bool stateful_within::evaluate_false(cep_state* source, cep_state* target) {
send_false(target);
universal_state* target2 = (universal_state*)(target);
within_timer* timer = boost::any_cast<within_timer*>(target2->get_property("timer"));
delete timer;
return true;
}
bool stateful_sequence::evaluate_false(cep_state* source, cep_state* target) {
universal_state* target2 = (universal_state*)target;
state_type_ptr right_states = boost::any_cast<state_type_ptr>(target2->get_property("right_states"));
right_states->erase(cep_state_ptr(source, boost::serialization::null_deleter()));
if(right_states->empty())
send_false(target);
return true;
}
void check_for_request(){
if(EINGABE == "VENTILAUF" && ZENTRALVENTIL_ZU) {
set.valve(ip, on)
}
if(EINGABE == "VENTILZU" && ZENTRALVENTIL_AUF) {
set.valve(ip, off)
}
if(EINGABE == "NOWATER" && ZENTRALVENTIL_ZU){
requested_ID = 0;
send_request();
}
if(EINGABE == "DELIVERPOSSIBLE?"){
if(requested_ID == 0){
send_true();
}
else{
send_false();
}
}
if(EINGABE == "ABORTREQUEST"){
requested_ID = 0;
set.valve(ip, off);
}
}