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#ifndef L1CSCSPStatusDigi_h
#define L1CSCSPStatusDigi_h
#include <cstring>
class CSCTFUnpacker;
class L1CSCSPStatusDigi {
private:
unsigned short sp_slot; //
unsigned short l1a_bxn; // Take from the SP header
unsigned short fmm_status; // Take from the SP header
unsigned short se; // Make logical OR of all tbins for each of 15(endcap) SE bits
unsigned short sm; // Make logical OR of all tbins for each of 15(endcap) SM bits
unsigned long bx; // Make logical OR of all tbins for each of 15(endcap)+2(barrel) BX bits
unsigned long af; // Make logical OR of all tbins for each of 15(endcap)+2(barrel) AF bits
unsigned long vp; // Make logical OR of all tbins for each of 15(endcap)+2(barrel) VP/VQ bits
enum {
IDLE = 1,
CARRIER = 2,
NORMAL = 4,
ERROR = 8,
FIFO = 16
}; // States of optical receivers + Alignment FIFO full OR empty status
unsigned short link_status[15]; // Optical receiver status ORed for all tbins
unsigned short mpc_link_id; // MPC_id and link# from MEx Data Record ORed for all tbins
unsigned long track_cnt;
unsigned long orbit_cnt;
friend class CSCTFUnpacker;
public:
unsigned short slot(void) const throw() { return sp_slot; }
unsigned short BXN(void) const throw() { return l1a_bxn; }
unsigned short FMM(void) const throw() { return fmm_status; }
unsigned short SEs(void) const throw() { return se; }
unsigned short SMs(void) const throw() { return sm; }
unsigned long BXs(void) const throw() { return bx; }
unsigned long AFs(void) const throw() { return af; }
unsigned long VPs(void) const throw() { return vp; }
unsigned short link(int link) const throw() { return link_status[link]; }
unsigned long track_counter(void) const throw() { return track_cnt; }
unsigned long orbit_counter(void) const throw() { return orbit_cnt; }
L1CSCSPStatusDigi(void) { bzero(this, sizeof(L1CSCSPStatusDigi)); }
~L1CSCSPStatusDigi(void) {}
};
#endif
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