NPLInterface::NPLObjectProxyT< T > Class Template Reference

NPL object proxy. More...

#include <NPLInterface.hpp>

Inheritance diagram for NPLInterface::NPLObjectProxyT< T >:

Public Member Functions
	NPLObjectProxyT (NPLObjectBase *pObject)
	operator double ()
void	operator= (double value)
	operator bool ()
void	operator= (bool value)
	operator const string & ()
bool	operator== (const string &value)
bool	operator== (const char *value)
void	operator= (const std::string &value)
void	operator= (const char *value)
NPLObjectProxyT &	operator[] (const string &sName)
NPLObjectProxyT &	operator[] (const char *sName)
NPLObjectProxyT &	operator[] (int nIndex)
NPLObjectProxyT	GetField (const string &sName)
NPLObjectProxyT	GetField (const char *sName)
void	MakeNil ()
T::Iterator_Type	begin ()
T::Iterator_Type	end ()
T::IndexIterator_Type	index_begin ()
T::IndexIterator_Type	index_end ()
NPLObjectBase::NPLObjectType	GetType ()
	get the type

Detailed Description

template<class T>
class NPLInterface::NPLObjectProxyT< T >

NPL object proxy.

This is both a smart pointer and accessors Example 1: Create NPLTable and serialize to string NPLObjectProxy msg; msg["nid"] = (double)10; msg["name"] = "value"; msg["tab"]["name1"] = "value1"; NPLHelper::SerializeNPLTableToString(NULL, msg, strOutput);

Example 2: deserialize NPLTable from string.

NPLObjectProxy tabMsg = NPLHelper::StringToNPLTable("{nid=10, name=\"value\", tab={name1=\"value1\"}}");
assert((double)tabMsg["nid"] == 10);
assert((tabMsg["name"]) == "value");
assert((tabMsg["tab"]["name1"]) == "value1");

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The documentation for this class was generated from the following file:

• Client/trunk/ParaEngineClient/Core/NPLInterface.hpp