LArBadFeb.h

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/*
  Copyright (C) 2002-2017 CERN for the benefit of the ATLAS collaboration
*/
 
#ifndef LArBadFeb_H
#define LArBadFeb_H
 
#include "LArRecConditions/LArBadFebEnum.h"
 
class  LArBadFeb : public LArBadFebEnum {
public:
 
  LArBadFeb() : m_word(0) {}
 
  explicit LArBadFeb( BitWord rawStatus) : m_word(rawStatus) {}
    
  bool statusBad( ProblemType pb) const {
    BitWord mask = 1 << bitPosition(pb);
    return ((m_word & mask) != 0);
  }

  bool statusOK( ProblemType pb) const {return !statusBad(pb);}
    
  bool good() const {return (m_word << 16) == 0;} // only use the lower 16 bits

  bool deadAll() const {return statusBad( deadAllBit);} 

  bool deadReadout() const {return statusBad( deadReadoutBit);}

  bool inError() const {return statusBad( inErrorBit);}

  bool deactivatedInOKS() const {return statusBad( deactivatedInOKSBit);}
 
  unsigned int ignoreErrors() const;
 
  static PosType bitPosition( ProblemType pb) { return static_cast<PosType>(pb);}
 
  bool operator!=(BitWord other) {return m_word != other;}
  bool operator!=(LArBadFeb other) {return m_word != other.packedData();}
  bool operator==(BitWord other) {return m_word == other;}
  bool operator==(LArBadFeb other) {return m_word == other.packedData();}
 
  LArBadFeb& operator|=(LArBadFeb other) {m_word|=other.m_word; return *this;}
 
  BitWord packedData() const {return m_word;}
 
private:
 
  BitWord m_word;
 
  BitWord& packedDataRef() {return m_word;}
    
  friend class LArBadFebBitPacking;
 
};
 
 
inline unsigned int LArBadFeb::ignoreErrors() const 
{
  return (m_word >> 16);  // return the most significant 16 bits 
}
 
#endif