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Database2.cpp
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#include "StdAfx.h"
#include "Database2.h"
#include "World.h"
#include "Portal.h"
#include "PhysicsDesc.h"
#include "PublicWeenieDesc.h"
#include "Door.h"
#include "Lifestone.h"
#include "Item.h"
CMYSQLResult::CMYSQLResult(MYSQL_RES *Result)
{
m_Result = Result;
}
CMYSQLResult::~CMYSQLResult()
{
Free();
}
void CMYSQLResult::Free()
{
if (m_Result)
{
mysql_free_result(m_Result);
m_Result = NULL;
}
}
SQLResultRow_t CMYSQLResult::FetchRow()
{
if (!m_Result)
{
return NULL;
}
return (SQLResultRow_t)mysql_fetch_row(m_Result);
}
uint64_t CMYSQLResult::ResultRows()
{
if (!m_Result)
{
return 0;
}
return (uint64_t)mysql_num_rows(m_Result);
}
int CSQLConnection::s_NumConnectAttempts = 0;
CMYSQLConnection::CMYSQLConnection(MYSQL *connection)
{
m_InternalConnection = connection;
}
CMYSQLConnection::~CMYSQLConnection()
{
Close();
}
CMYSQLConnection *CMYSQLConnection::Create(const char *host, unsigned int port, const char *user, const char *password, const char *defaultdatabase)
{
MYSQL *sqlobject = mysql_init(NULL);
if (!sqlobject)
{
return NULL;
}
int connect_timeout = MYSQL_CONNECT_TIMEOUT;
mysql_options(sqlobject, MYSQL_OPT_CONNECT_TIMEOUT, (char *)&connect_timeout);
MYSQL *sqlconnection;
{
s_NumConnectAttempts++;
CStopWatch connectTiming;
sqlconnection = mysql_real_connect(sqlobject, host, user, password, defaultdatabase, port, NULL, 0);
if (sqlconnection && connectTiming.GetElapsed() >= 1.0)
{
LOG(Database, Warning, "mysql_real_connect() took %.1f s!\n", connectTiming.GetElapsed());
}
}
if (sqlconnection == NULL)
{
if (mysql_errno(sqlobject) == EINTR)
{
mysql_close(sqlobject);
sqlobject = mysql_init(NULL);
if (!sqlobject)
{
return NULL;
}
int connect_timeout = MYSQL_CONNECT_TIMEOUT;
mysql_options(sqlobject, MYSQL_OPT_CONNECT_TIMEOUT, (char *)&connect_timeout);
s_NumConnectAttempts++;
CStopWatch connectTiming;
sqlconnection = mysql_real_connect(sqlobject, host, user, password, defaultdatabase, port, NULL, 0);
if (sqlconnection && connectTiming.GetElapsed() >= 1.0)
{
LOG(Database, Warning, "mysql_real_connect() re-attempt took %.1f s!\n", connectTiming.GetElapsed());
}
if (sqlconnection == NULL)
{
LOG(Database, Warning, "Failed to create mysql connection after two tries:\n%s\n", mysql_error(sqlobject));
mysql_close(sqlobject);
return NULL;
}
else
{
LOG(Database, Normal, "Received EINTR while attempting to connect to mysql, but re-attempt succeeded.\n");
}
}
else
{
if (CSQLConnection::s_NumConnectAttempts > 1)
{
// Only show warning if not the first connection attempt
LOG(Database, Warning, "mysql_real_connect() failed:\n%s\n", mysql_error(sqlobject));
}
mysql_close(sqlobject);
return NULL;
}
}
if (sqlconnection)
{
// Disable auto-reconnect (probably already disabled)
sqlconnection->reconnect = 0;
return new CMYSQLConnection(sqlconnection);
}
return NULL;
}
void CMYSQLConnection::Close()
{
if (m_InternalConnection)
{
mysql_close(m_InternalConnection);
m_InternalConnection = NULL;
}
}
bool CMYSQLConnection::Query(const char *query)
{
if (!m_InternalConnection)
{
return false;
}
int errorCode;
{
CStopWatch queryTiming;
errorCode = mysql_query(m_InternalConnection, query);
if (queryTiming.GetElapsed() >= 1.0)
{
LOG(Database, Warning, "MYSQL query \"%s\" took %f seconds.\n", query, queryTiming.GetElapsed());
}
}
if (errorCode != 0)
{
LOG(Database, Error, "MYSQL query errored %d for \"%s\"\n", errorCode, query);
return false;
}
return true;
}
unsigned int CMYSQLConnection::LastError()
{
return m_InternalConnection ? (unsigned int)mysql_errno(m_InternalConnection) : 0;
}
CSQLResult *CMYSQLConnection::GetResult()
{
if (!m_InternalConnection)
{
return NULL;
}
MYSQL_RES *Result = mysql_store_result(m_InternalConnection);
if (!Result)
{
return NULL;
}
return new CMYSQLResult(Result);
}
CDatabase2::CDatabase2()
{
m_pConnection = NULL;
}
CDatabase2::~CDatabase2()
{
if (m_pConnection != nullptr)
{
m_pConnection->Close();
delete m_pConnection;
}
}
void CDatabase2::Tick()
{
}
bool CDatabase2::Query(const char *format, ...)
{
if (!m_pConnection)
{
return false;
}
bool success = false;
va_list args;
va_start(args, format);
int charCount = _vscprintf(format, args) + 1;
char *charBuffer = new char[charCount];
charBuffer[0] = '\0';
_vsnprintf(charBuffer, charCount, format, args);
charBuffer[charCount - 1] = '\0';
if (m_pConnection)
{
success = m_pConnection->Query(charBuffer);
}
delete[] charBuffer;
va_end(args);
return success;
}
CSQLResult *CDatabase2::GetResult()
{
if (!m_pConnection)
{
return NULL;
}
return m_pConnection->GetResult();
}
CMYSQLDatabase::CMYSQLDatabase(const char *host, unsigned int port, const char *user, const char *password, const char *defaultdatabasename)
{
m_DatabaseHost = host;
m_DatabasePort = port;
m_DatabaseUser = user;
m_DatabasePassword = password;
m_DatabaseName = defaultdatabasename;
m_bDisabled = false;
RefreshConnection();
if (!m_pConnection)
{
// If we can't connect the first time, just disable this feature.
LOG(Database, Warning, "MySQL database functionality disabled.\n");
m_bDisabled = true;
}
}
CMYSQLDatabase::~CMYSQLDatabase()
{
}
void CMYSQLDatabase::RefreshConnection()
{
// If we have an old connection, close that one.
if (m_pConnection)
{
delete m_pConnection;
m_pConnection = NULL;
}
m_pConnection = CMYSQLConnection::Create(m_DatabaseHost.c_str(), m_DatabasePort, m_DatabaseUser.c_str(), m_DatabasePassword.c_str(), m_DatabaseName.c_str());
m_fLastRefresh = g_pGlobals->Time();
}
void CMYSQLDatabase::Tick()
{
if (m_fLastRefresh < (g_pGlobals->Time() + 60.0))
{
// Refresh connection every 60 seconds to avoid stale connections.
RefreshConnection();
}
}
CGameDatabase::CGameDatabase()
{
m_bLoadedPortals = false;
}
CGameDatabase::~CGameDatabase()
{
for (auto &data : m_CapturedAerfalleData)
{
delete data;
}
for (auto &data : m_CapturedMonsterData)
{
delete data.second;
}
for (auto &data : m_CapturedItemData)
{
delete data.second;
}
for (auto &data : m_CapturedStaticsData)
{
delete data;
}
for (auto &data : m_CapturedArmorData)
{
delete data.second;
}
}
void CGameDatabase::Init()
{
// Loads from MYSQL database
LoadPortals();
LoadTeleTownList();
LoadMonsterTemplates();
// Load data files for now
LoadCapturedMonsterData();
LoadCapturedItemData();
LoadCapturedArmorData();
LoadStaticsData();
LoadAerfalle();
}
void CGameDatabase::SpawnAerfalle()
{
for (auto pSpawnInfo : m_CapturedAerfalleData)
{
CPhysicsObj *pSpawn;
if (pSpawnInfo->weenie._bitfield & BitfieldIndex::BF_CORPSE)
continue;
if (pSpawnInfo->weenie._bitfield & BitfieldIndex::BF_PLAYER)
continue;
if (pSpawnInfo->physics.state & PhysicsState::MISSILE_PS)
continue;
if (pSpawnInfo->weenie._bitfield & BitfieldIndex::BF_DOOR)
{
pSpawn = new CBaseDoor();
pSpawn->m_PhysicsState = pSpawnInfo->physics.state;
pSpawn->m_WeenieBitfield = pSpawnInfo->weenie._bitfield;
}
else if (pSpawnInfo->weenie._type == ITEM_TYPE::TYPE_CREATURE)
{
pSpawn = new CBaseMonster();
pSpawn->m_PhysicsState = pSpawnInfo->physics.state;
pSpawn->m_WeenieBitfield = pSpawnInfo->weenie._bitfield;
}
else
{
pSpawn = new CPhysicsObj();
pSpawn->m_PhysicsState = pSpawnInfo->physics.state;
pSpawn->m_WeenieBitfield = pSpawnInfo->weenie._bitfield;
}
pSpawn->m_dwGUID = pSpawnInfo->guid; // g_pWorld->GenerateGUID(eDynamicGUID);
pSpawn->m_miBaseModel = pSpawnInfo->appearance;
pSpawn->m_dwModel = pSpawnInfo->physics.setup_id;
pSpawn->m_dwAnimationSet = pSpawnInfo->physics.mtable_id;
pSpawn->m_dwSoundSet = pSpawnInfo->physics.stable_id;
pSpawn->m_dwEffectSet = pSpawnInfo->physics.phstable_id;
pSpawn->m_fScale = pSpawnInfo->physics.object_scale;
pSpawn->m_ItemType = pSpawnInfo->weenie._type;
pSpawn->m_strName = pSpawnInfo->weenie._name;
pSpawn->m_Origin.landcell = pSpawnInfo->physics.pos.objcell_id;
pSpawn->m_Origin.x = pSpawnInfo->physics.pos.frame.m_fOrigin.x;
pSpawn->m_Origin.y = pSpawnInfo->physics.pos.frame.m_fOrigin.y;
pSpawn->m_Origin.z = pSpawnInfo->physics.pos.frame.m_fOrigin.z;
pSpawn->m_Angles.w = pSpawnInfo->physics.pos.frame.qw;
pSpawn->m_Angles.x = pSpawnInfo->physics.pos.frame.qx;
pSpawn->m_Angles.y = pSpawnInfo->physics.pos.frame.qy;
pSpawn->m_Angles.z = pSpawnInfo->physics.pos.frame.qz;
if (pSpawnInfo->physics.movement_buffer)
{
pSpawn->m_AnimOverrideData = pSpawnInfo->physics.movement_buffer;
pSpawn->m_AnimOverrideDataLen = pSpawnInfo->physics.movement_buffer_length;
pSpawn->m_AutonomousMovement = pSpawnInfo->physics.autonomous_movement;
}
pSpawn->m_bDontClear = true;
g_pWorld->CreateEntity(pSpawn);
}
}
void CGameDatabase::LoadAerfalle()
{
// TEMPORARY FOR TESTING DUNGEONS
// Consolidate or remove this method of loading (this was copied and pasted)
BYTE *data;
DWORD length;
if (LoadDataFromFile("aerfalle.dat", &data, &length))
{
BinaryReader reader(data, length);
unsigned int count = reader.ReadDWORD();
for (unsigned int i = 0; i < count; i++)
{
reader.ReadString();
CCapturedWorldObjectInfo *pObjectInfo = new CCapturedWorldObjectInfo;
DWORD a = reader.ReadDWORD(); // size of this
DWORD b = reader.ReadDWORD(); // 0xF745
pObjectInfo->guid = reader.ReadDWORD(); // GUID
reader.ReadBYTE();
BYTE numPalette = reader.ReadBYTE();
BYTE numTex = reader.ReadBYTE();
BYTE numModel = reader.ReadBYTE();
if (numPalette)
{
pObjectInfo->appearance.dwBasePalette = reader.ReadPackedDWORD();
for (int j = 0; j < numPalette; j++)
{
DWORD replacement = reader.ReadPackedDWORD();
BYTE offset = reader.ReadBYTE();
BYTE range = reader.ReadBYTE();
pObjectInfo->appearance.lPalettes.push_back(PaletteRpl(replacement, offset, range));
}
}
for (int j = 0; j < numTex; j++)
{
BYTE index = reader.ReadBYTE();
DWORD oldT = reader.ReadPackedDWORD();
DWORD newT = reader.ReadPackedDWORD();
pObjectInfo->appearance.lTextures.push_back(TextureRpl(index, oldT, newT));
}
for (int j = 0; j < numModel; j++)
{
BYTE index = reader.ReadBYTE();
DWORD newM = reader.ReadPackedDWORD();
pObjectInfo->appearance.lModels.push_back(ModelRpl(index, newM));
}
reader.ReadAlign();
pObjectInfo->physics.Unpack(reader);
pObjectInfo->weenie.Unpack(reader);
if (!reader.GetLastError())
{
m_CapturedAerfalleData.push_back(pObjectInfo);
}
else
{
DEBUG_BREAK();
delete pObjectInfo;
break;
}
}
delete [] data;
}
}
std::string CGameDatabase::ConvertNameForLookup(std::string name)
{
std::transform(name.begin(), name.end(), name.begin(), ::tolower);
name.erase(remove_if(name.begin(), name.end(), isspace), name.end());
return name;
}
void CGameDatabase::LoadStaticsData()
{
// THIS IS ALL TEMPORARY FOR TESTING
unsigned int spawned = 0;
BYTE *data;
DWORD length;
if (LoadDataFromFile("statics.dat", &data, &length))
{
BinaryReader reader(data, length);
unsigned int count = reader.ReadDWORD();
for (unsigned int i = 0; i < count; i++)
{
CCapturedWorldObjectInfo *pObjectInfo = new CCapturedWorldObjectInfo;
reader.ReadString();
DWORD dwObjDataLen = reader.ReadDWORD(); // size of this
reader.ReadDWORD(); // 0xf745
pObjectInfo->guid = reader.ReadDWORD(); // GUID
reader.ReadBYTE();
BYTE numPalette = reader.ReadBYTE();
BYTE numTex = reader.ReadBYTE();
BYTE numModel = reader.ReadBYTE();
if (numPalette)
{
pObjectInfo->appearance.dwBasePalette = reader.ReadPackedDWORD(); // actually packed, fix this
for (int j = 0; j < numPalette; j++)
{
DWORD replacement = reader.ReadPackedDWORD(); // actually packed, fix this
BYTE offset = reader.ReadBYTE();
BYTE range = reader.ReadBYTE();
pObjectInfo->appearance.lPalettes.push_back(PaletteRpl(replacement, offset, range));
}
}
for (int j = 0; j < numTex; j++)
{
BYTE index = reader.ReadBYTE();
DWORD oldT = reader.ReadPackedDWORD();
DWORD newT = reader.ReadPackedDWORD();
pObjectInfo->appearance.lTextures.push_back(TextureRpl(index, oldT, newT));
}
for (int j = 0; j < numModel; j++)
{
BYTE index = reader.ReadBYTE();
DWORD newM = reader.ReadPackedDWORD();
pObjectInfo->appearance.lModels.push_back(ModelRpl(index, newM));
}
reader.ReadAlign();
pObjectInfo->physics.Unpack(reader);
pObjectInfo->weenie.Unpack(reader);
if (reader.GetLastError())
{
DEBUG_BREAK();
delete pObjectInfo;
break;
}
DWORD dwIDDataLen = reader.ReadDWORD();
DWORD offsetStart = reader.GetOffset();
if (dwIDDataLen > 0)
{
BinaryReader idReader(reader.GetDataPtr(), dwIDDataLen);
idReader.ReadDWORD(); // 0xf7b0
idReader.ReadDWORD(); // character
idReader.ReadDWORD(); // sequence
idReader.ReadDWORD(); // game event (0xc9)
idReader.ReadDWORD(); // object
DWORD flags = idReader.ReadDWORD(); // flags
idReader.ReadDWORD(); // success
enum AppraisalProfilePackHeader {
Packed_None = 0,
Packed_IntStats = (1 << 0),
Packed_BoolStats = (1 << 1),
Packed_FloatStats = (1 << 2),
Packed_StringStats = (1 << 3),
Packed_SpellList = (1 << 4),
Packed_WeaponProfile = (1 << 5),
Packed_HookProfile = (1 << 6),
Packed_ArmorProfile = (1 << 7),
Packed_CreatureProfile = (1 << 8),
Packed_ArmorEnchant = (1 << 9),
Packed_ResistEnchant = (1 << 10),
Packed_WeaponEnchant = (1 << 11),
Packed_DataIDStats = (1 << 12),
Packed_Int64Stats = (1 << 13),
Packed_ArmorLevels = (1 << 14)
};
if (flags & Packed_IntStats)
{
pObjectInfo->dwordProperties = idReader.ReadMap<DWORD, DWORD>();
}
if (flags & Packed_Int64Stats)
pObjectInfo->qwordProperties = idReader.ReadMap<DWORD, UINT64>();
if (flags & Packed_BoolStats)
pObjectInfo->boolProperties = idReader.ReadMap<DWORD, DWORD>();
if (flags & Packed_FloatStats)
pObjectInfo->floatProperties = idReader.ReadMap<DWORD, double>();
if (idReader.GetLastError())
{
DEBUG_BREAK();
}
}
reader.SetOffset(offsetStart + dwIDDataLen);
m_CapturedStaticsData.push_back(pObjectInfo);
}
delete [] data;
}
for (auto pSpawnInfo : m_CapturedStaticsData)
{
CPhysicsObj *pSpawn;
if (pSpawnInfo->guid >= 0x80000000)
continue; // Dynamic perhaps
if (pSpawnInfo->weenie._bitfield & BitfieldIndex::BF_CORPSE)
continue;
if (pSpawnInfo->weenie._bitfield & BitfieldIndex::BF_PLAYER)
continue;
if (pSpawnInfo->physics.state & PhysicsState::MISSILE_PS)
continue;
if (pSpawnInfo->weenie._bitfield & BitfieldIndex::BF_DOOR)
pSpawn = new CBaseDoor();
else if (pSpawnInfo->weenie._type == ITEM_TYPE::TYPE_CREATURE)
pSpawn = new CBaseMonster();
else if (pSpawnInfo->weenie._type == ITEM_TYPE::TYPE_PORTAL)
pSpawn = new CPortal();
else if (pSpawnInfo->weenie._type == ITEM_TYPE::TYPE_LIFESTONE)
pSpawn = new CBaseLifestone();
else
pSpawn = new CPhysicsObj();
pSpawn->m_dwGUID = pSpawnInfo->guid; // g_pWorld->GenerateGUID(eDynamicGUID);
pSpawn->m_miBaseModel = pSpawnInfo->appearance;
pSpawn->m_dwModel = pSpawnInfo->physics.setup_id;
pSpawn->m_dwAnimationSet = pSpawnInfo->physics.mtable_id;
pSpawn->m_dwSoundSet = pSpawnInfo->physics.stable_id;
pSpawn->m_dwEffectSet = pSpawnInfo->physics.phstable_id;
pSpawn->m_fScale = pSpawnInfo->physics.object_scale;
pSpawn->m_ItemType = pSpawnInfo->weenie._type;
pSpawn->m_strName = pSpawnInfo->weenie._name;
pSpawn->m_Origin.landcell = pSpawnInfo->physics.pos.objcell_id;
pSpawn->m_Origin.x = pSpawnInfo->physics.pos.frame.m_fOrigin.x;
pSpawn->m_Origin.y = pSpawnInfo->physics.pos.frame.m_fOrigin.y;
pSpawn->m_Origin.z = pSpawnInfo->physics.pos.frame.m_fOrigin.z;
pSpawn->m_Angles.w = pSpawnInfo->physics.pos.frame.qw;
pSpawn->m_Angles.x = pSpawnInfo->physics.pos.frame.qx;
pSpawn->m_Angles.y = pSpawnInfo->physics.pos.frame.qy;
pSpawn->m_Angles.z = pSpawnInfo->physics.pos.frame.qz;
if (pSpawnInfo->physics.movement_buffer)
{
pSpawn->m_AnimOverrideData = pSpawnInfo->physics.movement_buffer;
pSpawn->m_AnimOverrideDataLen = pSpawnInfo->physics.movement_buffer_length;
pSpawn->m_AutonomousMovement = pSpawnInfo->physics.autonomous_movement;
}
pSpawn->m_bDontClear = true;
pSpawn->m_RadarVis = pSpawnInfo->weenie._radar_enum;
pSpawn->m_BlipColor = pSpawnInfo->weenie._blipColor;
pSpawn->m_TargetType = pSpawnInfo->weenie._targetType;
pSpawn->m_wTypeID = pSpawnInfo->weenie._wcid;
pSpawn->m_Value = pSpawnInfo->weenie._value;
pSpawn->m_Burden = pSpawnInfo->weenie._burden;
pSpawn->m_PhysicsState = pSpawnInfo->physics.state;
pSpawn->m_Translucency = pSpawnInfo->physics.translucency;
pSpawn->m_WeenieBitfield = pSpawnInfo->weenie._bitfield;
g_pWorld->CreateEntity(pSpawn);
spawned++;
}
if (!spawned)
{
LOG(Temp, Warning, "Spawn data not included. Spawning functionality may be limited.\n");
}
}
CCapturedWorldObjectInfo *CGameDatabase::GetRandomCapturedMonsterData()
{
DWORD numMonsters = m_CapturedMonsterDataList.size();
if (numMonsters < 1)
return NULL;
int monster = RandomLong(0, numMonsters - 1);
return m_CapturedMonsterDataList[monster];
}
CCapturedWorldObjectInfo *CGameDatabase::GetCapturedMonsterData(const char *name)
{
std::map<std::string, CCapturedWorldObjectInfo *>::iterator i = m_CapturedMonsterData.find(ConvertNameForLookup(name));
if (i == m_CapturedMonsterData.end())
return NULL;
return i->second;
}
void CGameDatabase::LoadCapturedMonsterData()
{
// THIS IS ALL TEMPORARY FOR TESTING
// Consolidate or remove this method of loading (this was copied and pasted)
BYTE *data;
DWORD length;
if (LoadDataFromFile("monsters.dat", &data, &length))
{
BinaryReader reader(data, length);
unsigned int count = reader.ReadDWORD();
for (unsigned int i = 0; i < count; i++)
{
CCapturedWorldObjectInfo *pMonsterInfo = new CCapturedWorldObjectInfo;
pMonsterInfo->m_ObjName = reader.ReadString();
DWORD dwObjDataLen = reader.ReadDWORD(); // size of this
reader.ReadDWORD(); // 0xf745
DWORD dwGUID = reader.ReadDWORD(); // GUID
reader.ReadBYTE();
BYTE numPalette = reader.ReadBYTE();
BYTE numTex = reader.ReadBYTE();
BYTE numModel = reader.ReadBYTE();
if (numPalette)
{
pMonsterInfo->appearance.dwBasePalette = reader.ReadPackedDWORD(); // actually packed, fix this
for (int j = 0; j < numPalette; j++)
{
DWORD replacement = reader.ReadPackedDWORD(); // actually packed, fix this
BYTE offset = reader.ReadBYTE();
BYTE range = reader.ReadBYTE();
pMonsterInfo->appearance.lPalettes.push_back(PaletteRpl(replacement, offset, range));
}
}
for (int j = 0; j < numTex; j++)
{
BYTE index = reader.ReadBYTE();
DWORD oldT = reader.ReadPackedDWORD();
DWORD newT = reader.ReadPackedDWORD();
pMonsterInfo->appearance.lTextures.push_back(TextureRpl(index, oldT, newT));
}
for (int j = 0; j < numModel; j++)
{
BYTE index = reader.ReadBYTE();
DWORD newM = reader.ReadPackedDWORD();
pMonsterInfo->appearance.lModels.push_back(ModelRpl(index, newM));
}
reader.ReadAlign();
pMonsterInfo->physics.Unpack(reader);
pMonsterInfo->weenie.Unpack(reader);
if (reader.GetLastError())
{
DEBUG_BREAK();
delete pMonsterInfo;
break;
}
DWORD dwIDDataLen = reader.ReadDWORD();
DWORD offsetStart = reader.GetOffset();
if (dwIDDataLen > 0)
{
BinaryReader idReader(reader.GetDataPtr(), dwIDDataLen);
idReader.ReadDWORD(); // 0xf7b0
idReader.ReadDWORD(); // character
idReader.ReadDWORD(); // sequence
idReader.ReadDWORD(); // game event (0xc9)
idReader.ReadDWORD(); // object
DWORD flags = idReader.ReadDWORD(); // flags
idReader.ReadDWORD(); // success
enum AppraisalProfilePackHeader {
Packed_None = 0,
Packed_IntStats = (1 << 0),
Packed_BoolStats = (1 << 1),
Packed_FloatStats = (1 << 2),
Packed_StringStats = (1 << 3),
Packed_SpellList = (1 << 4),
Packed_WeaponProfile = (1 << 5),
Packed_HookProfile = (1 << 6),
Packed_ArmorProfile = (1 << 7),
Packed_CreatureProfile = (1 << 8),
Packed_ArmorEnchant = (1 << 9),
Packed_ResistEnchant = (1 << 10),
Packed_WeaponEnchant = (1 << 11),
Packed_DataIDStats = (1 << 12),
Packed_Int64Stats = (1 << 13),
Packed_ArmorLevels = (1 << 14)
};
if (idReader.GetLastError())
{
DEBUG_BREAK();
}
if (flags & Packed_IntStats)
{
pMonsterInfo->dwordProperties = idReader.ReadMap<DWORD, DWORD>();
}
if (idReader.GetLastError())
{
DEBUG_BREAK();
}
if (flags & Packed_Int64Stats)
{
pMonsterInfo->qwordProperties = idReader.ReadMap<DWORD, UINT64>();
}
if (idReader.GetLastError())
{
DEBUG_BREAK();
}
if (flags & Packed_BoolStats)
{
pMonsterInfo->boolProperties = idReader.ReadMap<DWORD, DWORD>();
}
if (idReader.GetLastError())
{
DEBUG_BREAK();
}
if (flags & Packed_FloatStats)
{
pMonsterInfo->floatProperties = idReader.ReadMap<DWORD, double>();
}
if (idReader.GetLastError())
{
DEBUG_BREAK();
}
/* ... etc ...
if (flags & Packed_StringStats)
pMonsterInfo->stringProperties = idReader.ReadMap<DWORD>();
if (flags & Packed_DataIDStats)
pMonsterInfo->dataIDProperties = idReader.ReadMap<DWORD, DWORD>();
*/
}
reader.SetOffset(offsetStart + dwIDDataLen);
m_CapturedMonsterData.insert(std::pair<std::string, CCapturedWorldObjectInfo*>(ConvertNameForLookup(pMonsterInfo->m_ObjName), pMonsterInfo));
if (!(pMonsterInfo->weenie._bitfield & BitfieldIndex::BF_PLAYER))
{
m_CapturedMonsterDataList.push_back(pMonsterInfo);
}
}
delete [] data;
}
}
CCapturedWorldObjectInfo *CGameDatabase::GetRandomCapturedItemData()
{
DWORD numItems = m_CapturedItemDataList.size();
if (numItems < 1)
{
return NULL;
}
int Item = RandomLong(0, numItems - 1);
return m_CapturedItemDataList[Item];
}
CCapturedWorldObjectInfo *CGameDatabase::GetCapturedItemData(const char *name)
{
std::map<std::string, CCapturedWorldObjectInfo *>::iterator i = m_CapturedItemData.find(ConvertNameForLookup(name));
if (i == m_CapturedItemData.end())
return NULL;
return i->second;
}
void CGameDatabase::LoadCapturedItemData()
{
// THIS IS ALL TEMPORARY FOR TESTING
// Consolidate or remove this method of loading (this was copied and pasted)
BYTE *data;
DWORD length;
if (LoadDataFromFile("items.dat", &data, &length))
{
BinaryReader reader(data, length);
unsigned int count = reader.ReadDWORD();
for (unsigned int i = 0; i < count; i++)
{
CCapturedWorldObjectInfo *pItemInfo = new CCapturedWorldObjectInfo;
pItemInfo->m_ObjName = reader.ReadString();
std::transform(pItemInfo->m_ObjName.begin(), pItemInfo->m_ObjName.end(), pItemInfo->m_ObjName.begin(), ::tolower);
pItemInfo->m_ObjName.erase(remove_if(pItemInfo->m_ObjName.begin(), pItemInfo->m_ObjName.end(), isspace), pItemInfo->m_ObjName.end());
// make all lowercase and ignore spaces for searching purposes
DWORD dwObjDataLen = reader.ReadDWORD(); // size of this
DWORD offset_start = reader.GetOffset();
reader.ReadDWORD(); // 0xf745
DWORD dwGUID = reader.ReadDWORD(); // GUID
reader.ReadBYTE();
BYTE numPalette = reader.ReadBYTE();
BYTE numTex = reader.ReadBYTE();
BYTE numModel = reader.ReadBYTE();
if (numPalette)
{
pItemInfo->appearance.dwBasePalette = reader.ReadPackedDWORD(); // actually packed, fix this
for (int j = 0; j < numPalette; j++)
{
DWORD replacement = reader.ReadPackedDWORD(); // actually packed, fix this
BYTE offset = reader.ReadBYTE();
BYTE range = reader.ReadBYTE();
pItemInfo->appearance.lPalettes.push_back(PaletteRpl(replacement, offset, range));
}
}
for (int j = 0; j < numTex; j++)
{
BYTE index = reader.ReadBYTE();
DWORD oldT = reader.ReadPackedDWORD();
DWORD newT = reader.ReadPackedDWORD();
pItemInfo->appearance.lTextures.push_back(TextureRpl(index, oldT, newT));
}
for (int j = 0; j < numModel; j++)
{
BYTE index = reader.ReadBYTE();
DWORD newM = reader.ReadPackedDWORD();
pItemInfo->appearance.lModels.push_back(ModelRpl(index, newM));
}
reader.ReadAlign();
pItemInfo->physics.Unpack(reader);
pItemInfo->weenie.Unpack(reader);