AMC13Header.h

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/* -*- C++ -*- */
#ifndef AMC13Header_H_included
#define AMC13Header_H_included

#include <stdint.h>

namespace hcal {
  class AMC13Header {
  public:
    inline int sourceId() const { return int(cdfHeader>>8)&0xFFF; }
    inline int bunchId() const { return int(cdfHeader>>20)&0xFFF; }
    inline int l1aNumber() const { return int((cdfHeader>>32) & 0x00FFFFFF); }
    inline int CDFEventType() const { return ( int(cdfHeader>>56) & 0x0F ); }  
    inline unsigned int orbitNumber() const { return (unsigned int)((amc13Header>>4)&0xFFFFFFFFu); }
    inline int NAMC() const { return int((amc13Header>>52)&0xF); }
    inline int AMC13FormatVersion() const { return int((amc13Header>>60)&0xF); }
    
    // Per-AMC items
    inline uint16_t AMCId(int i) const { return uint16_t(modulesHeaders[i]&0xFFFF); }
    inline int AMCSlot(int i) const { return int((modulesHeaders[i]>>16)&0xF); }
    inline int AMCBlockNumber(int i) const { return int((modulesHeaders[i]>>20)&0xFF); }
    inline int AMCSize(int i) const { return int((modulesHeaders[i]>>32)&0xFFFFFF); }
    inline bool AMCMore(int i) const { return ((modulesHeaders[i]>>61)&0x1)!=0; }
    inline bool AMCSegmented(int i) const { return ((modulesHeaders[i]>>60)&0x1)!=0; }
    inline bool AMCLengthOk(int i) const { return ((modulesHeaders[i]>>62)&0x1)!=0; }
    inline bool AMCCRCOk(int i) const { return ((modulesHeaders[i]>>56)&0x1)!=0; }
    inline bool AMCDataPresent(int i) const { return ((modulesHeaders[i]>>58)&0x1)!=0; }
    inline bool AMCDataValid(int i) const { return ((modulesHeaders[i]>>57)&0x1)!=0; }
    inline bool AMCEnabled(int i) const { return ((modulesHeaders[i]>>59)&0x1)!=0; }

    const uint64_t* AMCPayload(int i) const;


  private:
    uint64_t cdfHeader;
    uint64_t amc13Header;
    uint64_t modulesHeaders[12];
  };
}

#endif // AMC13Header_H_included