mutexMMask == 0 || v&mutexStackLocked != 0 {
		lock_spinbit.go#L420: 		headM := v &^ mutexMMask
		lock_spinbit.go#L421: 		flags := v & (mutexMMask &^ mutexStackLocked) // preserve low bits, but release stack lock
		lock_spinbit.go#L455: 			headM = uintptr(mp.mWaitList.next) &^ mutexMMask