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class XmlIO;

template <class T>
void XmlAttrLoad(T& var, const String& text)
{
	var.XmlAttrLoad(text);
}

template <class T>
String XmlAttrStore(const T& var)
{
	return var.XmlAttrStore();
}

class XmlIO {
	XmlNode& node;
	bool     loading;
	Value    userdata;

public:
	bool IsLoading() const            { return loading; }
	bool IsStoring() const            { return !loading; }

	XmlNode& Node()                   { return node; }
	const XmlNode& Node() const       { return node; }

	XmlNode *operator->()             { return &node; }

	String GetAttr(const char *id)                    { return node.Attr(id); }
	void   SetAttr(const char *id, const String& val) { node.SetAttr(id, val); }

	template <class T> XmlIO operator()(const char *tag, T& var);
	template <class T> XmlIO operator()(const char *tag, const char *itemtag, T& var);

	template <class T> XmlIO Attr(const char *id, T& var) {
		if(IsLoading())
			XmlAttrLoad(var, node.Attr(id));
		else
			node.SetAttr(id, XmlAttrStore(var));
		return *this;
	}

	template <class T> XmlIO Attr(const char *id, T& var, T def) {
		if(IsLoading())
		    if(IsNull(node.Attr(id)))
				var = def;
		    else
				XmlAttrLoad(var, node.Attr(id));
		else
		if(var != def)
			node.SetAttr(id, XmlAttrStore(var));
		return *this;
	}

	XmlIO At(int i)                                    { XmlIO m(node.At(i), IsLoading(), userdata); return m; }
	XmlIO Add()                                        { XmlIO m(node.Add(), IsLoading(), userdata); return m; }
	XmlIO Add(const char *id)                          { XmlIO m(node.Add(id), IsLoading(), userdata); return m; }
	XmlIO GetAdd(const char *id)                       { XmlIO m(node.GetAdd(id), IsLoading(), userdata); return m; }
	
	void  SetUserData(const Value& v)                  { userdata = v; }
	Value GetUserData() const                          { return userdata; }

	XmlIO(XmlNode& xml, bool loading, const Value& userdata) : node(xml), loading(loading), userdata(userdata) {}
	XmlIO(XmlNode& xml, bool loading) : node(xml), loading(loading) {}
	XmlIO(XmlIO xml, const char *tag) : node(xml.node.GetAdd(tag)), loading(xml.loading), userdata(xml.userdata) {}
};

template <class T>
void Xmlize(XmlIO& xml, T& var)
{
	var.Xmlize(xml);
}

template <class T>
void Xmlize(XmlIO& xml, const char* itemtag, T& var)
{
	var.Xmlize(xml);
}

template <class T> XmlIO XmlIO::operator()(const char *tag, T& var) {
	XmlIO n(*this, tag);
	Xmlize(n, var);
	return *this;
}

template <class T> XmlIO XmlIO::operator()(const char *tag, const char *itemtag, T& var) {
	XmlIO n(*this, tag);
	Xmlize(n, itemtag, var);
	return *this;
}

template<> inline void XmlAttrLoad(String& var, const String& text) { var = text; }
template<> inline String XmlAttrStore(const String& var)            { return var; }

template<> void XmlAttrLoad(WString& var, const String& text);
template<> String XmlAttrStore(const WString& var);
template<> void XmlAttrLoad(int& var, const String& text);
template<> String XmlAttrStore(const int& var);
template<> void XmlAttrLoad(dword& var, const String& text);
template<> String XmlAttrStore(const dword& var);
template<> void XmlAttrLoad(double& var, const String& text);
template<> String XmlAttrStore(const double& var);
template<> void XmlAttrLoad(bool& var, const String& text);
template<> String XmlAttrStore(const bool& var);
template <> void XmlAttrLoad(int16& var, const String& text);
template <> String XmlAttrStore(const int16& var);
template <> void XmlAttrLoad(int64& var, const String& text);
template <> String XmlAttrStore(const int64& var);
template <> void XmlAttrLoad(byte& var, const String& text);
template <> String XmlAttrStore(const byte& var);
template <> void XmlAttrLoad(Date& var, const String& text);
template <> String XmlAttrStore(const Date& var);
template <> void XmlAttrLoad(Time& var, const String& text);
template <> String XmlAttrStore(const Time& var);

template<> void Xmlize(XmlIO& xml, String& var);
template<> void Xmlize(XmlIO& xml, WString& var);
template<> void Xmlize(XmlIO& xml, int& var);
template<> void Xmlize(XmlIO& xml, dword& var);
template<> void Xmlize(XmlIO& xml, double& var);
template<> void Xmlize(XmlIO& xml, bool& var);
template<> void Xmlize(XmlIO& xml, Date& var);
template<> void Xmlize(XmlIO& xml, Time& var);
template<> void Xmlize(XmlIO& xml, int16& var);
template<> void Xmlize(XmlIO& xml, int64& var);
template<> void Xmlize(XmlIO& xml, byte& var);

#ifndef SVO_VALUE
template<> void Xmlize(XmlIO& xml, Color& c);
template<> void Xmlize(XmlIO& xml, Value& v);

template<> void Xmlize(XmlIO& xml, ValueArray& v);
template<> void Xmlize(XmlIO& xml, ValueMap& v);
#endif 

void XmlizeLangAttr(XmlIO& xml, int& lang, const char *id = "lang");
void XmlizeLang(XmlIO& xml, const char *tag, int& lang, const char *id = "id");

template<class T>
void XmlizeContainer(XmlIO& xml, const char *tag, T& data)
{
	if(xml.IsStoring())
		for(int i = 0; i < data.GetCount(); i++) {
			XmlIO io = xml.Add(tag);
			Xmlize(io, data[i]);
		}
	else {
		data.Clear();
		for(int i = 0; i < xml->GetCount(); i++)
			if(xml->Node(i).IsTag(tag)) {
				XmlIO io = xml.At(i);
				Xmlize(io, data.Add());
			}
	}
}

template<class T>
void Xmlize(XmlIO& xml, Vector<T>& data)
{
	XmlizeContainer(xml, "item", data);
}

template<class T>
void Xmlize(XmlIO& xml, const char* itemtag, Vector<T>& data)
{
	XmlizeContainer(xml, itemtag, data);
}

template<class T>
void Xmlize(XmlIO& xml, Array<T>& data)
{
	XmlizeContainer(xml, "item", data);
}

template<class T>
void Xmlize(XmlIO& xml, const char* itemtag, Array<T>& data)
{
	XmlizeContainer(xml, itemtag, data);
}

template<class T>
void XmlizeStore(XmlIO& xml, const T& data)
{
	ASSERT(xml.IsStoring());
	Xmlize(xml, const_cast<T&>(data));
}

template<class K, class V, class T>
void XmlizeMap(XmlIO& xml, const char *keytag, const char *valuetag, T& data)
{
	if(xml.IsStoring()) {
		for(int i = 0; i < data.GetCount(); i++)
			if(!data.IsUnlinked(i)) {
				XmlIO k = xml.Add(keytag);
				XmlizeStore(k, data.GetKey(i));
				XmlIO v = xml.Add(valuetag);
				XmlizeStore(v, data[i]);
			}
	}
	else {
		data.Clear();
		int i = 0;
		while(i < xml->GetCount() - 1 && xml->Node(i).IsTag(keytag) && xml->Node(i + 1).IsTag(valuetag)) {
			K key;
			XmlIO k = xml.At(i++);
			Xmlize(k, key);
			XmlIO v = xml.At(i++);
			Xmlize(v, data.Add(key));
		}
	}
}

template<class K, class V, class H>
void Xmlize(XmlIO& xml, VectorMap<K, V, H>& data)
{
	XmlizeMap<K, V>(xml, "key", "value", data);
}

template<class K, class V, class H>
void Xmlize(XmlIO& xml, ArrayMap<K, V, H>& data)
{
	XmlizeMap<K, V>(xml, "key", "value", data);
}

template<class K, class T>
void XmlizeIndex(XmlIO& xml, const char *keytag, T& data)
{
	if(xml.IsStoring()) {
		for(int i = 0; i < data.GetCount(); i++)
			if(!data.IsUnlinked(i)) {
				//XmlizeStore(xml.Add(keytag), data.GetKey(i)); //FIXME xmlize with hashfn awareness
				XmlIO io = xml.Add(keytag);
				XmlizeStore(io, data[i]);
			}
	}
	else {
		data.Clear();
		int i = 0;
		//while(i < xml->GetCount() - 1 && xml->Node(i).IsTag(keytag) && xml->Node(i + 1).IsTag(valuetag)) {
		while(i < xml->GetCount() && xml->Node(i).IsTag(keytag)) {
			//K key;
			//Xmlize(xml.At(i++), key); //FIXME dexmlize with hashfn awareness
			K k;
			XmlIO io = xml.At(i++);
			Xmlize(io, k);
			data.Add(k);
		}
	}
}

template<class K, class H>
void Xmlize(XmlIO& xml, Index<K, H>& data)
{
	XmlizeIndex<K>(xml, "key", data);
}

template<class K, class H>
void Xmlize(XmlIO& xml, ArrayIndex<K, H>& data)
{
	XmlizeIndex<K>(xml, "key", data);
}

void RegisterValueXmlize(dword type, void (*xmlize)(XmlIO& xml, Value& v), const char *name);

template <class T>
void ValueXmlize(XmlIO& xml, Value& v)
{
	T x;
	if(xml.IsStoring())
		x = v;
	Xmlize(xml, x);
	if(xml.IsLoading())
		v = x;
}

#define REGISTER_VALUE_XMLIZE(T) \
	INITBLOCK { RegisterValueXmlize(GetValueTypeNo<T>(), &ValueXmlize<T>, #T); }

template <class T>
struct ParamHelper__ {
	T&   data;
	void Invoke(XmlIO xml) {
		Xmlize(xml, data);
	}

	ParamHelper__(T& data) : data(data) {}
};

String StoreAsXML(Callback1<XmlIO> xmlize, const char *name);
bool   LoadFromXML(Callback1<XmlIO> xmlize, const String& xml);

template <class T>
String StoreAsXML(const T& data, const char *name)
{
	ParamHelper__<T> p(const_cast<T &>(data));
	return StoreAsXML(callback(&p, &ParamHelper__<T>::Invoke), name);
}

template <class T>
bool LoadFromXML(T& data, const String& xml)
{
	ParamHelper__<T> p(data);
	return LoadFromXML(callback(&p, &ParamHelper__<T>::Invoke), xml);
}

bool StoreAsXMLFile(Callback1<XmlIO> xmlize, const char *name = NULL, const char *file = NULL);
bool LoadFromXMLFile(Callback1<XmlIO> xmlize, const char *file = NULL);

template <class T>
bool StoreAsXMLFile(T& data, const char *name = NULL, const char *file = NULL)
{
	ParamHelper__<T> p(data);
	return StoreAsXMLFile(callback(&p, &ParamHelper__<T>::Invoke), name, file);
}

template <class T>
bool LoadFromXMLFile(T& data, const char *file = NULL)
{
	ParamHelper__<T> p(data);
	return LoadFromXMLFile(callback(&p, &ParamHelper__<T>::Invoke), file);
}

template <class T>
void XmlizeBySerialize(XmlIO& xio, T& x)
{
	String h;
	if(xio.IsStoring())
		h = HexString(StoreAsString(x));
	xio.Attr("data", h);
	if(xio.IsLoading())
		try {
			LoadFromString(x, ScanHexString(h));
		}
		catch(LoadingError) {
			throw XmlError("xmlize by serialize error");
		}
}


void  StoreJsonValue(XmlIO& xio, const Value& v);
Value LoadJsonValue(const XmlNode& n);

template <class T>
void XmlizeByJsonize(XmlIO& xio, T& x)
{
	if(xio.IsStoring())
		StoreJsonValue(xio, StoreAsJsonValue(x));
	else
		LoadFromJsonValue(x, LoadJsonValue(xio.Node()));
}