inline void LoadDBC(uint32& availableDbcLocales,barGoLink& bar, StoreProblemList& errlist, DBCStorage<T>& storage, std::string dbc_path, std::string filename) { // compatibility format and C++ structure sizes assert(DBCFile::GetFormatRecordSize(storage.GetFormat()) == sizeof(T) || LoadDBC_assert_print(DBCFile::GetFormatRecordSize(storage.GetFormat()),sizeof(T),filename)); std::string dbc_filename = dbc_path + filename; if(storage.Load(dbc_filename.c_str())) { bar.step(); for(uint8 i = 0; i < MAX_LOCALE; ++i) { if(!(availableDbcLocales & (1 << i))) continue; std::string dbc_filename_loc = dbc_path + localeNames[i] + "/" + filename; if(!storage.LoadStringsFrom(dbc_filename_loc.c_str())) availableDbcLocales &= ~(1<<i); // mark as not available for speedup next checks } } else { // sort problematic dbc to (1) non compatible and (2) non-existed FILE * f=fopen(dbc_filename.c_str(),"rb"); if(f) { char buf[100]; snprintf(buf,100," (exist, but have %d fields instead %d) Wrong client version DBC file?",storage.GetFieldCount(),strlen(storage.GetFormat())); errlist.push_back(dbc_filename + buf); fclose(f); } else errlist.push_back(dbc_filename); } }
inline void LoadDBC(uint32& availableDbcLocales, BarGoLink& bar, StoreProblemList& errlist, DBCStorage<T>& storage, const std::string& dbc_path, const std::string& filename) { // compatibility format and C++ structure sizes MANGOS_ASSERT(DBCFileLoader::GetFormatRecordSize(storage.GetFormat()) == sizeof(T) || LoadDBC_assert_print(DBCFileLoader::GetFormatRecordSize(storage.GetFormat()), sizeof(T), filename)); std::string dbc_filename = dbc_path + filename; if (storage.Load(dbc_filename.c_str())) { bar.step(); for (uint8 i = 0; fullLocaleNameList[i].name; ++i) { if (!(availableDbcLocales & (1 << i))) { continue; } std::string dbc_filename_loc = dbc_path + fullLocaleNameList[i].name + "/" + filename; if (!storage.LoadStringsFrom(dbc_filename_loc.c_str())) { availableDbcLocales &= ~(1 << i); } // mark as not available for speedup next checks } } else { // sort problematic dbc to (1) non compatible and (2) nonexistent FILE* f = fopen(dbc_filename.c_str(), "rb"); if (f) { char buf[100]; snprintf(buf, 100, " (exist, but have %u fields instead " SIZEFMTD ") Wrong client version DBC file?", storage.GetFieldCount(), strlen(storage.GetFormat())); errlist.push_back(dbc_filename + buf); fclose(f); } else { errlist.push_back(dbc_filename); } } }
inline void LoadDBC(LocalData& localeData, BarGoLink& bar, StoreProblemList& errlist, DBCStorage<T>& storage, const std::string& dbc_path, const std::string& filename) { // compatibility format and C++ structure sizes MANGOS_ASSERT(DBCFileLoader::GetFormatRecordSize(storage.GetFormat()) == sizeof(T) || LoadDBC_assert_print(DBCFileLoader::GetFormatRecordSize(storage.GetFormat()), sizeof(T), filename)); std::string dbc_filename = dbc_path + filename; if (storage.Load(dbc_filename.c_str())) { bar.step(); for (uint8 i = 0; fullLocaleNameList[i].name; ++i) { if (!(localeData.availableDbcLocales & (1 << i))) continue; LocaleNameStr const* localStr = &fullLocaleNameList[i]; std::string dbc_dir_loc = dbc_path + localStr->name + "/"; if (!(localeData.checkedDbcLocaleBuilds & (1 << i))) { localeData.checkedDbcLocaleBuilds |= (1 << i); // mark as checked for speedup next checks uint32 build_loc = ReadDBCBuild(dbc_dir_loc, localStr); if (localeData.main_build != build_loc) { localeData.availableDbcLocales &= ~(1 << i); // mark as not available for speedup next checks // exist but wrong build if (build_loc) { std::string dbc_filename_loc = dbc_path + localStr->name + "/" + filename; char buf[200]; snprintf(buf, 200, " (exist, but DBC locale subdir %s have DBCs for build %u instead expected build %u, it and other DBC from subdir skipped)", localStr->name, build_loc, localeData.main_build); errlist.push_back(dbc_filename_loc + buf); } continue; } } std::string dbc_filename_loc = dbc_path + localStr->name + "/" + filename; if (!storage.LoadStringsFrom(dbc_filename_loc.c_str())) localeData.availableDbcLocales &= ~(1 << i);// mark as not available for speedup next checks } } else { // sort problematic dbc to (1) non compatible and (2) nonexistent FILE* f = fopen(dbc_filename.c_str(), "rb"); if (f) { char buf[100]; snprintf(buf, 100, " (exist, but have %u fields instead " SIZEFMTD ") Wrong client version DBC file?", storage.GetFieldCount(), strlen(storage.GetFormat())); errlist.push_back(dbc_filename + buf); fclose(f); } else errlist.push_back(dbc_filename); } }
inline void LoadDBC(uint32& availableDbcLocales, StoreProblemList& errlist, DBCStorage<T>& storage, const std::string& dbc_path, const std::string& filename, const std::string * custom_entries = NULL, const std::string * idname = NULL) { // compatibility format and C++ structure sizes if (!(DBCFileLoader::GetFormatRecordSize(storage.GetFormat()) == sizeof(T) || LoadDBC_assert_print(DBCFileLoader::GetFormatRecordSize(storage.GetFormat()), sizeof(T), filename))) return; ++DBCFileCount; std::string dbc_filename = dbc_path + filename; SqlDbc * sql = NULL; if (custom_entries) sql = new SqlDbc(&filename, custom_entries, idname, storage.GetFormat()); if (storage.Load(dbc_filename.c_str(), sql)) { for (uint8 loc = 1; loc < TOTAL_LOCALES; ++loc) { if (!(availableDbcLocales & (1 << loc))) continue; std::string localizedFileName = dbc_path + localeNames[loc] + "/" + filename; if (!storage.LoadStringsFrom(localizedFileName.c_str(), loc)) availableDbcLocales &= ~(1<<loc); // mark locale as not available } } else { // sort problematic dbc to (1) non compatible and (2) non-existed FILE * f=fopen(dbc_filename.c_str(), "rb"); if (f) { printf("Can't LOAD dbc %s !\n", dbc_filename.c_str()); char buf[100]; snprintf(buf, 100, " (exist, but have %d fields instead " SIZEFMTD ") Wrong client version DBC file?", storage.GetFieldCount(), strlen(storage.GetFormat())); errlist.push_back(dbc_filename + buf); fclose(f); } else { printf("Can't OPEN dbc %s !\n", dbc_filename.c_str()); errlist.push_back(dbc_filename); } } delete sql; }
inline void LoadDBC(uint32& availableDbcLocales, StoreProblemList& errors, DBCStorage<T>& storage, std::string const& dbcPath, std::string const& filename, std::string const* customFormat = NULL, std::string const* customIndexName = NULL) { // compatibility format and C++ structure sizes ASSERT(DBCFileLoader::GetFormatRecordSize(storage.GetFormat()) == sizeof(T) || LoadDBC_assert_print(DBCFileLoader::GetFormatRecordSize(storage.GetFormat()), sizeof(T), filename)); ++DBCFileCount; std::string dbcFilename = dbcPath + filename; SqlDbc * sql = NULL; if (customFormat) sql = new SqlDbc(&filename, customFormat, customIndexName, storage.GetFormat()); if (storage.Load(dbcFilename.c_str(), sql)) { for (uint8 i = 0; i < TOTAL_LOCALES; ++i) { if (!(availableDbcLocales & (1 << i))) continue; std::string localizedName(dbcPath); localizedName.append(localeNames[i]); localizedName.push_back('/'); localizedName.append(filename); if (!storage.LoadStringsFrom(localizedName.c_str())) availableDbcLocales &= ~(1<<i); // mark as not available for speedup next checks } } else { // sort problematic dbc to (1) non compatible and (2) non-existed if (FILE* f = fopen(dbcFilename.c_str(), "rb")) { std::ostringstream stream; stream << dbcFilename << " exists, and has " << storage.GetFieldCount() << " field(s) (expected " << strlen(storage.GetFormat()) << "). Extracted file might be from wrong client version or a database-update has been forgotten."; std::string buf = stream.str(); errors.push_back(buf); fclose(f); } else errors.push_back(dbcFilename); } delete sql; }
inline void LoadDBC(uint32& availableDbcLocales, StoreProblemList& errors, DBCStorage<T>& storage, std::string const& dbcPath, std::string const& filename, std::string const* customFormat = NULL, std::string const* customIndexName = NULL) { // compatibility format and C++ structure sizes ASSERT(DBCFileLoader::GetFormatRecordSize(storage.GetFormat()) == sizeof(T) || LoadDBC_assert_print(DBCFileLoader::GetFormatRecordSize(storage.GetFormat()), sizeof(T), filename)); ++DBCFileCount; std::string dbcFilename = dbcPath + filename; SqlDbc * sql = NULL; if (customFormat) sql = new SqlDbc(&filename, customFormat, customIndexName, storage.GetFormat()); if (storage.Load(dbcFilename.c_str(), sql)) { for (uint8 i = 0; i < TOTAL_LOCALES; ++i) { if (!(availableDbcLocales & (1 << i))) continue; std::string localizedName(dbcPath); localizedName.append(localeNames[i]); localizedName.push_back('/'); localizedName.append(filename); if (!storage.LoadStringsFrom(localizedName.c_str())) availableDbcLocales &= ~(1<<i); // mark as not available for speedup next checks } } else { // sort problematic dbc to (1) non compatible and (2) non-existed if (FILE* f = fopen(dbcFilename.c_str(), "rb")) { char buf[100]; snprintf(buf, 100, " (exists, but has %u fields instead of " SIZEFMTD ") Possible wrong client version.", storage.GetFieldCount(), strlen(storage.GetFormat())); errors.push_back(dbcFilename + buf); fclose(f); } else errors.push_back(dbcFilename); } delete sql; }
void dump_data(std::ostream& out, DBCStorage<T> const& store, bool ext_insert = true) { std::string class_name = ClassInfo<T>::name; strip_trailing(class_name, "Entry"); if (ext_insert) out << "INSERT INTO " << class_name << " VALUES\n"; uint32 last_row = store.GetNumRows() - 1; for (uint32 row = 0; row <= last_row; ++row) { T const* entry = store.LookupEntry(row); if (!entry) continue; if (ext_insert) out << "("; else out << "INSERT INTO " << class_name << " VALUES ("; uint32 col = 0; for (FieldList::const_iterator itr = ClassInfo<T>::fields.begin(); itr != ClassInfo<T>::fields.end(); ++itr, ++col) { bool is_text = ((*itr)->getType() == TYPE_STRING || (*itr)->getType()== TYPE_STRING_CONST) && (*itr)->isArray() && (*itr)->getArraySize() == 16; // all string fields have 16 locales if (is_text && (*itr)->getArrayIndex() != 0) // only dump en_US locale continue; if (col > 0) out << ", "; if (is_text) out << '\'' << escape_string((*itr)->getValue(const_cast<T*>(entry))) << '\''; else out << (*itr)->getValue(const_cast<T*>(entry)); } if (ext_insert) out << (row < last_row ? "),\n" : ");\n"); else out << ");\n"; } }
inline void LoadDBC(uint32& availableDbcLocales,barGoLink& bar, StoreProblemList& errlist, DBCStorage<T>& storage, const std::string& dbc_path, const std::string& filename, const std::string * custom_entries = NULL, const std::string * idname = NULL) { // compatibility format and C++ structure sizes if(!(DBCFileLoader::GetFormatRecordSize(storage.GetFormat()) == sizeof(T) || LoadDBC_assert_print(DBCFileLoader::GetFormatRecordSize(storage.GetFormat()),sizeof(T),filename))) return; std::string dbc_filename = dbc_path + filename; SqlDbc * sql = NULL; if (custom_entries) sql = new SqlDbc(&filename,custom_entries, idname,storage.GetFormat()); if (storage.Load(dbc_filename.c_str(), sql)) { bar.step(); } else { // sort problematic dbc to (1) non compatible and (2) non-existed FILE * f=fopen(dbc_filename.c_str(),"rb"); if (f) { printf("Can't LOAD dbc %s !\n", dbc_filename.c_str()); char buf[100]; snprintf(buf,100," (exist, but have %d fields instead " SIZEFMTD ") Wrong client version DBC file?",storage.GetFieldCount(),strlen(storage.GetFormat())); errlist.push_back(dbc_filename + buf); fclose(f); } else { printf("Can't OPEN dbc %s !\n", dbc_filename.c_str()); errlist.push_back(dbc_filename); } } delete sql; }
inline void LoadDBC(barGoLink& bar, StoreProblemList& errlist, DBCStorage<T>& storage, std::string filename) { // compatibility format and C++ structure sizes assert(DBCFile::GetFormatRecordSize(storage.fmt) == sizeof(T) || LoadDBC_assert_print(DBCFile::GetFormatRecordSize(storage.fmt),sizeof(T),filename)); if(storage.Load(filename.c_str())) bar.step(); else { // sort problematic dbc to (1) non compatible and (2) non-existed FILE * f=fopen(filename.c_str(),"rb"); if(f) { char buf[100]; snprintf(buf,100," (exist, but have %d fields instead %d) Wrong client version DBC file?",storage.fieldCount,strlen(storage.fmt)); errlist.push_back(filename + buf); fclose(f); }else errlist.push_back(filename); } }
void ItemTemplate::GetDamage(uint32 itemLevel, float& minDamage, float& maxDamage) const { minDamage = maxDamage = 0.0f; uint32 quality = ItemQualities(GetQuality()) != ITEM_QUALITY_HEIRLOOM ? ItemQualities(GetQuality()) : ITEM_QUALITY_RARE; if (GetClass() != ITEM_CLASS_WEAPON || quality > ITEM_QUALITY_ARTIFACT) return; DBCStorage<ItemDamageEntry>* store = NULL; // get the right store here if (GetInventoryType() > INVTYPE_RANGEDRIGHT) return; switch (GetInventoryType()) { case INVTYPE_AMMO: store = &sItemDamageAmmoStore; break; case INVTYPE_2HWEAPON: if (GetFlags2() & ITEM_FLAG2_CASTER_WEAPON) store = &sItemDamageTwoHandCasterStore; else store = &sItemDamageTwoHandStore; break; case INVTYPE_RANGED: case INVTYPE_THROWN: case INVTYPE_RANGEDRIGHT: switch (GetSubClass()) { case ITEM_SUBCLASS_WEAPON_WAND: store = &sItemDamageWandStore; break; case ITEM_SUBCLASS_WEAPON_THROWN: store = &sItemDamageThrownStore; break; case ITEM_SUBCLASS_WEAPON_BOW: case ITEM_SUBCLASS_WEAPON_GUN: case ITEM_SUBCLASS_WEAPON_CROSSBOW: store = &sItemDamageRangedStore; break; default: return; } break; case INVTYPE_WEAPON: case INVTYPE_WEAPONMAINHAND: case INVTYPE_WEAPONOFFHAND: if (GetFlags2() & ITEM_FLAG2_CASTER_WEAPON) store = &sItemDamageOneHandCasterStore; else store = &sItemDamageOneHandStore; break; default: return; } ASSERT(store); ItemDamageEntry const* damageInfo = store->LookupEntry(itemLevel); if (!damageInfo) return; float dps = damageInfo->DPS[quality]; float avgDamage = dps * GetDelay() * 0.001f; minDamage = (GetStatScalingFactor() * -0.5f + 1.0f) * avgDamage; maxDamage = floor(float(avgDamage * (GetStatScalingFactor() * 0.5f + 1.0f) + 0.5f)); }