OTS/OTSCPP/OTSClassifyEngine/CurveCompareEngine/MultiLang.cpp

#include "stdafx.h"
#include "MultiLang.h"



void MultiLang::GetCStringByKey(int grpKey,int itmKey,CString& text,CString& des)
{	
	text = resGroup[grpKey].mapRes[itmKey].text;
	des= resGroup[grpKey].mapRes[itmKey].Description ;
}
CString  MultiLang::GetCStringByKey(int grpKey, int itmKey)
{

	return resGroup[grpKey].mapRes[itmKey].text;
}
CString  MultiLang::GetGroupTextByKey(int grpKey)
{

	return resGroup[grpKey].text;
}
void  MultiLang::GetGroupTextByKey(int grpKey, CString& text, CString& des)
{

	text= resGroup[grpKey].text;
	des = resGroup[grpKey].Description;
}
void MultiLang::SetCStringByKey(int grpkey,int itmkey, CString value,CString des)
{
	StringRes sr;
	sr.text = value;
	sr.Description = des;
	resGroup[grpkey].mapRes [itmkey]=sr;
}

bool MultiLang::LoadStringFromXml()
{
	tinyxml2::XMLDocument* doc=new tinyxml2::XMLDocument ();
	/*char buf[1000];
	GetCurrentDirectory(1000, buf);
	CString dir = CString(buf);*/
	doc->LoadFile(".\\Resources\\XMLData\\LanguageDefine.xml");//载入xml文件
	tinyxml2::XMLElement *rootNode;
	rootNode = doc->FirstChildElement("Language");
	tinyxml2::XMLElement *childNode = rootNode->FirstChildElement("DefaultLanguage");
	std::string ss=childNode->GetText();
	if (ss == "EN")
	{
		doc->LoadFile(".\\Resources\\XMLData\\ResourceForCpp\\ResourceForCpp-EN.xml");//载入xml文件
	}
	else if (ss == "ZH")
	{
		doc->LoadFile(".\\Resources\\XMLData\\ResourceForCpp\\ResourceForCpp-ZH.xml");//载入xml文件
	}
	
	rootNode = doc->FirstChildElement(RootClassName);
		
	tinyxml2::XMLElement *collectionNode = rootNode->FirstChildElement("collection");
	tinyxml2::XMLElement *subcollectionNode = collectionNode->FirstChildElement("collection");
	while (subcollectionNode != NULL)
	{
		int colkey;
		colkey=std::stoi(subcollectionNode->Attribute("grpKey"));
		CString colText;
		colText = subcollectionNode->Attribute("text");
		CString colDes;
		colDes = subcollectionNode->Attribute("description");
		tinyxml2::XMLElement *memberNode;
		ResGroup rg;
		rg.key = colkey;
		rg.text = colText;
		rg.Description = colDes;
		memberNode = subcollectionNode->FirstChildElement("member");
		while (memberNode != NULL)
		{
			xmls::xString itemKey;
			xmls::xString itemText;
			xmls::xString itemName;
			xmls::xString itemDes;
			xmls::Slo slo;
			slo.Register("itemKey", &itemKey);
			slo.Register("itemText", &itemText);
			slo.Register("itemName", &itemName);
			slo.Register("description", &itemDes);
			slo.Serialize(false, doc, memberNode);
			int key = std::stoi(itemKey.value().c_str());
			CString itmtext = itemText.value().c_str();
			CString itmName = itemName.value().c_str();
			CString itmDes = itemDes.value().c_str();
			StringRes sr;
			sr.key = key;
			sr.text = itmtext;
			sr.Description = itmDes;
			rg.mapRes[key] = sr;
			
			memberNode = memberNode->NextSiblingElement("member");
		}
		resGroup[colkey] = rg;
		subcollectionNode = subcollectionNode->NextSiblingElement("collection");
	}
	
	delete doc;
	return true;
}
bool MultiLang::SaveStringToXml()
{
	//tinyxml2::XMLDocument* doc = new tinyxml2::XMLDocument();
	//doc->LoadFile(".\\OPTON\\OTSIncA\\SysData\\MultiLangForCpp.xml");//载入xml文件

	//tinyxml2::XMLElement *rootNode;
	//rootNode = doc->FirstChildElement(RootClassName);

	//tinyxml2::XMLElement *collectionNode = rootNode->FirstChildElement("collection");
	//	
	//for (auto member:mapMultiLang)
	//{
	//	xmls::xString itemKey;
	//	xmls::xString itemText;
	//	xmls::xString itemName;

	//	xmls::Slo slo;
	//	slo.Register("itemKey", &itemKey);
	//	slo.Register("itemText", &itemText);
	//	slo.Register("itemName", &itemName);
	//	itemKey =std::to_string( member.first);
	//	itemText = member.second;
	//	itemName = "";
	//	tinyxml2::XMLElement *subClassNode = doc->NewElement("member");
	//	slo.Serialize(true, doc, subClassNode);
	//	collectionNode->InsertEndChild(subClassNode);
	//}
	//
	//doc->SaveFile(".\\OPTON\\OTSIncA\\SysData\\MultiLangForCpp.xml");
	//delete doc;
	return true;
}