File indexing completed on 2024-04-06 12:11:09
0001 #include "EventFilter/Utilities/interface/GlobalEventNumber.icc"
0002
0003 namespace evf {
0004 namespace evtn {
0005
0006 bool daq_board_sense(const unsigned char *p) {
0007 return (*(unsigned int *)(p + FEDHeader::length + DAQ_BOARDID_OFFSET * SLINK_WORD_SIZE / 2) >>
0008 DAQ_BOARDID_SHIFT) == DAQ_BOARDID_VALUE;
0009 }
0010
0011 bool gtpe_board_sense(const unsigned char *p) {
0012 return (*(unsigned int *)(p + GTPE_BOARDID_OFFSET * SLINK_WORD_SIZE / 2) >> GTPE_BOARDID_SHIFT) != 0;
0013 }
0014
0015 bool evm_board_sense(const unsigned char *p, size_t size) {
0016 switch (size) {
0017 case BST32_3BX:
0018 EVM_GTFE_BLOCK = EVM_GTFE_BLOCK_V0000;
0019 EVM_FDL_NOBX = 3;
0020 break;
0021 case BST32_5BX:
0022 EVM_GTFE_BLOCK = EVM_GTFE_BLOCK_V0000;
0023 EVM_FDL_NOBX = 5;
0024 break;
0025 case BST52_3BX:
0026 EVM_GTFE_BLOCK = EVM_GTFE_BLOCK_V0011;
0027 EVM_FDL_NOBX = 3;
0028 break;
0029 case BST52_5BX:
0030 EVM_GTFE_BLOCK = EVM_GTFE_BLOCK_V0011;
0031 EVM_FDL_NOBX = 5;
0032 break;
0033 default:
0034 EVM_GTFE_BLOCK = EVM_GTFE_BLOCK_V0000;
0035 EVM_FDL_NOBX = 3;
0036 }
0037 return (*(const unsigned int *)(p + FEDHeader::length + EVM_BOARDID_OFFSET * SLINK_WORD_SIZE / 2) >>
0038 EVM_BOARDID_SHIFT) == EVM_BOARDID_VALUE;
0039 }
0040
0041 bool evm_tcs_board_sense(const unsigned char *p) {
0042 return (*(const unsigned int *)(p + FEDHeader::length +
0043 (EVM_GTFE_BLOCK * 2 + EVM_TCS_BOARDID_OFFSET) * SLINK_WORD_SIZE / 2) >>
0044 EVM_TCS_BOARDID_SHIFT) == EVM_TCS_BOARDID_VALUE;
0045 }
0046
0047 void evm_board_setformat(size_t size) {
0048 switch (size) {
0049 case BST32_3BX:
0050 EVM_GTFE_BLOCK = EVM_GTFE_BLOCK_V0000;
0051 EVM_FDL_NOBX = 3;
0052 break;
0053 case BST32_5BX:
0054 EVM_GTFE_BLOCK = EVM_GTFE_BLOCK_V0000;
0055 EVM_FDL_NOBX = 5;
0056 break;
0057 case BST52_3BX:
0058 EVM_GTFE_BLOCK = EVM_GTFE_BLOCK_V0011;
0059 EVM_FDL_NOBX = 3;
0060 break;
0061 case BST52_5BX:
0062 EVM_GTFE_BLOCK = EVM_GTFE_BLOCK_V0011;
0063 EVM_FDL_NOBX = 5;
0064 break;
0065 default:
0066 EVM_GTFE_BLOCK = EVM_GTFE_BLOCK_V0000;
0067 EVM_FDL_NOBX = 3;
0068 }
0069 }
0070
0071 unsigned int offset(bool evm) {
0072 if (evm)
0073 return FEDHeader::length + (EVM_GTFE_BLOCK * 2 + EVM_TCS_TRIGNR_OFFSET) * SLINK_WORD_SIZE / 2;
0074 else
0075 return FEDHeader::length + DAQ_TOTTRG_OFFSET * SLINK_WORD_SIZE / 2;
0076 }
0077 unsigned int get(const unsigned char *p, bool evm) {
0078 if (evm && evm_tcs_board_sense(p))
0079 return *(const unsigned int *)(p + offset(true));
0080 else
0081 return *(const unsigned int *)(p + offset(false));
0082 }
0083 unsigned int gtpe_get(const unsigned char *p) {
0084 return *(const unsigned int *)(p + GTPE_TRIGNR_OFFSET * SLINK_HALFWORD_SIZE);
0085 }
0086 unsigned int getlbn(const unsigned char *p) {
0087 return (*(const unsigned int *)(p + FEDHeader::length +
0088 (EVM_GTFE_BLOCK * 2 + EVM_TCS_LSBLNR_OFFSET) * SLINK_WORD_SIZE / 2)) &
0089 EVM_TCS_LSBLNR_MASK;
0090 }
0091 unsigned int gtpe_getlbn(const unsigned char *p) { return gtpe_getorbit(p) / 0x00100000; }
0092 unsigned int getgpslow(const unsigned char *p) {
0093 return (*(const unsigned int *)(p + FEDHeader::length + EVM_GTFE_BSTGPS_OFFSET * SLINK_WORD_SIZE / 2));
0094 }
0095 unsigned int getgpshigh(const unsigned char *p) {
0096 return (*(const unsigned int *)(p + FEDHeader::length + EVM_GTFE_BSTGPS_OFFSET * SLINK_WORD_SIZE / 2 +
0097 SLINK_HALFWORD_SIZE));
0098 }
0099 unsigned int getorbit(const unsigned char *p) {
0100 return (*(const unsigned int *)(p + FEDHeader::length +
0101 (EVM_GTFE_BLOCK * 2 + EVM_TCS_ORBTNR_OFFSET) * SLINK_WORD_SIZE / 2));
0102 }
0103 unsigned int getevtyp(const unsigned char *p) {
0104 return (((*(const unsigned int *)(p + FEDHeader::length +
0105 (EVM_GTFE_BLOCK * 2 + EVM_TCS_LSBLNR_OFFSET) * SLINK_WORD_SIZE / 2)) &
0106 EVM_TCS_EVNTYP_MASK) >>
0107 EVM_TCS_EVNTYP_SHIFT);
0108 }
0109 unsigned int gtpe_getorbit(const unsigned char *p) {
0110 return (*(const unsigned int *)(p + GTPE_ORBTNR_OFFSET * SLINK_HALFWORD_SIZE));
0111 }
0112 unsigned int getfdlbx(const unsigned char *p) {
0113 return (*(const unsigned int *)(p + FEDHeader::length +
0114 (EVM_GTFE_BLOCK + EVM_TCS_BLOCK + EVM_FDL_BLOCK * (EVM_FDL_NOBX / 2)) *
0115 SLINK_WORD_SIZE +
0116 EVM_FDL_BCNRIN_OFFSET * SLINK_HALFWORD_SIZE)) &
0117 EVM_TCS_BCNRIN_MASK;
0118 }
0119 unsigned int gtpe_getbx(const unsigned char *p) {
0120 return (*(const unsigned int *)(p + GTPE_BCNRIN_OFFSET * SLINK_HALFWORD_SIZE)) & GTPE_BCNRIN_MASK;
0121 }
0122 unsigned int getfdlpsc(const unsigned char *p) {
0123 return (*(const unsigned int *)(p + FEDHeader::length +
0124 (EVM_GTFE_BLOCK + EVM_TCS_BLOCK + EVM_FDL_BLOCK * (EVM_FDL_NOBX / 2)) *
0125 SLINK_WORD_SIZE +
0126 EVM_FDL_PSCVSN_OFFSET * SLINK_HALFWORD_SIZE));
0127 }
0128 unsigned long long getfdlttr(const unsigned char *p) {
0129 return (*(const unsigned long long *)(p + FEDHeader::length +
0130 (EVM_GTFE_BLOCK + EVM_TCS_BLOCK + EVM_FDL_BLOCK * (EVM_FDL_NOBX / 2)) *
0131 SLINK_WORD_SIZE +
0132 EVM_FDL_TECTRG_OFFSET * SLINK_HALFWORD_SIZE));
0133 }
0134 unsigned long long getfdlta1(const unsigned char *p) {
0135 return (*(const unsigned long long *)(p + FEDHeader::length +
0136 (EVM_GTFE_BLOCK + EVM_TCS_BLOCK + EVM_FDL_BLOCK * (EVM_FDL_NOBX / 2)) *
0137 SLINK_WORD_SIZE +
0138 EVM_FDL_ALGOB1_OFFSET * SLINK_HALFWORD_SIZE));
0139 }
0140 unsigned long long getfdlta2(const unsigned char *p) {
0141 return (*(const unsigned long long *)(p + FEDHeader::length +
0142 (EVM_GTFE_BLOCK + EVM_TCS_BLOCK + EVM_FDL_BLOCK * (EVM_FDL_NOBX / 2)) *
0143 SLINK_WORD_SIZE +
0144 EVM_FDL_ALGOB2_OFFSET * SLINK_HALFWORD_SIZE));
0145 }
0146 }
0147 }
