#include "stdafx.h" #include // 클라이언트에서도 쓰이므로 include를 명시한다. #include #include "ItemStructure.h" #include "ItemDataParser.h" #include "GMMemory.h" using namespace Item; bool ReadString(char* szBuffer_Out, int nBufferLen, const char* szValue_In) { int nLength = _snprintf(szBuffer_Out, nBufferLen - 1, "%s", szValue_In); if (0 <= nLength) { szBuffer_Out[nLength] = '\0'; return true; } szBuffer_Out[nBufferLen - 1] = '\0'; ERRLOG1(g_Log, "버퍼 길이가 모자라서, 데이터를 전부 복사할 수 없습니다. Data:%s", szValue_In); return false; } inline bool ReadValue(unsigned char& cValue_Out, const char* szValue_In) { cValue_Out = static_cast(atoi(szValue_In)); return true; } inline bool ReadValue(unsigned short& usValue_Out, const char* szValue_In) { usValue_Out = static_cast(atoi(szValue_In)); return true; } inline bool ReadValue(unsigned long& dwValue_Out, const char* szValue_In) { dwValue_Out = static_cast(atol(szValue_In)); return true; } inline bool ReadValue(float& fValue_Out, const char* szValue_In) { fValue_Out = static_cast(atof(szValue_In)); return true; } bool ReadStringToTypeValue(unsigned char& cValue_Out, const CTypeName* lpTypeArray, const unsigned char nMaxType, const char* szValue_In) { for (unsigned char nCount = 0; nCount < nMaxType; ++nCount) { const char* szTypeName = lpTypeArray[nCount].GetTypeName(); if (NULL != szTypeName) { if (0 == strcmp(szValue_In, szTypeName)) { cValue_Out = lpTypeArray[nCount].GetTypeValue(); return true; } } } return false; } bool ReadStringToBool(bool& bValue_Out, const char* szValue_In) { char szBuffer[2]; _snprintf(szBuffer, 2, "%s", szValue_In); bValue_Out = (!strcmp(szBuffer, "O")) ? true : false; return true; } // 기본 데이터들 bool ReadID(Item::ItemInfo& itemInfo, const char* szValue) { itemInfo.m_usProtoTypeID = static_cast(atoi(szValue)); if (0 == itemInfo.m_usProtoTypeID || 0xFFFF == itemInfo.m_usProtoTypeID) { ERRLOG1(g_Log, "아이템 ID가 이상합니다. 0이나 0xFFFF는 사용하실 수 없습니다. ID:0x%08x", itemInfo.m_usProtoTypeID); return false; } return true; } bool ReadItemName(Item::ItemInfo& itemInfo, const char* szValue) { return ReadString(itemInfo.m_SpriteData.m_szName, SpriteData::MAX_NAME, szValue); } bool ReadFieldModelName(Item::ItemInfo& itemInfo, const char* szValue) { return ReadString(itemInfo.m_StringData.m_szFieldModelName, StringData::MAX_FIELD_MODEL_NAME, szValue); } bool ReadAttachedModelName(Item::ItemInfo& itemInfo, const char* szValue) { return ReadString(itemInfo.m_StringData.m_szEquipModelName, StringData::MAX_EQUIP_MODEL_NAME, szValue); } bool ReadSpriteDDS(Item::ItemInfo& itemInfo, const char* szValue) { return ReadString(itemInfo.m_SpriteData.m_szSpriteName, SpriteData::MAX_SPRITE_NAME, szValue); } bool ReadMinX(Item::ItemInfo& itemInfo, const char* szValue) { return ReadValue(itemInfo.m_SpriteData.m_nSpriteMinX, szValue); } bool ReadMinY(Item::ItemInfo& itemInfo, const char* szValue) { return ReadValue(itemInfo.m_SpriteData.m_nSpriteMinY, szValue); } bool ReadMaxX(Item::ItemInfo& itemInfo, const char* szValue) { return ReadValue(itemInfo.m_SpriteData.m_nSpriteMaxX, szValue); } bool ReadMaxY(Item::ItemInfo& itemInfo, const char* szValue) { return ReadValue(itemInfo.m_SpriteData.m_nSpriteMaxY, szValue); } bool ReadSizeX(Item::ItemInfo& itemInfo, const char* szValue) { return ReadValue(itemInfo.m_DetailData.m_cXSize, szValue); } bool ReadSizeY(Item::ItemInfo& itemInfo, const char* szValue) { return ReadValue(itemInfo.m_DetailData.m_cYSize, szValue); } bool ReadEffectSound(Item::ItemInfo& itemInfo, const char* szValue) { return ReadString(itemInfo.m_StringData.m_szEffectSoundName, StringData::MAX_EFFECT_SOUND_NAME, szValue); } bool ReadItemType(Item::ItemInfo& itemInfo, const char* szValue) { return ReadStringToTypeValue(itemInfo.m_DetailData.m_cItemType, Item::CItemType::GetInstance().GetItemTypeName(), Item::ItemType::MAX_ITEM_TYPE, szValue); } bool ReadTypeName(Item::ItemInfo& itemInfo, const char* szValue) { return ReadString(itemInfo.m_StringData.m_szTypeName, StringData::MAX_TYPE_NAME, szValue); } bool ReadAbleExchangeNDrop(Item::ItemInfo& itemInfo, const char* szValue) { return ReadStringToBool(itemInfo.m_DetailData.m_bExchangeAndDrop, szValue); } bool ReadAbleSell(Item::ItemInfo& itemInfo, const char* szValue) { return ReadStringToBool(itemInfo.m_DetailData.m_bSell, szValue); } bool ReadMinDropLevel(Item::ItemInfo& itemInfo, const char* szValue) { return ReadValue(itemInfo.m_DetailData.m_cMinDropLevel, szValue); } bool ReadMaxDropLevel(Item::ItemInfo& itemInfo, const char* szValue) { return ReadValue(itemInfo.m_DetailData.m_cMaxDropLevel, szValue); } bool ReadPrice(Item::ItemInfo& itemInfo, const char* szValue) { return ReadValue(itemInfo.m_DetailData.m_dwPrice, szValue); } bool ReadOptionPrice(Item::ItemInfo& itemInfo, const char* szValue) { return ReadStringToBool(itemInfo.m_DetailData.m_bOptionPrice, szValue); } bool ReadBlackPrice(Item::ItemInfo& itemInfo, const char* szValue) { return ReadValue(itemInfo.m_DetailData.m_dwBlackPrice, szValue); } bool ReadMedalPrice(Item::ItemInfo& itemInfo, const char* szValue) { return ReadValue(itemInfo.m_DetailData.m_dwMedalPrice, szValue); } bool ReadDurability(Item::ItemInfo& itemInfo, const char* szValue) { return ReadValue(itemInfo.m_DetailData.m_cDefaultDurabilityOrStack, szValue); } bool ReadMaxDurability(Item::ItemInfo& itemInfo, const char* szValue) { return ReadValue(itemInfo.m_DetailData.m_cMaxDurabilityOrStack, szValue); } bool ReadClassLimit(Item::ItemInfo& itemInfo, const char* szValue) { return ReadValue(itemInfo.m_UseLimit.m_dwClassLimit, szValue); } bool ReadLowLevel(Item::ItemInfo& itemInfo, const char* szValue) { return ReadValue(itemInfo.m_DetailData.m_wLowLimitLevel, szValue); } bool ReadHighLevel(Item::ItemInfo& itemInfo, const char* szValue) { return ReadValue(itemInfo.m_DetailData.m_wHighLimitLevel, szValue); } bool ReadLimitStatus(Item::ItemInfo& itemInfo, const char* szValue) { return ReadStringToTypeValue(itemInfo.m_UseLimit.m_cLimitStatus, Item::CItemType::GetInstance().GetItemLimitName(), Item::StatusLimit::MAX_STATUS_LIMIT, szValue); } bool ReadLimitValue(Item::ItemInfo& itemInfo, const char* szValue) { return ReadValue(itemInfo.m_UseLimit.m_wLimitValue, szValue); } bool ItemDataParser::SetDefaultData(ParseDataArray& parseDataArray) { parseDataArray.reserve(40); parseDataArray.push_back(ParseData("ID", ReadID)); parseDataArray.push_back(ParseData("ItemName", ReadItemName)); parseDataArray.push_back(ParseData("FieldModelName", ReadFieldModelName)); parseDataArray.push_back(ParseData("AttachedModelName", ReadAttachedModelName)); parseDataArray.push_back(ParseData("SpriteDDS", ReadSpriteDDS)); parseDataArray.push_back(ParseData("MinX", ReadMinX)); parseDataArray.push_back(ParseData("MinY", ReadMinY)); parseDataArray.push_back(ParseData("MaxX", ReadMaxX)); parseDataArray.push_back(ParseData("MaxY", ReadMaxY)); parseDataArray.push_back(ParseData("SizeX", ReadSizeX)); parseDataArray.push_back(ParseData("SizeY", ReadSizeY)); parseDataArray.push_back(ParseData("EffectSound", ReadEffectSound)); parseDataArray.push_back(ParseData("ItemType", ReadItemType)); parseDataArray.push_back(ParseData("TypeName", ReadTypeName)); parseDataArray.push_back(ParseData("AbleExchangeNDrop", ReadAbleExchangeNDrop)); parseDataArray.push_back(ParseData("AbleSell", ReadAbleSell)); parseDataArray.push_back(ParseData("MinDropLevel", ReadMinDropLevel)); parseDataArray.push_back(ParseData("MaxDropLevel", ReadMaxDropLevel)); parseDataArray.push_back(ParseData("Price", ReadPrice)); parseDataArray.push_back(ParseData("OptionPrice", ReadOptionPrice)); parseDataArray.push_back(ParseData("BlackPrice", ReadBlackPrice)); parseDataArray.push_back(ParseData("MedalPrice", ReadMedalPrice)); parseDataArray.push_back(ParseData("ClassLimit", ReadClassLimit)); parseDataArray.push_back(ParseData("LimitStat", ReadLimitStatus)); parseDataArray.push_back(ParseData("Limit", ReadLimitValue)); parseDataArray.push_back(ParseData("Durability", ReadDurability)); parseDataArray.push_back(ParseData("LowLevel", ReadLowLevel)); parseDataArray.push_back(ParseData("HighLevel", ReadHighLevel)); parseDataArray.push_back(ParseData("MaxDurability", ReadMaxDurability)); return true; } bool ReadMinDamage(Item::ItemInfo& itemInfo, const char* szValue) { ++itemInfo.m_EquipAttribute.m_nAttibuteNum; return ReadValue(itemInfo.m_EquipAttribute.m_usAttributeValue[Item::Attribute::MIN_DAMAGE], szValue); } bool ReadMaxDamage(Item::ItemInfo& itemInfo, const char* szValue) { ++itemInfo.m_EquipAttribute.m_nAttibuteNum; return ReadValue(itemInfo.m_EquipAttribute.m_usAttributeValue[Item::Attribute::MAX_DAMAGE], szValue); } bool ReadArmor(Item::ItemInfo& itemInfo, const char* szValue) { ++itemInfo.m_EquipAttribute.m_nAttibuteNum; return ReadValue(itemInfo.m_EquipAttribute.m_usAttributeValue[Item::Attribute::ARMOR], szValue); } bool ReadBlock(Item::ItemInfo& itemInfo, const char* szValue) { ++itemInfo.m_EquipAttribute.m_nAttibuteNum; return ReadValue(itemInfo.m_EquipAttribute.m_usAttributeValue[Item::Attribute::BLOCK], szValue); } bool ReadDropOption(Item::ItemInfo& itemInfo, const char* szValue) { return ReadValue(itemInfo.m_DetailData.m_wDropOption, szValue); } bool ReadGrade(Item::ItemInfo& itemInfo, const char* szValue) { return ReadStringToTypeValue(itemInfo.m_DetailData.m_cGrade, Item::CItemType::GetInstance().GetItemGradeName(), Item::EquipType::MAX_GRADE, szValue); } bool ReadCriticalType(Item::ItemInfo& itemInfo, const char* szValue) { return ReadValue(itemInfo.m_DetailData.m_cCriticalType, szValue); } bool ReadAttackRange(Item::ItemInfo& itemInfo, const char* szValue) { return ReadValue(itemInfo.m_DetailData.m_cAttackRange, szValue); } bool ReadMaxSocketNum(Item::ItemInfo& itemInfo, const char* szValue) { return ReadValue(itemInfo.m_DetailData.m_cMaxSocketNum, szValue); } bool ReadLuckChance(Item::ItemInfo& itemInfo, const char* szValue) { ++itemInfo.m_EquipAttribute.m_nAttibuteNum; return ReadValue(itemInfo.m_EquipAttribute.m_usAttributeValue[Item::Attribute::LUCKCHANCE], szValue); } bool ItemDataParser::SetEquipData(ParseDataArray& parseDataArray) { parseDataArray.push_back(ParseData("MinDamage", ReadMinDamage)); parseDataArray.push_back(ParseData("MaxDamage", ReadMaxDamage)); parseDataArray.push_back(ParseData("Defence", ReadArmor)); parseDataArray.push_back(ParseData("Block", ReadBlock)); parseDataArray.push_back(ParseData("DropOption", ReadDropOption)); parseDataArray.push_back(ParseData("Grade", ReadGrade)); parseDataArray.push_back(ParseData("CriticalType", ReadCriticalType)); parseDataArray.push_back(ParseData("AttackRange", ReadAttackRange)); parseDataArray.push_back(ParseData("MaxSocketNum", ReadMaxSocketNum)); parseDataArray.push_back(ParseData("MagicResist", ReadLuckChance)); return true; } bool ReadHitRate(Item::ItemInfo& itemInfo, const char* szValue) { ++itemInfo.m_EquipAttribute.m_nAttibuteNum; return ReadValue(itemInfo.m_EquipAttribute.m_usAttributeValue[Item::Attribute::HIT_RATE], szValue); } bool ReadEvade(Item::ItemInfo& itemInfo, const char* szValue) { ++itemInfo.m_EquipAttribute.m_nAttibuteNum; return ReadValue(itemInfo.m_EquipAttribute.m_usAttributeValue[Item::Attribute::EVADE], szValue); } bool ReadCritical(Item::ItemInfo& itemInfo, const char* szValue) { ++itemInfo.m_EquipAttribute.m_nAttibuteNum; return ReadValue(itemInfo.m_EquipAttribute.m_usAttributeValue[Item::Attribute::CRITICAL], szValue); } bool ReadMagicPower(Item::ItemInfo& itemInfo, const char* szValue) { ++itemInfo.m_EquipAttribute.m_nAttibuteNum; return ReadValue(itemInfo.m_EquipAttribute.m_usAttributeValue[Item::Attribute::MAGIC_POWER], szValue); } bool ReadMagicResist(Item::ItemInfo& itemInfo, const char* szValue) { ++itemInfo.m_EquipAttribute.m_nAttibuteNum; return ReadValue(itemInfo.m_EquipAttribute.m_usAttributeValue[Item::Attribute::MAGIC_RESIST], szValue); } bool ReadCoolDown(Item::ItemInfo& itemInfo, const char* szValue) { ++itemInfo.m_EquipAttribute.m_nAttibuteNum; return ReadValue(itemInfo.m_EquipAttribute.m_usAttributeValue[Item::Attribute::COOLDOWN], szValue); } bool ReadMaxHP(Item::ItemInfo& itemInfo, const char* szValue) { ++itemInfo.m_EquipAttribute.m_nAttibuteNum; return ReadValue(itemInfo.m_EquipAttribute.m_usAttributeValue[Item::Attribute::MAX_HP], szValue); } bool ReadMaxMP(Item::ItemInfo& itemInfo, const char* szValue) { ++itemInfo.m_EquipAttribute.m_nAttibuteNum; return ReadValue(itemInfo.m_EquipAttribute.m_usAttributeValue[Item::Attribute::MAX_MP], szValue); } bool ReadHPRegen(Item::ItemInfo& itemInfo, const char* szValue) { ++itemInfo.m_EquipAttribute.m_nAttibuteNum; return ReadValue(itemInfo.m_EquipAttribute.m_usAttributeValue[Item::Attribute::HP_REGEN], szValue); } bool ReadMPRegen(Item::ItemInfo& itemInfo, const char* szValue) { ++itemInfo.m_EquipAttribute.m_nAttibuteNum; return ReadValue(itemInfo.m_EquipAttribute.m_usAttributeValue[Item::Attribute::MP_REGEN], szValue); } bool ReadSpeed(Item::ItemInfo& itemInfo, const char* szValue) { ++itemInfo.m_EquipAttribute.m_nAttibuteNum; return ReadValue(itemInfo.m_EquipAttribute.m_usAttributeValue[Item::Attribute::SPEED], szValue); } bool ReadSkillPoint(Item::ItemInfo& itemInfo, const char* szValue) { ++itemInfo.m_EquipAttribute.m_nAttibuteNum; return ReadValue(itemInfo.m_EquipAttribute.m_usAttributeValue[Item::Attribute::SKILL_POINT], szValue); } bool ReadFrost(Item::ItemInfo& itemInfo, const char* szValue) { ++itemInfo.m_EquipAttribute.m_nAttibuteNum; return ReadValue(itemInfo.m_EquipAttribute.m_usAttributeValue[Item::Attribute::FROST], szValue); } bool ReadFire(Item::ItemInfo& itemInfo, const char* szValue) { ++itemInfo.m_EquipAttribute.m_nAttibuteNum; return ReadValue(itemInfo.m_EquipAttribute.m_usAttributeValue[Item::Attribute::FIRE], szValue); } bool ReadElectro(Item::ItemInfo& itemInfo, const char* szValue) { ++itemInfo.m_EquipAttribute.m_nAttibuteNum; return ReadValue(itemInfo.m_EquipAttribute.m_usAttributeValue[Item::Attribute::ELECTRO], szValue); } bool ReadDarkness(Item::ItemInfo& itemInfo, const char* szValue) { ++itemInfo.m_EquipAttribute.m_nAttibuteNum; return ReadValue(itemInfo.m_EquipAttribute.m_usAttributeValue[Item::Attribute::DARKNESS], szValue); } bool ItemDataParser::SetAccessoryData(ParseDataArray& parseDataArray) { parseDataArray.push_back(ParseData("MinDamage", ReadMinDamage)); parseDataArray.push_back(ParseData("MaxDamage", ReadMaxDamage)); parseDataArray.push_back(ParseData("Defence", ReadArmor)); parseDataArray.push_back(ParseData("Block", ReadBlock)); parseDataArray.push_back(ParseData("DropOption", ReadDropOption)); parseDataArray.push_back(ParseData("Grade", ReadGrade)); parseDataArray.push_back(ParseData("CriticalType", ReadCritical)); parseDataArray.push_back(ParseData("AttackRange", ReadHitRate)); parseDataArray.push_back(ParseData("MaxSocketNum", ReadMagicPower)); parseDataArray.push_back(ParseData("MagicResist", ReadMagicResist)); parseDataArray.push_back(ParseData("Evade", ReadEvade)); parseDataArray.push_back(ParseData("CoolDown", ReadCoolDown)); parseDataArray.push_back(ParseData("MaxHP", ReadMaxHP)); parseDataArray.push_back(ParseData("MaxMP", ReadMaxMP)); parseDataArray.push_back(ParseData("HPRegen", ReadHPRegen)); parseDataArray.push_back(ParseData("MPRegen", ReadMPRegen)); parseDataArray.push_back(ParseData("Speed", ReadSpeed)); parseDataArray.push_back(ParseData("SkillPoint", ReadSkillPoint)); parseDataArray.push_back(ParseData("Frost", ReadFrost)); parseDataArray.push_back(ParseData("Fire", ReadFire)); parseDataArray.push_back(ParseData("Electro", ReadElectro)); parseDataArray.push_back(ParseData("Darkness", ReadDarkness)); return true; } bool ItemDataParser::SetAvataData(ParseDataArray& parseDataArray) { parseDataArray.push_back(ParseData("DropOption", ReadDropOption)); parseDataArray.push_back(ParseData("Grade", ReadGrade)); parseDataArray.push_back(ParseData("Speed", ReadSpeed)); return true; } bool ReadForStatueWar(Item::ItemInfo& itemInfo, const char* szValue) { return ReadStringToBool(itemInfo.m_UseItemInfo.m_bForStatueWar, szValue); } bool ReadLimitRealmPoint(Item::ItemInfo& itemInfo, const char* szValue) { return ReadValue(itemInfo.m_UseItemInfo.m_cLimitRealmPoint, szValue); } bool ReadSkill_ID(Item::ItemInfo& itemInfo, const char* szValue) { itemInfo.m_UseItemInfo.m_usSkill_ID = Math::Convert::Atos(szValue); return true; } bool ReadSkill_Level(Item::ItemInfo& itemInfo, const char* szValue) { return ReadValue(itemInfo.m_UseItemInfo.m_usSkill_LockCount, szValue); } bool ReadZone(Item::ItemInfo& itemInfo, const char* szValue) { return ReadValue(itemInfo.m_UseItemInfo.m_cZone, szValue); } bool ReadPositionX(Item::ItemInfo& itemInfo, const char* szValue) { return ReadValue(itemInfo.m_UseItemInfo.m_Pos.m_fPointX, szValue); } bool ReadPositionY(Item::ItemInfo& itemInfo, const char* szValue) { return ReadValue(itemInfo.m_UseItemInfo.m_Pos.m_fPointY, szValue); } bool ReadPositionZ(Item::ItemInfo& itemInfo, const char* szValue) { return ReadValue(itemInfo.m_UseItemInfo.m_Pos.m_fPointZ, szValue); } bool ReadAmount(Item::ItemInfo& itemInfo, const char* szValue) { return ReadValue(itemInfo.m_UseItemInfo.m_dwAmount, szValue); } bool ReadQuestID(Item::ItemInfo& itemInfo, const char* szValue) { itemInfo.m_UseItemInfo.m_wQuestID = Math::Convert::Atos(szValue); return true; } bool ReadItemDescribe(Item::ItemInfo& itemInfo, const char* szValue) { return ReadString(itemInfo.m_StringData.m_szItemDescribe, Item::StringData::MAX_ITEM_DESCRIBE, szValue); } bool ItemDataParser::SetUseItemData(ParseDataArray& parseDataArray) { parseDataArray.push_back(ParseData("MinDamage", ReadForStatueWar)); parseDataArray.push_back(ParseData("MaxDamage", ReadLimitRealmPoint)); parseDataArray.push_back(ParseData("Defence", ReadSkill_ID)); parseDataArray.push_back(ParseData("Block", ReadSkill_Level)); parseDataArray.push_back(ParseData("DropOption", ReadZone)); parseDataArray.push_back(ParseData("Grade", ReadPositionX)); parseDataArray.push_back(ParseData("CriticalType", ReadPositionY)); parseDataArray.push_back(ParseData("AttackRange", ReadPositionZ)); parseDataArray.push_back(ParseData("MaxSocketNum", ReadAmount)); parseDataArray.push_back(ParseData("MagicResist", ReadQuestID)); parseDataArray.push_back(ParseData("Evade", ReadItemDescribe)); return true; } bool ItemDataParser::SetEtcItemData(ParseDataArray& parseDataArray) { parseDataArray.push_back(ParseData("MinDamage", ReadItemDescribe)); return true; }