//function which updates the playerlist.
void World::updatePlayerList() {
using namespace Database;
std::cout<<"Updateplayerlist start"<<std::endl;
PConnection connection = ConnectionManager::getInstance().getConnection();
try {
connection->beginTransaction();
DeleteQuery delQuery(connection);
delQuery.setServerTable("onlineplayer");
delQuery.execute();
if (!Players.empty()) {
InsertQuery insQuery(connection);
insQuery.setServerTable("onlineplayer");
const InsertQuery::columnIndex column = insQuery.addColumn("on_playerid");
PLAYERVECTOR::iterator plIterator;
for (plIterator = Players.begin(); plIterator != Players.end(); ++plIterator) {
insQuery.addValue<TYPE_OF_CHARACTER_ID>(column, (*plIterator)->id);
}
insQuery.execute();
}
connection->commitTransaction();
} catch (std::exception &e) {
std::cerr<<"caught exception during online player save: "<<e.what()<<std::endl;
connection->rollbackTransaction();
}
std::cout<<"updateplayerlist end"<<std::endl;
}
//function which updates the playerlist.
void World::updatePlayerList() {
using namespace Database;
PConnection connection = ConnectionManager::getInstance().getConnection();
try {
connection->beginTransaction();
DeleteQuery delQuery(connection);
delQuery.setServerTable("onlineplayer");
delQuery.execute();
if (!Players.empty()) {
InsertQuery insQuery(connection);
insQuery.setServerTable("onlineplayer");
const InsertQuery::columnIndex column = insQuery.addColumn("on_playerid");
Players.for_each([&](Player *player) {
insQuery.addValue<TYPE_OF_CHARACTER_ID>(column, player->getId());
});
insQuery.execute();
}
connection->commitTransaction();
} catch (std::exception &e) {
Logger::error(LogFacility::World) << "Exception during saving online player list: " << e.what() << Log::end;
connection->rollbackTransaction();
}
}
bool LongTimeEffect::save(uint32_t playerid, int32_t currentTime) {
using namespace Database;
PConnection connection = ConnectionManager::getInstance().getConnection();
try {
connection->beginTransaction();
{
InsertQuery insQuery(connection);
insQuery.setServerTable("playerlteffects");
const InsertQuery::columnIndex userColumn = insQuery.addColumn("plte_playerid");
const InsertQuery::columnIndex effectColumn = insQuery.addColumn("plte_effectid");
const InsertQuery::columnIndex nextCalledColumn = insQuery.addColumn("plte_nextcalled");
const InsertQuery::columnIndex numberCalledColumn = insQuery.addColumn("plte_numbercalled");
insQuery.addValue(userColumn, playerid);
insQuery.addValue(effectColumn, effectId);
insQuery.addValue(nextCalledColumn, executionTime - currentTime);
insQuery.addValue(numberCalledColumn, numberOfCalls);
insQuery.execute();
}
{
InsertQuery insQuery(connection);
insQuery.setServerTable("playerlteffectvalues");
const InsertQuery::columnIndex userColumn = insQuery.addColumn("pev_playerid");
const InsertQuery::columnIndex effectColumn = insQuery.addColumn("pev_effectid");
const InsertQuery::columnIndex nameColumn = insQuery.addColumn("pev_name");
const InsertQuery::columnIndex valueColumn = insQuery.addColumn("pev_value");
for (const auto &value : values) {
insQuery.addValue(nameColumn, value.first);
insQuery.addValue(valueColumn, value.second);
insQuery.addValue(userColumn, playerid);
insQuery.addValue(effectColumn, effectId);
}
insQuery.execute();
}
connection->commitTransaction();
return true;
} catch (std::exception &e) {
Logger::error(LogFacility::Other) << "Exception while saving long time effects: " << e.what() << Log::end;
connection->rollbackTransaction();
return false;
}
return true;
}
PConnection *
PConnectionManager::create_connection (void)
{
ACE_GUARD_RETURN (ACE_SYNCH_RECURSIVE_MUTEX, monitor, this->lock_, 0);
if (this->num_connections_ >= MAX_CONNECTIONS ||
this->flg_cancel_ != 0)
return 0;
PConnection * connection = 0;
for (u_int i = 0; i < MAX_CONNECTIONS; ++i)
{
if (this->list_connections_[i] != 0)
continue;
connection = this->factory_.create_connection(*this);
if (connection == 0)
break;
this->list_connections_[i] = connection;
this->num_connections_++;
if (this->num_connections_ > this->peak_connections_)
this->peak_connections_ = this->num_connections_;
connection->set_manager (this,i);
connection->set_timeout (this->timeout_);
ACE_DEBUG ((LM_DEBUG,
ACE_TEXT ("(%t) %s=%d NEW %s=%d\n"),
this->get_name(),
this->num_connections_,
connection->get_name(),
i));
PConnectionProtocol * protocol =
this->factory_.create_protocol (connection);
connection->set_protocol (protocol);
break;
}
return connection;
}
MonsterTable::MonsterTable() {
Logger::info(LogFacility::Other) << "MonsterTable::constructor" << Log::end;
try {
using namespace Database;
PConnection connection = ConnectionManager::getInstance().getConnection();
connection->beginTransaction();
SelectQuery monquery(connection);
monquery.addColumn("monster", "mob_monsterid");
monquery.addColumn("monster", "mob_name_de");
monquery.addColumn("monster", "mob_name_en");
monquery.addColumn("monster", "mob_race");
monquery.addColumn("monster", "mob_hitpoints");
monquery.addColumn("monster", "mob_movementtype");
monquery.addColumn("monster", "mob_canattack");
monquery.addColumn("monster", "mob_canhealself");
monquery.addColumn("monster", "script");
monquery.addColumn("monster", "mob_minsize");
monquery.addColumn("monster", "mob_maxsize");
monquery.addServerTable("monster");
monquery.addOrderBy("monster", "mob_monsterid", Database::SelectQuery::ASC);
Database::Result monresults = monquery.execute();
if (!monresults.empty()) {
auto questNodes = QuestNodeTable::getInstance().getMonsterNodes();
auto questItr = questNodes.first;
auto questEnd = questNodes.second;
SelectQuery monLootDataQuery(connection);
monLootDataQuery.addColumn("monster_drop_data", "mdd_id");
monLootDataQuery.addColumn("monster_drop_data", "mdd_key");
monLootDataQuery.addColumn("monster_drop_data", "mdd_value");
monLootDataQuery.addServerTable("monster_drop_data");
auto lootDataResults = monLootDataQuery.execute();
std::map<uint32_t, std::map<std::string, std::string>> lootData;
for (const auto &row: lootDataResults) {
auto &lootDataEntry = lootData[row["mdd_id"].as<uint32_t>()];
lootDataEntry.insert(std::make_pair(row["mdd_key"].as<std::string>(),
row["mdd_value"].as<std::string>()));
}
for (const auto &row : monresults) {
MonsterStruct temprecord;
const uint32_t id = row["mob_monsterid"].as<uint32_t>();
temprecord.nameDe = row["mob_name_de"].as<std::string>();
temprecord.nameEn = row["mob_name_en"].as<std::string>();
temprecord.race = row["mob_race"].as<TYPE_OF_RACE_ID>();
temprecord.hitpoints = row["mob_hitpoints"].as<uint16_t>();
temprecord.canselfheal = row["mob_canhealself"].as<bool>();
temprecord.canattack = row["mob_canattack"].as<bool>();
temprecord.minsize = row["mob_minsize"].as<uint16_t>();
temprecord.maxsize = row["mob_maxsize"].as<uint16_t>();
const std::string movementType = row["mob_movementtype"].as<std::string>("");
if (movementType == "walk") {
temprecord.movement = movement_type::walk;
} else if (movementType == "fly") {
temprecord.movement = movement_type::fly;
} else if (movementType == "crawl") {
temprecord.movement = movement_type::crawl;
} else {
//TODO: Some proper error handling for invalid data
temprecord.movement = movement_type::walk;
}
if (!row["script"].is_null()) {
const std::string scriptname = row["script"].as<std::string>();
try {
std::shared_ptr<LuaMonsterScript> script(new LuaMonsterScript(scriptname));
temprecord.script = script;
} catch (ScriptException &e) {
Logger::error(LogFacility::Script) << "Error while loading monster script: " << scriptname << ": " << e.what() << Log::end;
}
} else if (questItr != questEnd && questItr->first == id) {
std::shared_ptr<LuaMonsterScript> tmpScript = std::make_shared<LuaMonsterScript>();
temprecord.script = tmpScript;
}
while (questItr != questEnd && questItr->first == id) {
temprecord.script->addQuestScript(questItr->second.entrypoint, questItr->second.script);
++questItr;
}
SelectQuery monAttrQuery(connection);
monAttrQuery.addColumn("monster_attributes", "mobattr_name");
monAttrQuery.addColumn("monster_attributes", "mobattr_min");
monAttrQuery.addColumn("monster_attributes", "mobattr_max");
monAttrQuery.addEqualCondition("monster_attributes", "mobattr_monsterid", id);
monAttrQuery.addServerTable("monster_attributes");
Database::Result monAttrResults = monAttrQuery.execute();
for (const auto &row : monAttrResults) {
const std::string attribute = row["mobattr_name"].as<std::string>("");
uint16_t minValue = row["mobattr_min"].as<uint16_t>();
uint16_t maxValue = row["mobattr_max"].as<uint16_t>();
if (attribute == "luck") {
temprecord.attributes.luck = std::make_pair(minValue, maxValue);
} else if (attribute == "strength") {
temprecord.attributes.strength = std::make_pair(minValue, maxValue);
} else if (attribute == "dexterity") {
temprecord.attributes.dexterity = std::make_pair(minValue, maxValue);
} else if (attribute == "constitution") {
temprecord.attributes.constitution = std::make_pair(minValue, maxValue);
} else if (attribute == "agility") {
temprecord.attributes.agility = std::make_pair(minValue, maxValue);
} else if (attribute == "intelligence") {
temprecord.attributes.intelligence = std::make_pair(minValue, maxValue);
} else if (attribute == "perception") {
temprecord.attributes.perception = std::make_pair(minValue, maxValue);
} else if (attribute == "willpower") {
temprecord.attributes.willpower = std::make_pair(minValue, maxValue);
} else if (attribute == "essence") {
temprecord.attributes.essence = std::make_pair(minValue, maxValue);
} else {
Logger::error(LogFacility::Other) << "Unknown attribute type for monster " << id << ": " << attribute << Log::end;
}
}
SelectQuery monSkillQuery(connection);
monSkillQuery.addColumn("monster_skills", "mobsk_skill_id");
monSkillQuery.addColumn("monster_skills", "mobsk_minvalue");
monSkillQuery.addColumn("monster_skills", "mobsk_maxvalue");
monSkillQuery.addEqualCondition("monster_skills", "mobsk_monsterid", id);
monSkillQuery.addServerTable("monster_skills");
Database::Result monSkillResults = monSkillQuery.execute();
for (const auto &row : monSkillResults) {
TYPE_OF_SKILL_ID skill = TYPE_OF_SKILL_ID(row["mobsk_skill_id"].as<uint16_t>());
uint16_t minValue = row["mobsk_minvalue"].as<uint16_t>();
uint16_t maxValue = row["mobsk_maxvalue"].as<uint16_t>();
temprecord.skills[skill] = std::make_pair(minValue, maxValue);
}
SelectQuery monItemQuery(connection);
monItemQuery.addColumn("monster_items", "mobit_itemid");
monItemQuery.addColumn("monster_items", "mobit_position");
monItemQuery.addColumn("monster_items", "mobit_mincount");
monItemQuery.addColumn("monster_items", "mobit_maxcount");
monItemQuery.addEqualCondition("monster_items", "mobit_monsterid", id);
monItemQuery.addServerTable("monster_items");
Database::Result monItemResults = monItemQuery.execute();
for (const auto &row : monItemResults) {
itemdef_t tempitem;
tempitem.itemid = row["mobit_itemid"].as<TYPE_OF_ITEM_ID>();
tempitem.amount = std::make_pair(
row["mobit_mincount"].as<uint16_t>(),
row["mobit_maxcount"].as<uint16_t>());
const std::string position = row["mobit_position"].as<std::string>("");
uint16_t location;
if (position == "head") {
location = 1;
} else if (position == "neck") {
location = 2;
} else if (position == "breast") {
location = 3;
} else if (position == "hands") {
location = 4;
} else if (position == "left hand") {
location = 5;
} else if (position == "right hand") {
location = 6;
} else if (position == "left finger") {
location = 7;
} else if (position == "right finger") {
location = 8;
} else if (position == "legs") {
location = 9;
} else if (position == "feet") {
location = 10;
} else if (position == "coat") {
location = 11;
} else if (position == "belt1") {
location = 12;
} else if (position == "belt2") {
location = 13;
} else if (position == "belt3") {
location = 14;
} else if (position == "belt4") {
location = 15;
} else if (position == "belt5") {
location = 16;
} else if (position == "belt6") {
location = 17;
} else {
Logger::error(LogFacility::Other) << "Invalid itemslot for monster " << id << ": " << position << Log::end;
location = 99;
}
const auto &tempCommon = Data::CommonItems[tempitem.itemid];
if (location < 99 && tempCommon.isValid()) {
tempitem.AgeingSpeed = tempCommon.AgeingSpeed;
temprecord.items[location].push_back(tempitem);
} else if (location < 99) {
Logger::error(LogFacility::Other) << "Invalid item for monster " << id << ": " << tempitem.itemid << Log::end;
}
}
SelectQuery monLootQuery(connection);
monLootQuery.addColumn("monster_drop", "md_id");
monLootQuery.addColumn("monster_drop", "md_category");
monLootQuery.addColumn("monster_drop", "md_probability");
monLootQuery.addColumn("monster_drop", "md_itemid");
monLootQuery.addColumn("monster_drop", "md_amount_min");
monLootQuery.addColumn("monster_drop", "md_amount_max");
monLootQuery.addColumn("monster_drop", "md_quality_min");
monLootQuery.addColumn("monster_drop", "md_quality_max");
monLootQuery.addColumn("monster_drop", "md_durability_min");
monLootQuery.addColumn("monster_drop", "md_durability_max");
monLootQuery.addEqualCondition("monster_drop", "md_monsterid", id);
monLootQuery.addServerTable("monster_drop");
const auto monLootResults = monLootQuery.execute();
for (const auto &row : monLootResults) {
auto lootId = row["md_id"].as<uint32_t>();
auto categoryId = row["md_category"].as<uint16_t>();
auto &category = temprecord.loot[categoryId];
auto &lootItem = category[lootId];
lootItem.itemId = row["md_itemid"].as<TYPE_OF_ITEM_ID>();
lootItem.probability = row["md_probability"].as<double>();
lootItem.amount = std::make_pair(row["md_amount_min"].as<uint16_t>(),
row["md_amount_max"].as<uint16_t>());
lootItem.quality = std::make_pair(row["md_quality_min"].as<uint16_t>(),
row["md_quality_max"].as<uint16_t>());
lootItem.durability = std::make_pair(row["md_durability_min"].as<uint16_t>(),
row["md_durability_max"].as<uint16_t>());
lootItem.data = std::move(lootData[lootId]);
}
table[id] = temprecord;
dataOK = true;
}
}
connection->commitTransaction();
Logger::info(LogFacility::Other) << "Loaded " << table.size() << " monsters!" << Log::end;
} catch (std::exception &e) {
Logger::error(LogFacility::Other) << "Exception in MonsterTable::reload: " << e.what() << Log::end;
dataOK = false;
}
}
void
PConnectionManager::destroy_connection(int index)
{
ACE_GUARD (ACE_SYNCH_RECURSIVE_MUTEX, monitor, this->lock_);
ACE_ASSERT(ACE_static_cast(u_int,index) < MAX_CONNECTIONS);
PConnection * connection = this->list_connections_[index];
if (!connection)
return;
this->total_snd_ += connection->get_total_snd();
this->total_rcv_ += connection->get_total_rcv();
this->total_w_ += connection->get_total_w();
this->total_r_ += connection->get_total_r();
this->factory_.destroy_protocol (connection->protocol ());
connection->set_protocol (0);
this->num_connections_--;
this->list_connections_[index] = 0;
ACE_DEBUG ((LM_DEBUG,
ACE_TEXT ("(%t) %s=%d: DEL %s=%d S=%d(%d+%d) R=%d(%d+%d)\n"),
this->get_name(),
this->num_connections_,
connection->get_name(),
index,
connection->get_total_snd(),
connection->get_total_w(),
connection->get_ref_cnt_w(),
connection->get_total_rcv(),
connection->get_total_r(),
connection->get_ref_cnt_r()));
connection->set_manager (0,-1);
this->factory_.destroy_connection (connection) ;
if (this->is_safe_to_delete())
this->task().signal_main();
}
void MonsterTable::reload() {
#ifdef DataConnect_DEBUG
std::cout << "MonsterTable: reload" << std::endl;
#endif
try {
using namespace Database;
PConnection connection = ConnectionManager::getInstance().getConnection();
connection->beginTransaction();
SelectQuery monquery(connection);
monquery.addColumn("monster", "mob_monsterid");
monquery.addColumn("monster", "mob_name_de");
monquery.addColumn("monster", "mob_name_en");
monquery.addColumn("monster", "mob_race");
monquery.addColumn("monster", "mob_hitpoints");
monquery.addColumn("monster", "mob_movementtype");
monquery.addColumn("monster", "mob_canattack");
monquery.addColumn("monster", "mob_canhealself");
monquery.addColumn("monster", "script");
monquery.addColumn("monster", "mob_minsize");
monquery.addColumn("monster", "mob_maxsize");
monquery.addServerTable("monster");
monquery.addOrderBy("monster", "mob_monsterid", Database::SelectQuery::ASC);
Database::Result monresults = monquery.execute();
if (!monresults.empty()) {
clearOldTable();
auto questNodes = QuestNodeTable::getInstance()->getMonsterNodes();
auto questItr = questNodes.first;
auto questEnd = questNodes.second;
for (Database::ResultConstIterator itr = monresults.begin();
itr != monresults.end(); ++itr) {
MonsterStruct temprecord;
std::string movementType;
std::string scriptname;
uint32_t id;
id = (*itr)["mob_monsterid"].as<uint32_t>();
temprecord.nameDe = (*itr)["mob_name_de"].as<std::string>();
temprecord.nameEn = (*itr)["mob_name_en"].as<std::string>();
temprecord.race = (Character::race_type)((*itr)["mob_race"].as<uint16_t>());
temprecord.hitpoints = (*itr)["mob_hitpoints"].as<uint16_t>();
temprecord.canselfheal = (*itr)["mob_canhealself"].as<bool>();
temprecord.canattack = (*itr)["mob_canattack"].as<bool>();
temprecord.minsize = (*itr)["mob_minsize"].as<uint16_t>();
temprecord.maxsize = (*itr)["mob_maxsize"].as<uint16_t>();
movementType = (*itr)["mob_movementtype"].as<std::string>();
if (movementType == "walk") {
temprecord.movement = Character::walk;
} else if (movementType == "fly") {
temprecord.movement = Character::fly;
} else if (movementType == "crawl") {
temprecord.movement = Character::crawl;
} else {
//TODO: Some proper error handling for invalid data
temprecord.movement = Character::walk;
}
if (!(*itr)["script"].is_null()) {
scriptname = (*itr)["script"].as<std::string>();
try {
boost::shared_ptr<LuaMonsterScript> script(new LuaMonsterScript(scriptname));
temprecord.script = script;
} catch (ScriptException &e) {
Logger::writeError("scripts", "Error while loading monster script: " + scriptname + ":\n" + e.what() + "\n");
}
} else if (questItr != questEnd && questItr->first == id) {
boost::shared_ptr<LuaMonsterScript> tmpScript(new LuaMonsterScript());
temprecord.script = tmpScript;
}
while (questItr != questEnd && questItr->first == id) {
temprecord.script->addQuestScript(questItr->second.entrypoint, questItr->second.script);
++questItr;
}
SelectQuery monAttrQuery(connection);
monAttrQuery.addColumn("monster_attributes", "mobattr_name");
monAttrQuery.addColumn("monster_attributes", "mobattr_min");
monAttrQuery.addColumn("monster_attributes", "mobattr_max");
monAttrQuery.addEqualCondition("monster_attributes", "mobattr_monsterid", id);
monAttrQuery.addServerTable("monster_attributes");
Database::Result monAttrResults = monAttrQuery.execute();
if (!monAttrResults.empty()) {
std::string attribute;
uint16_t minValue, maxValue;
for (Database::ResultConstIterator itr2 = monAttrResults.begin();
itr2 != monAttrResults.end(); ++itr2) {
attribute = (*itr2)["mobattr_name"].as<std::string>();
minValue = (*itr2)["mobattr_min"].as<uint16_t>();
maxValue = (*itr2)["mobattr_max"].as<uint16_t>();
if (attribute == "luck") {
temprecord.attributes.luck = std::make_pair(minValue, maxValue);
} else if (attribute == "strength") {
temprecord.attributes.strength = std::make_pair(minValue, maxValue);
} else if (attribute == "dexterity") {
temprecord.attributes.dexterity = std::make_pair(minValue, maxValue);
} else if (attribute == "constitution") {
temprecord.attributes.constitution = std::make_pair(minValue, maxValue);
} else if (attribute == "agility") {
temprecord.attributes.agility = std::make_pair(minValue, maxValue);
} else if (attribute == "intelligence") {
temprecord.attributes.intelligence = std::make_pair(minValue, maxValue);
} else if (attribute == "perception") {
temprecord.attributes.perception = std::make_pair(minValue, maxValue);
} else if (attribute == "willpower") {
temprecord.attributes.willpower = std::make_pair(minValue, maxValue);
} else if (attribute == "essence") {
temprecord.attributes.essence = std::make_pair(minValue, maxValue);
} else {
std::cerr << "unknown attribute type: "<< attribute << std::endl;
}
} // for (Database::ResultConstIterator itr2 = monAttrResults...
} // if (!monAttrResults.empty())
SelectQuery monSkillQuery(connection);
monSkillQuery.addColumn("monster_skills", "mobsk_skill_id");
monSkillQuery.addColumn("monster_skills", "mobsk_minvalue");
monSkillQuery.addColumn("monster_skills", "mobsk_maxvalue");
monSkillQuery.addEqualCondition("monster_skills", "mobsk_monsterid", id);
monSkillQuery.addServerTable("monster_skills");
Database::Result monSkillResults = monSkillQuery.execute();
if (!monSkillResults.empty()) {
TYPE_OF_SKILL_ID skill;
uint16_t minValue, maxValue;
for (Database::ResultConstIterator itr2 = monSkillResults.begin();
itr2 != monSkillResults.end(); ++itr2) {
skill = (TYPE_OF_SKILL_ID)((*itr2)["mobsk_skill_id"].as<uint16_t>());
minValue = (*itr2)["mobsk_minvalue"].as<uint16_t>();
maxValue = (*itr2)["mobsk_maxvalue"].as<uint16_t>();
temprecord.skills[skill] = std::make_pair(minValue, maxValue);
} // for (Database::ResultConstIterator itr2 = monSkillResults...
} // if (!monSkillResults.empty())
SelectQuery monItemQuery(connection);
monItemQuery.addColumn("monster_items", "mobit_itemid");
monItemQuery.addColumn("monster_items", "mobit_position");
monItemQuery.addColumn("monster_items", "mobit_mincount");
monItemQuery.addColumn("monster_items", "mobit_maxcount");
monItemQuery.addEqualCondition("monster_items", "mobit_monsterid", id);
monItemQuery.addServerTable("monster_items");
Database::Result monItemResults = monItemQuery.execute();
if (!monItemResults.empty()) {
itemdef_t tempitem;
uint16_t location;
std::string position;
for (Database::ResultConstIterator itr2 = monItemResults.begin();
itr2 != monItemResults.end(); ++itr2) {
tempitem.itemid = (*itr2)["mobit_itemid"].as<TYPE_OF_ITEM_ID>();
tempitem.amount = std::make_pair(
(*itr2)["mobit_mincount"].as<uint16_t>(),
(*itr2)["mobit_maxcount"].as<uint16_t>());
position = (*itr2)["mobit_position"].as<std::string>();
if (position == "head") {
location = 1;
} else if (position == "neck") {
location = 2;
} else if (position == "breast") {
location = 3;
} else if (position == "hands") {
location = 4;
} else if (position == "left hand") {
location = 5;
} else if (position == "right hand") {
location = 6;
} else if (position == "left finger") {
location = 7;
} else if (position == "right finger") {
location = 8;
} else if (position == "legs") {
location = 9;
} else if (position == "feet") {
location = 10;
} else if (position == "coat") {
location = 11;
} else if (position == "belt1") {
location = 12;
} else if (position == "belt2") {
location = 13;
} else if (position == "belt3") {
location = 14;
} else if (position == "belt4") {
location = 15;
} else if (position == "belt5") {
location = 16;
} else if (position == "belt6") {
location = 17;
} else {
std::cerr << "specified invalid itemslot: " << position << " for monster " << temprecord.nameEn << std::endl;
location = 99;
}
CommonStruct tempCommon;
if (location < 99 && CommonItems->find(tempitem.itemid, tempCommon)) {
tempitem.AgeingSpeed = tempCommon.AgeingSpeed;
temprecord.items[location].push_back(tempitem);
} else if (location < 99) {
std::cerr << "couldn't find item: " << tempitem.itemid << " for monster " << temprecord.nameEn << std::endl;
}
} // for (Database::ResultConstIterator itr2 = monItemResults...
} // if (!monItemResults.empty())
m_table[id] = temprecord;
m_dataOK = true;
} // for (Database::ResultConstIterator itr = monresults...
} // if (!monresults.empty())
connection->commitTransaction();
#ifdef DataConnect_DEBUG
std::cout << "loaded " << m_table.size() << " monsters!" << std::endl;
#endif
} catch (std::exception &e) {
std::cerr << "exception: " << e.what() << std::endl;
m_dataOK = false;
}
}
