//Just a quick utility function to save from writing lots of verbose code.
void InsertGameDefine(Database::Results& kInsertDefine, const char* szValue, int iValue)
{
kInsertDefine.Bind(1, szValue);
kInsertDefine.Bind(2, iValue);
kInsertDefine.Execute();
kInsertDefine.Reset();
}
//------------------------------------------------------------------------------
bool CvDatabaseUtility::PopulateArrayByExistence(int*& pArray, const char* szTypeTableName, const char* szDataTableName, const char* szTypeColumn, const char* szFilterColumn, const char* szFilterValue)
{
InitializeArray(pArray, MaxRows(szTypeTableName), -1);
std::string strKey = "_PABE_";
strKey.append(szTypeTableName);
strKey.append(szDataTableName);
strKey.append(szFilterColumn);
Database::Results* pResults = GetResults(strKey);
if(pResults == NULL)
{
char szSQL[512];
sprintf_s(szSQL, "select %s.ID from %s inner join %s on %s = %s.Type where %s = ?", szTypeTableName, szDataTableName, szTypeTableName, szTypeColumn, szTypeTableName, szFilterColumn);
pResults = PrepareResults(strKey, szSQL);
if(pResults == NULL)
return false;
}
if(!pResults->Bind(1, szFilterValue, false))
{
CvAssertMsg(false, GetErrorMessage());
return false;
}
int idx = 0;
while(pResults->Step())
{
pArray[idx++] = pResults->GetInt(0);
}
pResults->Reset();
return true;
}
//------------------------------------------------------------------------------
bool CvDatabaseUtility::PopulateArrayByValue(int*& pArray, const char* szTypeTableName, const char* szDataTableName, const char* szTypeColumn, const char* szFilterColumn, const char* szFilterValue, const char* szValueColumn, int iDefaultValue /* = 0 */, int iMinArraySize /* = 0 */)
{
int iSize = MaxRows(szTypeTableName);
InitializeArray(pArray, (iSize<iMinArraySize)?iMinArraySize:iSize, iDefaultValue);
std::string strKey = "_PABV_";
strKey.append(szTypeTableName);
strKey.append(szDataTableName);
strKey.append(szFilterColumn);
strKey.append(szValueColumn);
Database::Results* pResults = GetResults(strKey);
if(pResults == NULL)
{
char szSQL[512];
sprintf_s(szSQL, "select %s.ID, %s from %s inner join %s on %s = %s.Type where %s = ?", szTypeTableName, szValueColumn, szDataTableName, szTypeTableName, szTypeColumn, szTypeTableName, szFilterColumn);
pResults = PrepareResults(strKey, szSQL);
if(pResults == NULL)
return false;
}
if(!pResults->Bind(1, szFilterValue, false))
{
CvAssertMsg(false, GetErrorMessage());
return false;
}
while(pResults->Step())
{
const int idx = pResults->GetInt(0);
const int value = pResults->GetInt(1);
pArray[idx] = value;
}
pResults->Reset();
return true;
}
bool CvUnitEntry::CacheResults(Database::Results& kResults, CvDatabaseUtility& kUtility)
{
if(!CvBaseInfo::CacheResults(kResults, kUtility))
return false;
//Basic Properties
m_iProductionCost = kResults.GetInt("Cost");
m_iFaithCost = kResults.GetInt("FaithCost");
m_bRequiresFaithPurchaseEnabled = kResults.GetBool("RequiresFaithPurchaseEnabled");
m_iHurryCostModifier = kResults.GetInt("HurryCostModifier");
m_iAdvancedStartCost = kResults.GetInt("AdvancedStartCost");
m_iMinAreaSize = kResults.GetInt("MinAreaSize");
m_iMoves = kResults.GetInt("Moves");
m_bMoves = kResults.GetInt("Immobile");
m_iBaseSightRange = kResults.GetInt("BaseSightRange");
m_iRange = kResults.GetInt("Range");
m_iAirInterceptRange = kResults.GetInt("AirInterceptRange");
m_iAirUnitCap = kResults.GetInt("AirUnitCap");
m_iNukeDamageLevel = kResults.GetInt("NukeDamageLevel");
m_iWorkRate = kResults.GetInt("WorkRate");
m_iNumFreeTechs = kResults.GetInt("NumFreeTechs");
m_iBaseBeakersTurnsToCount = kResults.GetInt("BaseBeakersTurnsToCount");
m_iBaseHurry = kResults.GetInt("BaseHurry");
m_iHurryMultiplier = kResults.GetInt("HurryMultiplier");
m_bRushBuilding= kResults.GetInt("RushBuilding");
m_iBaseGold = kResults.GetInt("BaseGold");
m_iNumGoldPerEra = kResults.GetInt("NumGoldPerEra");
m_bSpreadReligion = kResults.GetBool("SpreadReligion");
m_bRemoveHeresy = kResults.GetBool("RemoveHeresy");
m_iReligionSpreads = kResults.GetInt("ReligionSpreads");
m_iReligiousStrength = kResults.GetInt("ReligiousStrength");
m_bFoundReligion = kResults.GetBool("FoundReligion");
m_bRequiresEnhancedReligion = kResults.GetBool("RequiresEnhancedReligion");
m_bProhibitsSpread = kResults.GetBool("ProhibitsSpread");
m_iCombat = kResults.GetInt("Combat");
m_iCombatLimit = kResults.GetInt("CombatLimit");
m_iRangedCombat = kResults.GetInt("RangedCombat");
m_iRangedCombatLimit = kResults.GetInt("RangedCombatLimit");
m_iXPValueAttack = kResults.GetInt("XPValueAttack");
m_iXPValueDefense = kResults.GetInt("XPValueDefense");
m_iConscriptionValue = kResults.GetInt("Conscription");
m_iExtraMaintenanceCost = kResults.GetInt("ExtraMaintenanceCost");
m_bNoMaintenance = kResults.GetBool("NoMaintenance");
m_iUnhappiness = kResults.GetInt("Unhappiness");
m_iUnitFlagIconOffset = kResults.GetInt("UnitFlagIconOffset");
m_iUnitPortraitOffset = kResults.GetInt("PortraitIndex");
m_iLeaderExperience = kResults.GetInt("LeaderExperience");
m_bFoodProduction = kResults.GetBool("Food");
m_bNoBadGoodies = kResults.GetBool("NoBadGoodies");
m_bRivalTerritory = kResults.GetBool("RivalTerritory");
m_bMilitarySupport = kResults.GetBool("MilitarySupport");
m_bMilitaryProduction = kResults.GetBool("MilitaryProduction");
m_bPillage = kResults.GetBool("Pillage");
m_bFound = kResults.GetBool("Found");
m_bFoundAbroad = kResults.GetBool("FoundAbroad");
m_iCultureBombRadius = kResults.GetInt("CultureBombRadius");
m_iGoldenAgeTurns = kResults.GetInt("GoldenAgeTurns");
m_bIgnoreBuildingDefense = kResults.GetBool("IgnoreBuildingDefense");
m_bPrereqResources = kResults.GetBool("PrereqResources");
m_bMechanized = kResults.GetBool("Mechanized");
m_bSuicide = kResults.GetBool("Suicide");
m_bCaptureWhileEmbarked = kResults.GetBool("CaptureWhileEmbarked");
m_bRangeAttackOnlyInDomain = kResults.GetBool("RangeAttackOnlyInDomain");
m_strUnitArtInfoTag = kResults.GetText("UnitArtInfo");
m_bUnitArtInfoCulturalVariation = kResults.GetBool("UnitArtInfoCulturalVariation");
m_bUnitArtInfoEraVariation = kResults.GetBool("UnitArtInfoEraVariation");
//References
const char* szTextVal = NULL;
szTextVal = kResults.GetText("Class");
m_iUnitClassType = GC.getInfoTypeForString(szTextVal, true);
szTextVal = kResults.GetText("Special");
m_iSpecialUnitType = GC.getInfoTypeForString(szTextVal, true);
szTextVal = kResults.GetText("Capture");
m_iUnitCaptureClassType = GC.getInfoTypeForString(szTextVal, true);
szTextVal = kResults.GetText("CombatClass");
m_iUnitCombatType = GC.getInfoTypeForString(szTextVal, true);
szTextVal = kResults.GetText("Domain");
m_iDomainType = GC.getInfoTypeForString(szTextVal, true);
szTextVal = kResults.GetText("CivilianAttackPriority");
m_iCivilianAttackPriority = GC.getInfoTypeForString(szTextVal, true);
szTextVal = kResults.GetText("DefaultUnitAI");
m_iDefaultUnitAIType = GC.getInfoTypeForString(szTextVal, true);
szTextVal = kResults.GetText("PillagePrereqTech");
m_iPrereqPillageTech = GC.getInfoTypeForString(szTextVal, true);
szTextVal = kResults.GetText("PrereqTech");
m_iPrereqAndTech = GC.getInfoTypeForString(szTextVal, true);
szTextVal = kResults.GetText("ObsoleteTech");
m_iObsoleteTech = GC.getInfoTypeForString(szTextVal, true);
szTextVal = kResults.GetText("GoodyHutUpgradeUnitClass");
m_iGoodyHutUpgradeUnitClass = GC.getInfoTypeForString(szTextVal, true);
szTextVal = kResults.GetText("SpecialCargo");
m_iSpecialCargo = GC.getInfoTypeForString(szTextVal, true);
szTextVal = kResults.GetText("DomainCargo");
m_iDomainCargo = GC.getInfoTypeForString(szTextVal, true);
szTextVal = kResults.GetText("ProjectPrereq");
m_iProjectPrereq = GC.getInfoTypeForString(szTextVal, true);
szTextVal = kResults.GetText("SpaceshipProject");
m_iSpaceshipProject = GC.getInfoTypeForString(szTextVal, true);
szTextVal = kResults.GetText("LeaderPromotion");
m_iLeaderPromotion = GC.getInfoTypeForString(szTextVal, true);
//Arrays
const char* szUnitType = GetType();
kUtility.SetFlavors(m_piFlavorValue, "Unit_Flavors", "UnitType", szUnitType);
kUtility.PopulateArrayByValue(m_piProductionTraits, "Traits", "Unit_ProductionTraits", "TraitType", "UnitType", szUnitType, "Trait");
kUtility.PopulateArrayByValue(m_piResourceQuantityRequirements, "Resources", "Unit_ResourceQuantityRequirements", "ResourceType", "UnitType", szUnitType, "Cost");
kUtility.PopulateArrayByValue(m_piProductionModifierBuildings, "Buildings", "Unit_ProductionModifierBuildings", "BuildingType", "UnitType", szUnitType, "ProductionModifier");
kUtility.PopulateArrayByValue(m_piYieldFromKills, "Yields", "Unit_YieldFromKills", "YieldType", "UnitType", szUnitType, "Yield");
kUtility.PopulateArrayByExistence(m_pbFreePromotions, "UnitPromotions", "Unit_FreePromotions", "PromotionType", "UnitType", szUnitType);
kUtility.PopulateArrayByExistence(m_pbUpgradeUnitClass, "UnitClasses", "Unit_ClassUpgrades", "UnitClassType", "UnitType", szUnitType);
kUtility.PopulateArrayByExistence(m_pbUnitAIType, "UnitAIInfos", "Unit_AITypes", "UnitAIType", "UnitType", szUnitType);
kUtility.PopulateArrayByExistence(m_pbNotUnitAIType, "UnitAIInfos", "Unit_NotAITypes", "UnitAIType", "UnitType", szUnitType);
kUtility.PopulateArrayByExistence(m_pbBuilds, "Builds", "Unit_Builds", "BuildType", "UnitType", szUnitType);
kUtility.PopulateArrayByExistence(m_pbGreatPeoples, "Specialists", "Unit_GreatPersons", "GreatPersonType", "UnitType", szUnitType);
kUtility.PopulateArrayByExistence(m_pbBuildings, "Buildings", "Unit_Buildings", "BuildingType", "UnitType", szUnitType);
kUtility.PopulateArrayByExistence(m_pbBuildingClassRequireds, "BuildingClasses", "Unit_BuildingClassRequireds", "BuildingClassType", "UnitType", szUnitType);
//TechTypes
{
//Initialize array to NO_TECH
kUtility.InitializeArray(m_piPrereqAndTechs, "Technologies", (int)NO_TECH);
std::string strKey = "Units - TechTypes";
Database::Results* pResults = kUtility.GetResults(strKey);
if(pResults == NULL)
{
pResults = kUtility.PrepareResults(strKey, "select Technologies.ID from Unit_TechTypes inner join Technologies on TechType = Technologies.Type where UnitType = ?");
}
pResults->Bind(1, szUnitType, -1, false);
int i = 0;
while(pResults->Step())
{
m_piPrereqAndTechs[i++] = pResults->GetInt(0);
}
pResults->Reset();
}
//Unit Unique Names Count
{
std::string strKey = "Units - UniqueNameCount";
Database::Results* pUnitNameCount = kUtility.GetResults(strKey);
if(pUnitNameCount == NULL)
{
pUnitNameCount = kUtility.PrepareResults(strKey, "select count(*) from Unit_UniqueNames where UnitType = ?");
}
pUnitNameCount->Bind(1, szUnitType, -1, false);
pUnitNameCount->Step();
m_iNumUnitNames = pUnitNameCount->GetInt(0);
pUnitNameCount->Reset();
}
//Unit Unique Names
{
if(m_iNumUnitNames > 0)
{
m_paszUnitNames = FNEW(CvString[m_iNumUnitNames], c_eCiv5GameplayDLL, 0);
std::string strKey = "Units - UniqueNames";
Database::Results* pResults = kUtility.GetResults(strKey);
if(pResults == NULL)
{
pResults = kUtility.PrepareResults(strKey, "select UniqueName from Unit_UniqueNames where UnitType = ?");
}
pResults->Bind(1, szUnitType, -1, false);
int i = 0;
while(pResults->Step())
{
m_paszUnitNames[i++] = pResults->GetText(0);
}
pResults->Reset();
}
}
//MovementRates
{
std::string strKey = "Units - MovementRates";
Database::Results* pMovementRates = kUtility.GetResults(strKey);
if(pMovementRates == NULL)
{
pMovementRates = kUtility.PrepareResults(strKey, "SELECT * FROM MovementRates where Type = ? ORDER BY NumHexes");
}
const char* szMovementRate = kResults.GetText("MoveRate");
pMovementRates->Bind(1, szMovementRate, -1, false);
while(pMovementRates->Step())
{
int f0 = pMovementRates->GetInt("NumHexes") - 1;
float f1 = pMovementRates->GetFloat("TotalTime");
float f2 = pMovementRates->GetFloat("EaseIn");
float f3 = pMovementRates->GetFloat("EaseOut");
float f4 = pMovementRates->GetFloat("IndividualOffset");
float f5 = pMovementRates->GetFloat("RowOffset");
float f6 = pMovementRates->GetFloat("CurveRoll");
int iPathSubdivision = pMovementRates->GetInt("PathSubdivision");
if(f0 >= 0 && f0 <= 11)
{
m_unitMoveRate[f0].m_fTotalMoveRate = f1;
m_unitMoveRate[f0].m_fEaseIn = f2;
m_unitMoveRate[f0].m_fEaseOut = f3;
m_unitMoveRate[f0].m_fIndividualOffset = f4;
m_unitMoveRate[f0].m_fRowOffset = f5;
m_unitMoveRate[f0].m_fCurveRoll = f6;
m_unitMoveRate[f0].m_iPathSubdivision = iPathSubdivision;
}
}
pMovementRates->Reset();
}
// Calculate military Power and cache it
DoUpdatePower();
return true;
}
/// Read from XML file
bool CvImprovementEntry::CacheResults(Database::Results& kResults, CvDatabaseUtility& kUtility)
{
if(!CvBaseInfo::CacheResults(kResults, kUtility))
return false;
//Basic properties
const char* szArtDefineTag = kResults.GetText("ArtDefineTag");
SetArtDefineTag(szArtDefineTag);
m_iGoldMaintenance = kResults.GetInt("GoldMaintenance");
m_iCultureBombRadius = kResults.GetInt("CultureBombRadius");
m_iRequiresXAdjacentLand = kResults.GetInt("RequiresXAdjacentLand");
#if defined(MOD_API_EXTENSIONS)
m_iRequiresXAdjacentWater = kResults.GetInt("RequiresXAdjacentWater");
#endif
#if defined(MOD_GLOBAL_STACKING_RULES)
m_iAdditionalUnits = kResults.GetInt("AdditionalUnits");
#endif
m_iCultureAdjacentSameType = kResults.GetInt("CultureAdjacentSameType");
m_bHillsMakesValid = kResults.GetBool("HillsMakesValid");
#if defined(MOD_GLOBAL_ALPINE_PASSES)
m_bMountainsMakesValid = kResults.GetBool("MountainsMakesValid");
#endif
#if defined(MOD_GLOBAL_PASSABLE_FORTS)
m_bMakesPassable = kResults.GetBool("MakesPassable");
#endif
m_bFreshWaterMakesValid = kResults.GetBool("FreshWaterMakesValid");
m_bRiverSideMakesValid = kResults.GetBool("RiverSideMakesValid");
m_bNoFreshWater = kResults.GetBool("NoFreshWater");
#if defined(MOD_API_EXTENSIONS)
if (MOD_API_EXTENSIONS) {
m_bAddsFreshWater = kResults.GetBool("AddsFreshWater");
}
#endif
m_bRequiresFlatlands = kResults.GetBool("RequiresFlatlands");
m_bRequiresFlatlandsOrFreshWater = kResults.GetBool("RequiresFlatlandsOrFreshWater");
m_bRequiresFeature = kResults.GetBool("RequiresFeature");
m_bRequiresImprovement = kResults.GetBool("RequiresImprovement");
m_bRemovesResource = kResults.GetBool("RemovesResource");
m_bPromptWhenComplete = kResults.GetBool("PromptWhenComplete");
m_bWater = kResults.GetBool("Water");
m_bCoastal = kResults.GetBool("Coastal");
m_bDestroyedWhenPillaged = kResults.GetBool("DestroyedWhenPillaged");
m_bDisplacePillager = kResults.GetBool("DisplacePillager");
m_bBuildableOnResources = kResults.GetBool("BuildableOnResources");
m_eImprovementUsageType = m_bBuildableOnResources ? IMPROVEMENTUSAGE_LANDMARK : IMPROVEMENTUSAGE_BASIC;
m_bBarbarianCamp = kResults.GetBool("BarbarianCamp");
m_bGoody = kResults.GetBool("Goody");
m_bPermanent = kResults.GetBool("Permanent");
m_iTilesPerGoody = kResults.GetInt("TilesPerGoody");
m_iGoodyUniqueRange = kResults.GetInt("GoodyRange");
m_iFeatureGrowthProbability = kResults.GetInt("FeatureGrowth");
m_iUpgradeTime = kResults.GetInt("UpgradeTime");
m_iRiverSideUpgradeMod = kResults.GetInt("RiverSideUpgradeMod");
m_iCoastalLandUpgradeMod = kResults.GetInt("CoastalLandUpgradeMod");
m_iHillsUpgradeMod = kResults.GetInt("HillsUpgradeMod");
m_iFreshWaterUpgradeMod = kResults.GetInt("FreshWaterUpgradeMod");
m_iDefenseModifier = kResults.GetInt("DefenseModifier");
m_iNearbyEnemyDamage = kResults.GetInt("NearbyEnemyDamage");
m_iPillageGold = kResults.GetInt("PillageGold");
m_bOutsideBorders = kResults.GetBool("OutsideBorders");
m_bInAdjacentFriendly = kResults.GetBool("InAdjacentFriendly");
m_bIgnoreOwnership = kResults.GetBool("IgnoreOwnership");
m_bOnlyCityStateTerritory = kResults.GetBool("OnlyCityStateTerritory");
#if defined(MOD_DIPLOMACY_CITYSTATES)
if (MOD_DIPLOMACY_CITYSTATES) {
m_bIsEmbassy = kResults.GetBool("IsEmbassy");
}
#endif
#if defined(MOD_BALANCE_CORE)
const char* szObsoleteTech = kResults.GetText("ObsoleteTech");
m_iGetObsoleteTech = (CivilizationTypes)GC.getInfoTypeForString(szObsoleteTech, true);
m_bAdjacentLake = kResults.GetBool("Lakeside");
m_bAdjacentCity = kResults.GetBool("Cityside");
m_iGrantsVision = kResults.GetInt("GrantsVisionXTiles");
#endif
m_bNoTwoAdjacent = kResults.GetBool("NoTwoAdjacent");
m_bAdjacentLuxury = kResults.GetBool("AdjacentLuxury");
m_bAllowsWalkWater = kResults.GetBool("AllowsWalkWater");
m_bCreatedByGreatPerson = kResults.GetBool("CreatedByGreatPerson");
m_bSpecificCivRequired = kResults.GetBool("SpecificCivRequired");
m_iResourceExtractionMod = kResults.GetInt("ResourceExtractionMod");
m_iLuxuryCopiesSiphonedFromMinor = kResults.GetInt("LuxuryCopiesSiphonedFromMinor");
#if defined(MOD_DIPLOMACY_CITYSTATES)
if (MOD_DIPLOMACY_CITYSTATES) {
m_iImprovementLeagueVotes = kResults.GetInt("ImprovementLeagueVotes");
}
#endif
const char* szCivilizationType = kResults.GetText("CivilizationType");
m_eRequiredCivilization = (CivilizationTypes)GC.getInfoTypeForString(szCivilizationType, true);
#if defined(MOD_BALANCE_CORE)
const char* szImprovementResource = kResults.GetText("ImprovementResource");
m_iImprovementResource = (ResourceTypes)GC.getInfoTypeForString(szImprovementResource, true);
m_iImprovementResourceQuantity = kResults.GetInt("ImprovementResourceQuantity");
const char* szTextVal;
szTextVal = kResults.GetText("UnitFreePromotion");
if(szTextVal != NULL)
{
m_iUnitFreePromotionImprovement = GC.getInfoTypeForString(szTextVal, true);
}
#endif
//References
const char* szWorldsoundscapeAudioScript = kResults.GetText("WorldSoundscapeAudioScript");
if(szWorldsoundscapeAudioScript != NULL)
{
m_iWorldSoundscapeScriptId = gDLL->GetAudioTagIndex(szWorldsoundscapeAudioScript, AUDIOTAG_SOUNDSCAPE);
}
else
{
m_iWorldSoundscapeScriptId = -1;
Remark(1, "Warning: Missing soundscape definition in XML for feature: '%s'", GetType());
}
const char* szImprovementPillage = kResults.GetText("ImprovementPillage");
m_iImprovementPillage = GC.getInfoTypeForString(szImprovementPillage, true);
const char* szImprovementUpgrade = kResults.GetText("ImprovementUpgrade");
m_iImprovementUpgrade = GC.getInfoTypeForString(szImprovementUpgrade, true);
//Arrays
const char* szImprovementType = GetType();
const size_t lenImprovementType = strlen(szImprovementType);
kUtility.PopulateArrayByExistence(m_pbTerrainMakesValid,
"Terrains",
"Improvement_ValidTerrains",
"TerrainType",
"ImprovementType",
szImprovementType);
kUtility.PopulateArrayByExistence(m_pbFeatureMakesValid,
"Features",
"Improvement_ValidFeatures",
"FeatureType",
"ImprovementType",
szImprovementType);
kUtility.PopulateArrayByExistence(m_pbImprovementMakesValid,
"Improvements",
"Improvement_ValidImprovements",
"PrereqImprovement",
"ImprovementType",
szImprovementType);
#if defined(MOD_API_UNIFIED_YIELDS)
kUtility.SetYields(m_piAdjacentSameTypeYield, "Improvement_YieldAdjacentSameType", "ImprovementType", szImprovementType);
kUtility.SetYields(m_piAdjacentTwoSameTypeYield, "Improvement_YieldAdjacentTwoSameType", "ImprovementType", szImprovementType);
#endif
kUtility.SetYields(m_piYieldChange, "Improvement_Yields", "ImprovementType", szImprovementType);
kUtility.SetYields(m_piYieldPerEra, "Improvement_YieldPerEra", "ImprovementType", szImprovementType);
kUtility.SetYields(m_piAdjacentCityYieldChange, "Improvement_AdjacentCityYields", "ImprovementType", szImprovementType);
kUtility.SetYields(m_piAdjacentMountainYieldChange, "Improvement_AdjacentMountainYieldChanges", "ImprovementType", szImprovementType);
kUtility.SetYields(m_piCoastalLandYieldChange, "Improvement_CoastalLandYields", "ImprovementType", szImprovementType);
kUtility.SetYields(m_piFreshWaterChange, "Improvement_FreshWaterYields", "ImprovementType", szImprovementType);
kUtility.SetYields(m_piHillsYieldChange, "Improvement_HillsYields", "ImprovementType", szImprovementType);
kUtility.SetYields(m_piRiverSideYieldChange, "Improvement_RiverSideYields", "ImprovementType", szImprovementType);
kUtility.SetYields(m_piPrereqNatureYield, "Improvement_PrereqNatureYields", "ImprovementType", szImprovementType);
kUtility.SetFlavors(m_piFlavorValue, "Improvement_Flavors", "ImprovementType", szImprovementType);
{
//Initialize Improvement Resource Types to number of Resources
const int iNumResources = kUtility.MaxRows("Resources");
m_paImprovementResource = FNEW(CvImprovementResourceInfo[iNumResources], c_eCiv5GameplayDLL, 0);
kUtility.InitializeArray(m_piResourceQuantityRequirements, iNumResources);
std::string strResourceTypesKey = "Improvements - ResourceTypes";
Database::Results* pResourceTypes = kUtility.GetResults(strResourceTypesKey);
if(pResourceTypes == NULL)
{
pResourceTypes = kUtility.PrepareResults(strResourceTypesKey, "select Resources.ID, ResourceType, ResourceMakesValid, ResourceTrade, DiscoveryRand from Improvement_ResourceTypes inner join Resources on ResourceType = Resources.Type where ImprovementType = ?");
}
std::string strYieldResultsKey = "Improvements - YieldResults";
Database::Results* pYieldResults = kUtility.GetResults(strYieldResultsKey);
if(pYieldResults == NULL)
{
pYieldResults = kUtility.PrepareResults(strYieldResultsKey, "select Yields.ID, Yield from Improvement_ResourceType_Yields inner join Yields on YieldType = Yields.Type where ImprovementType = ? and ResourceType = ?");
}
pResourceTypes->Bind(1, szImprovementType, lenImprovementType, false);
while(pResourceTypes->Step())
{
const int idx = pResourceTypes->GetInt("ID");
CvImprovementResourceInfo& pResourceInfo = m_paImprovementResource[idx];
const char* szResourceType = pResourceTypes->GetText("ResourceType");
pResourceInfo.m_bResourceMakesValid = pResourceTypes->GetBool("ResourceMakesValid");
pResourceInfo.m_bResourceTrade = pResourceTypes->GetBool("ResourceTrade");
pResourceInfo.m_iDiscoverRand = pResourceTypes->GetInt("DiscoveryRand");
m_piResourceQuantityRequirements[idx] = pResourceTypes->GetInt("QuantityRequirement");
//Populate Yields for structure
kUtility.InitializeArray(pResourceInfo.m_piYieldChange, "Yields");
pYieldResults->Bind(1, szImprovementType, lenImprovementType, false);
pYieldResults->Bind(2, szResourceType, -1, false);
while(pYieldResults->Step())
{
const int yieldIdx = pYieldResults->GetInt("ID");
const int yield = pYieldResults->GetInt("Yield");
pResourceInfo.m_piYieldChange[yieldIdx] = yield;
}
pYieldResults->Reset();
}
pResourceTypes->Reset();
}
const int iNumYields = kUtility.MaxRows("Yields");
#if defined(MOD_BALANCE_CORE)
//AdjacentImprovementYieldChanges
{
const int iNumImprovements = kUtility.MaxRows("Improvements");
CvAssertMsg(iNumImprovements > 0, "Num Improvement Infos <= 0");
kUtility.Initialize2DArray(m_ppiAdjacentImprovementYieldChanges, iNumImprovements, iNumYields);
std::string strKey = "Improvements - AdjacentImprovementYieldChanges";
Database::Results* pResults = kUtility.GetResults(strKey);
if(pResults == NULL)
{
pResults = kUtility.PrepareResults(strKey, "select Yields.ID as YieldID, Improvements.ID as ImprovementID, Yield from Improvement_AdjacentImprovementYieldChanges inner join Yields on YieldType = Yields.Type inner join Improvements on OtherImprovementType = Improvements.Type where ImprovementType = ?");
}
pResults->Bind(1, szImprovementType, lenImprovementType, false);
while(pResults->Step())
{
const int yield_idx = pResults->GetInt(0);
CvAssert(yield_idx > -1);
const int improvement_idx = pResults->GetInt(1);
CvAssert(improvement_idx > -1);
const int yield = pResults->GetInt(2);
m_ppiAdjacentImprovementYieldChanges[improvement_idx][yield_idx] = yield;
}
pResults->Reset();
}
#endif
const int iNumTechs = GC.getNumTechInfos();
CvAssertMsg(iNumTechs > 0, "Num Tech Infos <= 0");
//TechYieldChanges
{
kUtility.Initialize2DArray(m_ppiTechYieldChanges, iNumTechs, iNumYields);
std::string strKey = "Improvements - TechYieldChanges";
Database::Results* pResults = kUtility.GetResults(strKey);
if(pResults == NULL)
{
pResults = kUtility.PrepareResults(strKey, "select Yields.ID as YieldID, Technologies.ID as TechID, Yield from Improvement_TechYieldChanges inner join Yields on YieldType = Yields.Type inner join Technologies on TechType = Technologies.Type where ImprovementType = ?");
}
pResults->Bind(1, szImprovementType, lenImprovementType, false);
while(pResults->Step())
{
const int yield_idx = pResults->GetInt(0);
CvAssert(yield_idx > -1);
const int tech_idx = pResults->GetInt(1);
CvAssert(tech_idx > -1);
const int yield = pResults->GetInt(2);
m_ppiTechYieldChanges[tech_idx][yield_idx] = yield;
}
}
//TechNoFreshWaterYieldChanges
{
kUtility.Initialize2DArray(m_ppiTechNoFreshWaterYieldChanges, iNumTechs, iNumYields);
std::string strKey = "Improvements - TechNoFreshWaterYieldChanges";
Database::Results* pResults = kUtility.GetResults(strKey);
if(pResults == NULL)
{
pResults = kUtility.PrepareResults(strKey, "select Yields.ID as YieldID, Technologies.ID as TechID, Yield from Improvement_TechNoFreshWaterYieldChanges inner join Yields on YieldType = Yields.Type inner join Technologies on TechType = Technologies.Type where ImprovementType = ?");
}
pResults->Bind(1, szImprovementType, lenImprovementType, false);
while(pResults->Step())
{
const int yield_idx = pResults->GetInt(0);
CvAssert(yield_idx > -1);
const int tech_idx = pResults->GetInt(1);
CvAssert(tech_idx > -1);
const int yield = pResults->GetInt(2);
m_ppiTechNoFreshWaterYieldChanges[tech_idx][yield_idx] = yield;
}
pResults->Reset();
}
//TechFreshWaterYieldChanges
{
kUtility.Initialize2DArray(m_ppiTechFreshWaterYieldChanges, iNumTechs, iNumYields);
std::string strKey = "Improvements - TechFreshWaterYieldChanges";
Database::Results* pResults = kUtility.GetResults(strKey);
if(pResults == NULL)
{
pResults = kUtility.PrepareResults(strKey, "select Yields.ID as YieldID, Technologies.ID as TechID, Yield from Improvement_TechFreshWaterYieldChanges inner join Yields on YieldType = Yields.Type inner join Technologies on TechType = Technologies.Type where ImprovementType = ?");
}
pResults->Bind(1, szImprovementType, lenImprovementType, false);
while(pResults->Step())
{
const int yield_idx = pResults->GetInt(0);
CvAssert(yield_idx > -1);
const int tech_idx = pResults->GetInt(1);
CvAssert(tech_idx > -1);
const int yield = pResults->GetInt(2);
m_ppiTechFreshWaterYieldChanges[tech_idx][yield_idx] = yield;
}
pResults->Reset();
}
//RouteYieldChanges
{
const int iNumRoutes = kUtility.MaxRows("Routes");
kUtility.Initialize2DArray(m_ppiRouteYieldChanges, iNumRoutes, iNumYields);
std::string strKey = "Improvements - RouteYieldChanges";
Database::Results* pResults = kUtility.GetResults(strKey);
if(pResults == NULL)
{
pResults = kUtility.PrepareResults(strKey, "select Yields.ID as YieldID, Routes.ID as RouteID, Yield from Improvement_RouteYieldChanges inner join Yields on YieldType = Yields.Type inner join Routes on RouteType = Routes.Type where ImprovementType = ?;");
}
pResults->Bind(1, szImprovementType, lenImprovementType, false);
while(pResults->Step())
{
const int yield_idx = pResults->GetInt(0);
CvAssert(yield_idx > -1);
const int route_idx = pResults->GetInt(1);
CvAssert(route_idx > -1);
const int yield = pResults->GetInt(2);
m_ppiRouteYieldChanges[route_idx][yield_idx] = yield;
}
pResults->Reset();
}
return true;
}
/// Read from XML file
bool CvImprovementEntry::CacheResults(Database::Results& kResults, CvDatabaseUtility& kUtility)
{
if(!CvBaseInfo::CacheResults(kResults, kUtility))
return false;
//Basic properties
const char* szArtDefineTag = kResults.GetText("ArtDefineTag");
SetArtDefineTag(szArtDefineTag);
m_iGoldMaintenance = kResults.GetInt("GoldMaintenance");
m_iCultureBombRadius = kResults.GetInt("CultureBombRadius");
m_iCultureAdjacentSameType = kResults.GetInt("CultureAdjacentSameType");
m_bHillsMakesValid = kResults.GetBool("HillsMakesValid");
m_bFreshWaterMakesValid = kResults.GetBool("FreshWaterMakesValid");
m_bRiverSideMakesValid = kResults.GetBool("RiverSideMakesValid");
m_bNoFreshWater = kResults.GetBool("NoFreshWater");
m_bRequiresFlatlands = kResults.GetBool("RequiresFlatlands");
m_bRequiresFlatlandsOrFreshWater = kResults.GetBool("RequiresFlatlandsOrFreshWater");
m_bRequiresFeature = kResults.GetBool("RequiresFeature");
m_bWater = kResults.GetBool("Water");
m_bCoastal = kResults.GetBool("Coastal");
m_bDestroyedWhenPillaged = kResults.GetBool("DestroyedWhenPillaged");
m_bBuildableOnResources = kResults.GetBool("BuildableOnResources");
m_eImprovementUsageType = m_bBuildableOnResources ? IMPROVEMENTUSAGE_LANDMARK : IMPROVEMENTUSAGE_BASIC;
m_bBarbarianCamp = kResults.GetBool("BarbarianCamp");
m_bGoody = kResults.GetBool("Goody");
m_bPermanent = kResults.GetBool("Permanent");
m_iTilesPerGoody = kResults.GetInt("TilesPerGoody");
m_iGoodyUniqueRange = kResults.GetInt("GoodyRange");
m_iFeatureGrowthProbability = kResults.GetInt("FeatureGrowth");
m_iUpgradeTime = kResults.GetInt("UpgradeTime");
m_iRiverSideUpgradeMod = kResults.GetInt("RiverSideUpgradeMod");
m_iCoastalLandUpgradeMod = kResults.GetInt("CoastalLandUpgradeMod");
m_iHillsUpgradeMod = kResults.GetInt("HillsUpgradeMod");
m_iFreshWaterUpgradeMod = kResults.GetInt("FreshWaterUpgradeMod");
m_iDefenseModifier = kResults.GetInt("DefenseModifier");
m_iNearbyEnemyDamage = kResults.GetInt("NearbyEnemyDamage");
m_iPillageGold = kResults.GetInt("PillageGold");
m_bOutsideBorders = kResults.GetBool("OutsideBorders");
m_bInAdjacentFriendly = kResults.GetBool("InAdjacentFriendly");
m_bCreatedByGreatPerson = kResults.GetBool("CreatedByGreatPerson");
m_bSpecificCivRequired = kResults.GetBool("SpecificCivRequired");
m_iResourceExtractionMod = kResults.GetInt("ResourceExtractionMod");
const char* szCivilizationType = kResults.GetText("CivilizationType");
m_eRequiredCivilization = (CivilizationTypes)GC.getInfoTypeForString(szCivilizationType, true);
//References
const char* szWorldsoundscapeAudioScript = kResults.GetText("WorldSoundscapeAudioScript");
if(szWorldsoundscapeAudioScript != NULL)
{
m_iWorldSoundscapeScriptId = gDLL->GetAudioTagIndex(szWorldsoundscapeAudioScript, AUDIOTAG_SOUNDSCAPE);
}
else
{
m_iWorldSoundscapeScriptId = -1;
Remark(1, "Warning: Missing soundscape definition in XML for feature: '%s'", GetType());
}
const char* szImprovementPillage = kResults.GetText("ImprovementPillage");
m_iImprovementPillage = GC.getInfoTypeForString(szImprovementPillage, true);
const char* szImprovementUpgrade = kResults.GetText("ImprovementUpgrade");
m_iImprovementUpgrade = GC.getInfoTypeForString(szImprovementUpgrade, true);
//Arrays
const char* szImprovementType = GetType();
const size_t lenImprovementType = strlen(szImprovementType);
kUtility.PopulateArrayByExistence(m_pbTerrainMakesValid,
"Terrains",
"Improvement_ValidTerrains",
"TerrainType",
"ImprovementType",
szImprovementType);
kUtility.PopulateArrayByExistence(m_pbFeatureMakesValid,
"Features",
"Improvement_ValidFeatures",
"FeatureType",
"ImprovementType",
szImprovementType);
kUtility.SetYields(m_piYieldChange, "Improvement_Yields", "ImprovementType", szImprovementType);
kUtility.SetYields(m_piAdjacentCityYieldChange, "Improvement_AdjacentCityYields", "ImprovementType", szImprovementType);
kUtility.SetYields(m_piAdjacentMountainYieldChange, "Improvement_AdjacentMountainYieldChanges", "ImprovementType", szImprovementType);
kUtility.SetYields(m_piCoastalLandYieldChange, "Improvement_CoastalLandYields", "ImprovementType", szImprovementType);
kUtility.SetYields(m_piFreshWaterChange, "Improvement_FreshWaterYields", "ImprovementType", szImprovementType);
kUtility.SetYields(m_piHillsYieldChange, "Improvement_HillsYields", "ImprovementType", szImprovementType);
kUtility.SetYields(m_piRiverSideYieldChange, "Improvement_RiverSideYields", "ImprovementType", szImprovementType);
kUtility.SetYields(m_piPrereqNatureYield, "Improvement_PrereqNatureYields", "ImprovementType", szImprovementType);
kUtility.SetFlavors(m_piFlavorValue, "Improvement_Flavors", "ImprovementType", szImprovementType);
{
//Initialize Improvement Resource Types to number of Resources
const int iNumResources = kUtility.MaxRows("Resources");
m_paImprovementResource = FNEW(CvImprovementResourceInfo[iNumResources], c_eCiv5GameplayDLL, 0);
kUtility.InitializeArray(m_piResourceQuantityRequirements, iNumResources);
std::string strResourceTypesKey = "Improvements - ResourceTypes";
Database::Results* pResourceTypes = kUtility.GetResults(strResourceTypesKey);
if(pResourceTypes == NULL)
{
pResourceTypes = kUtility.PrepareResults(strResourceTypesKey, "select Resources.ID, ResourceType, ResourceMakesValid, ResourceTrade, DiscoveryRand from Improvement_ResourceTypes inner join Resources on ResourceType = Resources.Type where ImprovementType = ?");
}
std::string strYieldResultsKey = "Improvements - YieldResults";
Database::Results* pYieldResults = kUtility.GetResults(strYieldResultsKey);
if(pYieldResults == NULL)
{
pYieldResults = kUtility.PrepareResults(strYieldResultsKey, "select Yields.ID, Yield from Improvement_ResourceType_Yields inner join Yields on YieldType = Yields.Type where ImprovementType = ? and ResourceType = ?");
}
pResourceTypes->Bind(1, szImprovementType, lenImprovementType, false);
while(pResourceTypes->Step())
{
const int idx = pResourceTypes->GetInt("ID");
CvImprovementResourceInfo& pResourceInfo = m_paImprovementResource[idx];
const char* szResourceType = pResourceTypes->GetText("ResourceType");
pResourceInfo.m_bResourceMakesValid = pResourceTypes->GetBool("ResourceMakesValid");
pResourceInfo.m_bResourceTrade = pResourceTypes->GetBool("ResourceTrade");
pResourceInfo.m_iDiscoverRand = pResourceTypes->GetInt("DiscoveryRand");
m_piResourceQuantityRequirements[idx] = pResourceTypes->GetInt("QuantityRequirement");
//Populate Yields for structure
kUtility.InitializeArray(pResourceInfo.m_piYieldChange, "Yields");
pYieldResults->Bind(1, szImprovementType, lenImprovementType, false);
pYieldResults->Bind(2, szResourceType, -1, false);
while(pYieldResults->Step())
{
const int yieldIdx = pYieldResults->GetInt("ID");
const int yield = pYieldResults->GetInt("Yield");
pResourceInfo.m_piYieldChange[yieldIdx] = yield;
}
pYieldResults->Reset();
}
pResourceTypes->Reset();
}
const int iNumYields = kUtility.MaxRows("Yields");
const int iNumTechs = GC.getNumTechInfos();
CvAssertMsg(iNumTechs > 0, "Num Tech Infos <= 0");
//TechYieldChanges
{
kUtility.Initialize2DArray(m_ppiTechYieldChanges, iNumTechs, iNumYields);
std::string strKey = "Improvements - TechYieldChanges";
Database::Results* pResults = kUtility.GetResults(strKey);
if(pResults == NULL)
{
pResults = kUtility.PrepareResults(strKey, "select Yields.ID as YieldID, Technologies.ID as TechID, Yield from Improvement_TechYieldChanges inner join Yields on YieldType = Yields.Type inner join Technologies on TechType = Technologies.Type where ImprovementType = ?");
}
pResults->Bind(1, szImprovementType, lenImprovementType, false);
while(pResults->Step())
{
const int yield_idx = pResults->GetInt(0);
CvAssert(yield_idx > -1);
const int tech_idx = pResults->GetInt(1);
CvAssert(tech_idx > -1);
const int yield = pResults->GetInt(2);
m_ppiTechYieldChanges[tech_idx][yield_idx] = yield;
}
}
//TechNoFreshWaterYieldChanges
{
kUtility.Initialize2DArray(m_ppiTechNoFreshWaterYieldChanges, iNumTechs, iNumYields);
std::string strKey = "Improvements - TechNoFreshWaterYieldChanges";
Database::Results* pResults = kUtility.GetResults(strKey);
if(pResults == NULL)
{
pResults = kUtility.PrepareResults(strKey, "select Yields.ID as YieldID, Technologies.ID as TechID, Yield from Improvement_TechNoFreshWaterYieldChanges inner join Yields on YieldType = Yields.Type inner join Technologies on TechType = Technologies.Type where ImprovementType = ?");
}
pResults->Bind(1, szImprovementType, lenImprovementType, false);
while(pResults->Step())
{
const int yield_idx = pResults->GetInt(0);
CvAssert(yield_idx > -1);
const int tech_idx = pResults->GetInt(1);
CvAssert(tech_idx > -1);
const int yield = pResults->GetInt(2);
m_ppiTechNoFreshWaterYieldChanges[tech_idx][yield_idx] = yield;
}
pResults->Reset();
}
//TechFreshWaterYieldChanges
{
kUtility.Initialize2DArray(m_ppiTechFreshWaterYieldChanges, iNumTechs, iNumYields);
std::string strKey = "Improvements - TechFreshWaterYieldChanges";
Database::Results* pResults = kUtility.GetResults(strKey);
if(pResults == NULL)
{
pResults = kUtility.PrepareResults(strKey, "select Yields.ID as YieldID, Technologies.ID as TechID, Yield from Improvement_TechFreshWaterYieldChanges inner join Yields on YieldType = Yields.Type inner join Technologies on TechType = Technologies.Type where ImprovementType = ?");
}
pResults->Bind(1, szImprovementType, lenImprovementType, false);
while(pResults->Step())
{
const int yield_idx = pResults->GetInt(0);
CvAssert(yield_idx > -1);
const int tech_idx = pResults->GetInt(1);
CvAssert(tech_idx > -1);
const int yield = pResults->GetInt(2);
m_ppiTechFreshWaterYieldChanges[tech_idx][yield_idx] = yield;
}
pResults->Reset();
}
//RouteYieldChanges
{
const int iNumRoutes = kUtility.MaxRows("Routes");
kUtility.Initialize2DArray(m_ppiRouteYieldChanges, iNumRoutes, iNumYields);
std::string strKey = "Improvements - RouteYieldChanges";
Database::Results* pResults = kUtility.GetResults(strKey);
if(pResults == NULL)
{
pResults = kUtility.PrepareResults(strKey, "select Yields.ID as YieldID, Routes.ID as RouteID, Yield from Improvement_RouteYieldChanges inner join Yields on YieldType = Yields.Type inner join Routes on RouteType = Routes.Type where ImprovementType = ?;");
}
pResults->Bind(1, szImprovementType, lenImprovementType, false);
while(pResults->Step())
{
const int yield_idx = pResults->GetInt(0);
CvAssert(yield_idx > -1);
const int route_idx = pResults->GetInt(1);
CvAssert(route_idx > -1);
const int yield = pResults->GetInt(2);
m_ppiRouteYieldChanges[route_idx][yield_idx] = yield;
}
pResults->Reset();
}
return true;
}
//------------------------------------------------------------------------------
bool CvDllDatabaseUtility::PerformDatabasePostProcessing()
{
//Insert any database methods that you would like performed after the database
//has been fully loaded. This method will execute every single time the game
//is run.
//Updates performed here are done AFTER the database has been built or read
//from cache.
Database::Connection* db = GC.GetGameDatabase();
//Update Defines table from references in PostDefines table
db->BeginTransaction();
Database::Results kPostDefines;
//Build insertion statement
Database::Results kInsert;
db->Execute(kInsert, "INSERT INTO Defines(Name, Value) VALUES(?, ?)");
db->SelectAll(kPostDefines, "PostDefines");
while(kPostDefines.Step())
{
const char* szName = kPostDefines.GetText("Name");
const char* szKeyName = kPostDefines.GetText("Key");
const char* szTableName = kPostDefines.GetText("Table");
char szSQL[512];
sprintf_s(szSQL, "select ROWID from %s where Type = '%s' LIMIT 1", szTableName, szKeyName);
Database::Results kLookup;
//Compile the command.
if(db->Execute(kLookup, szSQL))
{
//Run the command.
if(kLookup.Step())
{
//Perform insertion
kInsert.Bind(1, szName);
kInsert.Bind(2, kLookup.GetInt(0));
kInsert.Step();
kInsert.Reset();
}
}
}
// ** Modify ResourceUsage of Resources table **
// Set ResourceUsage to 1 if it's referenced in Unit_ResourceQuantityRequirements
// NOTE: This query could be simplified using the IN operator but when analyzed this
// statement generates faster operations.
const char* szStrategicResource
= "UPDATE Resources SET ResourceUsage = 1 WHERE EXISTS (SELECT * FROM Unit_ResourceQuantityRequirements WHERE ResourceType = Type)";
db->Execute(szStrategicResource);
// Set ResourceUsage to 2 if the Resource has a happiness value greater than 0
const char* szLuxoryResource
= "UPDATE Resources SET ResourceUsage = 2 where Happiness > 0";
db->Execute(szLuxoryResource);
//These are hard-coded GameDefines enum values, let's share them with the database so that they
//get the same amount of love as the DB.
Database::Results kInsertDefine;
if(db->Execute(kInsertDefine, "INSERT OR REPLACE INTO Defines(Name, Value) VALUES(?, ?);"))
{
InsertGameDefine(kInsertDefine, "MAX_CIV_PLAYERS", MAX_CIV_PLAYERS);
InsertGameDefine(kInsertDefine, "MAX_CIV_TEAMS", MAX_CIV_TEAMS);
InsertGameDefine(kInsertDefine, "MAX_MAJOR_CIVS", MAX_MAJOR_CIVS);
InsertGameDefine(kInsertDefine, "MAX_MINOR_CIVS", MAX_MINOR_CIVS);
InsertGameDefine(kInsertDefine, "MAX_PLAYERS", MAX_PLAYERS);
InsertGameDefine(kInsertDefine, "MAX_TEAMS", MAX_TEAMS);
InsertGameDefine(kInsertDefine, "BARBARIAN_PLAYER", BARBARIAN_PLAYER);
InsertGameDefine(kInsertDefine, "BARBARIAN_TEAM", BARBARIAN_TEAM);
#if defined(MOD_GLOBAL_CITY_WORKING)
InsertGameDefine(kInsertDefine, "NUM_CITY_PLOTS", AVG_CITY_PLOTS);
InsertGameDefine(kInsertDefine, "MIN_CITY_RADIUS", MIN_CITY_RADIUS);
InsertGameDefine(kInsertDefine, "MAX_CITY_RADIUS", MAX_CITY_RADIUS);
#else
InsertGameDefine(kInsertDefine, "NUM_CITY_PLOTS", NUM_CITY_PLOTS);
#endif
InsertGameDefine(kInsertDefine, "CITY_HOME_PLOT", CITY_HOME_PLOT);
#if defined(MOD_GLOBAL_CITY_WORKING)
InsertGameDefine(kInsertDefine, "MAX_CITY_RADIUS", MAX_CITY_RADIUS);
InsertGameDefine(kInsertDefine, "MAX_CITY_DIAMETER", (2*MAX_CITY_RADIUS+1));
#else
InsertGameDefine(kInsertDefine, "CITY_PLOTS_RADIUS", CITY_PLOTS_RADIUS);
InsertGameDefine(kInsertDefine, "CITY_PLOTS_DIAMETER", CITY_PLOTS_DIAMETER);
#endif
}
db->EndTransaction();
return true;
}
