/**
* Purges Tasks where this component is scheduler or schedulee from the TaskQueue.
*/
void purgeTasks (void *comp) {
#ifdef MULTI_MONKS
pthread_mutex_lock(&task_mutex);
#endif
Task *T = taskQueue;
Task **temp = &taskQueue;
uint8_t i = 0;
while(T != NULL) {
if(T->schedulee == comp || T->scheduler == comp) {
Log(LOG_SCHEDULER, "[pT] id %x\n", T->identifier);
i ++;
*temp = T->next;
returnMessage((Message *) T->context);
taskCompleted(T);
T = *temp;
}
else {
temp = &(T->next);
T = T->next;
}
}
#ifdef MULTI_MONKS
pthread_mutex_unlock(&task_mutex);
#endif
}
/**
* Appelé à la fin de conversion d'une image
*/
void Converter::convertFinished()
{
_countFinished++;
emit imageHasFinished(_countFinished);
if (_count < _list.size())
{
launchProcess(_list[_count],_size);
_count++;
}
if (_countFinished == _list.size())
{
emit taskCompleted();
}
}
void executeTasks () {
Task *toExecute = retrieveTask();
Log(LOG_SCHEDINTF, "[executeTasks] Start\n");
while(toExecute != NULL) {
Log(LOG_SCHEDINTF, "[executeTasks] Executing a task\n");
toExecute->function(toExecute->schedulee, toExecute->context, toExecute->scheduler);
returnMessage(toExecute->context);
taskCompleted(toExecute);
Log(LOG_SCHEDINTF, "[executeTasks] Task execution done\n");
toExecute = retrieveTask();
}
Log(LOG_SCHEDINTF, "[executeTasks] End\n");
}
AnalyzeTask::~AnalyzeTask(void)
{
emit taskCompleted(m_taskId);
}
