bool CSector::CanSleep(bool fCheckAdjacents) const
{
ADDTOCALLSTACK_INTENSIVE("CSector::CanSleep");
if ( (g_Cfg._iSectorSleepDelay == 0) || IsFlagSet(SECF_NoSleep) )
return false; // never sleep
if (m_Chars_Active.GetClientsNumber() > 0)
return false; // has at least one client, no sleep
if ( IsFlagSet(SECF_InstaSleep) )
return true; // no active client inside, instant sleep
if (fCheckAdjacents)
{
for (int i = 0; i < (int)DIR_QTY; ++i)// Check for adjacent's sectors sleeping allowance.
{
const CSector *pAdjacent = GetAdjacentSector((DIR_TYPE)i); // set this as the last sector to avoid this code in the adjacent one and return if it can sleep or not instead of searching its adjacents.
/*
* Only check if this sector exist and it's not the last checked (sectors in the edges of the map doesn't have adjacent on those directions)
* && Only check if the sector isn't sleeping (IsSleeping()) and then check if CanSleep().
*/
if (!pAdjacent)
{
continue;
}
if (!pAdjacent->IsSleeping() || !pAdjacent->CanSleep(false))
{
return false; // assume the base sector can't sleep.
}
}
}
//default behaviour;
return ((g_World.GetCurrentTime().GetTimeRaw() - GetLastClientTime()) > g_Cfg._iSectorSleepDelay); // Sector Sleep timeout.
}
inline bool CSector::IsSectorSleeping() const
{
ADDTOCALLSTACK_INTENSIVE("CSector::IsSectorSleeping");
if ( IsFlagSet(SECF_NoSleep) )
return false; // never sleep
if ( IsFlagSet(SECF_InstaSleep) )
{
if ( m_Chars_Active.HasClients() > 0 )
return false; // has at least one client, no sleep
else
return true; // no active client inside, instant sleep
}
//default behaviour
return (-g_World.GetTimeDiff(GetLastClientTime()) > 10 * 60 * TICK_PER_SEC);
}
