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RtmData.h

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#ifndef RTMREADOUTFORMAT_RTMDATA_H
#define RTMREADOUTFORMAT_RTMDATA_H

#include "RtmReadoutFormat/RtmBuffer.h"

// pre-declaration
namespace DybDaq{
   class RtmReadout;
}


namespace DybDaq {

class RtmData : public RtmBuffer
{

public :

   friend class RtmReadout;

   // Destructor
   virtual ~RtmData();

   // Get the RPC CF ID
   unsigned int rpcCFId() const;

   // Get the transfer error flag
   bool transErr() const;

   // Get the ROM almost full flag
   bool romAlmostFull() const;

   // Get the RTM almost full flag
   bool rtmAlmostFull() const;

   // Get the full flag
   bool fullFlag() const;

   // GPS is valid if true
   bool validGPS() const;

   // Clock System is valid if true
   bool validCLK() const;

   // Using UTC if true
   bool usingUTC() const;

   // Get the time second
   unsigned int second() const;

   // Get the time nano-second
   unsigned int nanoSecond() const;

   // Get the accumulation
   unsigned int accumulation() const;

   // Get the trigger from ROT
   unsigned int triggerRot() const;

   // Get the full trigger map
   unsigned int triggerMap() const;


   // Returns the size, in 4-bytes, of this ojbect's contents in the buffer.
   virtual unsigned int bufferSize() const;

protected:
    
   // Returns the component with the format of this buffer.
   virtual unsigned int formatComponent() const;
    
private :

   // Constructors
   RtmData(const unsigned int rpcCFId,
           const bool transErr,
           const bool romAlmostFull,
           const bool rtmAlmostFull,
           const bool fullFlag,
           const bool validGPS,
           const bool validCLK,
           const bool usingUTC,
           const unsigned int second,
           const unsigned int nanoSecond,
           const unsigned int accumulation,
           const unsigned int triggerRot,
           const unsigned int triggerMap,
           const RtmTraits& traits);

   RtmData(const ByteBuffer& byteBuffer,
           const RtmTraits& traits);

   // Following interfaces are suppressed by default
   RtmData();
   RtmData(const RtmData&);
   RtmData& operator=(const RtmData&);


   // Interfaces for setting
   void setRpcCFId(const unsigned int rpcCFId);

   void setTransErr(const bool transErr);

   void setRomAlmostFull(const bool romAlmostFull);

   void setRtmAlmostFull(const bool rtmAlmostFull);

   void setFullFlag(const bool fullFlag);

   void setValidGPS(const bool validGPS);

   void setValidCLK(const bool validCLK);

   void setUsingUTC(const bool usingUTC);

   void setSecond(const unsigned int second);

   void setNanoSecond(const unsigned int nanoSecond);

   void setAccumulation(const unsigned int accumulation);

   void setTriggerRot(const unsigned int triggerRot);

   void setTriggerMap(const unsigned int triggerMap);

};

}

#endif

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