AbstractRemoteObject.h File Reference

#include <zeusbase/System/ZObject.h>
#include <zeusbase/Remote/Interfaces/IRemoteObject.hpp>
#include <zeusbase/Remote/AbstractSkel.h>

Go to the source code of this file.

Classes
class	zeus::TAbstractRemoteObject
Namespaces
namespace	zeus
Defines
#define	REMOTE_OBJECT_DECL
#define	REMOTE_OBJECT_IMPL(classid, __classname, __codemodule, skel_class)

---

Define Documentation

#define REMOTE_OBJECT_DECL

Value:

virtual void MQUALIFIER getClassName(IString& rName) const; \
    virtual void MQUALIFIER getCodeModuleName(IString& rName) const; \
    virtual Retval connect(const IString& rAddress, Uint uiPort); \
    virtual Retval connect();

This macro defines concrete methods of the abstract remote object. Use it inside the concrete remote object declaration instead of writing lots of code.

#define REMOTE_OBJECT_IMPL	(		classid,
			__classname,
			__codemodule,
			skel_class
	)

Value:

void MQUALIFIER classid::getClassName(IString& rName) const\
{ \
  rName.assign(__classname); \
} \
void MQUALIFIER classid::getCodeModuleName(IString& rName) const\
{ \
  rName.assign(__codemodule); \
} \
Retval classid::connect(const IString& rAddress, Uint uiPort)\
{ \
  m_strAddress = rAddress; \
  m_uiPort = uiPort; \
  m_ptrSkeleton.attach(new skel_class(*this)); \
  return m_ptrSkeleton->startSkeleton(m_strAddress, m_uiPort, false); \
} \
\
Retval classid::connect() \
{ \
  m_strAddress = L"127.0.0.1"; \
  m_uiPort = 0; \
  m_ptrSkeleton.attach(new skel_class(*this)); \
  return m_ptrSkeleton->startSkeleton(m_strAddress, m_uiPort, true); \
} \

This macro defines concrete methods of the abstract remote object. Use it inside the concrete remote object implementation instead of writing lots of code.

Parameters:

classid	: ID of the concrete class
__classname	: Name of the concrete class
__codemodule	: Name of the code module
skel_class	: ClassID of the skeleton class