regEnabledMsg.h

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/*********************************************************************
** Copyright (c) 1998 MaK Technologies, Inc.
** All rights reserved.
*********************************************************************/
/*********************************************************************
** $RCSfile: regEnabledMsg.h,v $ $Revision: 1.10 $ $State: Exp $
*********************************************************************/


#ifndef DtRegulationEnabledMsg_H_
#define DtRegulationEnabledMsg_H_

#ifdef DtTIME

#include "rtiMsg.h"
#include "netRegEnblMsg.h"

class DtConnectionMgr;
class DtRegulationEnabledMsg;
typedef void (*DtRegulationEnabledCb)(const DtRegulationEnabledMsg& msg, void* usr);

class DT_DLL_LRC DtRegulationEnabledMsg : public DtRtiMsg
{
public:

   DtRegulationEnabledMsg(DtBufferPtr buffer = DtUSE_INTERNAL_BUFFER);

   DtRegulationEnabledMsg(
      DtFederateHandle handle,
#ifdef DtIFSPEC1516
      rti1516::LogicalTime const & theTime,
#elif defined(DtIFSPEC1516E)
      rti1516e::LogicalTime const & theTime,
#else
      RTI::FedTime const & theTime,
#endif
      DtBufferPtr buffer = DtUSE_INTERNAL_BUFFER);

   DtRegulationEnabledMsg(const DtNetRegulationEnabled* netRepMsg,
      DtBufferPtr buffer = DtUSE_INTERNAL_BUFFER);

   virtual ~DtRegulationEnabledMsg();

   virtual DtRtiMsg* clone(bool copy = true) const; 

   virtual void set(
      DtFederateHandle handle,
#ifdef DtIFSPEC1516
      rti1516::LogicalTime const & theTime);
#elif defined(DtIFSPEC1516E)
      rti1516e::LogicalTime const & theTime);
#else
      RTI::FedTime const & theTime);
#endif
   
   virtual void setRequestingFederate(DtFederateHandle handle);
   virtual DtFederateHandle requestingFederate() const;

#ifdef DtIFSPEC1516
   virtual void setTime(rti1516::LogicalTime const & timeVal);
   virtual rti1516::LogicalTime const * time(
      DtLogicalTimeFactory* logicalTimeFactory) const;
#elif defined(DtIFSPEC1516E)
   virtual void setTime(rti1516e::LogicalTime const & timeVal);
   virtual rti1516e::LogicalTime const * time(
       DtLogicalTimeFactory* logicalTimeFactory) const;
#else
   virtual void setTime(RTI::FedTime const & timeVal);
   virtual RTI::FedTime const * time(
      DtLogicalTimeFactory* logicalTimeFactory) const;
#endif

   virtual void printData(DtLogicalTimeFactory* logicalTimeFactory) const;

public:

   static DtRtiMsg* create(DtBufferPtr buffer = DtUSE_INTERNAL_BUFFER);

   static DtRtiMsg* create(const DtNetMsgHeader* initial,
      DtBufferPtr buffer = DtUSE_INTERNAL_BUFFER);

   static void addCallback(DtConnectionMgr *conn,
      DtRegulationEnabledCb cb, void *usr);
   static void removeCallback(DtConnectionMgr *conn,
      DtRegulationEnabledCb cb, void *usr);

protected:
   
   DtRtiMsgKind internalDtRtiMsgKind();

   virtual DtNetRegulationEnabled* netRegulationEnabledMsg();
   virtual const DtNetRegulationEnabled* netRegulationEnabledMsg() const;

#ifdef DtIFSPEC1516
   virtual int minSize(rti1516::LogicalTime const * theTime=NULL) const;
#elif defined(DtIFSPEC1516E)
   virtual int minSize(rti1516e::LogicalTime const * theTime=NULL) const;
#else
   virtual int minSize(RTI::FedTime const * theTime=NULL) const;
#endif

   virtual void setTimeSize(int size);
   virtual int timeSize() const;

   virtual char* timePtr();

   virtual int timeFieldSize() const;

   virtual DtRegulationEnabledMsg* self() const;
};

inline DtRegulationEnabledMsg* DtRegulationEnabledMsg::self() const
{
   return const_cast<DtRegulationEnabledMsg*>( this );
}

#endif
#endif