void WizAnimateAction::setTogetherIcon(const QString& strIconBaseName)
{
CString strFileName;
if (WizIsHighPixel()) {
strFileName = ::WizGetSkinResourceFileName(Utils::WizStyleHelper::themeName(), strIconBaseName + "@2x");
} else {
strFileName = ::WizGetSkinResourceFileName(Utils::WizStyleHelper::themeName(), strIconBaseName);
}
if (strFileName.isEmpty())
return;
QPixmap pix(strFileName);
int startX = 0;
int pixHeight = pix.height();
while (1)
{
QPixmap p = pix.copy(startX, 0, pixHeight, pixHeight);
if (p.isNull())
return;
QIcon icon(p);
m_icons.push_back(icon);
startX += pixHeight;
if (startX >= pix.width())
return;
}
}
CString gs2ToGameMonkey(CString gs2Code)
{
CString prefix;
CString parsedCode;
std::vector<CString> clean = gs2Code.tokenize("\xa7");
int bracketCount = 0;
for (std::vector<CString>::iterator i = clean.begin(); i != clean.end(); ++i)
{
CString line = *i;
//Functions
if (line.readChars(CString("function").length()) == "function")
{
CString fullFunction = line.subString(CString("function").length()+1);
CString functionName = fullFunction.readString("(");
CString prefix;
//this. or global?
prefix << "." << functionName << " = function" << fullFunction.subString(functionName.length());
parsedCode << prefix;
bracketCount = 1;
}
else if (line.find("{") >= 0)
{
bracketCount++;
parsedCode << line;
}
//Make sure this is ; on the end of }
else if (line.find("}") >= 0)
{
bracketCount--;
if (bracketCount > 1)
{
parsedCode << line;
continue;
}
CString semi;
while(line.subString(line.find("}")+1,1) != ";")
{
if (line.subString(line.find("}")+1,1) != ";")
{
semi << line.subString(0,line.find("}")+1) << ";" << line.subString(line.find("}")+1);
line = semi;
}
}
if (semi.isEmpty())
parsedCode << "};";
else
parsedCode << semi;
}
else if(line.find("SPC") >= 0)
{
line.replaceAllI("SPC"," + \" \" + ");
parsedCode << line;
}
else parsedCode << line;
}
return parsedCode;
}
BOOL WizCombineHtmlText(CString& strTextTo, QString lpszTextFrom)
{
if (strTextTo.isEmpty())
{
strTextTo = lpszTextFrom;
return TRUE;
}
//
/*
////强制获得正文////
*/
int nInsertPos = (int)WizStrRStrI_Pos(strTextTo, WizGetHtmlContentHiddenTagEnd());
if (-1 == nInsertPos)
nInsertPos = (int)WizStrRStrI_Pos(strTextTo, _T("</body"));
if (-1 == nInsertPos)
nInsertPos = (int)WizStrRStrI_Pos(strTextTo, _T("</html"));
if (-1 == nInsertPos)
nInsertPos = (int)strTextTo.length();
//
CString strFrom;
if (!WizHtmlGetContentByHiddenTag(lpszTextFrom, strFrom))
{
if (!WizHTMLGetBodyTextWithoutBodyTag(lpszTextFrom, strFrom))
return FALSE;
}
//
strTextTo.insert(nInsertPos, strFrom);
//
return TRUE;
}
BOOL Util::InsertSVMQ(CString strQueueName, CString strMessage, CString strLabel)
{
MutexLock lock(g_InsertMQLock);
if(strLabel.isEmpty())
strLabel="SVMQ";
void *pqueue=NULL;
int err=0;
CString strError="";
if((err=OpenQueue(g_SVMQAddress.getText(), (char *)strQueueName, &pqueue))>0)
{
if((err=Push(pqueue, strLabel, strMessage))>0)
{
CloseQueue(pqueue);
return TRUE;
}else
{
CloseQueue(pqueue);
strError.Format("Send Message error errorid:%d",err);
throw MSException((char *)strError);
}
}else
{
puts("Open queue failed");
strError.Format("Open queue failed errorid:%d",err);
throw MSException(strError.getText());
}
return TRUE;
}
bool CWizIndexBase::GetChildTagsSize(const CString &strParentTagGUID, int &size)
{
CString strWhere = strParentTagGUID.isEmpty() ?
WizFormatString0(_T("TAG_GROUP_GUID is null")) :
WizFormatString1(_T("TAG_GROUP_GUID='%1'"), strParentTagGUID);
CString strSQL = FormatQuerySQL(TABLE_NAME_WIZ_TAG, "COUNT(*)", strWhere);
return SQLToSize(strSQL, size);
}
bool CWizIndexBase::GetChildTags(const CString& strParentTagGUID, CWizTagDataArray& arrayTag)
{
CString strWhere = strParentTagGUID.isEmpty() ?
WizFormatString0(_T("TAG_GROUP_GUID is null")) :
WizFormatString1(_T("TAG_GROUP_GUID='%1'"), strParentTagGUID);
CString strSQL = FormatQuerySQL(TABLE_NAME_WIZ_TAG, FIELD_LIST_WIZ_TAG, strWhere);
return SQLToTagDataArray(strSQL, arrayTag);
}
bool CWizCategoryViewAllTagsItem::accept(CWizDatabase& db, const WIZDOCUMENTDATA& data)
{
CString strTagGUIDs = db.GetDocumentTagGUIDsString(data.strGUID);
if (strTagGUIDs.isEmpty() && data.strKbGUID == kbGUID()) {
return true;
}
return false;
}
void CWindow_Console::addLine()
{
CString text = m_line->getText();
if (!text.isEmpty())
{
m_line->clear();
Game::console->sendCommand(text);
}
}
void CEncryption::decrypt(CString& pBuf) {
// If we don't have anything, just return.
if (pBuf.isEmpty()) return;
// Apply the correct decryption algorithm.
switch (m_gen)
{
// No encryption.
case ENCRYPT_GEN_1:
case ENCRYPT_GEN_2:
return;
// Single byte insertion/zlib compression.
case ENCRYPT_GEN_3:
{
m_iterator *= 0x8088405;
m_iterator += m_key;
int pos = ((m_iterator & 0x0FFFF) % pBuf.length());
pBuf.removeI(pos, 1);
}
break;
// Partial packet encryption/none, zlib, bz2 compression methods.
// Gen 4 is only bz2.
case ENCRYPT_GEN_4:
case ENCRYPT_GEN_5:
{
const uint8_t* iterator = reinterpret_cast<const uint8_t*>(&m_iterator);
for (int32_t i = 0; i < pBuf.length(); ++i)
{
if (i % 4 == 0)
{
if (m_limit == 0) return;
m_iterator *= 0x8088405;
m_iterator += m_key;
if (m_limit > 0) m_limit--;
}
pBuf[i] ^= iterator[i%4];
}
}
break;
// Future encryption method.
case ENCRYPT_GEN_6:
return;
}
}
void CConnection::sendPacket(const CString& pBuffer, bool appendNL)
{
// Is Data?
if (pBuffer.isEmpty())
return;
// Add to buffer.
sBuffer << pBuffer;
// Append '\n'.
if (appendNL)
{
if (pBuffer[pBuffer.length()-1] != '\n')
sBuffer << "\n";
}
}
CLogControl::CLogControl() :
mCurrentEntry(NULL)
{
static CNumber threadID;
++threadID;
CString threadName = CThread::thread().name();
CString logFileName = LESTR("thread - ") + threadID.valueAsString();
if (!threadName.isEmpty())
{
logFileName += " - " + threadName;
}
logFileName += LESTR(".log");
attachToFile(logFileName, 0);
}
CString CEncryption::encrypt(CString pBuf)
{
// If we don't have anything, just return.
if (pBuf.isEmpty()) return pBuf;
switch (m_gen)
{
// No encryption.
case ENCRYPT_GEN_1:
case ENCRYPT_GEN_2:
break;
// Single byte insertion.
case ENCRYPT_GEN_3:
{
m_iterator *= 0x8088405;
m_iterator += m_key;
int pos = ((m_iterator & 0x0FFFF) % pBuf.length());
return CString() << pBuf.subString(0, pos) << ")" << pBuf.subString(pos);
break;
}
// Partial packet encryption/none, zlib, bz2 compression methods.
// Gen 4 is only bz2.
case ENCRYPT_GEN_4:
case ENCRYPT_GEN_5:
{
const uint8_t* iterator = reinterpret_cast<const uint8_t*>(&m_iterator);
for (int32_t i = 0; i < pBuf.length(); ++i)
{
if (i % 4 == 0)
{
if (m_limit == 0) return pBuf;
m_iterator *= 0x8088405;
m_iterator += m_key;
if (m_limit > 0) m_limit--;
}
pBuf[i] ^= iterator[i%4];
}
return pBuf;
break;
}
}
return pBuf;
}
void WizAnimateAction::setSingleIcons(const QString& strIconBaseName)
{
int index = 1;
while (1)
{
CString strFileName = ::WizGetSkinResourceFileName(Utils::WizStyleHelper::themeName(), strIconBaseName + WizIntToStr(index));
if (strFileName.isEmpty())
return;
QIcon icon(strFileName);
if (icon.isNull())
return;
m_icons.push_back(icon);
index++;
}
}
bool TAccount::saveAccount()
{
// Don't save 'Load Only' or RC Accounts
if (isLoadOnly)
return false;
CString newFile = "GRACC001\r\n";
newFile << "NAME " << accountName << "\r\n";
newFile << "NICK " << nickName << "\r\n";
newFile << "COMMUNITYNAME " << accountName /*communityName*/ << "\r\n";
newFile << "LEVEL " << levelName << "\r\n";
newFile << "X " << CString(x) << "\r\n";
newFile << "Y " << CString(y) << "\r\n";
newFile << "Z " << CString(z) << "\r\n";
newFile << "MAXHP " << CString(maxPower) << "\r\n";
newFile << "HP " << CString(power) << "\r\n";
newFile << "RUPEES " << CString(gralatc) << "\r\n";
newFile << "ANI " << gani << "\r\n";
newFile << "ARROWS " << CString(arrowc) << "\r\n";
newFile << "BOMBS " << CString(bombc) << "\r\n";
newFile << "GLOVEP " << CString(glovePower) << "\r\n";
newFile << "SHIELDP " << CString(shieldPower) << "\r\n";
newFile << "SWORDP " << CString(swordPower) << "\r\n";
newFile << "BOWP " << CString(bowPower) << "\r\n";
newFile << "BOW " << bowImage << "\r\n";
newFile << "HEAD " << headImg << "\r\n";
newFile << "BODY " << bodyImg << "\r\n";
newFile << "SWORD " << swordImg << "\r\n";
newFile << "SHIELD " << shieldImg << "\r\n";
newFile << "COLORS " << CString(colors[0]) << "," << CString(colors[1]) << "," << CString(colors[2]) << "," << CString(colors[3]) << "," << CString(colors[4]) << "\r\n";
newFile << "SPRITE " << CString(sprite) << "\r\n";
newFile << "STATUS " << CString(status) << "\r\n";
newFile << "MP " << CString(mp) << "\r\n";
newFile << "AP " << CString(ap) << "\r\n";
newFile << "APCOUNTER " << CString(apCounter) << "\r\n";
newFile << "ONSECS " << CString(onlineTime) << "\r\n";
newFile << "IP " << CString(accountIp) << "\r\n";
newFile << "LANGUAGE " << language << "\r\n";
newFile << "KILLS " << CString(kills) << "\r\n";
newFile << "DEATHS " << CString(deaths) << "\r\n";
newFile << "RATING " << CString(rating) << "\r\n";
newFile << "DEVIATION " << CString(deviation) << "\r\n";
newFile << "LASTSPARTIME " << CString((unsigned long)lastSparTime) << "\r\n";
// Attributes
for (unsigned int i = 0; i < 30; i++)
{
if (attrList[i].length() > 0)
newFile << "ATTR" << CString(i+1) << " " << attrList[i] << "\r\n";
}
// Chests
for (unsigned int i = 0; i < chestList.size(); i++)
newFile << "CHEST " << chestList[i] << "\r\n";
// Weapons
for (unsigned int i = 0; i < weaponList.size(); i++)
newFile << "WEAPON " << weaponList[i] << "\r\n";
// Flags
for (std::map<CString, CString>::const_iterator i = flagList.begin(); i != flagList.end(); ++i)
{
newFile << "FLAG " << i->first;
if (!i->second.isEmpty()) newFile << "=" << i->second;
newFile << "\r\n";
}
// Account Settings
newFile << "\r\n";
newFile << "BANNED " << CString((int)(isBanned == true ? 1 : 0)) << "\r\n";
newFile << "BANREASON " << banReason << "\r\n";
newFile << "BANLENGTH " << banLength << "\r\n";
newFile << "COMMENTS " << accountComments << "\r\n";
newFile << "EMAIL " << email << "\r\n";
newFile << "LOCALRIGHTS " << CString(adminRights) << "\r\n";
newFile << "IPRANGE " << adminIp << "\r\n";
newFile << "LOADONLY " << CString((int)(isLoadOnly == true ? 1 : 0)) << "\r\n";
// Folder Rights
for (unsigned int i = 0; i < folderList.size(); i++)
newFile << "FOLDERRIGHT " << folderList[i] << "\r\n";
newFile << "LASTFOLDER " << lastFolder << "\r\n";
// See if a plugin saves the account.
if (server->getPluginManager().SaveAccount(accountName.text(), newFile.text()))
return true;
// Get the file name for the account.
CString accountFileName = server->getAccountsFileSystem()->fileExistsAs(CString() << accountName << ".txt");
if (accountFileName.isEmpty()) accountFileName = CString() << accountName << ".txt";
// Save the account now.
CString accpath = CString() << server->getServerPath() << "accounts/" << accountFileName;
CFileSystem::fixPathSeparators(&accpath);
if (!newFile.save(accpath))
server->getRCLog().out("** Error saving account: %s\n", accountName.text());
return true;
}
bool CConnection::run()
{
// See if we can grab any packets.
rBuffer.setRead(0);
while (rBuffer.length() > 1)
{
unsigned short plen = rBuffer.readShort();
if (plen > (unsigned short)rBuffer.length() - 2)
break;
CString unBuffer = rBuffer.readChars(plen);
rBuffer.removeI(0, plen + 2);
// Compression
unsigned char ptype = (unsigned char)unBuffer.readChar();
unBuffer.removeI(0, 1);
// Decrypt data
if (in_codec.limitFromType(ptype))
{
if (Verbose) std::cout << "** Packet compression type is not supported." << std::endl;
return false;
}
in_codec.decrypt(unBuffer);
// Uncompress if needed.
const char* compression = "uncompressed";
if (ptype == COMPRESS_ZLIB)
{
unBuffer.zuncompressI();
compression = "zlib";
}
else if (ptype == COMPRESS_BZ2)
{
unBuffer.bzuncompressI();
compression = "bz2";
}
if (Verbose)
{
std::cout << std::endl;// << std::endl;
std::cout << "~~~~~~~~~~~~~~~~~~~~~~~" << std::endl;
std::cout << "Chunk Length: " << plen << ", data: " << unBuffer.length() << std::endl;
std::cout << "Chunk Compression: " << compression << " (" << (unsigned int)ptype << ")" << std::endl;
std::cout << std::endl;
}
int i = 0;
while (!unBuffer.isEmpty())
{
unBuffer.setRead(0);
CString unBuffer2 = unBuffer.readString("\n");
unBuffer.removeI(0, unBuffer2.length() + 1);
unsigned char pid = unBuffer2.readGUChar();
if (Verbose)
std::cout << "Packet " << i++ << ": " << (unBuffer2.text() + 1) << std::endl;
if (pid == 0)
{
FILE* f = fopen(OutputFile.text(), "wb");
if (f)
{
if (!Verbose)
std::cout << "Got serverlist, writing to " << OutputFile.text() << std::endl;
unsigned char server_count = unBuffer2.readGUChar();
for (int j = 0; j < server_count; ++j)
{
unsigned char type = unBuffer2.readGUChar();
CString name = unBuffer2.readChars(unBuffer2.readGUChar());
CString language = unBuffer2.readChars(unBuffer2.readGUChar());
CString description = unBuffer2.readChars(unBuffer2.readGUChar());
CString url = unBuffer2.readChars(unBuffer2.readGUChar());
CString version = unBuffer2.readChars(unBuffer2.readGUChar());
CString player_count = unBuffer2.readChars(unBuffer2.readGUChar());
CString ip = unBuffer2.readChars(unBuffer2.readGUChar());
CString port = unBuffer2.readChars(unBuffer2.readGUChar());
if (!SimpleMode)
{
fprintf(f, "----------------------------------\r\n");
fprintf(f, "Type: %d\r\n", type);
fprintf(f, "Name: %s\r\n", name.text());
fprintf(f, "Language: %s\r\n", language.text());
fprintf(f, "Description: %s\r\n", description.text());
fprintf(f, "URL: %s\r\n", url.text());
fprintf(f, "Version: %s\r\n", version.text());
fprintf(f, "Player count: %s\r\n", player_count.text());
fprintf(f, "IP: %s\r\n", ip.text());
fprintf(f, "Port: %s\r\n", port.text());
}
else fprintf(f, "%s\r\n", name.text());
}
fclose(f);
}
}
}
if (Verbose)
std::cout << "~~~~~~~~~~~~~~~~~~~~~~~" << std::endl;
}
return true;
}
int main(int argc, char *argv[])
{
// Shut down the server if we get a kill signal.
signal( SIGINT, (sighandler_t) shutdownServer );
signal( SIGTERM, (sighandler_t) shutdownServer );
// Grab the base path to the server executable.
getBasePath();
// Initialize data directory.
filesystem[0].addDir("global");
filesystem[1].addDir("global/heads");
filesystem[2].addDir("global/bodies");
filesystem[3].addDir("global/swords");
filesystem[4].addDir("global/shields");
// Definitions
CSocket playerSock, playerSockOld, serverSock;
playerList.clear();
serverList.clear();
// Load Settings
settings = new CSettings(homepath + "settings.ini");
if (!settings->isOpened())
{
serverlog.out( "[Error] Could not load settings.\n" );
return ERR_SETTINGS;
}
// Load ip bans.
ipBans = CString::loadToken(homepath + "ipbans.txt", "\n", true);
serverlog.out("Loaded following IP bans:\n");
for (std::vector<CString>::iterator i = ipBans.begin(); i != ipBans.end(); ++i)
serverlog.out("\t%s\n", i->text());
// Load server types.
serverTypes = CString::loadToken("servertypes.txt", "\n", true);
// Server sock.
serverSock.setType( SOCKET_TYPE_SERVER );
serverSock.setProtocol( SOCKET_PROTOCOL_TCP );
serverSock.setDescription( "serverSock" );
CString serverInterface = settings->getStr("gserverInterface");
if (serverInterface == "AUTO") serverInterface.clear();
if ( serverSock.init( (serverInterface.isEmpty() ? 0 : serverInterface.text()), settings->getStr("gserverPort").text() ) )
{
serverlog.out( "[Error] Could not initialize sockets.\n" );
return ERR_LISTEN;
}
// Player sock.
playerSock.setType( SOCKET_TYPE_SERVER );
playerSock.setProtocol( SOCKET_PROTOCOL_TCP );
playerSock.setDescription( "playerSock" );
CString playerInterface = settings->getStr("clientInterface");
if (playerInterface == "AUTO") playerInterface.clear();
if ( playerSock.init( (playerInterface.isEmpty() ? 0 : playerInterface.text()), settings->getStr("clientPort").text() ) )
{
serverlog.out( "[Error] Could not initialize sockets.\n" );
return ERR_LISTEN;
}
// Player sock.
playerSockOld.setType( SOCKET_TYPE_SERVER );
playerSockOld.setProtocol( SOCKET_PROTOCOL_TCP );
playerSockOld.setDescription( "playerSockOld" );
if ( playerSockOld.init( (playerInterface.isEmpty() ? 0 : playerInterface.text()), settings->getStr("clientPortOld").text() ) )
{
serverlog.out( "[Error] Could not initialize sockets.\n" );
return ERR_LISTEN;
}
// Connect sockets.
if ( serverSock.connect() || playerSock.connect() || playerSockOld.connect() )
{
serverlog.out( "[Error] Could not connect sockets.\n" );
return ERR_SOCKETS;
}
// MySQL-Connect
#ifndef NO_MYSQL
mySQL = new CMySQL(settings->getStr("server").text(), settings->getStr("user").text(), settings->getStr("password").text(), settings->getStr("database").text(), settings->getStr("sockfile").text());
vBmySQL = new CMySQL(settings->getStr("server").text(), settings->getStr("vbuser").text(), settings->getStr("vbpassword").text(), settings->getStr("vbdatabase").text(), settings->getStr("sockfile").text());
if (!mySQL->ping())
{
serverlog.out( "[Error] No response from MySQL.\n" );
return ERR_MYSQL;
}
// Truncate servers table from MySQL.
CString query;
query << "TRUNCATE TABLE " << settings->getStr("serverlist");
mySQL->add_simple_query(query);
query = CString("TRUNCATE TABLE ") << settings->getStr("securelogin");
mySQL->add_simple_query(query);
mySQL->update();
#endif
// Create Packet-Functions
createPLFunctions();
createSVFunctions();
// Flavor text
serverlog.out( CString() << "Graal Reborn - List Server V2\n"
<< "List server started..\n"
<< "Client port: " << CString(settings->getInt("clientport")) << "\n"
<< "GServer port: " << CString(settings->getInt("gserverport")) << "\n" );
#ifdef NO_MYSQL
// Notify the user that they are running in No MySQL mode
serverlog.out( CString() << "Running in No MySQL mode, all account and guild checks are disabled.\n");
#endif
// Main Loop
time_t t5min = time(0);
while (running)
{
// Make sure MySQL is active
#ifndef NO_MYSQL
if (!mySQL->ping())
serverlog.out( "[Error] No response from MySQL.\n" );
mySQL->update();
#endif
// Accept New Connections
acceptSock(playerSock, SOCK_PLAYER);
acceptSock(playerSockOld, SOCK_PLAYEROLD);
acceptSock(serverSock, SOCK_SERVER);
// Player Sockets
for ( std::vector<TPlayer*>::iterator iter = playerList.begin(); iter != playerList.end(); )
{
TPlayer* player = (TPlayer*)*iter;
if ( player->doMain() == false )
{
player->sendCompress();
delete player;
iter = playerList.erase( iter );
}
else
++iter;
}
// Server Sockets
for ( std::vector<TServer*>::iterator iter = serverList.begin(); iter != serverList.end() ; )
{
TServer* server = (TServer*)*iter;
if (server == 0)
{
serverlog.out(CString() << "Server disconnected: [Orphaned server]\n");
iter = serverList.erase(iter);
continue;
}
// Check for a timed out server.
if ((int)server->getLastData() >= 300)
{
serverlog.out(CString() << "Server disconnected: " << server->getName() << " [Timed out]\n");
server->sendCompress();
delete server;
iter = serverList.erase(iter);
continue;
}
// Execute server stuff.
if (server->doMain() == false)
{
serverlog.out(CString() << "Server disconnected: " << server->getName() << "\n");
server->sendCompress();
delete server;
iter = serverList.erase(iter);
continue;
}
++iter;
}
// Every 5 minutes...
// Reload ip bans.
// Resync the file system.
if ((int)difftime(time(0), t5min) > (5*60))
{
ipBans = CString::loadToken("ipbans.txt", "\n", true);
serverTypes = CString::loadToken("servertypes.txt", "\n", true);
for (int i = 0; i < 5; ++i)
filesystem[i].resync();
t5min = time(0);
}
// Wait
wait(100);
}
// Remove all servers.
// This guarantees the server deconstructors are called.
for ( std::vector<TServer*>::iterator iter = serverList.begin(); iter != serverList.end() ; )
{
TServer* server = (TServer*)*iter;
delete server;
iter = serverList.erase( iter );
}
return ERR_SUCCESS;
}
bool TAccount::loadAccount(const CString& pAccount, bool ignoreNickname)
{
// Just in case this account was loaded offline through RC.
accountName = pAccount;
bool loadedFromDefault = false;
CFileSystem* accfs = server->getAccountsFileSystem();
std::vector<CString> fileData;
CString accountText = server->getPluginManager().LoadAccount(pAccount);
if (!accountText.isEmpty())
fileData = accountText.tokenize("\n");
else
{
// Find the account in the file system.
CString accpath(accfs->findi(CString() << pAccount << ".txt"));
if (accpath.length() == 0)
{
accpath = CString() << server->getServerPath() << "accounts/defaultaccount.txt";
CFileSystem::fixPathSeparators(&accpath);
loadedFromDefault = true;
}
// Load file.
fileData = CString::loadToken(accpath, "\n");
if (fileData.size() == 0 || fileData[0].trim() != "GRACC001")
return false;
}
// Clear Lists
for (int i = 0; i < 30; ++i) attrList[i].clear();
chestList.clear();
mFlagList.clear();
folderList.clear();
weaponList.clear();
// Parse File
for (unsigned int i = 0; i < fileData.size(); i++)
{
// Trim Line
fileData[i].trimI();
// Declare Variables;
CString section, val;
int sep;
// Seperate Section & Value
sep = fileData[i].find(' ');
section = fileData[i].subString(0, sep);
if (sep != -1)
val = fileData[i].subString(sep + 1);
if (section == "NAME") continue;
else if (section == "NICK") { if (!ignoreNickname) nickName = val; }
else if (section == "COMMUNITYNAME") communityName = val;
else if (section == "LEVEL") levelName = val;
else if (section == "X") { x = (float)strtofloat(val); x2 = (int)(x * 16); }
else if (section == "Y") { y = (float)strtofloat(val); y2 = (int)(y * 16); }
else if (section == "Z") { z = (float)strtofloat(val); z2 = (int)(z * 16); }
else if (section == "MAXHP") maxPower = (int)strtoint(val);
else if (section == "HP") power = (float)strtofloat(val);
else if (section == "RUPEES") gralatc = strtoint(val);
else if (section == "ANI") gani = val;
else if (section == "ARROWS") arrowc = strtoint(val);
else if (section == "BOMBS") bombc = strtoint(val);
else if (section == "GLOVEP") glovePower = strtoint(val);
else if (section == "SHIELDP") shieldPower = strtoint(val);
else if (section == "SWORDP") swordPower = strtoint(val);
else if (section == "BOWP") bowPower = strtoint(val);
else if (section == "BOW") bowImage = val;
else if (section == "HEAD") headImg = val;
else if (section == "BODY") bodyImg = val;
else if (section == "SWORD") swordImg = val;
else if (section == "SHIELD") shieldImg = val;
else if (section == "COLORS") { std::vector<CString> t = val.tokenize(","); for (int i = 0; i < (int)t.size() && i < 5; i++) colors[i] = (unsigned char)strtoint(t[i]); }
else if (section == "SPRITE") sprite = strtoint(val);
else if (section == "STATUS") status = strtoint(val);
else if (section == "MP") mp = strtoint(val);
else if (section == "AP") ap = strtoint(val);
else if (section == "APCOUNTER") apCounter = strtoint(val);
else if (section == "ONSECS") onlineTime = strtoint(val);
else if (section == "IP") { if (accountIp == 0) accountIp = strtolong(val); }
else if (section == "LANGUAGE") { language = val; if (language.isEmpty()) language = "English"; }
else if (section == "KILLS") kills = strtoint(val);
else if (section == "DEATHS") deaths = strtoint(val);
else if (section == "RATING") rating = (float)strtofloat(val);
else if (section == "DEVIATION") deviation = (float)strtofloat(val);
else if (section == "OLDDEVIATION") oldDeviation = (float)strtofloat(val);
else if (section == "LASTSPARTIME") lastSparTime = strtolong(val);
else if (section == "FLAG") setFlag(val);
else if (section == "ATTR1") attrList[0] = val;
else if (section == "ATTR2") attrList[1] = val;
else if (section == "ATTR3") attrList[2] = val;
else if (section == "ATTR4") attrList[3] = val;
else if (section == "ATTR5") attrList[4] = val;
else if (section == "ATTR6") attrList[5] = val;
else if (section == "ATTR7") attrList[6] = val;
else if (section == "ATTR8") attrList[7] = val;
else if (section == "ATTR9") attrList[8] = val;
else if (section == "ATTR10") attrList[9] = val;
else if (section == "ATTR11") attrList[10] = val;
else if (section == "ATTR12") attrList[11] = val;
else if (section == "ATTR13") attrList[12] = val;
else if (section == "ATTR14") attrList[13] = val;
else if (section == "ATTR15") attrList[14] = val;
else if (section == "ATTR16") attrList[15] = val;
else if (section == "ATTR17") attrList[16] = val;
else if (section == "ATTR18") attrList[17] = val;
else if (section == "ATTR19") attrList[18] = val;
else if (section == "ATTR20") attrList[19] = val;
else if (section == "ATTR21") attrList[20] = val;
else if (section == "ATTR22") attrList[21] = val;
else if (section == "ATTR23") attrList[22] = val;
else if (section == "ATTR24") attrList[23] = val;
else if (section == "ATTR25") attrList[24] = val;
else if (section == "ATTR26") attrList[25] = val;
else if (section == "ATTR27") attrList[26] = val;
else if (section == "ATTR28") attrList[27] = val;
else if (section == "ATTR29") attrList[28] = val;
else if (section == "ATTR30") attrList[29] = val;
else if (section == "WEAPON") weaponList.push_back(val);
else if (section == "CHEST") chestList.push_back(val);
else if (section == "BANNED") isBanned = (strtoint(val) == 0 ? false : true);
else if (section == "BANREASON") banReason = val;
else if (section == "BANLENGTH") banLength = val;
else if (section == "COMMENTS") accountComments = val;
else if (section == "EMAIL") email = val;
else if (section == "LOCALRIGHTS") adminRights = strtoint(val);
else if (section == "IPRANGE") adminIp = val;
else if (section == "FOLDERRIGHT") folderList.push_back(val);
else if (section == "LASTFOLDER") lastFolder = val;
}
// Comment out this line if you are actually going to use community names.
communityName = accountName;
// If we loaded from the default account, save our account now and add it to the file system.
if (loadedFromDefault)
{
saveAccount();
accfs->addFile(CString() << "accounts/" << pAccount << ".txt");
}
return true;
}
void
WGrid::paintEvent(QPaintEvent * pEvent)
{
QRect rcPaint = pEvent->rect();
const int xPaintLeft = rcPaint.left();
const int xPaintRight = rcPaint.right();
const int yPaintBottom = rcPaint.bottom();
Assert(xPaintLeft >= 0 && xPaintLeft <= m_cxDisplay);
Assert(xPaintRight >= 0 && xPaintRight <= m_cxDisplay);
Assert(yPaintBottom >= 0 && yPaintBottom <= m_cyDisplay);
OPainter oPainter(viewport());
if (m_cxWidthColumns == 0)
_ColumnsRecalculateWidths();
// Find the column to start drawing
int cxSkip = m_xScrollStart + xPaintLeft;
CGridColumn ** ppColumnStop;
CGridColumn ** prgpColumns = m_arraypColumnsDisplay.PrgpGetColumnsStop(OUT &ppColumnStop);
CGridColumn ** ppColumnStart = prgpColumns;
while (ppColumnStart != ppColumnStop)
{
cxSkip -= ppColumnStart[0]->m_cxWidth;
if (cxSkip <= 0)
break;
ppColumnStart++;
} // while
CString sText;
if (m_cyHeightHeaderTop > 0)
{
//QRect rcHeader(0, 0, rcClient.width(), m_cy)
oPainter.setPen(d_coGrayDark);
oPainter.DrawLineHorizontal(xPaintLeft, xPaintRight, 0);
oPainter.DrawLineHorizontal(xPaintLeft, xPaintRight, m_cyHeightHeaderTop);
oPainter.DrawLineVertical(0, 0, m_cyHeightHeaderTop);
// Draw the columns of the header
CGridColumn ** ppColumn = ppColumnStart;
int xLeft = 0;
while (ppColumn != ppColumnStop)
{
CGridColumn * pColumn = *ppColumn++;
sText.InitFromStringU(pColumn->m_strName);
const int cxWidth = pColumn->m_cxWidth;
oPainter.drawText(xLeft, 0, cxWidth, m_cyHeightHeaderTop, Qt::AlignHCenter | Qt::AlignVCenter, sText);
// Display all the data for a column
oPainter.setPen(d_coBlack);
int yTop = m_cyHeightHeaderTop;
PFn_GridCellGetText pfnGetText = pColumn->m_pfnGetText;
if (pfnGetText != NULL)
{
CGridRow ** ppRowStop;
CGridRow ** ppRow = m_arraypRowsDisplay.PrgpGetRowsStop(OUT &ppRowStop);
while (ppRow != ppRowStop)
{
CGridRow * pRow = *ppRow++;
sText = pfnGetText(pRow->m_pvDataRow, pColumn, eGridCellTextDisplay);
if (!sText.isEmpty())
{
oPainter.drawText(xLeft + 2, yTop, cxWidth, m_cyHeightHeaderTop, Qt::AlignLeft | Qt::AlignVCenter, sText);
yTop += m_cyHeightRow;
if (yTop >= yPaintBottom)
break; // Don't draw the rows outside of the drawing area
}
} // while
} // if
xLeft += cxWidth;
if (xLeft > xPaintRight)
break; // No need to draw anything outside of the drawing area
oPainter.DrawLineVertical(xLeft, 0, m_cyHeightHeaderTop);
} // while
} // if
// Draw the gridlines
oPainter.setPen(d_coGrayDark);
int yTop = m_cyHeightHeaderTop;
while (yTop < yPaintBottom)
{
yTop += m_cyHeightRow;
oPainter.DrawLineHorizontal(xPaintLeft, xPaintRight, yTop);
}
/*
oPainter.setPen(d_coOrange);
oPainter.drawText(rcClient, Qt::AlignHCenter | Qt::AlignVCenter, "Under Development");
*/
} // paintEvent()
// -- Function: Load Weapon -- //
TWeapon * TWeapon::loadWeapon(const CString& pWeapon, TServer *server)
{
// File Path
CString fileName = server->getServerPath() << "weapons/" << pWeapon;
// Load File
CString fileData;
fileData.load(fileName);
fileData.removeAllI("\r");
// Grab some information.
bool has_script = (fileData.find("SCRIPT") != -1 ? true : false);
bool has_scriptend = (fileData.find("SCRIPTEND") != -1 ? true : false);
bool found_scriptend = false;
// Parse into lines.
std::vector<CString> fileLines = fileData.tokenize("\n");
if (fileLines.size() == 0 || fileLines[0].trim() != "GRAWP001")
return 0;
// Definitions
CString weaponImage, weaponName, weaponScript;
std::vector<std::pair<CString, CString> > byteCode;
// Parse File
std::vector<CString>::iterator i = fileLines.begin();
while (i != fileLines.end())
{
// Find Command
CString curCommand = i->readString();
// Parse Line
if (curCommand == "REALNAME")
weaponName = i->readString("");
else if (curCommand == "IMAGE")
weaponImage = i->readString("");
else if (curCommand == "BYTECODE")
{
CString fname = i->readString("");
CString bytecode;
bytecode.load(server->getServerPath() << "weapon_bytecode/" << fname);
if (!bytecode.isEmpty())
byteCode.push_back(std::pair<CString, CString>(fname, bytecode));
}
else if (curCommand == "SCRIPT")
{
++i;
while (i != fileLines.end())
{
if (*i == "SCRIPTEND")
{
found_scriptend = true;
break;
}
weaponScript << *i << "\xa7";
++i;
}
}
if (i != fileLines.end()) ++i;
}
// Valid Weapon Name?
if (weaponName.isEmpty())
return 0;
// Give a warning if our weapon was malformed.
if (has_scriptend && !found_scriptend)
{
server->getServerLog().out("[%s] WARNING: Weapon %s is malformed.\n", server->getName().text(), weaponName.text());
server->getServerLog().out("[%s] SCRIPTEND needs to be on its own line.\n", server->getName().text());
}
// Give a warning if both a script and a bytecode was found.
if (!weaponScript.isEmpty() && !byteCode.empty())
server->getServerLog().out("[%s] WARNING: Weapon %s includes both script and bytecode. Using bytecode.\n", server->getName().text(), weaponName.text());
TWeapon* ret = new TWeapon(server, weaponName, weaponImage, weaponScript, 0);
if (byteCode.size() != 0)
ret->mByteCode = byteCode;
return ret;
}
