mttn/lib/opcodes.c

   1
   2 #include "libmtt.h"
   3
   4 /* Describe the MTT CTG module instruction Set */
   5
   6 OpCode InstructionSet[OPCODES] = {
   7
   8 /* { Name    ,Comment                   ,Number  ,Src1       ,Src2       ,Dest       } */
   9
  10    { "HALT"  ,"Stop program"            ,HALT    ,AtNothing  ,AtNothing  ,AtNothing  },
  11    { "NOOP"  ,"No operation"            ,NOOP    ,AtNothing  ,AtNothing  ,AtNothing  },
  12
  13    { "INT"   ,"Interrupt[1..16]"        ,INT     ,AtLiteral  ,AtNothing  ,AtNothing  },
  14    { "WEQV"  ,"Wait value equal"        ,WEQV    ,AtLiteral  ,AtRegister ,AtNothing  },
  15    { "WRLV"  ,"Wait value relative"     ,WRLV    ,AtLiteral  ,AtRegister ,AtNothing  },
  16    { "WORV"  ,"Wait value bit mask"     ,WORV    ,AtLiteral  ,AtRegister ,AtNothing  },
  17
  18    { "WEQR"  ,"Wait register equal"     ,WEQR    ,AtRegister ,AtRegister ,AtNothing  },
  19    { "WRLR"  ,"Wait register relative"  ,WRLR    ,AtRegister ,AtRegister ,AtNothing  },
  20    { "WORR"  ,"Wait register bit mask"  ,WORR    ,AtRegister ,AtRegister ,AtNothing  },
  21
  22    { "MOVV"  ,"Load register"           ,MOVV    ,AtLiteral  ,AtNothing  ,AtRegister },
  23
  24    { "MOVR"  ,"Move register"           ,MOVR    ,AtRegister ,AtNothing  ,AtRegister },
  25
  26    { "MOVIR" ,"Move Index register"     ,MOVIR   ,AtRegister ,AtNothing  ,AtRegister },
  27    { "MOVRI" ,"Move register Index"     ,MOVRI   ,AtRegister ,AtRegister ,AtNothing  },
  28
  29    { "ADDR"  ,"Add register"            ,ADDR    ,AtRegister ,AtRegister ,AtRegister },
  30    { "SUBR"  ,"Subtract register"       ,SUBR    ,AtRegister ,AtRegister ,AtRegister },
  31    { "LORR"  ,"Or register"             ,LORR    ,AtRegister ,AtRegister ,AtRegister },
  32    { "ANDR"  ,"And register"            ,ANDR    ,AtRegister ,AtRegister ,AtRegister },
  33    { "XORR"  ,"ExclusiveOr register"    ,XORR    ,AtRegister ,AtRegister ,AtRegister },
  34
  35    { "LSR"   ,"LeftShift register"      ,LSR     ,AtRegister ,AtRegister ,AtRegister },
  36    { "RSR"   ,"RightShift register"     ,RSR     ,AtRegister ,AtRegister ,AtRegister },
  37
  38    { "ADDV"  ,"Add value"               ,ADDV    ,AtLiteral  ,AtRegister ,AtRegister },
  39    { "SUBV"  ,"Subtract value"          ,SUBV    ,AtLiteral  ,AtRegister ,AtRegister },
  40    { "LORV"  ,"Or value"                ,LORV    ,AtLiteral  ,AtRegister ,AtRegister },
  41    { "ANDV"  ,"And value"               ,ANDV    ,AtLiteral  ,AtRegister ,AtRegister },
  42    { "XORV"  ,"ExclusiveOr value"       ,XORV    ,AtLiteral  ,AtRegister ,AtRegister },
  43    { "LSV"   ,"LeftShift value"         ,LSV     ,AtLiteral  ,AtRegister ,AtRegister },
  44    { "RSV"   ,"RightShift value"        ,RSV     ,AtLiteral  ,AtRegister ,AtRegister },
  45
  46    { "WDOG"  ,"Watch Dod"               ,WDOG    ,AtAddress  ,AtNothing  ,AtNothing  },
  47    { "JMP"   ,"Jump"                    ,JMP     ,AtAddress  ,AtNothing  ,AtNothing  },
  48    { "BEQ"   ,"Branch Equal"            ,BEQ     ,AtAddress  ,AtNothing  ,AtNothing  },
  49    { "BNE"   ,"Branch NotEqual"         ,BNE     ,AtAddress  ,AtNothing  ,AtNothing  },
  50    { "BLT"   ,"Branch LessThan"         ,BLT     ,AtAddress  ,AtNothing  ,AtNothing  },
  51    { "BGT"   ,"Branch GreaterThan"      ,BGT     ,AtAddress  ,AtNothing  ,AtNothing  },
  52    { "BLE"   ,"Branch LessThanEqual"    ,BLE     ,AtAddress  ,AtNothing  ,AtNothing  },
  53    { "BGE"   ,"Branch GreaterThanEqual" ,BGE     ,AtAddress  ,AtNothing  ,AtNothing  },
  54    { "BCR"   ,"Branch Carry"            ,BCR     ,AtAddress  ,AtNothing  ,AtNothing  } };
  55
  56 /* Describe the MTT CTG module register Set */
  57
  58 RegisterDsc Regs[REGNAMES] = {
  59
  60    { "GR"      ,"Global"                     ,GAdrGR01    ,LastGAdrGR  ,  1, GLOBAL_REG},
  61    { "OUTPUTS" ,"Control of outputs"         ,GAdrOUTPUTS ,GAdrOUTPUTS ,  0, GLOBAL_REG},
  62    { "EVIN"    ,"Event input"                ,GAdrEVIN    ,GAdrEVIN    ,  0, GLOBAL_REG},
  63    { "EVINCNT" ,"Event input counter"        ,GAdrEVINCNT ,GAdrEVINCNT ,  0, GLOBAL_REG},
  64    { "EVOUTCNT","Event output counter"       ,GAdrEVOUTCNT,GAdrEVOUTCNT,  0, GLOBAL_REG},
  65    { "EVOUTFB" ,"Event output feed back"     ,GAdrEVOUTFB ,GAdrEVOUTFB ,  0, GLOBAL_REG},
  66    { "EVOUTL"  ,"Event output low priority"  ,GAdrEVOUTL  ,GAdrEVOUTL  ,  0, GLOBAL_REG},
  67    { "MSMR"    ,"MilliSecond modulo"         ,GAdrMSMR    ,GAdrMSMR    ,  0, GLOBAL_REG},
  68    { "TSYNC"   ,"Time from sync"             ,GAdrTSYNC   ,GAdrTSYNC   ,  0, GLOBAL_REG},
  69    { "VMEP2"   ,"VME P2 input"               ,GAdrVMEP2   ,GAdrVMEP2   ,  0, GLOBAL_REG},
  70    { "EVOUTH"  ,"Event output high priority" ,GAdrEVOUTH  ,GAdrEVOUTH  ,  0, GLOBAL_REG},
  71    { "MSFR"    ,"Free running milliSecond"   ,GAdrMSFR    ,GAdrMSFR    ,  0, GLOBAL_REG},
  72    { "SYNCFR"  ,"Free running Sync time"     ,GAdrSYNCFR  ,GAdrSYNCFR  ,  0, GLOBAL_REG},
  73    { "INDEX"   ,"Index address"              ,LAdrINDEX   ,LAdrINDEX   ,  0, LOCAL_REG },
  74    { "LR"      ,"Local"                      ,LAdrLR01    ,LastLAdrLR  ,  1, LOCAL_REG }
  75    };