#ifndef RAWDATA_H
#define RAWDATA_H

#include <iostream>
#include "Rtypes.h"
#include "BecConfig.h"

namespace BEC {

class RawData 
{
public:
  RawData();
  virtual ~RawData(){};
  void Clear();
  inline const uint32 GetBchr1() const {return fBchr1;}
  inline const uint32 GetBchr2() const {return fBchr2;}
  inline const uint32 GetBchr3() const {return fBchr3;}
  inline const uint32 GetS10() const {return fS10;}
  inline const uint32 GetS11() const {return fS11;}
  inline const uint8  GetBtype() const {return fBtype;}
  inline const uint8  GetNguar() const {return fNguar;}
  inline const int* GetGuard() const {return fGuard;}
  int Decoding(const uint32* buf, const int len, int& peff);
  void Print(const int level=0,std::ostream& o=std::cout) const;
  friend std::ostream &operator<<(std::ostream &o,const RawData &h){h.Print(0,o); return o;}  
private:
  uint32    fBchr1;      // signal in Cherenkov 1
  uint32    fBchr2;         //                     2
  uint32    fBchr3;         //                     3
  uint32    fS10;           // signal in scint.counter 10
  uint32    fS11;           //                         11
  uint8     fBtype;         // beam type 
  uint8     fNguar;         // number of target guard counters
  int    fGuard[6];      // signal in a counter
  // 

  ClassDef(RawData,1)
};

}   // namespace BEC
#endif