struct Director* PtidesPlatformDirector__GetEmbeddedPtidesDirector(struct PtidesPlatformDirector* director) {
struct CompositeActor* container = director->container;
PblIterator* actors = pblIteratorNew(container->_containedEntities);
while (pblIteratorHasNext(actors)) {
struct CompositeActor* actor = (struct CompositeActor*) pblIteratorNext(actors);
pblIteratorFree(actors);
return actor->getDirector(actor);
}
pblIteratorFree(actors);
return NULL;
}
void schedule_remove(void (*callback)(void *p), void *p)
{
PblIterator *iterator;
struct nscallback *nscb;
bool restoreheap = false;
if(schedule_list == NULL) return;
if(pblHeapIsEmpty(schedule_list)) return;
iterator = pblHeapIterator(schedule_list);
while ((nscb = pblIteratorNext(iterator)) != -1)
{
if((nscb->callback == callback) && (nscb->p == p))
{
ami_remove_timer_event(nscb);
pblIteratorRemove(iterator);
FreeVec(nscb);
restoreheap = true;
}
};
pblIteratorFree(iterator);
if(restoreheap) pblHeapConstruct(schedule_list);
}
bool FSMDirector_DirectorTransferModalOutputs(struct FSMDirector* director) {
struct CompositeActor* container = director->container;
PblIterator* outports = pblIteratorNew(container->outputPortList(container));
while (pblIteratorHasNext(outports)) {
struct IOPort* port = pblIteratorNext(outports);
director->directorTransferModalOutputs1(director, port);
}
pblIteratorFree(outports);
return true;
}
void schedule_remove_all(void)
{
PblIterator *iterator;
struct nscallback *nscb;
if(pblHeapIsEmpty(schedule_list)) return;
iterator = pblHeapIterator(schedule_list);
while ((nscb = pblIteratorNext(iterator)) != -1)
{
ami_remove_timer_event(nscb);
pblIteratorRemove(iterator);
FreeVec(nscb);
};
pblIteratorFree(iterator);
}
