void CSSStream::Parse(IStyleSheet* styleSheet)
{
getnextc();
m_styleSheet = styleSheet;
ParseRules();
}
bool GameData::MakeGdata(PyObject *overview, const wxString &host, int port,
PyObject *players, PyObject *rules)
{
if (!ParseOverview(overview, host, port))
return false;
if (players || rules)
{
if (!ParsePlayers(players))
return false;
if (!ParseRules(rules))
return false;
}
return true;
}
bool RBSParseXML::ParseRBS(xml::XMLElement*elem,RuleBasedSystem*rbs)
{
core::stringc attrName;
core::stringc elemName;
xml::XMLAttribute*attr;
bool isGlobal=false;
attr=elem->getAttribute(mT("name"));
if(attr){
rbs->SetName(attr->value);
}
attr=elem->getAttribute(mT("isglobal"));
if(attr){
isGlobal= core::StringConverter::toBool(attr->value);
}
if(isGlobal){
RBSManager::getInstance().AddRBS(rbs);
}
xml::XMLElement* e;
e=elem->getSubElement(mT("attachedrbs"));
if(e){
ParseAttachedRBSs(e,rbs);
}
e=elem->getSubElement(mT("symbols"));
if(!e){
gLogManager.log(mT("Couldn't find Symbols tag."),ELL_WARNING);
}else
{
ParseSymbols(e,rbs);
}
e=elem->getSubElement(mT("rules"));
if(!e){
gLogManager.log(mT("Couldn't find Rules tag."),ELL_WARNING);
}else
{
ParseRules(e,rbs);
}
return true;
}
