// ----------------------------------
XML::Node *XML::Node::findNode(const char *name)
{
if (stricmp(getName(),name)==0)
return this;
XML::Node *c = child;
while (c)
{
XML::Node *fn = c->findNode(name);
if (fn)
return fn;
c=c->sibling;
}
return NULL;
}
bool Config::Init()
{
// Default values, if they are not set under config.xml those will be used.
// Section GFX
m_vParserInfo.push_back( ParserData( "GFX", IS_SECTION, NULL ) );
m_vParserInfo.push_back( ParserData( "WIDTH", IS_INTEGER, &m_iWidth ) );
m_vParserInfo.push_back( ParserData( "HEIGHT", IS_INTEGER, &m_iHeight ) );
m_vParserInfo.push_back( ParserData( "BPP", IS_INTEGER, &m_iBPP ) );
m_vParserInfo.push_back( ParserData( "CURSOR", IS_INTEGER, &m_iCursor ) );
m_vParserInfo.push_back( ParserData( "PERSPECTIVE", IS_INTEGER, &m_iPerspective ) );
m_vParserInfo.push_back( ParserData( "FULLSCREEN", IS_INTEGER, &m_iStartFullScreen ) );
m_vParserInfo.push_back( ParserData( "ROOF_FADE_TIME", IS_INTEGER, &m_iRoofFadeTime ) );
m_vParserInfo.push_back( ParserData( "ROOF_FADE_ALPHA", IS_INTEGER, &m_iRoofFadeAlpha ) );
m_vParserInfo.push_back( ParserData( "ZBUFFER_SIZE", IS_INTEGER, &m_iDepthBuffer ) );
m_vParserInfo.push_back( ParserData( "MAXZOOM", IS_INTEGER, &m_iMaxZoom ) );
m_vParserInfo.push_back( ParserData( "MAXANGLE", IS_INTEGER, &m_iMaxAngle ) );
m_vParserInfo.push_back( ParserData( "VIEWDISTANCE", IS_INTEGER, &m_iViewDistance ) );
m_vParserInfo.push_back( ParserData( "BRIGHTNESS", IS_INTEGER, &m_iBrightness ) );
// Section UO
m_vParserInfo.push_back( ParserData( "UO", IS_SECTION, NULL ) );
m_vParserInfo.push_back( ParserData( "STARTX", IS_INTEGER, &m_iStartX ) );
m_vParserInfo.push_back( ParserData( "STARTY", IS_INTEGER, &m_iStartY ) );
m_vParserInfo.push_back( ParserData( "STARTZ", IS_INTEGER, &m_iStartZ ) );
m_vParserInfo.push_back( ParserData( "MULPATH", IS_STRING, &m_sMulPath ) );
// m_vParserInfo.push_back( ParserData( "COMPRESSED_MAP", IS_STRING, &m_sCompressedMap ) );
m_vParserInfo.push_back( ParserData( "POPUP_MENU", IS_INTEGER, &m_iPopup ) );
m_vParserInfo.push_back( ParserData( "AOS", IS_INTEGER, &m_iAOSToolTips ) );
m_vParserInfo.push_back( ParserData( "CLIENT_IDENTIFICATION", IS_STRING, &m_sClientVersion ) );
m_vParserInfo.push_back( ParserData( "USE_CLILOCS", IS_INTEGER, &m_iClilocs ) );
m_vParserInfo.push_back( ParserData( "CLILOC_LANGUAGE", IS_STRING, &m_sClilocLang ) );
m_vParserInfo.push_back( ParserData( "SPEECH_HUE", IS_INTEGER, &m_iSpeechHue ) );
m_vParserInfo.push_back( ParserData( "AOSTOOLTIPS", IS_INTEGER, &m_iAOSToolTips ) );
//Artix added speech.mul config option
m_vParserInfo.push_back( ParserData( "USE_SPEECH", IS_INTEGER, &m_iSpeech ) );
// Section NET
m_vParserInfo.push_back( ParserData( "NET", IS_SECTION, NULL ) );
m_vParserInfo.push_back( ParserData( "PORT", IS_INTEGER, &m_iServerPort ) );
m_vParserInfo.push_back( ParserData( "SERVER", IS_STRING, &m_sServer ) );
m_vParserInfo.push_back( ParserData( "LOGIN", IS_STRING, &m_sLogin ) );
m_vParserInfo.push_back( ParserData( "PASSWORD", IS_STRING, &m_sPassword ) );
m_vParserInfo.push_back( ParserData( "IS_SPHERE", IS_INTEGER, &m_iIsSphere ) );
m_vParserInfo.push_back( ParserData( "IS_SPHERE55R", IS_INTEGER, &m_iIsSphere55R ) );
m_vParserInfo.push_back( ParserData( "IS_POL", IS_INTEGER, &m_iIsPol ) );
m_vParserInfo.push_back( ParserData( "IS_RUNUO", IS_INTEGER, &m_iIsRunUO ) );
m_vParserInfo.push_back( ParserData( "IS_UOX3", IS_INTEGER, &m_iIsUox3 ) );
m_vParserInfo.push_back( ParserData( "CLIENT_KEY", IS_INTEGER, &m_iClientKey ) );
// Section Sound
m_vParserInfo.push_back( ParserData( "SOUND", IS_SECTION, NULL ) );
m_vParserInfo.push_back( ParserData( "MUSIC", IS_INTEGER, &m_iMusic ) );
m_vParserInfo.push_back( ParserData( "SOUND", IS_INTEGER, &m_iSound ) );
m_vParserInfo.push_back( ParserData( "FREQUENCY", IS_INTEGER, &m_iFrequency ) );
m_vParserInfo.push_back( ParserData( "STEREO", IS_INTEGER, &m_iStereo ) );
m_vParserInfo.push_back( ParserData( "CHUNKSIZE", IS_INTEGER, &m_iChunkSize ) );
m_vParserInfo.push_back( ParserData( "MUSICVOLUME", IS_INTEGER, &m_iMusicVolume ) );
m_vParserInfo.push_back( ParserData( "SOUNDVOLUME", IS_INTEGER, &m_iSoundVolume ) );
m_vParserInfo.push_back( ParserData( "MP3", IS_INTEGER, &m_iMP3 ) );
m_vParserInfo.push_back( ParserData( "FOOTSTEPS", IS_INTEGER, &m_iFootSteps ) );
// Section Iris Client
m_vParserInfo.push_back( ParserData( "IRIS", IS_SECTION, NULL ) );
m_vParserInfo.push_back( ParserData( "SCRIPTS_PATH", IS_STRING, &m_sScriptPath ) );
m_vParserInfo.push_back( ParserData( "MOUSEOVER_TIMER", IS_INTEGER, &m_iMouseMotionTimer ) );
m_vParserInfo.push_back( ParserData( "", IS_END, NULL ) );
// After adding to the vector our struct start filling it with actual values
XML::Parser kParser;
kParser.loadData( "./xml/config.xml" );
XML::Node *kDocument = kParser.parseDocument();
XML::Node *kConfig = kDocument->findNode( "CONFIG" );
if ( !kConfig )
{
THROWEXCEPTION( "Could not find configuration node." );
return false;
}
XML::Node *kValue = NULL, *kSection = NULL;
// Read all values from config.xml
for ( int i = 0; m_vParserInfo[i].iType != IS_END; i++ )
{
const ParserData &Data = m_vParserInfo[i];
if ( Data.iType == IS_SECTION )
{
kSection = kConfig->findNode( Data.sName );
}
else
{
// If no section is loaded get from <config>
kValue = kSection != NULL ? kSection->findNode( Data.sName ) : kConfig->findNode( Data.sName );
if ( kValue != NULL )
{
if ( Data.iType == IS_BOOL )
{
*reinterpret_cast<bool *>( Data.pData ) = kValue->asBool();
}
else if ( Data.iType == IS_INTEGER )
{
*reinterpret_cast<int *>( Data.pData ) = kValue->asInteger();
}
else if ( Data.iType == IS_STRING )
{
*reinterpret_cast<std::string *>( Data.pData ) = kValue->asString();
}
}
}
}
// Read Fonts bit of the file
XML::Node *kFontSet = kConfig->findNode( "FONTSET" );
if ( kFontSet )
{
int idx = 0;
XML::Node *kFontNode = NULL;
FontInfo kFontInfo;
while ( ( kFontNode = kFontSet->findNode( "FONT", idx++ ) ) )
{
if ( !kFontNode->lookupAttribute( "ID", kFontInfo.iId ) )
{
continue;
}
if ( !kFontNode->lookupAttribute( "FILE", kFontInfo.sFileName ) )
{
continue;
}
if ( !kFontNode->lookupAttribute( "NAME", kFontInfo.sFontName ) )
{
continue;
}
if ( !kFontNode->lookupAttribute( "SIZE", kFontInfo.iSize ) )
{
continue;
}
if ( !kFontNode->lookupAttribute( "HUE", kFontInfo.iHue ) )
{
continue;
}
FontManager::GetInstance()->AddTTFFont( kFontInfo.iId, kFontInfo.sFileName, kFontInfo.sFontName, kFontInfo.iSize, kFontInfo.iHue );
}
}
// Depth Buffer
if ( m_iDepthBuffer <= 0 )
{
m_iDepthBuffer = 16;
}
// View Distance
if ( m_iViewDistance < 3 )
{
m_iViewDistance = 3;
}
// Max Zoom
if ( m_iMaxZoom <= 0 )
{
m_iMaxZoom = 0;
}
// Max Angle
if ( m_iMaxAngle < 10 )
{
m_iMaxAngle = 10;
}
// Max Angle
if ( m_iMaxAngle > 90 )
{
m_iMaxAngle = 90;
}
// Fix Mul path if no / at the end
if ( m_sMulPath.size() )
{
char cLastChar = m_sMulPath[m_sMulPath.length() - 1];
if ( ( cLastChar != '/' ) && ( cLastChar != '\\' ) )
{
m_sMulPath += "/";
}
}
return true;
}