void
LocomotiveFactory::update(void)
{
if (!isPermitted())
return;
//check to see if we need to emit a producer identified event
if (_producer_identified_flag)
{
OLCB_Event e(COMMAND_STATION_EVENT);
while (!_link->sendProducerIdentified(NID, &e))
;
_producer_identified_flag = false;
}
//This is where we should force a verifiedID from any recently created loco, as it would have missed
// the initial request.
for (uint8_t i = 0; i < NUM_SLOTS; ++i)
{
if (!_trains[i].verified && _trains[i].NID->alias) //"verified" is just a flag to let us know that it hasn't verified its
// NID yet; checking alias ensures that it has been assigned one. In this case, we need to tell the node to
// send out a verified ID message.
{
// Serial.println("Sending VerifedNID");
//((OLCB_CAN_Link*) _link)->sendVerifiedNID(_trains[i].NID);
//_trains[i].verified = true;
}
}
}
void OLCB_Event_Handler::update(void) //this method should be overridden to detect conditions for the production of events
{
if(!isPermitted())
{
return;
}
// see if any replies are waiting to send
//Serial.println("update===========");
while (_sendEvent < _numEvents)
{
//Serial.print("_sendEvent: ");
//Serial.println(_sendEvent);
//Serial.print("_numEvents: ");
//Serial.println(_numEvents);
// OK to send, see if marked for some cause
// ToDo: This only sends _either_ producer ID'd or consumer ID'd, not both
if ( (_events[_sendEvent].flags & (IDENT_FLAG | OLCB_Event::CAN_PRODUCE_FLAG)) == (IDENT_FLAG | OLCB_Event::CAN_PRODUCE_FLAG))
{
//Serial.println("identify produced events!");
if(_link->sendProducerIdentified(NID, &_events[_sendEvent]))
{
_events[_sendEvent].flags &= ~IDENT_FLAG; // reset flag
}
break; // only send one from this loop
}
else if ( (_events[_sendEvent].flags & (IDENT_FLAG | OLCB_Event::CAN_CONSUME_FLAG)) == (IDENT_FLAG | OLCB_Event::CAN_CONSUME_FLAG))
{
//Serial.println("identify consumed events!");
if(_link->sendConsumerIdentified(NID, &_events[_sendEvent]))
{
_events[_sendEvent].flags &= ~IDENT_FLAG; // reset flag
}
break; // only send one from this loop
}
else if (_events[_sendEvent].flags & PRODUCE_FLAG)
{
//Serial.print("producing ");
//Serial.println(_sendEvent, DEC);
if(_link->sendPCER(NID, &_events[_sendEvent]))
_events[_sendEvent].flags &= ~PRODUCE_FLAG; // reset flag
break; // only send one from this loop
}
else if (_events[_sendEvent].flags & TEACH_FLAG)
{
//Serial.println("ABOUT TO SEND TEACH MESSAGE");
//Serial.println(_sendEvent, DEC);
//Serial.println(_events[_sendEvent].val[6], HEX);
//Serial.println(_events[_sendEvent].val[7], HEX);
_link->sendLearnEvent(NID, &_events[_sendEvent]);
_events[_sendEvent].flags &= ~TEACH_FLAG; // reset flag
break; // only send one from this loop
}
else
{
// just skip
++_sendEvent;
}
}
}
void DCC_Proxy::update(void)
{
if(!isPermitted())
return;
//check to see if we need to emit a producer identified event
if (_producer_identified_flag)
{
OLCB_Event e(PROXY_SLOT_OCCUPIED);
while (!_link->sendProducerIdentified(NID, &e));
_producer_identified_flag = false;
}
uint32_t new_time = millis();
if(_active)
{
if(_update_alias)
{
Serial.println("reacquiring alias");
_update_alias = !_link->sendVerifyNID(NID, &DCC_NodeID);
if(!_update_alias) //message has gone through
_initial_blast = 10; //refresh status
return;
}
//see if we need to send out any periodic updates
if(_initial_blast)
{
Serial.print("Initial blast!! TRYING AGAIN! ");
Serial.println(_initial_blast);
_initial_blast--;
//this is a hack to make sure the first commands get through while DCS Vnode is being allocated
_dirty_speed = _dirty_FX = true; //send again!
}
if((new_time - _timer) >= 60000)
{
_timer = new_time;
_dirty_speed = true;
_dirty_FX = true;
}
if( _dirty_speed ) //if we are connected to CS, and either need to send an update or one minute has passed since last update:
{
sendSpeed();
}
if( _dirty_FX ) //if we are connected to CS, and either need to send an update or one minute has passed since last update:
{
sendFX();
}
}
OLCB_Datagram_Handler::update();
}
/**
* @brief OknoBazaru::wyswietlOpisDlaGracza Wyświetla opis przedmiotu z listy posiadanych przez gracza
* @param element dane wpisu, który został wybrany.
*/
void MarketWindow::displayPlayerItem(const QModelIndex &index)
{
wareList->setCurrentRow(-1);
buyButton->setText(sellText);
buyButton->setVisible(true);
buyButton->setEnabled(true);
const Item *item = player_->equipment()->backpack().at(index.row());
equipButton->setVisible(true);
if (isEquipped(item, player_))
equipButton->setText(unequipText);
else
equipButton->setText(equipText);
equipButton->setEnabled(isPermitted(item, player_));
generateDescription(item, player_, itemDescriptionWidget);
}
/**
* @brief wygenerujOpis Generuje opis dla danego przedmiotu.
* @param rzecz
* @param gracz Gracz, który miałby dany przedmiot nosić (do stwierdzenia czy może)
* @param miejsce QTextBrowser którego tekst ma być podmieniony na wygenerowany opis.
*/
void generateDescription(const Item *item, const Player *player, QTextBrowser *target)
{
target->clear();
QString equipped = isEquipped(item, player) ? "Tak" : "Nie";
QString permitted = isPermitted(item, player) ? "Tak" : "Nie";
QString minLevel = item->isStrong() ? QString::number(Player::MaxLevel) : "1";
QString numberOfArtifacts = QString::number(player->equipment()->usedArtifacts().size());
QString permittedClasses;
for (int i = 0; i < PlayerRaceCount; ++i)
if (isAllowedForClass(item, (PlayerClass)i))
permittedClasses += PlayerClassString[i] + ". ";
if (permittedClasses.size() > 2)
permittedClasses.replace(permittedClasses.size() - 2, 2, "");
//TODO color title acording to item quality
target->setFontWeight(QFont::Bold);
target->insertPlainText(item->name() + QString("\n\n"));
target->setFontWeight(QFont::Normal);
QString description;
description += QString("typ: ") + RODZAJE_PRZEDMIOTOW[item->type()] + QString("\n");
if (item->type() == artefakt)
description += QString::fromUtf8("Założonych artefaktów: (") + numberOfArtifacts + QString("/") + QString::number(Item::ArtifactLimit) + QString(")\n");
description += QString::fromUtf8("\ndozwolony od poziomu: ") + minLevel + QString("\n");
description += QString::fromUtf8("klasy zdolne używać przedmiotu: ") + permittedClasses + QString("\n");
description += QString::fromUtf8("czy dozwolony: ") + permitted + QString("\n");
description += QString::fromUtf8("czy założony: ") + equipped + QString("\n\n");
description += effectString(item->bonusMelee(), QString::fromUtf8("walka wręcz") );
description += effectString(item->bonusRanged(), QString::fromUtf8("walka bronią dystansową") );
description += effectString(item->bonusMagical(), QString::fromUtf8("walka magiczna") );
description += effectString(item->bonusDefence(), QString::fromUtf8("defence") );
description += effectString(item->bonusPerception(), QString::fromUtf8("perception"));
description += effectString(item->bonusHitPoints(), QString::fromUtf8("zdrowie"));
description += effectString(item->bonusRegeneration(), QString::fromUtf8("regeneracja"));
description += QString::fromUtf8("\nwartość kupna: ") + QString::number(item->value());
description += QString::fromUtf8("\nwartość sprzedaży: ") + QString::number(item->value() / 2) + QString("\n");
target->insertPlainText(description);
}
uint16_t DCC_Proxy::processDatagram(void)
{
Serial.println("Got a datagram");
if(!isPermitted()) // && (_rxDatagramBuffer->destination == *OLCB_Virtual_Node::NID))
return DATAGRAM_REJECTED; // TODO NEED A WYA TO HANDLE THE UNPERMITTED CASE
//make sure that it is a train control datagram, and handle that accordingly
if(!_rxDatagramBuffer->length) //check for zeo length
return DATAGRAM_REJECTED_DATAGRAM_TYPE_NOT_ACCEPTED;
switch(_rxDatagramBuffer->data[0])
{
case DATAGRAM_MOTIVE:
return handleTractionDatagram(_rxDatagramBuffer);
case DATAGRAM_MEMCONFIG:
return handleMemConfigDatagram(_rxDatagramBuffer);
}
Serial.println("not a datagram we know"); //TODO HANDLE CONFIGURATION DATAGRAMS!!
return DATAGRAM_REJECTED_DATAGRAM_TYPE_NOT_ACCEPTED;
}