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#include <cstdint>
// Class for Event Record Header
#ifndef __l1t_emtf_EventHeader_h__
#define __l1t_emtf_EventHeader_h__
namespace l1t {
namespace emtf {
class EventHeader {
public:
explicit EventHeader(uint64_t dataword);
EventHeader()
: l1a(-99),
l1a_BXN(-99),
sp_TS(-99),
endcap(-99),
sector(-99),
sp_ersv(-99),
sp_addr(-99),
tbin(-99),
ddm(-99),
spa(-99),
rpca(-99),
skip(-99),
rdy(-99),
bsy(-99),
osy(-99),
wof(-99),
me1a(-99),
me1b(-99),
me2(-99),
me3(-99),
me4(-99),
cppf(-99),
cppf_crc(-99),
gem(-99),
gem_crc(-99),
format_errors(0),
dataword(-99) {}
virtual ~EventHeader() {}
void set_l1a(int bits) { l1a = bits; }
void set_l1a_BXN(int bits) { l1a_BXN = bits; }
void set_sp_TS(int bits) { sp_TS = bits; }
void set_endcap(int bits) { endcap = bits; }
void set_sector(int bits) { sector = bits; }
void set_sp_ersv(int bits) { sp_ersv = bits; }
void set_sp_addr(int bits) { sp_addr = bits; }
void set_tbin(int bits) { tbin = bits; }
void set_ddm(int bits) { ddm = bits; }
void set_spa(int bits) { spa = bits; }
void set_rpca(int bits) { rpca = bits; }
void set_skip(int bits) { skip = bits; }
void set_rdy(int bits) { rdy = bits; }
void set_bsy(int bits) { bsy = bits; }
void set_osy(int bits) { osy = bits; }
void set_wof(int bits) { wof = bits; }
void set_me1a(int bits) { me1a = bits; }
void set_me1b(int bits) { me1b = bits; }
void set_me2(int bits) { me2 = bits; }
void set_me3(int bits) { me3 = bits; }
void set_me4(int bits) { me4 = bits; }
void set_cppf(int bits) { cppf = bits; }
void set_cppf_crc(int bits) { cppf_crc = bits; }
void set_gem(int bits) { gem = bits; }
void set_gem_crc(int bits) { gem_crc = bits; }
void add_format_error() { format_errors += 1; }
void set_dataword(uint64_t bits) { dataword = bits; }
int L1A() const { return l1a; }
int L1A_BXN() const { return l1a_BXN; }
int SP_TS() const { return sp_TS; }
int Endcap() const { return endcap; }
int Sector() const { return sector; }
int SP_ersv() const { return sp_ersv; }
int SP_addr() const { return sp_addr; }
int TBIN() const { return tbin; }
int DDM() const { return ddm; }
int SPa() const { return spa; }
int RPCa() const { return rpca; }
int Skip() const { return skip; }
int Rdy() const { return rdy; }
int BSY() const { return bsy; }
int OSY() const { return osy; }
int WOF() const { return wof; }
int ME1a() const { return me1a; }
int ME1b() const { return me1b; }
int ME2() const { return me2; }
int ME3() const { return me3; }
int ME4() const { return me4; }
int CPPF() const { return cppf; }
int CPPF_CRC() const { return cppf_crc; }
int GEM() const { return gem; }
int GEM_CRC() const { return gem_crc; }
int Format_errors() const { return format_errors; }
uint64_t Dataword() const { return dataword; }
private:
int l1a;
int l1a_BXN;
int sp_TS;
int endcap;
int sector;
int sp_ersv;
int sp_addr;
int tbin;
int ddm;
int spa;
int rpca;
int skip;
int rdy;
int bsy;
int osy;
int wof;
int me1a;
int me1b;
int me2;
int me3;
int me4;
int cppf;
int cppf_crc;
int gem;
int gem_crc;
int format_errors;
uint64_t dataword;
}; // End of class EventHeader
} // End of namespace emtf
} // End of namespace l1t
#endif /* define __l1t_emtf_EventHeader_h__ */
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