CSCDMBHeader2005.h

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#ifndef CSCDMBHeader2005_h
#define CSCDMBHeader2005_h
 
#include <cassert>
#include <iosfwd>
#include <cstring>  // bzero
#include "DataFormats/CSCDigi/interface/CSCDMBStatusDigi.h"
#include "EventFilter/CSCRawToDigi/interface/CSCVDMBHeaderFormat.h"
 
struct CSCDMBHeader2005 : public CSCVDMBHeaderFormat {
  // public:
 
  CSCDMBHeader2005();
 
  CSCDMBHeader2005(const uint16_t *buf);
  /*
  CSCDMBHeader2005(const CSCDMBStatusDigi & digi)
    {
      memcpy(this, digi.header(), sizeInWords()*2);
    }
*/
  bool cfebAvailable(unsigned icfeb) override;
 
  void addCFEB(int icfeb) override;
  void addNCLCT() override;
  void addNALCT() override;
  void setBXN(int bxn) override;
  void setL1A(int l1a) override;
  void setL1A24(int l1a) override;
  void setCrateAddress(int crate, int dmbId) override;
  void setdmbID(int newDMBID) override { bits.dmb_id = newDMBID; }
  void setdmbVersion(unsigned int version) override {}
 
  unsigned cfebActive() const override { return bits.cfeb_active; }
  unsigned crateID() const override;
  unsigned dmbID() const override;
  unsigned bxn() const override;
  unsigned bxn12() const override;
  unsigned l1a() const override;
  unsigned l1a24() const override;
  unsigned cfebAvailable() const override;
  unsigned nalct() const override;
  unsigned nclct() const override;
  unsigned cfebMovlp() const override;
  unsigned dmbCfebSync() const override;
  unsigned activeDavMismatch() const override;
  unsigned format_version() const override;
 
  unsigned sizeInWords() const override;
 
  bool check() const override;
 
  unsigned short *data() override { return (unsigned short *)(&bits); }
  unsigned short *data() const override { return (unsigned short *)(&bits); }
 
  //ostream & operator<<(ostream &, const CSCDMBHeader2005 &);
 
  // private:
 
  struct {
    unsigned dmb_l1a_lowo : 12;
    unsigned newddu_code_1 : 4;
 
    unsigned dmb_l1a_hiwo : 12;
    unsigned newddu_code_2 : 4;
 
    unsigned cfeb_dav_1 : 5;
    unsigned cfeb_active : 5;
    unsigned alct_dav_4 : 1;
    unsigned tmb_dav_4 : 1;
    unsigned newddu_code_3 : 4;
 
    unsigned dmb_bxn1 : 12;
    unsigned newddu_code_4 : 4;
 
    unsigned cfeb_dav : 5;             //5
    unsigned alct_dav_1 : 1;           // start 1
    unsigned active_dav_mismatch : 1;  // new
    unsigned tmb_dav_1 : 1;
    unsigned active_dav_mismatch_2 : 1;  // new
    unsigned alct_dav_2 : 1;
    unsigned active_dav_mismatch_3 : 1;  // new
    unsigned tmb_dav_2 : 1;
    unsigned ddu_code_1 : 4;
 
    unsigned dmb_id : 4;
    unsigned dmb_crate : 8;
    unsigned ddu_code_2 : 4;
 
    unsigned dmb_bxn : 7;
    unsigned cfeb_movlp : 5;
    unsigned ddu_code_3 : 4;
 
    unsigned dmb_l1a : 8;
    unsigned dmb_cfeb_sync : 4;
    unsigned ddu_code_4 : 4;
  } bits;
};
 
#endif