/* set up the c structures for a receptor from a semantic tree */
Receptor * __r_init(T *t) {
Receptor *r = malloc(sizeof(Receptor));
r->root = t;
r->table = NULL;
r->instances = NULL;
r->q = _p_newq(r);
r->state = Alive; //@todo, check if this is true on unserialize
T *defs = _t_child(t,1);
r->defs.structures = _t_child(defs,1);
r->defs.symbols = _t_child(defs,2);
r->defs.processes = _t_child(defs,3);
r->defs.protocols = _t_child(defs,4);
r->defs.scapes = _t_child(defs,5);
r->flux = _t_child(t,3);
r->pending_signals = _t_child(t,5);
r->pending_responses = _t_child(t,6);
return r;
}
/* set up the c structures for a receptor from a semantic tree */
Receptor * __r_init(T *t,SemTable *sem) {
Receptor *r = malloc(sizeof(Receptor));
r->root = t;
r->parent = *(int *)_t_surface(_t_child(t,ReceptorInstanceParentContextIdx));
r->context = *(int *)_t_surface(_t_child(t,ReceptorInstanceContextNumIdx));
r->addr.addr = r->context; //@fixme!! for now these are the same, but this needs to get fixed
r->sem = sem;
r->instances = NULL;
r->q = _p_newq(r);
r->state = Alive; //@todo, check if this is true on unserialize
T *state = _t_child(t,ReceptorInstanceStateIdx);
r->flux = _t_child(state,ReceptorFluxIdx);
r->pending_signals = _t_child(state,ReceptorPendingSignalsIdx);
r->pending_responses = _t_child(state,ReceptorPendingResponsesIdx);
r->conversations = _t_child(state,ReceptorConversationsIdx);
r->edge = NULL;
return r;
}
