void ModuleEffects::_populate(uint32 typeID)
{
//first get list of all of the effects associated with the typeID
DBQueryResult *res = new DBQueryResult();
ModuleDB::GetDgmTypeEffectsInformation(typeID, *res);
//counter
MEffect * mEffectPtr;
mEffectPtr = NULL;
m_defaultEffect = NULL; // Set this to NULL until the default effect is found, if there is any
uint32 effectID;
uint32 isDefault;
//go through and populate each effect
DBResultRow row;
while( res->GetRow(row) )
{
effectID = row.GetInt(0);
isDefault = row.GetInt(1);
switch( effectID )
{
case 11: // loPower
case 12: // hiPower
case 13: // medPower
// We do not need to make MEffect objects these effectIDs, since they do nothing
mEffectPtr = NULL;
break;
default:
mEffectPtr = new MEffect( effectID );
break;
}
if( isDefault > 0 )
m_defaultEffect = mEffectPtr;
// This switch is assuming that all entries in 'dgmEffectsInfo' for this effectID are applied during the same module state,
// which should really be the case anyway, for every effectID, so we just check index 0 of the effectIDs list of attributes
// that are modified by this effect for which module state during which the effect is active:
if( mEffectPtr != NULL )
{
switch( mEffectPtr->GetModuleStateWhenEffectApplied(0) )
{
case EFFECT_ONLINE:
m_OnlineEffects.insert(std::pair<uint32, MEffect *>(effectID,mEffectPtr));
break;
case EFFECT_ACTIVE:
m_ActiveEffects.insert(std::pair<uint32, MEffect *>(effectID,mEffectPtr));
break;
case EFFECT_OVERLOAD:
m_OverloadEffects.insert(std::pair<uint32, MEffect *>(effectID,mEffectPtr));
break;
default:
sLog.Error("ModuleEffects::_populate()", "Illegal value '%u' obtained from the 'effectAppliedInState' field of the 'dgmEffectsInfo' table", mEffectPtr->GetModuleStateWhenEffectApplied(0));
break;
}
}
}
//cleanup
delete res;
res = NULL;
}
void ModuleEffects::_populate(uint32 typeID)
{
//first get list of all of the effects associated with the typeID
DBQueryResult *res = new DBQueryResult();
TypeEffectsList * myTypeEffectsListPtr = sDGM_Type_Effects_Table.GetTypeEffectsList(typeID);
// TODO: Instead of the above commented-out line, we need to get our list of effectIDs some other way NOT querying the DB,
// in other words, using the new sDGM_Type_Effects_Table object, then take that list of effectIDs to loop through and create
// MEffect objects with each one.
std::map<uint32,uint32> effectsList;
myTypeEffectsListPtr->GetEffectsList(&effectsList);
//counter
MEffect * mEffectPtr;
mEffectPtr = NULL;
m_defaultEffect = NULL; // Set this to NULL until the default effect is found, if there is any
uint32 effectID;
uint32 isDefault;
//go through and find each effect, then add pointer to effect to our own map
std::map<uint32,uint32>::iterator cur, end;
cur = effectsList.begin();
end = effectsList.end();
for(; cur != end; cur++)
{
effectID = (*cur).first;
mEffectPtr = new MEffect(effectID);
if( mEffectPtr != NULL )
{
if( mEffectPtr->IsEffectLoaded() )
{
isDefault = (*cur).second;
switch( effectID )
{
case 11: // loPower
case 12: // hiPower
case 13: // medPower
// We do not need to make MEffect objects these effectIDs, since they do nothing
delete mEffectPtr;
mEffectPtr = NULL;
break;
default:
mEffectPtr = sDGM_Effects_Table.GetEffect(effectID);
break;
}
// Just in case our 'mEffectPtr' gets deleted above for certain cases, let's not proceed further lest we crash!
if( mEffectPtr != NULL )
{
if( isDefault > 0 )
m_defaultEffect = mEffectPtr;
// This switch is assuming that all entries in 'dgmEffectsInfo' for this effectID are applied during the same module state,
// which should really be the case anyway, for every effectID, so we just check the list of attributes
// that are modified by this effect for which module state during which the effect is active:
uint32 moduleStateWhenEffectApplied = mEffectPtr->GetModuleStateWhenEffectApplied();
if( moduleStateWhenEffectApplied == MOD_UNFITTED )
sLog.Error("ModuleEffects::_populate()", "Illegal value '%u' obtained from the 'effectAppliedInState' field of the 'dgmEffectsInfo' table", mEffectPtr->GetModuleStateWhenEffectApplied());
if( moduleStateWhenEffectApplied & MOD_OFFLINE )
; // nothing
if( moduleStateWhenEffectApplied & MOD_ONLINE )
m_OnlineEffects.insert(std::pair<uint32, MEffect *>(effectID,mEffectPtr));
if( moduleStateWhenEffectApplied & MOD_ACTIVATED )
m_ActiveEffects.insert(std::pair<uint32, MEffect *>(effectID,mEffectPtr));
if( moduleStateWhenEffectApplied & MOD_OVERLOADED )
m_OverloadEffects.insert(std::pair<uint32, MEffect *>(effectID,mEffectPtr));
if( moduleStateWhenEffectApplied & MOD_GANG )
m_GangEffects.insert(std::pair<uint32, MEffect *>(effectID,mEffectPtr));
if( moduleStateWhenEffectApplied & MOD_FLEET )
m_FleetEffects.insert(std::pair<uint32, MEffect *>(effectID,mEffectPtr));
if( moduleStateWhenEffectApplied & MOD_DEACTIVATING )
; // nothing
}
}
}
}
//cleanup
delete res;
res = NULL;
}