AbstractSkel.h File Reference

#include <zeusbase/System/Thread.h>
#include <zeusbase/System/ZVariant.h>
#include <zeusbase/System/ByteArray.hpp>
#include <zeusbase/Net/ServerSocket.h>
#include <zeusbase/Remote/RemoteDefines.hpp>
#include <zeusbase/Remote/RemoteMethodCall.h>
#include <zeusbase/Remote/RemoteReference.h>
#include <zeusbase/Remote/Interfaces/IRemoteObject.hpp>

Go to the source code of this file.

Namespaces
namespace	zeus
namespace	zeus::TAbstractSkelObjectRelease
Classes
class	zeus::TAbstractSkel
class	zeus::TAbstractSkel::TClientHandlerThread
Defines
#define	SKEL_DECL(classid, objectid)
#define	SKEL_REMOTEREF(__param)   pRemote##__param
#define	SKEL_DISPATCH_START(classid)
#define	SKEL_DISP_SWITCH(__name)
#define	SKEL_DISP_SWITCH_END   }
#define	SKEL_READ_PARAM(__name, __param)
#define	SKEL_READ_PARAM_REMOTEREF(__name, __param)
#define	SKEL_REMOTEREF_CHECK(__param)   (SKEL_REMOTEREF(__param) != NULL)
#define	SKEL_DISPATCH_END
Functions
template<class T>
void	zeus::TAbstractSkelObjectRelease::releaseInstances (T &rObject)
template<class T>
void	zeus::TAbstractSkelObjectRelease::releaseInstances (T *&rpObject)
template<>
void	zeus::TAbstractSkelObjectRelease::releaseInstances (IRemoteObjectList &rObjectList)
template<>
void	zeus::TAbstractSkelObjectRelease::releaseInstances (IStringList &)

---

Define Documentation

#define SKEL_DECL	(	classid,
		objectid		)

Value:

class classid : public TAbstractSkel \
{ \
  public : \
    classid(objectid& rInstance)\
     : TAbstractSkel(), \
       m_rInstance(rInstance)\
    { \
    } \
    \
  protected: \
    virtual ~classid() \
    { \
    } \
    virtual Retval dispatchCommand(const IRemoteMethodCall& rMethod, IRemoteMethodCall*& rMethodreturn); \
  \
  private: \
    objectid& m_rInstance; \
}; \

Declaration of the skeleton class. The skeleton class inherits the abstract skeleton

Parameters:

	classid	: ID of the class (Normally [Class]_Skel )
	objectid	: ID of the wrapped class (Servant)

#define SKEL_DISP_SWITCH

(

__name

)

Value:

if (strMethodName == __name) \
  {

This selects the correct code for extracting the remote method call according to the name of the method. The name must be given as a string value.

Parameters:

__name

: Name of the method (string)

#define SKEL_DISP_SWITCH_END   }

Ends a code of a specific method

#define SKEL_DISPATCH_END

Value:

while(lstParams.getCount() > 0) \
  { \
    lstParams[0]->release(); \
    lstParams.deleteItem(0); \
  } \
  rpMethodreturn = pReturnCall; \
  rpMethodreturn->setReturnValue(*pVarRetval); \
  pVarRetval->release(); \
  return retValue; \
}

Ends the dispatching method of the skeleton.

#define SKEL_DISPATCH_START

(

classid

)

Value:

Retval classid::dispatchCommand(const IRemoteMethodCall& rMethod, IRemoteMethodCall*& rpMethodreturn) \
{ \
  Retval retValue = RET_NOERROR; \
  \
  TSingleLinkedList<IZUnknown*> lstParams; \
  TString strMethodName; \
  TRemoteMethodCall* pReturnCall = new TRemoteMethodCall(strMethodName); \
  TZVariant* pVarRetval = new TZVariant(); \
  rMethod.getMethodName(strMethodName); \
  RootLogger.printfln(LOGMODE_INFO, "Method received [%s]", strMethodName.c_str(NULL)); \

Starts the dispatching method of the skeleton class

Parameters:

classid

: ID of the class

#define SKEL_READ_PARAM	(	__name,
		__param		)

Value:

TString strParam##__param = __name; \
    if (rMethod.getParameterByName(strParam##__param, __param) ==RET_NOERROR) \
    { \
      lstParams.add(__param); \
      RootLogger.printfln(LOGMODE_INFO, "Read param %s...ok",strParam##__param.c_str(NULL)); \
    } \
    else \
    { \
      RootLogger.printfln(LOGMODE_ERROR, "Read param %s...failed", strParam##__param.c_str(NULL)); \
      retValue = RET_REQUEST_FAILED; \
    } \

Reads a parameter out of the remote method call. This parameter is a variant type. The value inside must be extracted manually and given to the real method.

Parameters:

	__name	: Name of the parameter as string
	__param	: Parameter signature IZVariant* pVarString = NULL; SKEL_READ_PARAM("text", pVarString); if (pVarString != NULL) { pVarString->getString(&strText); retValue = m_pInstance->getText(&strText); }

#define SKEL_READ_PARAM_REMOTEREF	(	__name,
		__param		)

Value:

SKEL_READ_PARAM(__name, __param) \
    ISerializable* pSerial##__param = NULL; \
    IRemoteObject* SKEL_REMOTEREF(__param) = NULL; \
    if (__param != NULL && __param->getObject(pSerial##__param) == RET_NOERROR) \
    { \
      if (pSerial##__param->askForInterface(INTERFACE_IRemoteObject, ICAST(SKEL_REMOTEREF(__param))) == RET_NOERROR) \
      { \
        lstParams.add(SKEL_REMOTEREF(__param)); \
      } \
      else \
      { \
        RootLogger.printfln(LOGMODE_ERROR, "Failed. Object is not of type IRemoteObject"); \
        retValue = RET_REQUEST_FAILED; \
      } \
      pSerial##__param->release(); \
    } \
    else \
    { \
      RootLogger.printfln(LOGMODE_ERROR, "Failed. Object is NULL"); \
      retValue = RET_REQUEST_FAILED; \
    } \

This macro reads a remote refefence out of the remote method call. The use of this macro is the same as shown in SKEL_READ_PARAM

Parameters:

	__name	: Name of the parameter as string
	__param	: Parameter signature

#define SKEL_REMOTEREF

(

__param

)

pRemote##__param

Generates the name of the remote reference parameter

Parameters:

__param

: Parameter name of the method

#define SKEL_REMOTEREF_CHECK

(

__param

)

(SKEL_REMOTEREF(__param) != NULL)

Helper macro. Dont use directly