//
// Terminates the execution of the currently running thread. All associated
// resources are released after the context switch to the next ready thread.
//
VOID UtExit() {
NumberOfThreads -= 1;
//switchCount++;
//change for utjoin para a thread poder voltar a correr
if (RunningThread == MainThread) {
InternalExit(RunningThread, ExtractNextReadyThread());
_ASSERTE(!"Supposed to be here!");
}
PLIST_ENTRY aux = RunningThread->Joiners.Flink;
PUTHREAD ut;
while (aux != &RunningThread->Joiners)
{
ut = CONTAINING_RECORD(aux, UTHREAD, Link);
ut->State = READY;
InsertTailList(&ReadyQueue, &ut->Link);
aux = aux->Flink;
}
aux = &AliveThreads.Flink;
PUTHREAD t;
while (aux != &AliveThreads)
{
t = CONTAINING_RECORD(aux, UTHREAD, Link);
if (RunningThread == t)
RemoveEntryList(aux);
aux = aux->Flink;
}
PUTHREAD u = ExtractNextReadyThread();
u->State = RUNNING;
InternalExit(RunningThread, u);
_ASSERTE(!"Supposed to be here!");
}
//
// Schedule a new thread to run
//
static
FORCEINLINE
VOID Schedule () {
PUTHREAD NextThread;
NextThread = ExtractNextReadyThread();
ContextSwitch(RunningThread, NextThread);
}
//
// Schedule a new thread to run
//
static
FORCEINLINE
VOID Schedule() {
PUTHREAD NextThread;
//switchCount++;
NextThread = ExtractNextReadyThread();
RunningThread->State = READY;
NextThread->State = RUNNING;
ContextSwitch(RunningThread, NextThread);
}
//
// Terminates the execution of the currently running thread. All associated
// resources are released after the context switch to the next ready thread.
//
VOID UtExit () {
NumberOfThreads -= 1;
InternalExit(RunningThread, ExtractNextReadyThread());
_ASSERTE(!"Supposed to be here!");
}
