public void notify(Object... args) {
lockOperations = 0;
unlockOperations = 0;
deflations = 0;
ThinLock.notifyAppRunStart("", 0);
}
public void notify(Object... args) {
int totalLocks = lockOperations + ThinLock.fastLocks + ThinLock.slowLocks;
RVMThread.dumpStats();
VM.sysWrite(" notifyAll operations\n");
VM.sysWrite("FatLocks: ");
VM.sysWrite(lockOperations);
VM.sysWrite(" locks");
Services.percentage(lockOperations, totalLocks, "all lock operations");
VM.sysWrite("FatLocks: ");
VM.sysWrite(unlockOperations);
VM.sysWrite(" unlock operations\n");
VM.sysWrite("FatLocks: ");
VM.sysWrite(deflations);
VM.sysWrite(" deflations\n");
ThinLock.notifyExit(totalLocks);
VM.sysWriteln();
VM.sysWrite("lock availability stats: ");
VM.sysWriteInt(globalLocksAllocated);
VM.sysWrite(" locks allocated, ");
VM.sysWriteInt(globalLocksFreed);
VM.sysWrite(" locks freed, ");
VM.sysWriteInt(globalFreeLocks);
VM.sysWrite(" free locks\n");
}
/**
* Disassociates this heavy-weight lock from the indicated object. This lock is not held, nor are
* any threads on its queues. Note: the mutex for this lock is held when deflate is called.
*
* @param o the object from which this lock is to be disassociated
*/
private void deflate(Object o, Offset lockOffset) {
if (VM.VerifyAssertions) {
VM._assert(lockedObject == o);
VM._assert(recursionCount == 0);
VM._assert(entering.isEmpty());
VM._assert(waiting.isEmpty());
}
if (STATS) deflations++;
ThinLock.markDeflated(o, lockOffset, index);
lockedObject = null;
free(this);
}