bool MapManager::raiseActive(int mapId)
{
Maps::iterator i = maps.find(mapId);
assert(i != maps.end());
MapComposite *composite = i->second;
if (composite->isActive())
{
return true;
}
std::string file = "maps/" + composite->getName() + ".tmx";
if (!ResourceManager::exists(file))
{
file += ".gz";
}
if (MapReader::readMap(file, composite))
{
LOG_INFO("Activated map \"" << file << "\" (id " << mapId << ")");
return true;
}
else
{
LOG_WARN("Couldn't activate invalid map \"" << file << "\" (id " <<
mapId << ")");
return false;
}
}
void AccountConnection::sendStatistics()
{
MessageOut msg(GAMSG_STATISTICS);
const MapManager::Maps &maps = MapManager::getMaps();
for (MapManager::Maps::const_iterator i = maps.begin(),
i_end = maps.end(); i != i_end; ++i)
{
MapComposite *m = i->second;
if (!m->isActive()) continue;
msg.writeInt16(i->first);
int nbEntities = 0, nbMonsters = 0;
typedef std::vector< Entity * > Entities;
const Entities &things = m->getEverything();
std::vector< int > players;
for (Entities::const_iterator j = things.begin(),
j_end = things.end(); j != j_end; ++j)
{
Entity *t = *j;
switch (t->getType())
{
case OBJECT_CHARACTER:
players.push_back
(static_cast< Character * >(t)->getDatabaseID());
break;
case OBJECT_MONSTER:
++nbMonsters;
break;
default:
++nbEntities;
}
}
msg.writeInt16(nbEntities);
msg.writeInt16(nbMonsters);
msg.writeInt16(players.size());
for (std::vector< int >::const_iterator j = players.begin(),
j_end = players.end(); j != j_end; ++j)
{
msg.writeInt32(*j);
}
}
send(msg);
}
bool GameState::insert(Entity *ptr)
{
assert(!dbgLockObjects);
MapComposite *map = ptr->getMap();
assert(map && map->isActive());
/* Non-visible objects have neither position nor public ID, so their
insertion cannot fail. Take care of them first. */
if (!ptr->isVisible())
{
map->insert(ptr);
ptr->signal_inserted.emit(ptr);
return true;
}
// Check that coordinates are actually valid.
Actor *obj = static_cast< Actor * >(ptr);
Map *mp = map->getMap();
Point pos = obj->getPosition();
if ((int)pos.x / mp->getTileWidth() >= mp->getWidth() ||
(int)pos.y / mp->getTileHeight() >= mp->getHeight())
{
LOG_ERROR("Tried to insert an actor at position " << pos.x << ','
<< pos.y << " outside map " << map->getID() << '.');
// Set an arbitrary small position.
pos = Point(100, 100);
obj->setPosition(pos);
}
if (!map->insert(obj))
{
// The map is overloaded, no room to add a new actor
LOG_ERROR("Too many actors on map " << map->getID() << '.');
return false;
}
obj->signal_inserted.emit(obj);
// DEBUG INFO
switch (obj->getType())
{
case OBJECT_ITEM:
LOG_DEBUG("Item inserted: "
<< obj->getComponent<ItemComponent>()->getItemClass()->getDatabaseID());
break;
case OBJECT_NPC:
LOG_DEBUG("NPC inserted: " << obj->getComponent<NpcComponent>()->getNpcId());
break;
case OBJECT_CHARACTER:
LOG_DEBUG("Player inserted: "
<< static_cast<Being*>(obj)->getName());
break;
case OBJECT_EFFECT:
LOG_DEBUG("Effect inserted: "
<< obj->getComponent<EffectComponent>()->getEffectId());
break;
case OBJECT_MONSTER:
LOG_DEBUG("Monster inserted: "
<< static_cast<Monster*>(obj)->getSpecy()->getId());
break;
case OBJECT_ACTOR:
case OBJECT_OTHER:
default:
LOG_DEBUG("Entity inserted: " << obj->getType());
break;
}
obj->raiseUpdateFlags(UPDATEFLAG_NEW_ON_MAP);
if (obj->getType() != OBJECT_CHARACTER)
return true;
/* Since the player does not know yet where in the world its character is,
we send a map-change message, even if it is the first time it
connects to this server. */
MessageOut mapChangeMessage(GPMSG_PLAYER_MAP_CHANGE);
mapChangeMessage.writeString(map->getName());
mapChangeMessage.writeInt16(pos.x);
mapChangeMessage.writeInt16(pos.y);
gameHandler->sendTo(static_cast< Character * >(obj), mapChangeMessage);
// update the online state of the character
accountHandler->updateOnlineStatus(
static_cast< Character * >(obj)->getDatabaseID(), true);
return true;
}
void GameState::update(int tick)
{
currentTick = tick;
#ifndef NDEBUG
dbgLockObjects = true;
#endif
ScriptManager::currentState()->update();
// Update game state (update AI, etc.)
const MapManager::Maps &maps = MapManager::getMaps();
for (MapManager::Maps::const_iterator m = maps.begin(),
m_end = maps.end(); m != m_end; ++m)
{
MapComposite *map = m->second;
if (!map->isActive())
continue;
map->update();
for (CharacterIterator p(map->getWholeMapIterator()); p; ++p)
{
informPlayer(map, *p);
}
for (ActorIterator it(map->getWholeMapIterator()); it; ++it)
{
Actor *a = *it;
a->clearUpdateFlags();
if (a->canFight())
{
static_cast< Being * >(a)->clearHitsTaken();
}
}
}
# ifndef NDEBUG
dbgLockObjects = false;
# endif
// Take care of events that were delayed because of their side effects.
for (DelayedEvents::iterator it = delayedEvents.begin(),
it_end = delayedEvents.end(); it != it_end; ++it)
{
const DelayedEvent &e = it->second;
Actor *o = it->first;
switch (e.type)
{
case EVENT_REMOVE:
remove(o);
if (o->getType() == OBJECT_CHARACTER)
{
Character *ch = static_cast< Character * >(o);
ch->disconnected();
gameHandler->kill(ch);
}
delete o;
break;
case EVENT_INSERT:
insertOrDelete(o);
break;
case EVENT_WARP:
assert(o->getType() == OBJECT_CHARACTER);
warp(static_cast< Character * >(o), e.map, e.x, e.y);
break;
}
}
delayedEvents.clear();
}
void GameState::update(int worldTime)
{
# ifndef NDEBUG
dbgLockObjects = true;
# endif
// Update game state (update AI, etc.)
const MapManager::Maps &maps = MapManager::getMaps();
for (MapManager::Maps::const_iterator m = maps.begin(), m_end = maps.end(); m != m_end; ++m)
{
MapComposite *map = m->second;
if (!map->isActive())
{
continue;
}
updateMap(map);
for (CharacterIterator p(map->getWholeMapIterator()); p; ++p)
{
informPlayer(map, *p);
/*
sending the whole character is overhead for the database, it should
be replaced by a syncbuffer. see: game-server/accountconnection:
AccountConnection::syncChanges()
if (worldTime % 2000 == 0)
{
accountHandler->sendCharacterData(*p);
}
*/
}
for (ActorIterator i(map->getWholeMapIterator()); i; ++i)
{
Actor *a = *i;
a->clearUpdateFlags();
if (a->canFight())
{
static_cast< Being * >(a)->clearHitsTaken();
}
}
}
# ifndef NDEBUG
dbgLockObjects = false;
# endif
// Take care of events that were delayed because of their side effects.
for (DelayedEvents::iterator i = delayedEvents.begin(),
i_end = delayedEvents.end(); i != i_end; ++i)
{
const DelayedEvent &e = i->second;
Actor *o = i->first;
switch (e.type)
{
case EVENT_REMOVE:
remove(o);
if (o->getType() == OBJECT_CHARACTER)
{
Character *ch = static_cast< Character * >(o);
ch->disconnected();
gameHandler->kill(ch);
}
delete o;
break;
case EVENT_INSERT:
insertSafe(o);
break;
case EVENT_WARP:
assert(o->getType() == OBJECT_CHARACTER);
warp(static_cast< Character * >(o), e.map, e.x, e.y);
break;
}
}
delayedEvents.clear();
}
