uint32 GameEvent::Update() // return the next event delay in ms
{
uint32 nextEventDelay = max_ge_check_delay; // 1 day
uint32 calcDelay;
for (uint16 itr = 1; itr < mGameEvent.size(); ++itr)
{
//sLog.outErrorDb("Checking event %u",itr);
if (CheckOneGameEvent(itr))
{
//sLog.outDebug("GameEvent %u is active",itr->first);
if (!IsActiveEvent(itr))
StartEvent(itr);
}
else
{
//sLog.outDebug("GameEvent %u is not active",itr->first);
if (IsActiveEvent(itr))
StopEvent(itr);
else
{
if (!isSystemInit)
{
int16 event_nid = (-1) * (itr);
// spawn all negative ones for this event
GameEventSpawn(event_nid);
}
}
}
calcDelay = NextCheck(itr);
if (calcDelay < nextEventDelay)
nextEventDelay = calcDelay;
}
sLog.outBasic("Next game event check in %u seconds.", nextEventDelay + 1);
return (nextEventDelay + 1) * 1000; // Add 1 second to be sure event has started/stopped at next call
}
// return the next event delay in ms
uint32 GameEventMgr::Update(ActiveEvents const* activeAtShutdown /*= nullptr*/)
{
time_t currenttime = time(nullptr);
uint32 nextEventDelay = max_ge_check_delay; // 1 day
uint32 calcDelay;
for (uint16 itr = 1; itr < mGameEvent.size(); ++itr)
{
if (mGameEvent[itr].occurence == 0)
continue;
// sLog.outErrorDb("Checking event %u",itr);
if (CheckOneGameEvent(itr, currenttime))
{
// DEBUG_LOG("GameEvent %u is active",itr->first);
if (!IsActiveEvent(itr))
{
if (mGameEvent[itr].linkedTo == 0 || IsActiveEvent(mGameEvent[itr].linkedTo))
{
bool resume = activeAtShutdown && (activeAtShutdown->find(itr) != activeAtShutdown->end());
StartEvent(itr, false, resume);
}
}
}
else
{
// DEBUG_LOG("GameEvent %u is not active",itr->first);
if (IsActiveEvent(itr))
{
StopEvent(itr);
if (mGameEvent[itr].linkedTo != 0)
StopEvent(mGameEvent[itr].linkedTo);
}
else
{
if (!m_IsGameEventsInit)
{
int16 event_nid = (-1) * (itr);
// spawn all negative ones for this event
GameEventSpawn(event_nid);
UpdateWorldStates(itr, false);
}
}
}
calcDelay = NextCheck(itr);
if (calcDelay < nextEventDelay)
nextEventDelay = calcDelay;
}
BASIC_LOG("Next game event check in %u seconds.", nextEventDelay + 1);
return (nextEventDelay + 1) * IN_MILLISECONDS; // Add 1 second to be sure event has started/stopped at next call
}
uint32 GameEventMgr::Update() // return the next event delay in ms
{
uint32 nextEventDelay = max_ge_check_delay; // 1 day
uint32 calcDelay;
for (uint16 itr = 1; itr < mGameEvent.size(); ++itr)
{
//sLog.outErrorDb("Checking event %u",itr);
if (CheckOneGameEvent(itr))
{
//DEBUG_LOG("GameEvent %u is active",itr->first);
if (!IsActiveEvent(itr))
StartEvent(itr);
}
else
{
//DEBUG_LOG("GameEvent %u is not active",itr->first);
if (IsActiveEvent(itr))
StopEvent(itr);
else
{
if (!m_IsGameEventsInit)
{
int16 event_nid = (-1) * (itr);
// spawn all negative ones for this event
GameEventSpawn(event_nid);
// disable any event specific quest (for cases where creature is spawned, but event not active).
UpdateEventQuests(itr, false);
UpdateWorldStates(itr, false);
}
}
}
calcDelay = NextCheck(itr);
if (calcDelay < nextEventDelay)
nextEventDelay = calcDelay;
}
BASIC_LOG("Next game event check in %u seconds.", nextEventDelay + 1);
return (nextEventDelay + 1) * IN_MILLISECONDS; // Add 1 second to be sure event has started/stopped at next call
}