TaskToken BasicTaskScheduler0::scheduleDelayedTask(int64_t microseconds,
TaskFunc* proc,
void* clientData) {
if (microseconds < 0) microseconds = 0;
DelayInterval timeToDelay((long)(microseconds/1000000), (long)(microseconds%1000000));
AlarmHandler* alarmHandler = new AlarmHandler(proc, clientData, timeToDelay);
fDelayQueue.addEntry(alarmHandler);
return (void*)(alarmHandler->token());
}
TaskToken BasicTaskScheduler0::scheduleDelayedTask(int64_t microseconds,
TaskFunc* proc,
void* clientData) {
if (microseconds < 0) microseconds = 0;
DelayInterval timeToDelay((long)(microseconds/1000000), (long)(microseconds%1000000));
AlarmHandler* alarmHandler = new AlarmHandler(proc, clientData, timeToDelay);
fDelayQueue.addEntry(alarmHandler);
//printf("scheduleDelayedTask: this %p, %p\n", this, (void*)(alarmHandler->token())); //jay
#if 0
return (void*)(alarmHandler->token());
#else
return reinterpret_cast<TaskToken>(alarmHandler->token());
#endif
}
TaskToken BasicTaskScheduler0::scheduleDelayedTask(int64_t microseconds,
TaskFunc* proc,
void* clientData) {
// fprintf(stderr, "microseconds = %u\n", microseconds);
// fprintf(stderr, "proc = %x\n", proc);
// fprintf(stderr, "clientData = %x\n", clientData);
if (microseconds < 0) microseconds = 0;
DelayInterval timeToDelay((long)(microseconds/1000000), (long)(microseconds%1000000));
AlarmHandler* alarmHandler = new AlarmHandler(proc, clientData, timeToDelay);
if (!alarmHandler) // add by wayde
{
fprintf(stderr, "alarmHandler is NULL.\n");
return NULL;
}
fDelayQueue.addEntry(alarmHandler);
return (void*)(alarmHandler->token());
}
