systemvars.lis

PSoC(可编程片上系统)是Cypress半导体公司生产的包含有8位微处理器核和数字与模拟混合的信号阵列芯片

 0000                   cpu LMM
                        .module systemvars.c
                        .area text(rom, con, rel)
 0000                   .dbfile ./systemvars.c
 0000                   .dbfunc e pse_GREENLED_TransferFunction _pse_GREENLED_TransferFunction fV
 0000           ;    outputIndex -> X+0
 0000           _pse_GREENLED_TransferFunction::
 0000                   .dbline -1
 0000 10                push X
 0001 4F                mov X,SP
 0002 3801              add SP,1
 0004                   .dbline 15
 0004           ; //
 0004           ; // SystemVars.c
 0004           ; //
 0004           ; //   Updates system variables
 0004           ; #include "CMXSystem.h"
 0004           ; #include "CMXSystemFunction.h"
 0004           ; #include "SystemConst.h"
 0004           ; #include "FunctionParamDecl.h"
 0004           ; #include "SystemVars.h"
 0004           ; 
 0004           ; // system variable structure definition
 0004           ; SYSTEM_VARS_STRUC SystemVars;
 0004           ; 
 0004           ; void pse_GREENLED_TransferFunction()
 0004           ; {
 0004                   .dbline 16
 0004           ;       BYTE outputIndex = SystemVars.ReadOnlyVars.pse_GREENLED;
 0004 62D000            mov REG[0xd0],>_SystemVars
 0007 5100              mov A,[_SystemVars]
 0009 5400              mov [X+0],A
 000B                   .dbline 18
 000B           ; 
 000B           ;       if (SystemVars.ReadOnlyVars.pse_Proximity_Status > 0)
 000B 5000              mov A,0
 000D 1202              sub A,[_SystemVars+1+1]
 000F 5101              mov A,[_SystemVars+1]
 0011 3180              xor A,-128
 0013 62D000            mov REG[0xd0],>__r0
 0016 5300              mov [__rX],A
 0018 5080              mov A,(0 ^ 0x80)
 001A 1A00              sbb A,[__rX]
 001C D006              jnc L12
 001E           X0:
 001E                   .dbline 19
 001E           ;       {
 001E                   .dbline 20
 001E           ;               outputIndex = pse_GREENLED__ON;
 001E 560001            mov [X+0],1
 0021                   .dbline 21
 0021           ;       }
 0021 8004              xjmp L13
 0023           L12:
 0023                   .dbline 22
 0023           ;       else if (1)
 0023                   .dbline 23
 0023           ;       {
 0023                   .dbline 24
 0023           ;               outputIndex = pse_GREENLED__OFF;
 0023 560000            mov [X+0],0
 0026                   .dbline 25
 0026           ;       }
 0026           L15:
 0026           L13:
 0026                   .dbline 27
 0026           ; 
 0026           ;       SystemVars.ReadOnlyVars.pse_GREENLED = outputIndex;
 0026 5200              mov A,[X+0]
 0028 62D000            mov REG[0xd0],>_SystemVars
 002B 5300              mov [_SystemVars],A
 002D                   .dbline -2
 002D                   .dbline 30
 002D           ; 
 002D           ; 
 002D           ; }
 002D           L11:
 002D 38FF              add SP,-1
 002F 20                pop X
 0030                   .dbline 0 ; func end
 0030 7F                ret
 0031                   .dbsym l outputIndex 0 c
 0031                   .dbend
 0031                   .dbfunc e pse_REDLED_TransferFunction _pse_REDLED_TransferFunction fV
 0031           ;    outputIndex -> X+0
 0031           _pse_REDLED_TransferFunction::
 0031                   .dbline -1
 0031 10                push X
 0032 4F                mov X,SP
 0033 3801              add SP,1
 0035                   .dbline 33
 0035           ; 
 0035           ; void pse_REDLED_TransferFunction()
 0035           ; {
 0035                   .dbline 34
 0035           ;       BYTE outputIndex = SystemVars.ReadOnlyVars.pse_REDLED;
 0035 62D000            mov REG[0xd0],>_SystemVars
 0038 5103              mov A,[_SystemVars+3]
 003A 5400              mov [X+0],A
 003C                   .dbline 36
 003C           ; 
 003C           ;       if (SystemVars.ReadOnlyVars.pse_Proximity_Status > 0)
 003C 5000              mov A,0
 003E 1202              sub A,[_SystemVars+1+1]
 0040 5101              mov A,[_SystemVars+1]
 0042 3180              xor A,-128
 0044 62D000            mov REG[0xd0],>__r0
 0047 5300              mov [__rX],A
 0049 5080              mov A,(0 ^ 0x80)
 004B 1A00              sbb A,[__rX]
 004D D006              jnc L19
 004F           X1:
 004F                   .dbline 37
 004F           ;       {
 004F                   .dbline 38
 004F           ;               outputIndex = pse_REDLED__OFF;
 004F 560000            mov [X+0],0
 0052                   .dbline 39
 0052           ;       }
 0052 8004              xjmp L20
 0054           L19:
 0054                   .dbline 40
 0054           ;       else if (1)
 0054                   .dbline 41
 0054           ;       {
 0054                   .dbline 42
 0054           ;               outputIndex = pse_REDLED__ON;
 0054 560001            mov [X+0],1
 0057                   .dbline 43
 0057           ;       }
 0057           L22:
 0057           L20:
 0057                   .dbline 45
 0057           ; 
 0057           ;       SystemVars.ReadOnlyVars.pse_REDLED = outputIndex;
 0057 5200              mov A,[X+0]
 0059 62D000            mov REG[0xd0],>_SystemVars
 005C 5303              mov [_SystemVars+3],A
 005E                   .dbline -2
 005E                   .dbline 48
 005E           ; 
 005E           ; 
 005E           ; }
 005E           L17:
 005E 38FF              add SP,-1
 0060 20                pop X
 0061                   .dbline 0 ; func end
 0061 7F                ret
 0062                   .dbsym l outputIndex 0 c
 0062                   .dbend
                        .area data(ram, con, rel)
 0000                   .dbfile ./systemvars.c
 0000           _SystemVars::
 0000 00000000          .byte 0,0,0,0
 0004                   .dbsym e SystemVars _SystemVars X