; Archelon URCC C 3.18 2004/03/09 ; MSP430 CIF 2004/03/02 ; Compiled "H:\ESP\gen2\software\msp430\dwarves\solenoid.c" Mon Dec 06 10:21:29 2004 ; .dbgseg dbg_syms .align 0x2 .long 0x6c69662e .long 0x65 .long 0x1 .long 0x0 .long 0x167fffe .long 0x0 .long DBG5 .long 0x0 .long 0x0 .long 0x0 ; typedef int ptrdiff_t; ; ptrdiff_t size 2 ; typedef unsigned int size_t; ; size_t size 2 ; typedef int wchar_t; ; wchar_t size 2 ; typedef unsigned char uint8; ; uint8 size 1 ; typedef uint8 byte; ; byte size 1 ; typedef signed char int8; ; int8 size 1 ; typedef unsigned short uint16; ; uint16 size 2 ; typedef short int16; ; int16 size 2 ; typedef unsigned long uint32; ; uint32 size 4 ; typedef long int32; ; int32 size 4 ; typedef enum {false, true} boolean; ; boolean size 1 ; typedef void voidFn (void); ; voidFn size 0 ; typedef struct {int16 P,I,D;} int16PID; ; int16PID size 6 ; __builtin__ unsigned short _BIS_SR(unsigned short); ; __builtin__ unsigned short _BIC_SR(unsigned short); ; __builtin__ unsigned short _BIS_SR_IRQ(unsigned short); ; __builtin__ unsigned short _BIC_SR_IRQ(unsigned short); ; __builtin__ void _DINT(void); ; __builtin__ void _EINT(void); ; __builtin__ void _NOP(void); ; __builtin__ void _OPC(const unsigned short op); ; __builtin__ short _SWPB(short); ; __builtin__ long _SWPB_LONG(long); ; __builtin__ float _SWPB_FLOAT(float); ; sfrb IE1 = (0x0000) ; ; sfrb IFG1 = (0x0002) ; ; sfrb ME1 = (0x0004) ; ; sfrb IE2 = (0x0001) ; ; sfrb IFG2 = (0x0003) ; ; sfrb ME2 = (0x0005) ; ; sfrw WDTCTL = (0x0120) ; ; sfrw MPY = (0x0130) ; ; sfrw MPYS = (0x0132) ; ; sfrw MAC = (0x0134) ; ; sfrw MACS = (0x0136) ; ; sfrw OP2 = (0x0138) ; ; sfrw RESLO = (0x013A) ; ; sfrw RESHI = (0x013C) ; ; const sfrw SUMEXT = (0x013E) ; ; const sfrb P1IN = (0x0020) ; ; sfrb P1OUT = (0x0021) ; ; sfrb P1DIR = (0x0022) ; ; sfrb P1IFG = (0x0023) ; ; sfrb P1IES = (0x0024) ; ; sfrb P1IE = (0x0025) ; ; sfrb P1SEL = (0x0026) ; ; const sfrb P2IN = (0x0028) ; ; sfrb P2OUT = (0x0029) ; ; sfrb P2DIR = (0x002A) ; ; sfrb P2IFG = (0x002B) ; ; sfrb P2IES = (0x002C) ; ; sfrb P2IE = (0x002D) ; ; sfrb P2SEL = (0x002E) ; ; const sfrb P3IN = (0x0018) ; ; sfrb P3OUT = (0x0019) ; ; sfrb P3DIR = (0x001A) ; ; sfrb P3SEL = (0x001B) ; ; const sfrb P4IN = (0x001C) ; ; sfrb P4OUT = (0x001D) ; ; sfrb P4DIR = (0x001E) ; ; sfrb P4SEL = (0x001F) ; ; const sfrb P5IN = (0x0030) ; ; sfrb P5OUT = (0x0031) ; ; sfrb P5DIR = (0x0032) ; ; sfrb P5SEL = (0x0033) ; ; const sfrb P6IN = (0x0034) ; ; sfrb P6OUT = (0x0035) ; ; sfrb P6DIR = (0x0036) ; ; sfrb P6SEL = (0x0037) ; ; sfrb U0CTL = (0x0070) ; ; sfrb U0TCTL = (0x0071) ; ; sfrb U0RCTL = (0x0072) ; ; sfrb U0MCTL = (0x0073) ; ; sfrb U0BR0 = (0x0074) ; ; sfrb U0BR1 = (0x0075) ; ; const sfrb U0RXBUF = (0x0076) ; ; sfrb U0TXBUF = (0x0077) ; ; sfrb U1CTL = (0x0078) ; ; sfrb U1TCTL = (0x0079) ; ; sfrb U1RCTL = (0x007A) ; ; sfrb U1MCTL = (0x007B) ; ; sfrb U1BR0 = (0x007C) ; ; sfrb U1BR1 = (0x007D) ; ; const sfrb U1RXBUF = (0x007E) ; ; sfrb U1TXBUF = (0x007F) ; ; sfrb I2CIE = (0x0050) ; ; sfrb I2CIFG = (0x0051) ; ; sfrb I2CNDAT = (0x0052) ; ; sfrb I2CTCTL = (0x0071) ; ; sfrb I2CDCTL = (0x0072) ; ; sfrb I2CPSC = (0x0073) ; ; sfrb I2CSCLH = (0x0074) ; ; sfrb I2CSCLL = (0x0075) ; ; sfrb I2CDRB = (0x0076) ; ; sfrw I2CDRW = (0x0076) ; ; sfrw I2COA = (0x0118) ; ; sfrw I2CSA = (0x011A) ; ; const sfrw I2CIV = (0x011C) ; ; const sfrw TAIV = (0x012E) ; ; sfrw TACTL = (0x0160) ; ; sfrw TACCTL0 = (0x0162) ; ; sfrw TACCTL1 = (0x0164) ; ; sfrw TACCTL2 = (0x0166) ; ; sfrw TAR = (0x0170) ; ; sfrw TACCR0 = (0x0172) ; ; sfrw TACCR1 = (0x0174) ; ; sfrw TACCR2 = (0x0176) ; ; const sfrw TBIV = (0x011E) ; ; sfrw TBCTL = (0x0180) ; ; sfrw TBCCTL0 = (0x0182) ; ; sfrw TBCCTL1 = (0x0184) ; ; sfrw TBCCTL2 = (0x0186) ; ; sfrw TBCCTL3 = (0x0188) ; ; sfrw TBCCTL4 = (0x018A) ; ; sfrw TBCCTL5 = (0x018C) ; ; sfrw TBCCTL6 = (0x018E) ; ; sfrw TBR = (0x0190) ; ; sfrw TBCCR0 = (0x0192) ; ; sfrw TBCCR1 = (0x0194) ; ; sfrw TBCCR2 = (0x0196) ; ; sfrw TBCCR3 = (0x0198) ; ; sfrw TBCCR4 = (0x019A) ; ; sfrw TBCCR5 = (0x019C) ; ; sfrw TBCCR6 = (0x019E) ; ; sfrb DCOCTL = (0x0056) ; ; sfrb BCSCTL1 = (0x0057) ; ; sfrb BCSCTL2 = (0x0058) ; ; sfrw FCTL1 = (0x0128) ; ; sfrw FCTL2 = (0x012A) ; ; sfrw FCTL3 = (0x012C) ; ; sfrb CACTL1 = (0x0059) ; ; sfrb CACTL2 = (0x005A) ; ; sfrb CAPD = (0x005B) ; ; sfrw ADC12CTL0 = (0x01A0) ; ; sfrw ADC12CTL1 = (0x01A2) ; ; sfrw ADC12IFG = (0x01A4) ; ; sfrw ADC12IE = (0x01A6) ; ; sfrw ADC12IV = (0x01A8) ; ; sfrw ADC12MEM0 = (0x0140) ; ; sfrw ADC12MEM1 = (0x0142) ; ; sfrw ADC12MEM2 = (0x0144) ; ; sfrw ADC12MEM3 = (0x0146) ; ; sfrw ADC12MEM4 = (0x0148) ; ; sfrw ADC12MEM5 = (0x014A) ; ; sfrw ADC12MEM6 = (0x014C) ; ; sfrw ADC12MEM7 = (0x014E) ; ; sfrw ADC12MEM8 = (0x0150) ; ; sfrw ADC12MEM9 = (0x0152) ; ; sfrw ADC12MEM10 = (0x0154) ; ; sfrw ADC12MEM11 = (0x0156) ; ; sfrw ADC12MEM12 = (0x0158) ; ; sfrw ADC12MEM13 = (0x015A) ; ; sfrw ADC12MEM14 = (0x015C) ; ; sfrw ADC12MEM15 = (0x015E) ; ; sfrb ADC12MCTL0 = (0x0080) ; ; sfrb ADC12MCTL1 = (0x0081) ; ; sfrb ADC12MCTL2 = (0x0082) ; ; sfrb ADC12MCTL3 = (0x0083) ; ; sfrb ADC12MCTL4 = (0x0084) ; ; sfrb ADC12MCTL5 = (0x0085) ; ; sfrb ADC12MCTL6 = (0x0086) ; ; sfrb ADC12MCTL7 = (0x0087) ; ; sfrb ADC12MCTL8 = (0x0088) ; ; sfrb ADC12MCTL9 = (0x0089) ; ; sfrb ADC12MCTL10 = (0x008A) ; ; sfrb ADC12MCTL11 = (0x008B) ; ; sfrb ADC12MCTL12 = (0x008C) ; ; sfrb ADC12MCTL13 = (0x008D) ; ; sfrb ADC12MCTL14 = (0x008E) ; ; sfrb ADC12MCTL15 = (0x008F) ; ; sfrw DAC12_0CTL = (0x01c0) ; ; sfrw DAC12_1CTL = (0x01c2) ; ; sfrw DAC12_0DAT = (0x01c8) ; ; sfrw DAC12_1DAT = (0x01ca) ; ; sfrw DMACTL0 = (0x0122) ; ; sfrw DMACTL1 = (0x0124) ; ; sfrw DMA0CTL = (0x01e0) ; ; sfrw DMA1CTL = (0x01e8) ; ; sfrw DMA2CTL = (0x01f0) ; ; sfrw DMA0SA = (0x01e2) ; ; sfrw DMA0DA = (0x01e4) ; ; sfrw DMA0SZ = (0x01e6) ; ; sfrw DMA1SA = (0x01ea) ; ; sfrw DMA1DA = (0x01ec) ; ; sfrw DMA1SZ = (0x01ee) ; ; sfrw DMA2SA = (0x01f2) ; ; sfrw DMA2DA = (0x01f4) ; ; sfrw DMA2SZ = (0x01f6) ; ; static __inline__ void MCLKsleep (unsigned mclks) ; } ; static __inline__ void initDWRFCLKS (void) ; } ; static __inline__ void initDWRFBUS (void) ; } ; static __inline__ ; void driveDWRFbus (void) ; } ; static __inline__ ; void floatDWRFbus (void) ; } ; static __inline__ ; void setDWRFadr (byte adr) ; } ; static __inline__ ; void refreshDWRFadr (byte adr) ; } ; static __inline__ ; void freezeDWRFadr (void) ; } ; static __inline__ ; byte readDWRFnext (void) ; } ; static __inline__ ; byte readDWRFlast (void) ; } ; static __inline__ ; byte readDWRFfirst (byte baseAdr) ; } ; static __inline__ ; byte readDWRF (byte adr) ; } ; static __inline__ ; void writeDWRFnext (byte value) ; } ; static __inline__ ; void writeDWRFlast (byte value) ; } ; static __inline__ ; void writeDWRFfirst (byte baseAdr, byte value) ; } ; static __inline__ ; void writeDWRF (byte adr, byte value) ; } ; extern ; byte DWRFIEimage; ; static __inline__ void disableDWRFirqs (byte mask) ; } ; static __inline__ void enableDWRFirqs (byte mask) ; } ; static __inline__ void endDWRFirqs (byte mask) ; } ; static __inline__ void startDWRFirqs (byte mask) ; } ; typedef struct ; { ; boolean Hupdate, Pupdate; ; uint16 nHold, nPulse; ; uint16 cHold, cPulse; ; uint16 Duration; ; uint16 tic; ; }SolStruct; ; SolStruct size 14 ; void configureSolenoid(SolStruct *SS); ; void PulseAndHoldISR(SolStruct *SS); ; static uint16 gDrvValve; ; uint16 super; ; void configureSolenoid(SolStruct *SS) DBG3: .long 0x0 .long DBG10 .long _configureSolenoid .long 0x40 .long 0x1020001 .long DBG1 .long DBG7-DBG8 .long DBG9 .long DBG6 .long 0x0 .pseg solenoid_code DBG8: .dbgseg dbg_syms DBG1: .long 0x66622e .long 0x0 .long DBG8 .long 0x0 .long 0x1650001 .long 0x0 .long 0xb .long 0x0 .long DBG11 .long 0x0 .dbgseg dbg_line .align 0x2 DBG9: .long DBG3 .long 0x0 .long _configureSolenoid .long 0x1 .long DBG13 .long 0x2 .long DBG14 .long 0x4 .long DBG15 .long 0x5 .long DBG16 .long 0x6 .long DBG17 .long 0x7 .long DBG18 .long 0x8 .long DBG19 .long 0x9 .long DBG20 .long 0xa .pseg solenoid_code .global _configureSolenoid _configureSolenoid: ; ENTRY DBG12: ; SS at argloc 0 (0x0) in reg size 2 ; { DBG13: ; gDrvValve = 0; DBG14: mov #0x0,&_gDrvValve DBG15: ; SS->cHold = SS->nHold = 0x0000; mov #0x0,0x2(r12) mov 0x2(r12),0x6(r12) DBG16: ; SS->cPulse = SS->nPulse = 0x0000; mov #0x0,0x4(r12) mov 0x4(r12),0x8(r12) DBG17: ; SS->Duration = 0; mov #0x0,0xa(r12) DBG18: ; SS->tic = 0; mov #0x0,0xc(r12) DBG19: ; SS->Pupdate = SS->Hupdate = false; mov.b #0x0,0(r12) mov.b @r12,0x1(r12) DBG21: DBG20: ; EXIT ret .dbgseg dbg_syms .0fake_1: DBG4: .long 0x6166302e .long 0x315f656b .long 0x0 .long 0xa .long 0x10ffffe .long 0x0 .long 0x10000 .long 0x0 .long DBG22 .long 0x0 .long 0x736c6166 .long 0x65 .long 0x0 .long 0xb .long 0x10ffff .long 0x65757274 .long 0x0 .long 0x1 .long 0xb .long 0x10ffff .long 0x736f652e .long 0x0 .long 0x1 .long 0x0 .long 0x166ffff .long DBG4 .long 0x10000 .long 0x0 .long 0x0 .long 0x0 .2fake_2: DBG22: .long 0x6166322e .long 0x325f656b .long 0x0 .long 0x8 .long 0x10afffe .long 0x0 .long 0xe0000 .long 0x0 .long DBG23 .long 0x0 .long 0x64707548 .long 0x657461 .long 0x0 .long 0xa .long 0x108ffff .long .0fake_1 .long 0x0 .long 0x0 .long 0x0 .long 0x0 .long 0x64707550 .long 0x657461 .long 0x1 .long 0xa .long 0x108ffff .long .0fake_1 .long 0x0 .long 0x0 .long 0x0 .long 0x0 .long 0x6c6f486e .long 0x64 .long 0x2 .long 0xd .long 0x8ffff .long 0x6c75506e .long 0x6573 .long 0x4 .long 0xd .long 0x8ffff .long 0x6c6f4863 .long 0x64 .long 0x6 .long 0xd .long 0x8ffff .long 0x6c755063 .long 0x6573 .long 0x8 .long 0xd .long 0x8ffff .long 0x61727544 .long 0x6e6f6974 .long 0xa .long 0xd .long 0x8ffff .long 0x636974 .long 0x0 .long 0xc .long 0xd .long 0x8ffff .long 0x736f652e .long 0x0 .long 0xe .long 0x0 .long 0x166ffff .long DBG22 .long 0xe0000 .long 0x0 .long 0x0 .long 0x0 .long 0x5353 .long 0x0 .long 0xc0102 .long 0x28 .long 0x111ffff .long .2fake_2 .long 0xe .long 0x0 .long 0x0 .long 0x0 .long 0x66652e .long 0x0 .long DBG21 .long 0x0 .long 0x1650001 .long 0x0 .long 0x14 .long 0x0 .long 0x0 .long 0x0 .pseg solenoid_code DBG7: .dbgseg dbg_syms .long 0x0 .long DBG10 .long DBG7 .long 0x0 .long 0xff0001 ; } ; void PulseAndHoldISR(SolStruct *SS) DBG6: .long 0x0 .long DBG28 .long _PulseAndHoldISR .long 0x40 .long 0x1020001 .long DBG11 .long DBG25-DBG26 .long DBG27 .long DBG24 .long 0x0 .pseg solenoid_code DBG26: .dbgseg dbg_syms DBG11: .long 0x66622e .long 0x0 .long DBG26 .long 0x0 .long 0x1650001 .long 0x0 .long 0x63 .long 0x0 .long DBG29 .long 0x0 .dbgseg dbg_line DBG27: .long DBG6 .long 0x0 .long _PulseAndHoldISR .long 0x1 .long DBG31 .long 0x2 .long DBG32 .long 0x3 .long DBG33 .long 0x5 .long DBG34 .long 0x6 .long DBG35 .long 0x7 .long DBG36 .long 0x8 .long DBG57 .long 0x9 .long DBG78 .long 0xa .long DBG99 .long 0xb .long DBG120 .long 0xc .long DBG141 .long 0xd .long DBG162 .long 0xe .long DBG183 .long 0xf .long DBG204 .long 0x10 .long DBG205 .long 0x12 .long DBG206 .long 0x13 .long DBG207 .long 0x14 .long DBG208 .long 0x15 .long DBG229 .long 0x16 .long DBG250 .long 0x17 .long DBG271 .long 0x18 .long DBG292 .long 0x19 .long DBG313 .long 0x1a .long DBG334 .long 0x1b .long DBG355 .long 0x1c .long DBG376 .long 0x1d .long DBG377 .long 0x1f .long DBG378 .long 0x20 .long DBG379 .long 0x21 .long DBG380 .long 0x22 .long DBG381 .long 0x23 .long DBG382 .long 0x24 .long DBG383 .long 0x25 .long DBG384 .long 0x26 .long DBG385 .long 0x27 .long DBG388 .long 0x28 .long DBG391 .long 0x29 .long DBG394 .long 0x2a .long DBG397 .long 0x2b .long DBG400 .long 0x2c .long DBG403 .long 0x2d .long DBG406 .long 0x2e .long DBG409 .long 0x2f .long DBG410 .long 0x30 .long DBG412 .long 0x31 .long DBG413 .long 0x33 .long DBG414 .long 0x34 .long DBG415 .long 0x35 .long DBG416 .long 0x36 .long DBG417 .long 0x37 .long DBG426 .long 0x38 .long DBG429 .long 0x39 .long DBG430 .long 0x3a .long DBG431 .long 0x3b .pseg solenoid_code .global _PulseAndHoldISR _PulseAndHoldISR: push r4 DBG32: DBG31: DBG30: ; ENTRY ; SS at argloc 0 (0x0) in reg size 2 ; masked in reg size 2 ; updateCPLD in reg size 2 ; temphigh in reg size 1 ; value in reg size 1 ; temphigh in reg size 1 ; value in reg size 1 ; temphigh in reg size 1 ; value in reg size 1 ; temphigh in reg size 1 ; value in reg size 1 ; temphigh in reg size 1 ; value in reg size 1 ; temphigh in reg size 1 ; value in reg size 1 ; temphigh in reg size 1 ; value in reg size 1 ; temphigh in reg size 1 ; value in reg size 1 ; temphigh in reg size 1 ; value in reg size 1 ; temphigh in reg size 1 ; value in reg size 1 ; temphigh in reg size 1 ; value in reg size 1 ; temphigh in reg size 1 ; value in reg size 1 ; temphigh in reg size 1 ; value in reg size 1 ; temphigh in reg size 1 ; value in reg size 1 ; temphigh in reg size 1 ; value in reg size 1 ; temphigh in reg size 1 ; value in reg size 1 ; temphigh in reg size 1 ; value in reg size 1 ; { ; int masked, updateCPLD = 0x0; mov #0x0,r13 DBG33: ; if (SS->Hupdate) cmp.b #0x0,0(r12) jeq PulseAndHoldISR_L1 DBG35: DBG34: ; { ; SS->Hupdate = false; mov.b #0x0,0(r12) DBG36: ; masked = SS->nHold & 0x0003; mov 0x2(r12),r4 ; if (masked != 0x0) and #0x3,r4 jeq PulseAndHoldISR_L2 DBG37: ; { ; if ((masked < 0x0003)) cmp #0x3,r4 jge PulseAndHoldISR_L3 DBG38: ; { ; if ((gDrvValve & 0x0003) ^ masked == 0x0003) cmp #0x3,r4 jeq PulseAndHoldISR_LL2 mov #0x0,r14 jmp PulseAndHoldISR_LL3 PulseAndHoldISR_LL2: mov #0x1,r14 PulseAndHoldISR_LL3: mov &_gDrvValve,r15 and #0x3,r15 xor r14,r15 jeq PulseAndHoldISR_L4 DBG39: ; { ; gDrvValve &= ~(0x0003); and #0xfffc,&_gDrvValve mov &_gDrvValve,r14 DBG40: ; { ; byte temphigh = (gDrvValve >> 8); mov r14,r15 swpb r15 and.b #0xff,r15 and.b #0xff,r15 ; _DINT(); dint DBG41: ; writeDWRFfirst( 26 ,gDrvValve); ; { and.b #0xff,r14 DBG42: ; setDWRFadr(baseAdr), writeDWRFnext(value); ; { ; P1OUT = adr; mov.b #0x1a,&0x21 DBG43: ; driveDWRFbus(); ; { ; P1DIR = -1; mov.b #0xff,&0x22 DBG44: ; (( P3OUT ) &= ~( 0x01 )) ; and.b #0xfe,&0x19 DBG46: DBG45: ; { ; P1OUT = value; mov.b r14,&0x21 ; (( P3OUT ) &= ~( 0x04 )) ; mov.b #0xfb,r14 and.b r14,&0x19 ; (( P3OUT ) |= ( 0x04 )) ; bis.b #0x4,&0x19 DBG49: DBG48: DBG47: ; writeDWRFlast(temphigh); ; { ; P1OUT = value; mov.b r15,&0x21 ; (( P3OUT ) &= ~( 0x04 )) ; and.b r14,&0x19 ; (( P3OUT ) |= ( 0x01 | 0x04 )) ; bis.b #0x5,&0x19 DBG50: ; _EINT(); eint DBG52: DBG51: ; } ; } PulseAndHoldISR_L4: ; SS->cHold = (SS->cHold & ~(0x0003)) | masked; mov 0x6(r12),r14 and #-0x4,r14 bis r4,r14 mov r14,0x6(r12) ; SS->cPulse = (SS->cPulse & ~(0x0003)); and #-0x4,0x8(r12) ; gDrvValve = (gDrvValve & ~(0x0003)) | masked; mov &_gDrvValve,r14 and #-0x4,r14 bis r4,r14 mov r14,&_gDrvValve ; updateCPLD++; add #0x1,r13 DBG53: ; } jmp PulseAndHoldISR_L5 PulseAndHoldISR_L3: ; else ; { DBG54: ; SS->cHold = (SS->cHold & ~(0x0003)); mov #-0x4,r14 and r14,0x6(r12) ; SS->cPulse = (SS->cPulse & ~(0x0003)); and r14,0x8(r12) ; gDrvValve = (gDrvValve & ~(0x0003)); and r14,&_gDrvValve ; updateCPLD++; add #0x1,r13 DBG55: PulseAndHoldISR_L5: ; } DBG56: PulseAndHoldISR_L2: ; } ; ; masked = SS->nHold & 0x000C; DBG57: mov 0x2(r12),r15 ; if (masked != 0x0) and #0xc,r15 jeq PulseAndHoldISR_L6 DBG58: ; { ; if ((masked < 0x000C)) cmp #0xc,r15 jge PulseAndHoldISR_L7 DBG59: ; { ; if ((gDrvValve & 0x000C) ^ masked == 0x000C) cmp #0xc,r15 jeq PulseAndHoldISR_LL4 mov #0x0,r14 jmp PulseAndHoldISR_LL5 PulseAndHoldISR_LL4: mov #0x1,r14 PulseAndHoldISR_LL5: mov &_gDrvValve,r4 and #0xc,r4 xor r14,r4 jeq PulseAndHoldISR_L8 DBG60: ; { ; gDrvValve &= ~(0x000C); and #0xfff3,&_gDrvValve mov &_gDrvValve,r14 DBG61: ; { ; byte temphigh = (gDrvValve >> 8); mov r14,r4 swpb r4 and.b #0xff,r4 and.b #0xff,r4 ; _DINT(); dint DBG62: ; writeDWRFfirst( 26 ,gDrvValve); ; { and.b #0xff,r14 DBG63: ; setDWRFadr(baseAdr), writeDWRFnext(value); ; { ; P1OUT = adr; mov.b #0x1a,&0x21 DBG64: ; driveDWRFbus(); ; { ; P1DIR = -1; mov.b #0xff,&0x22 DBG65: ; (( P3OUT ) &= ~( 0x01 )) ; and.b #0xfe,&0x19 DBG67: DBG66: ; { ; P1OUT = value; mov.b r14,&0x21 ; (( P3OUT ) &= ~( 0x04 )) ; mov.b #0xfb,r14 and.b r14,&0x19 ; (( P3OUT ) |= ( 0x04 )) ; bis.b #0x4,&0x19 DBG70: DBG69: DBG68: ; writeDWRFlast(temphigh); ; { ; P1OUT = value; mov.b r4,&0x21 ; (( P3OUT ) &= ~( 0x04 )) ; and.b r14,&0x19 ; (( P3OUT ) |= ( 0x01 | 0x04 )) ; bis.b #0x5,&0x19 DBG71: ; _EINT(); eint DBG73: DBG72: ; } ; } PulseAndHoldISR_L8: ; SS->cHold = (SS->cHold & ~(0x000C)) | masked; mov 0x6(r12),r14 and #-0xd,r14 bis r15,r14 mov r14,0x6(r12) ; SS->cPulse = (SS->cPulse & ~(0x000C)); and #-0xd,0x8(r12) ; gDrvValve = (gDrvValve & ~(0x000C)) | masked; mov &_gDrvValve,r14 and #-0xd,r14 bis r15,r14 mov r14,&_gDrvValve ; updateCPLD++; add #0x1,r13 DBG74: ; } jmp PulseAndHoldISR_L9 PulseAndHoldISR_L7: ; else ; { DBG75: ; SS->cHold = (SS->cHold & ~(0x000C)); mov #-0xd,r14 and r14,0x6(r12) ; SS->cPulse = (SS->cPulse & ~(0x000C)); and r14,0x8(r12) ; gDrvValve = (gDrvValve & ~(0x000C)); and r14,&_gDrvValve ; updateCPLD++; add #0x1,r13 DBG76: PulseAndHoldISR_L9: ; } DBG77: PulseAndHoldISR_L6: ; } ; ; masked = SS->nHold & 0x0030; DBG78: mov 0x2(r12),r14 ; if (masked != 0x0) and #0x30,r14 jeq PulseAndHoldISR_L10 DBG79: ; { ; if ((masked < 0x0030)) cmp #0x30,r14 jge PulseAndHoldISR_L11 DBG80: ; { ; if ((gDrvValve & 0x0030) ^ masked == 0x0030) cmp #0x30,r14 jeq PulseAndHoldISR_LL6 mov #0x0,r15 jmp PulseAndHoldISR_LL7 PulseAndHoldISR_LL6: mov #0x1,r15 PulseAndHoldISR_LL7: mov &_gDrvValve,r4 and #0x30,r4 xor r15,r4 jeq PulseAndHoldISR_L12 DBG81: ; { ; gDrvValve &= ~(0x0030); and #0xffcf,&_gDrvValve mov &_gDrvValve,r4 DBG82: ; { ; byte temphigh = (gDrvValve >> 8); mov r4,r15 swpb r15 and.b #0xff,r15 and.b #0xff,r15 ; _DINT(); dint DBG83: ; writeDWRFfirst( 26 ,gDrvValve); ; { and.b #0xff,r4 DBG84: ; setDWRFadr(baseAdr), writeDWRFnext(value); ; { ; P1OUT = adr; mov.b #0x1a,&0x21 DBG85: ; driveDWRFbus(); ; { ; P1DIR = -1; mov.b #0xff,&0x22 DBG86: ; (( P3OUT ) &= ~( 0x01 )) ; and.b #0xfe,&0x19 DBG88: DBG87: ; { ; P1OUT = value; mov.b r4,&0x21 ; (( P3OUT ) &= ~( 0x04 )) ; mov.b #0xfb,r4 and.b r4,&0x19 ; (( P3OUT ) |= ( 0x04 )) ; bis.b #0x4,&0x19 DBG91: DBG90: DBG89: ; writeDWRFlast(temphigh); ; { ; P1OUT = value; mov.b r15,&0x21 ; (( P3OUT ) &= ~( 0x04 )) ; and.b r4,&0x19 ; (( P3OUT ) |= ( 0x01 | 0x04 )) ; bis.b #0x5,&0x19 DBG92: ; _EINT(); eint DBG94: DBG93: ; } ; } PulseAndHoldISR_L12: ; SS->cHold = (SS->cHold & ~(0x0030)) | masked; mov 0x6(r12),r15 and #-0x31,r15 bis r14,r15 mov r15,0x6(r12) ; SS->cPulse = (SS->cPulse & ~(0x0030)); and #-0x31,0x8(r12) ; gDrvValve = (gDrvValve & ~(0x0030)) | masked; mov &_gDrvValve,r15 and #-0x31,r15 bis r14,r15 mov r15,&_gDrvValve ; updateCPLD++; add #0x1,r13 DBG95: ; } jmp PulseAndHoldISR_L13 PulseAndHoldISR_L11: ; else ; { DBG96: ; SS->cHold = (SS->cHold & ~(0x0030)); mov #-0x31,r14 and r14,0x6(r12) ; SS->cPulse = (SS->cPulse & ~(0x0030)); and r14,0x8(r12) ; gDrvValve = (gDrvValve & ~(0x0030)); and r14,&_gDrvValve ; updateCPLD++; add #0x1,r13 DBG97: PulseAndHoldISR_L13: ; } DBG98: PulseAndHoldISR_L10: ; } ; ; masked = SS->nHold & 0x00C0; DBG99: mov 0x2(r12),r4 ; if (masked != 0x0) and #0xc0,r4 jeq PulseAndHoldISR_L14 DBG100: ; { ; if ((masked < 0x00C0)) cmp #0xc0,r4 jge PulseAndHoldISR_L15 DBG101: ; { ; if ((gDrvValve & 0x00C0) ^ masked == 0x00C0) cmp #0xc0,r4 jeq PulseAndHoldISR_LL8 mov #0x0,r14 jmp PulseAndHoldISR_LL9 PulseAndHoldISR_LL8: mov #0x1,r14 PulseAndHoldISR_LL9: mov &_gDrvValve,r15 and #0xc0,r15 xor r14,r15 jeq PulseAndHoldISR_L16 DBG102: ; { ; gDrvValve &= ~(0x00C0); and #0xff3f,&_gDrvValve mov &_gDrvValve,r14 DBG103: ; { ; byte temphigh = (gDrvValve >> 8); mov r14,r15 swpb r15 and.b #0xff,r15 and.b #0xff,r15 ; _DINT(); dint DBG104: ; writeDWRFfirst( 26 ,gDrvValve); ; { and.b #0xff,r14 DBG105: ; setDWRFadr(baseAdr), writeDWRFnext(value); ; { ; P1OUT = adr; mov.b #0x1a,&0x21 DBG106: ; driveDWRFbus(); ; { ; P1DIR = -1; mov.b #0xff,&0x22 DBG107: ; (( P3OUT ) &= ~( 0x01 )) ; and.b #0xfe,&0x19 DBG109: DBG108: ; { ; P1OUT = value; mov.b r14,&0x21 ; (( P3OUT ) &= ~( 0x04 )) ; mov.b #0xfb,r14 and.b r14,&0x19 ; (( P3OUT ) |= ( 0x04 )) ; bis.b #0x4,&0x19 DBG112: DBG111: DBG110: ; writeDWRFlast(temphigh); ; { ; P1OUT = value; mov.b r15,&0x21 ; (( P3OUT ) &= ~( 0x04 )) ; and.b r14,&0x19 ; (( P3OUT ) |= ( 0x01 | 0x04 )) ; bis.b #0x5,&0x19 DBG113: ; _EINT(); eint DBG115: DBG114: ; } ; } PulseAndHoldISR_L16: ; SS->cHold = (SS->cHold & ~(0x00C0)) | masked; mov 0x6(r12),r14 and #-0xc1,r14 bis r4,r14 mov r14,0x6(r12) ; SS->cPulse = (SS->cPulse & ~(0x00C0)); and #-0xc1,0x8(r12) ; gDrvValve = (gDrvValve & ~(0x00C0)) | masked; mov &_gDrvValve,r14 and #-0xc1,r14 bis r4,r14 mov r14,&_gDrvValve ; updateCPLD++; add #0x1,r13 DBG116: ; } jmp PulseAndHoldISR_L17 PulseAndHoldISR_L15: ; else ; { DBG117: ; SS->cHold = (SS->cHold & ~(0x00C0)); mov #-0xc1,r14 and r14,0x6(r12) ; SS->cPulse = (SS->cPulse & ~(0x00C0)); and r14,0x8(r12) ; gDrvValve = (gDrvValve & ~(0x00C0)); and r14,&_gDrvValve ; updateCPLD++; add #0x1,r13 DBG118: PulseAndHoldISR_L17: ; } DBG119: PulseAndHoldISR_L14: ; } ; ; masked = SS->nHold & 0x0300; DBG120: mov 0x2(r12),r14 ; if (masked != 0x0) and #0x300,r14 jeq PulseAndHoldISR_L18 DBG121: ; { ; if ((masked < 0x0300)) cmp #0x300,r14 jge PulseAndHoldISR_L19 DBG122: ; { ; if ((gDrvValve & 0x0300) ^ masked == 0x0300) cmp #0x300,r14 jeq PulseAndHoldISR_LL10 mov #0x0,r15 jmp PulseAndHoldISR_LL11 PulseAndHoldISR_LL10: mov #0x1,r15 PulseAndHoldISR_LL11: mov &_gDrvValve,r4 and #0x300,r4 xor r15,r4 jeq PulseAndHoldISR_L20 DBG123: ; { ; gDrvValve &= ~(0x0300); and #0xfcff,&_gDrvValve mov &_gDrvValve,r15 DBG124: ; { ; byte temphigh = (gDrvValve >> 8); mov r15,r4 swpb r4 and.b #0xff,r4 and.b #0xff,r4 ; _DINT(); dint DBG125: ; writeDWRFfirst( 26 ,gDrvValve); ; { and.b #0xff,r15 DBG126: ; setDWRFadr(baseAdr), writeDWRFnext(value); ; { ; P1OUT = adr; mov.b #0x1a,&0x21 DBG127: ; driveDWRFbus(); ; { ; P1DIR = -1; mov.b #0xff,&0x22 DBG128: ; (( P3OUT ) &= ~( 0x01 )) ; and.b #0xfe,&0x19 DBG130: DBG129: ; { ; P1OUT = value; mov.b r15,&0x21 ; (( P3OUT ) &= ~( 0x04 )) ; mov.b #0xfb,r15 and.b r15,&0x19 ; (( P3OUT ) |= ( 0x04 )) ; bis.b #0x4,&0x19 DBG133: DBG132: DBG131: ; writeDWRFlast(temphigh); ; { ; P1OUT = value; mov.b r4,&0x21 ; (( P3OUT ) &= ~( 0x04 )) ; and.b r15,&0x19 ; (( P3OUT ) |= ( 0x01 | 0x04 )) ; bis.b #0x5,&0x19 DBG134: ; _EINT(); eint DBG136: DBG135: ; } ; } PulseAndHoldISR_L20: ; SS->cHold = (SS->cHold & ~(0x0300)) | masked; mov 0x6(r12),r15 and #-0x301,r15 bis r14,r15 mov r15,0x6(r12) ; SS->cPulse = (SS->cPulse & ~(0x0300)); and #-0x301,0x8(r12) ; gDrvValve = (gDrvValve & ~(0x0300)) | masked; mov &_gDrvValve,r15 and #-0x301,r15 bis r14,r15 mov r15,&_gDrvValve ; updateCPLD++; add #0x1,r13 DBG137: ; } jmp PulseAndHoldISR_L21 PulseAndHoldISR_L19: ; else ; { DBG138: ; SS->cHold = (SS->cHold & ~(0x0300)); mov #-0x301,r14 and r14,0x6(r12) ; SS->cPulse = (SS->cPulse & ~(0x0300)); and r14,0x8(r12) ; gDrvValve = (gDrvValve & ~(0x0300)); and r14,&_gDrvValve ; updateCPLD++; add #0x1,r13 DBG139: PulseAndHoldISR_L21: ; } DBG140: PulseAndHoldISR_L18: ; } ; ; masked = SS->nHold & 0x0C00; DBG141: mov 0x2(r12),r14 ; if (masked != 0x0) and #0xc00,r14 jeq PulseAndHoldISR_L22 DBG142: ; { ; if ((masked < 0x0C00)) cmp #0xc00,r14 jge PulseAndHoldISR_L23 DBG143: ; { ; if ((gDrvValve & 0x0C00) ^ masked == 0x0C00) cmp #0xc00,r14 jeq PulseAndHoldISR_LL12 mov #0x0,r15 jmp PulseAndHoldISR_LL13 PulseAndHoldISR_LL12: mov #0x1,r15 PulseAndHoldISR_LL13: mov &_gDrvValve,r4 and #0xc00,r4 xor r15,r4 jeq PulseAndHoldISR_L24 DBG144: ; { ; gDrvValve &= ~(0x0C00); and #0xf3ff,&_gDrvValve mov &_gDrvValve,r15 DBG145: ; { ; byte temphigh = (gDrvValve >> 8); mov r15,r4 swpb r4 and.b #0xff,r4 and.b #0xff,r4 ; _DINT(); dint DBG146: ; writeDWRFfirst( 26 ,gDrvValve); ; { and.b #0xff,r15 DBG147: ; setDWRFadr(baseAdr), writeDWRFnext(value); ; { ; P1OUT = adr; mov.b #0x1a,&0x21 DBG148: ; driveDWRFbus(); ; { ; P1DIR = -1; mov.b #0xff,&0x22 DBG149: ; (( P3OUT ) &= ~( 0x01 )) ; and.b #0xfe,&0x19 DBG151: DBG150: ; { ; P1OUT = value; mov.b r15,&0x21 ; (( P3OUT ) &= ~( 0x04 )) ; mov.b #0xfb,r15 and.b r15,&0x19 ; (( P3OUT ) |= ( 0x04 )) ; bis.b #0x4,&0x19 DBG154: DBG153: DBG152: ; writeDWRFlast(temphigh); ; { ; P1OUT = value; mov.b r4,&0x21 ; (( P3OUT ) &= ~( 0x04 )) ; and.b r15,&0x19 ; (( P3OUT ) |= ( 0x01 | 0x04 )) ; bis.b #0x5,&0x19 DBG155: ; _EINT(); eint DBG157: DBG156: ; } ; } PulseAndHoldISR_L24: ; SS->cHold = (SS->cHold & ~(0x0C00)) | masked; mov 0x6(r12),r15 and #-0xc01,r15 bis r14,r15 mov r15,0x6(r12) ; SS->cPulse = (SS->cPulse & ~(0x0C00)); and #-0xc01,0x8(r12) ; gDrvValve = (gDrvValve & ~(0x0C00)) | masked; mov &_gDrvValve,r15 and #-0xc01,r15 bis r14,r15 mov r15,&_gDrvValve ; updateCPLD++; add #0x1,r13 DBG158: ; } jmp PulseAndHoldISR_L25 PulseAndHoldISR_L23: ; else ; { DBG159: ; SS->cHold = (SS->cHold & ~(0x0C00)); mov #-0xc01,r14 and r14,0x6(r12) ; SS->cPulse = (SS->cPulse & ~(0x0C00)); and r14,0x8(r12) ; gDrvValve = (gDrvValve & ~(0x0C00)); and r14,&_gDrvValve ; updateCPLD++; add #0x1,r13 DBG160: PulseAndHoldISR_L25: ; } DBG161: PulseAndHoldISR_L22: ; } ; ; masked = SS->nHold & 0x3000; DBG162: mov 0x2(r12),r4 ; if (masked != 0x0) and #0x3000,r4 jeq PulseAndHoldISR_L26 DBG163: ; { ; if ((masked < 0x3000)) cmp #0x3000,r4 jge PulseAndHoldISR_L27 DBG164: ; { ; if ((gDrvValve & 0x3000) ^ masked == 0x3000) cmp #0x3000,r4 jeq PulseAndHoldISR_LL14 mov #0x0,r14 jmp PulseAndHoldISR_LL15 PulseAndHoldISR_LL14: mov #0x1,r14 PulseAndHoldISR_LL15: mov &_gDrvValve,r15 and #0x3000,r15 xor r14,r15 jeq PulseAndHoldISR_L28 DBG165: ; { ; gDrvValve &= ~(0x3000); and #0xcfff,&_gDrvValve mov &_gDrvValve,r14 DBG166: ; { ; byte temphigh = (gDrvValve >> 8); mov r14,r15 swpb r15 and.b #0xff,r15 and.b #0xff,r15 ; _DINT(); dint DBG167: ; writeDWRFfirst( 26 ,gDrvValve); ; { and.b #0xff,r14 DBG168: ; setDWRFadr(baseAdr), writeDWRFnext(value); ; { ; P1OUT = adr; mov.b #0x1a,&0x21 DBG169: ; driveDWRFbus(); ; { ; P1DIR = -1; mov.b #0xff,&0x22 DBG170: ; (( P3OUT ) &= ~( 0x01 )) ; and.b #0xfe,&0x19 DBG172: DBG171: ; { ; P1OUT = value; mov.b r14,&0x21 ; (( P3OUT ) &= ~( 0x04 )) ; mov.b #0xfb,r14 and.b r14,&0x19 ; (( P3OUT ) |= ( 0x04 )) ; bis.b #0x4,&0x19 DBG175: DBG174: DBG173: ; writeDWRFlast(temphigh); ; { ; P1OUT = value; mov.b r15,&0x21 ; (( P3OUT ) &= ~( 0x04 )) ; and.b r14,&0x19 ; (( P3OUT ) |= ( 0x01 | 0x04 )) ; bis.b #0x5,&0x19 DBG176: ; _EINT(); eint DBG178: DBG177: ; } ; } PulseAndHoldISR_L28: ; SS->cHold = (SS->cHold & ~(0x3000)) | masked; mov 0x6(r12),r14 and #-0x3001,r14 bis r4,r14 mov r14,0x6(r12) ; SS->cPulse = (SS->cPulse & ~(0x3000)); and #-0x3001,0x8(r12) ; gDrvValve = (gDrvValve & ~(0x3000)) | masked; mov &_gDrvValve,r14 and #-0x3001,r14 bis r4,r14 mov r14,&_gDrvValve ; updateCPLD++; add #0x1,r13 DBG179: ; } jmp PulseAndHoldISR_L29 PulseAndHoldISR_L27: ; else ; { DBG180: ; SS->cHold = (SS->cHold & ~(0x3000)); mov #-0x3001,r14 and r14,0x6(r12) ; SS->cPulse = (SS->cPulse & ~(0x3000)); and r14,0x8(r12) ; gDrvValve = (gDrvValve & ~(0x3000)); and r14,&_gDrvValve ; updateCPLD++; add #0x1,r13 DBG181: PulseAndHoldISR_L29: ; } DBG182: PulseAndHoldISR_L26: ; } ; ; masked = SS->nHold & 0xC000; DBG183: mov 0x2(r12),r14 ; if (masked != 0x0) and #0xc000,r14 jeq PulseAndHoldISR_L30 DBG184: ; { ; if ((masked < 0xC000)) cmp #0xc000,r14 jc PulseAndHoldISR_L31 DBG185: ; { ; if ((gDrvValve & 0xC000) ^ masked == 0xC000) cmp #0xc000,r14 jeq PulseAndHoldISR_LL16 mov #0x0,r15 jmp PulseAndHoldISR_LL17 PulseAndHoldISR_LL16: mov #0x1,r15 PulseAndHoldISR_LL17: mov &_gDrvValve,r4 and #0xc000,r4 xor r15,r4 jeq PulseAndHoldISR_L32 DBG186: ; { ; gDrvValve &= ~(0xC000); and #0x3fff,&_gDrvValve mov &_gDrvValve,r15 DBG187: ; { ; byte temphigh = (gDrvValve >> 8); mov r15,r4 swpb r4 and.b #0xff,r4 and.b #0xff,r4 ; _DINT(); dint DBG188: ; writeDWRFfirst( 26 ,gDrvValve); ; { and.b #0xff,r15 DBG189: ; setDWRFadr(baseAdr), writeDWRFnext(value); ; { ; P1OUT = adr; mov.b #0x1a,&0x21 DBG190: ; driveDWRFbus(); ; { ; P1DIR = -1; mov.b #0xff,&0x22 DBG191: ; (( P3OUT ) &= ~( 0x01 )) ; and.b #0xfe,&0x19 DBG193: DBG192: ; { ; P1OUT = value; mov.b r15,&0x21 ; (( P3OUT ) &= ~( 0x04 )) ; mov.b #0xfb,r15 and.b r15,&0x19 ; (( P3OUT ) |= ( 0x04 )) ; bis.b #0x4,&0x19 DBG196: DBG195: DBG194: ; writeDWRFlast(temphigh); ; { ; P1OUT = value; mov.b r4,&0x21 ; (( P3OUT ) &= ~( 0x04 )) ; and.b r15,&0x19 ; (( P3OUT ) |= ( 0x01 | 0x04 )) ; bis.b #0x5,&0x19 DBG197: ; _EINT(); eint DBG199: DBG198: ; } ; } PulseAndHoldISR_L32: ; SS->cHold = (SS->cHold & ~(0xC000)) | masked; mov 0x6(r12),r15 and #0x3fff,r15 bis r14,r15 mov r15,0x6(r12) ; SS->cPulse = (SS->cPulse & ~(0xC000)); and #0x3fff,0x8(r12) ; gDrvValve = (gDrvValve & ~(0xC000)) | masked; mov &_gDrvValve,r15 and #0x3fff,r15 bis r14,r15 mov r15,&_gDrvValve ; updateCPLD++; add #0x1,r13 DBG200: ; } jmp PulseAndHoldISR_L33 PulseAndHoldISR_L31: ; else ; { DBG201: ; SS->cHold = (SS->cHold & ~(0xC000)); mov #0x3fff,r14 and r14,0x6(r12) ; SS->cPulse = (SS->cPulse & ~(0xC000)); and r14,0x8(r12) ; gDrvValve = (gDrvValve & ~(0xC000)); and r14,&_gDrvValve ; updateCPLD++; add #0x1,r13 DBG202: PulseAndHoldISR_L33: ; } DBG203: PulseAndHoldISR_L30: ; } ; DBG204: ; } DBG205: PulseAndHoldISR_L1: ; if (SS->Pupdate) cmp.b #0x0,0x1(r12) jeq PulseAndHoldISR_L34 DBG207: DBG206: ; { ; SS->Pupdate = false; mov.b #0x0,0x1(r12) DBG208: ; masked = SS->nPulse & 0x0003; mov 0x4(r12),r15 ; if (masked != 0x0) and #0x3,r15 jeq PulseAndHoldISR_L35 DBG209: ; { ; if ((masked < 0x0003)) cmp #0x3,r15 jge PulseAndHoldISR_L36 DBG210: ; { ; if ((gDrvValve & 0x0003) ^ masked == 0x0003) cmp #0x3,r15 jeq PulseAndHoldISR_LL18 mov #0x0,r14 jmp PulseAndHoldISR_LL19 PulseAndHoldISR_LL18: mov #0x1,r14 PulseAndHoldISR_LL19: mov &_gDrvValve,r4 and #0x3,r4 xor r14,r4 jeq PulseAndHoldISR_L37 DBG211: ; { ; gDrvValve &= ~(0x0003); and #0xfffc,&_gDrvValve mov &_gDrvValve,r14 DBG212: ; { ; byte temphigh = (gDrvValve >> 8); mov r14,r4 swpb r4 and.b #0xff,r4 and.b #0xff,r4 ; _DINT(); dint DBG213: ; writeDWRFfirst( 26 ,gDrvValve); ; { and.b #0xff,r14 DBG214: ; setDWRFadr(baseAdr), writeDWRFnext(value); ; { ; P1OUT = adr; mov.b #0x1a,&0x21 DBG215: ; driveDWRFbus(); ; { ; P1DIR = -1; mov.b #0xff,&0x22 DBG216: ; (( P3OUT ) &= ~( 0x01 )) ; and.b #0xfe,&0x19 DBG218: DBG217: ; { ; P1OUT = value; mov.b r14,&0x21 ; (( P3OUT ) &= ~( 0x04 )) ; mov.b #0xfb,r14 and.b r14,&0x19 ; (( P3OUT ) |= ( 0x04 )) ; bis.b #0x4,&0x19 DBG221: DBG220: DBG219: ; writeDWRFlast(temphigh); ; { ; P1OUT = value; mov.b r4,&0x21 ; (( P3OUT ) &= ~( 0x04 )) ; and.b r14,&0x19 ; (( P3OUT ) |= ( 0x01 | 0x04 )) ; bis.b #0x5,&0x19 DBG222: ; _EINT(); eint DBG224: DBG223: ; } ; } PulseAndHoldISR_L37: ; SS->cPulse = (SS->cPulse & ~(0x0003)) | masked; mov 0x8(r12),r14 and #-0x4,r14 bis r15,r14 mov r14,0x8(r12) ; SS->cHold = (SS->cHold & ~(0x0003)); and #-0x4,0x6(r12) ; gDrvValve = (gDrvValve & ~(0x0003)) | masked; mov &_gDrvValve,r14 and #-0x4,r14 bis r15,r14 mov r14,&_gDrvValve ; SS->tic = SS->Duration + 1; mov 0xa(r12),r14 add #0x1,r14 mov r14,0xc(r12) ; updateCPLD++; add #0x1,r13 DBG225: ; } jmp PulseAndHoldISR_L38 PulseAndHoldISR_L36: ; else ; { DBG226: ; SS->cPulse = SS->cPulse & ~(0x0003); mov #-0x4,r14 and r14,0x8(r12) ; SS->cHold = (SS->cHold & ~(0x0003)); and r14,0x6(r12) ; gDrvValve = (gDrvValve & ~(0x0003)); and r14,&_gDrvValve ; updateCPLD++; add #0x1,r13 DBG227: PulseAndHoldISR_L38: ; } DBG228: PulseAndHoldISR_L35: ; } ; ; masked = SS->nPulse & 0x000C; DBG229: mov 0x4(r12),r4 ; if (masked != 0x0) and #0xc,r4 jeq PulseAndHoldISR_L39 DBG230: ; { ; if ((masked < 0x000C)) cmp #0xc,r4 jge PulseAndHoldISR_L40 DBG231: ; { ; if ((gDrvValve & 0x000C) ^ masked == 0x000C) cmp #0xc,r4 jeq PulseAndHoldISR_LL20 mov #0x0,r14 jmp PulseAndHoldISR_LL21 PulseAndHoldISR_LL20: mov #0x1,r14 PulseAndHoldISR_LL21: mov &_gDrvValve,r15 and #0xc,r15 xor r14,r15 jeq PulseAndHoldISR_L41 DBG232: ; { ; gDrvValve &= ~(0x000C); and #0xfff3,&_gDrvValve mov &_gDrvValve,r14 DBG233: ; { ; byte temphigh = (gDrvValve >> 8); mov r14,r15 swpb r15 and.b #0xff,r15 and.b #0xff,r15 ; _DINT(); dint DBG234: ; writeDWRFfirst( 26 ,gDrvValve); ; { and.b #0xff,r14 DBG235: ; setDWRFadr(baseAdr), writeDWRFnext(value); ; { ; P1OUT = adr; mov.b #0x1a,&0x21 DBG236: ; driveDWRFbus(); ; { ; P1DIR = -1; mov.b #0xff,&0x22 DBG237: ; (( P3OUT ) &= ~( 0x01 )) ; and.b #0xfe,&0x19 DBG239: DBG238: ; { ; P1OUT = value; mov.b r14,&0x21 ; (( P3OUT ) &= ~( 0x04 )) ; mov.b #0xfb,r14 and.b r14,&0x19 ; (( P3OUT ) |= ( 0x04 )) ; bis.b #0x4,&0x19 DBG242: DBG241: DBG240: ; writeDWRFlast(temphigh); ; { ; P1OUT = value; mov.b r15,&0x21 ; (( P3OUT ) &= ~( 0x04 )) ; and.b r14,&0x19 ; (( P3OUT ) |= ( 0x01 | 0x04 )) ; bis.b #0x5,&0x19 DBG243: ; _EINT(); eint DBG245: DBG244: ; } ; } PulseAndHoldISR_L41: ; SS->cPulse = (SS->cPulse & ~(0x000C)) | masked; mov 0x8(r12),r14 and #-0xd,r14 bis r4,r14 mov r14,0x8(r12) ; SS->cHold = (SS->cHold & ~(0x000C)); and #-0xd,0x6(r12) ; gDrvValve = (gDrvValve & ~(0x000C)) | masked; mov &_gDrvValve,r14 and #-0xd,r14 bis r4,r14 mov r14,&_gDrvValve ; SS->tic = SS->Duration + 1; mov 0xa(r12),r14 add #0x1,r14 mov r14,0xc(r12) ; updateCPLD++; add #0x1,r13 DBG246: ; } jmp PulseAndHoldISR_L42 PulseAndHoldISR_L40: ; else ; { DBG247: ; SS->cPulse = SS->cPulse & ~(0x000C); mov #-0xd,r14 and r14,0x8(r12) ; SS->cHold = (SS->cHold & ~(0x000C)); and r14,0x6(r12) ; gDrvValve = (gDrvValve & ~(0x000C)); and r14,&_gDrvValve ; updateCPLD++; add #0x1,r13 DBG248: PulseAndHoldISR_L42: ; } DBG249: PulseAndHoldISR_L39: ; } ; ; masked = SS->nPulse & 0x0030; DBG250: mov 0x4(r12),r14 ; if (masked != 0x0) and #0x30,r14 jeq PulseAndHoldISR_L43 DBG251: ; { ; if ((masked < 0x0030)) cmp #0x30,r14 jge PulseAndHoldISR_L44 DBG252: ; { ; if ((gDrvValve & 0x0030) ^ masked == 0x0030) cmp #0x30,r14 jeq PulseAndHoldISR_LL22 mov #0x0,r15 jmp PulseAndHoldISR_LL23 PulseAndHoldISR_LL22: mov #0x1,r15 PulseAndHoldISR_LL23: mov &_gDrvValve,r4 and #0x30,r4 xor r15,r4 jeq PulseAndHoldISR_L45 DBG253: ; { ; gDrvValve &= ~(0x0030); and #0xffcf,&_gDrvValve mov &_gDrvValve,r15 DBG254: ; { ; byte temphigh = (gDrvValve >> 8); mov r15,r4 swpb r4 and.b #0xff,r4 and.b #0xff,r4 ; _DINT(); dint DBG255: ; writeDWRFfirst( 26 ,gDrvValve); ; { and.b #0xff,r15 DBG256: ; setDWRFadr(baseAdr), writeDWRFnext(value); ; { ; P1OUT = adr; mov.b #0x1a,&0x21 DBG257: ; driveDWRFbus(); ; { ; P1DIR = -1; mov.b #0xff,&0x22 DBG258: ; (( P3OUT ) &= ~( 0x01 )) ; and.b #0xfe,&0x19 DBG260: DBG259: ; { ; P1OUT = value; mov.b r15,&0x21 ; (( P3OUT ) &= ~( 0x04 )) ; mov.b #0xfb,r15 and.b r15,&0x19 ; (( P3OUT ) |= ( 0x04 )) ; bis.b #0x4,&0x19 DBG263: DBG262: DBG261: ; writeDWRFlast(temphigh); ; { ; P1OUT = value; mov.b r4,&0x21 ; (( P3OUT ) &= ~( 0x04 )) ; and.b r15,&0x19 ; (( P3OUT ) |= ( 0x01 | 0x04 )) ; bis.b #0x5,&0x19 DBG264: ; _EINT(); eint DBG266: DBG265: ; } ; } PulseAndHoldISR_L45: ; SS->cPulse = (SS->cPulse & ~(0x0030)) | masked; mov 0x8(r12),r15 and #-0x31,r15 bis r14,r15 mov r15,0x8(r12) ; SS->cHold = (SS->cHold & ~(0x0030)); and #-0x31,0x6(r12) ; gDrvValve = (gDrvValve & ~(0x0030)) | masked; mov &_gDrvValve,r15 and #-0x31,r15 bis r14,r15 mov r15,&_gDrvValve ; SS->tic = SS->Duration + 1; mov 0xa(r12),r14 add #0x1,r14 mov r14,0xc(r12) ; updateCPLD++; add #0x1,r13 DBG267: ; } jmp PulseAndHoldISR_L46 PulseAndHoldISR_L44: ; else ; { DBG268: ; SS->cPulse = SS->cPulse & ~(0x0030); mov #-0x31,r14 and r14,0x8(r12) ; SS->cHold = (SS->cHold & ~(0x0030)); and r14,0x6(r12) ; gDrvValve = (gDrvValve & ~(0x0030)); and r14,&_gDrvValve ; updateCPLD++; add #0x1,r13 DBG269: PulseAndHoldISR_L46: ; } DBG270: PulseAndHoldISR_L43: ; } ; ; masked = SS->nPulse & 0x00C0; DBG271: mov 0x4(r12),r15 ; if (masked != 0x0) and #0xc0,r15 jeq PulseAndHoldISR_L47 DBG272: ; { ; if ((masked < 0x00C0)) cmp #0xc0,r15 jge PulseAndHoldISR_L48 DBG273: ; { ; if ((gDrvValve & 0x00C0) ^ masked == 0x00C0) cmp #0xc0,r15 jeq PulseAndHoldISR_LL24 mov #0x0,r14 jmp PulseAndHoldISR_LL25 PulseAndHoldISR_LL24: mov #0x1,r14 PulseAndHoldISR_LL25: mov &_gDrvValve,r4 and #0xc0,r4 xor r14,r4 jeq PulseAndHoldISR_L49 DBG274: ; { ; gDrvValve &= ~(0x00C0); and #0xff3f,&_gDrvValve mov &_gDrvValve,r14 DBG275: ; { ; byte temphigh = (gDrvValve >> 8); mov r14,r4 swpb r4 and.b #0xff,r4 and.b #0xff,r4 ; _DINT(); dint DBG276: ; writeDWRFfirst( 26 ,gDrvValve); ; { and.b #0xff,r14 DBG277: ; setDWRFadr(baseAdr), writeDWRFnext(value); ; { ; P1OUT = adr; mov.b #0x1a,&0x21 DBG278: ; driveDWRFbus(); ; { ; P1DIR = -1; mov.b #0xff,&0x22 DBG279: ; (( P3OUT ) &= ~( 0x01 )) ; and.b #0xfe,&0x19 DBG281: DBG280: ; { ; P1OUT = value; mov.b r14,&0x21 ; (( P3OUT ) &= ~( 0x04 )) ; mov.b #0xfb,r14 and.b r14,&0x19 ; (( P3OUT ) |= ( 0x04 )) ; bis.b #0x4,&0x19 DBG284: DBG283: DBG282: ; writeDWRFlast(temphigh); ; { ; P1OUT = value; mov.b r4,&0x21 ; (( P3OUT ) &= ~( 0x04 )) ; and.b r14,&0x19 ; (( P3OUT ) |= ( 0x01 | 0x04 )) ; bis.b #0x5,&0x19 DBG285: ; _EINT(); eint DBG287: DBG286: ; } ; } PulseAndHoldISR_L49: ; SS->cPulse = (SS->cPulse & ~(0x00C0)) | masked; mov 0x8(r12),r14 and #-0xc1,r14 bis r15,r14 mov r14,0x8(r12) ; SS->cHold = (SS->cHold & ~(0x00C0)); and #-0xc1,0x6(r12) ; gDrvValve = (gDrvValve & ~(0x00C0)) | masked; mov &_gDrvValve,r14 and #-0xc1,r14 bis r15,r14 mov r14,&_gDrvValve ; SS->tic = SS->Duration + 1; mov 0xa(r12),r14 add #0x1,r14 mov r14,0xc(r12) ; updateCPLD++; add #0x1,r13 DBG288: ; } jmp PulseAndHoldISR_L50 PulseAndHoldISR_L48: ; else ; { DBG289: ; SS->cPulse = SS->cPulse & ~(0x00C0); mov #-0xc1,r14 and r14,0x8(r12) ; SS->cHold = (SS->cHold & ~(0x00C0)); and r14,0x6(r12) ; gDrvValve = (gDrvValve & ~(0x00C0)); and r14,&_gDrvValve ; updateCPLD++; add #0x1,r13 DBG290: PulseAndHoldISR_L50: ; } DBG291: PulseAndHoldISR_L47: ; } ; ; masked = SS->nPulse & 0x0300; DBG292: mov 0x4(r12),r15 ; if (masked != 0x0) and #0x300,r15 jeq PulseAndHoldISR_L51 DBG293: ; { ; if ((masked < 0x0300)) cmp #0x300,r15 jge PulseAndHoldISR_L52 DBG294: ; { ; if ((gDrvValve & 0x0300) ^ masked == 0x0300) cmp #0x300,r15 jeq PulseAndHoldISR_LL26 mov #0x0,r14 jmp PulseAndHoldISR_LL27 PulseAndHoldISR_LL26: mov #0x1,r14 PulseAndHoldISR_LL27: mov &_gDrvValve,r4 and #0x300,r4 xor r14,r4 jeq PulseAndHoldISR_L53 DBG295: ; { ; gDrvValve &= ~(0x0300); and #0xfcff,&_gDrvValve mov &_gDrvValve,r4 DBG296: ; { ; byte temphigh = (gDrvValve >> 8); mov r4,r14 swpb r14 and.b #0xff,r14 and.b #0xff,r14 ; _DINT(); dint DBG297: ; writeDWRFfirst( 26 ,gDrvValve); ; { and.b #0xff,r4 DBG298: ; setDWRFadr(baseAdr), writeDWRFnext(value); ; { ; P1OUT = adr; mov.b #0x1a,&0x21 DBG299: ; driveDWRFbus(); ; { ; P1DIR = -1; mov.b #0xff,&0x22 DBG300: ; (( P3OUT ) &= ~( 0x01 )) ; and.b #0xfe,&0x19 DBG302: DBG301: ; { ; P1OUT = value; mov.b r4,&0x21 ; (( P3OUT ) &= ~( 0x04 )) ; mov.b #0xfb,r4 and.b r4,&0x19 ; (( P3OUT ) |= ( 0x04 )) ; bis.b #0x4,&0x19 DBG305: DBG304: DBG303: ; writeDWRFlast(temphigh); ; { ; P1OUT = value; mov.b r14,&0x21 ; (( P3OUT ) &= ~( 0x04 )) ; and.b r4,&0x19 ; (( P3OUT ) |= ( 0x01 | 0x04 )) ; bis.b #0x5,&0x19 DBG306: ; _EINT(); eint DBG308: DBG307: ; } ; } PulseAndHoldISR_L53: ; SS->cPulse = (SS->cPulse & ~(0x0300)) | masked; mov 0x8(r12),r14 and #-0x301,r14 bis r15,r14 mov r14,0x8(r12) ; SS->cHold = (SS->cHold & ~(0x0300)); and #-0x301,0x6(r12) ; gDrvValve = (gDrvValve & ~(0x0300)) | masked; mov &_gDrvValve,r14 and #-0x301,r14 bis r15,r14 mov r14,&_gDrvValve ; SS->tic = SS->Duration + 1; mov 0xa(r12),r14 add #0x1,r14 mov r14,0xc(r12) ; updateCPLD++; add #0x1,r13 DBG309: ; } jmp PulseAndHoldISR_L54 PulseAndHoldISR_L52: ; else ; { DBG310: ; SS->cPulse = SS->cPulse & ~(0x0300); mov #-0x301,r14 and r14,0x8(r12) ; SS->cHold = (SS->cHold & ~(0x0300)); and r14,0x6(r12) ; gDrvValve = (gDrvValve & ~(0x0300)); and r14,&_gDrvValve ; updateCPLD++; add #0x1,r13 DBG311: PulseAndHoldISR_L54: ; } DBG312: PulseAndHoldISR_L51: ; } ; ; masked = SS->nPulse & 0x0C00; DBG313: mov 0x4(r12),r15 ; if (masked != 0x0) and #0xc00,r15 jeq PulseAndHoldISR_L55 DBG314: ; { ; if ((masked < 0x0C00)) cmp #0xc00,r15 jge PulseAndHoldISR_L56 DBG315: ; { ; if ((gDrvValve & 0x0C00) ^ masked == 0x0C00) cmp #0xc00,r15 jeq PulseAndHoldISR_LL28 mov #0x0,r14 jmp PulseAndHoldISR_LL29 PulseAndHoldISR_LL28: mov #0x1,r14 PulseAndHoldISR_LL29: mov &_gDrvValve,r4 and #0xc00,r4 xor r14,r4 jeq PulseAndHoldISR_L57 DBG316: ; { ; gDrvValve &= ~(0x0C00); and #0xf3ff,&_gDrvValve mov &_gDrvValve,r14 DBG317: ; { ; byte temphigh = (gDrvValve >> 8); mov r14,r4 swpb r4 and.b #0xff,r4 and.b #0xff,r4 ; _DINT(); dint DBG318: ; writeDWRFfirst( 26 ,gDrvValve); ; { and.b #0xff,r14 DBG319: ; setDWRFadr(baseAdr), writeDWRFnext(value); ; { ; P1OUT = adr; mov.b #0x1a,&0x21 DBG320: ; driveDWRFbus(); ; { ; P1DIR = -1; mov.b #0xff,&0x22 DBG321: ; (( P3OUT ) &= ~( 0x01 )) ; and.b #0xfe,&0x19 DBG323: DBG322: ; { ; P1OUT = value; mov.b r14,&0x21 ; (( P3OUT ) &= ~( 0x04 )) ; mov.b #0xfb,r14 and.b r14,&0x19 ; (( P3OUT ) |= ( 0x04 )) ; bis.b #0x4,&0x19 DBG326: DBG325: DBG324: ; writeDWRFlast(temphigh); ; { ; P1OUT = value; mov.b r4,&0x21 ; (( P3OUT ) &= ~( 0x04 )) ; and.b r14,&0x19 ; (( P3OUT ) |= ( 0x01 | 0x04 )) ; bis.b #0x5,&0x19 DBG327: ; _EINT(); eint DBG329: DBG328: ; } ; } PulseAndHoldISR_L57: ; SS->cPulse = (SS->cPulse & ~(0x0C00)) | masked; mov 0x8(r12),r14 and #-0xc01,r14 bis r15,r14 mov r14,0x8(r12) ; SS->cHold = (SS->cHold & ~(0x0C00)); and #-0xc01,0x6(r12) ; gDrvValve = (gDrvValve & ~(0x0C00)) | masked; mov &_gDrvValve,r14 and #-0xc01,r14 bis r15,r14 mov r14,&_gDrvValve ; SS->tic = SS->Duration + 1; mov 0xa(r12),r14 add #0x1,r14 mov r14,0xc(r12) ; updateCPLD++; add #0x1,r13 DBG330: ; } jmp PulseAndHoldISR_L58 PulseAndHoldISR_L56: ; else ; { DBG331: ; SS->cPulse = SS->cPulse & ~(0x0C00); mov #-0xc01,r14 and r14,0x8(r12) ; SS->cHold = (SS->cHold & ~(0x0C00)); and r14,0x6(r12) ; gDrvValve = (gDrvValve & ~(0x0C00)); and r14,&_gDrvValve ; updateCPLD++; add #0x1,r13 DBG332: PulseAndHoldISR_L58: ; } DBG333: PulseAndHoldISR_L55: ; } ; ; masked = SS->nPulse & 0x3000; DBG334: mov 0x4(r12),r15 ; if (masked != 0x0) and #0x3000,r15 jeq PulseAndHoldISR_L59 DBG335: ; { ; if ((masked < 0x3000)) cmp #0x3000,r15 jge PulseAndHoldISR_L60 DBG336: ; { ; if ((gDrvValve & 0x3000) ^ masked == 0x3000) cmp #0x3000,r15 jeq PulseAndHoldISR_LL30 mov #0x0,r14 jmp PulseAndHoldISR_LL31 PulseAndHoldISR_LL30: mov #0x1,r14 PulseAndHoldISR_LL31: mov &_gDrvValve,r4 and #0x3000,r4 xor r14,r4 jeq PulseAndHoldISR_L61 DBG337: ; { ; gDrvValve &= ~(0x3000); and #0xcfff,&_gDrvValve mov &_gDrvValve,r14 DBG338: ; { ; byte temphigh = (gDrvValve >> 8); mov r14,r4 swpb r4 and.b #0xff,r4 and.b #0xff,r4 ; _DINT(); dint DBG339: ; writeDWRFfirst( 26 ,gDrvValve); ; { and.b #0xff,r14 DBG340: ; setDWRFadr(baseAdr), writeDWRFnext(value); ; { ; P1OUT = adr; mov.b #0x1a,&0x21 DBG341: ; driveDWRFbus(); ; { ; P1DIR = -1; mov.b #0xff,&0x22 DBG342: ; (( P3OUT ) &= ~( 0x01 )) ; and.b #0xfe,&0x19 DBG344: DBG343: ; { ; P1OUT = value; mov.b r14,&0x21 ; (( P3OUT ) &= ~( 0x04 )) ; mov.b #0xfb,r14 and.b r14,&0x19 ; (( P3OUT ) |= ( 0x04 )) ; bis.b #0x4,&0x19 DBG347: DBG346: DBG345: ; writeDWRFlast(temphigh); ; { ; P1OUT = value; mov.b r4,&0x21 ; (( P3OUT ) &= ~( 0x04 )) ; and.b r14,&0x19 ; (( P3OUT ) |= ( 0x01 | 0x04 )) ; bis.b #0x5,&0x19 DBG348: ; _EINT(); eint DBG350: DBG349: ; } ; } PulseAndHoldISR_L61: ; SS->cPulse = (SS->cPulse & ~(0x3000)) | masked; mov 0x8(r12),r14 and #-0x3001,r14 bis r15,r14 mov r14,0x8(r12) ; SS->cHold = (SS->cHold & ~(0x3000)); and #-0x3001,0x6(r12) ; gDrvValve = (gDrvValve & ~(0x3000)) | masked; mov &_gDrvValve,r14 and #-0x3001,r14 bis r15,r14 mov r14,&_gDrvValve ; SS->tic = SS->Duration + 1; mov 0xa(r12),r14 add #0x1,r14 mov r14,0xc(r12) ; updateCPLD++; add #0x1,r13 DBG351: ; } jmp PulseAndHoldISR_L62 PulseAndHoldISR_L60: ; else ; { DBG352: ; SS->cPulse = SS->cPulse & ~(0x3000); mov #-0x3001,r14 and r14,0x8(r12) ; SS->cHold = (SS->cHold & ~(0x3000)); and r14,0x6(r12) ; gDrvValve = (gDrvValve & ~(0x3000)); and r14,&_gDrvValve ; updateCPLD++; add #0x1,r13 DBG353: PulseAndHoldISR_L62: ; } DBG354: PulseAndHoldISR_L59: ; } ; ; masked = SS->nPulse & 0xC000; DBG355: mov 0x4(r12),r15 ; if (masked != 0x0) and #0xc000,r15 jeq PulseAndHoldISR_L63 DBG356: ; { ; if ((masked < 0xC000)) cmp #0xc000,r15 jc PulseAndHoldISR_L64 DBG357: ; { ; if ((gDrvValve & 0xC000) ^ masked == 0xC000) cmp #0xc000,r15 jeq PulseAndHoldISR_LL32 mov #0x0,r14 jmp PulseAndHoldISR_LL33 PulseAndHoldISR_LL32: mov #0x1,r14 PulseAndHoldISR_LL33: mov &_gDrvValve,r4 and #0xc000,r4 xor r14,r4 jeq PulseAndHoldISR_L65 DBG358: ; { ; gDrvValve &= ~(0xC000); and #0x3fff,&_gDrvValve mov &_gDrvValve,r14 DBG359: ; { ; byte temphigh = (gDrvValve >> 8); mov r14,r4 swpb r4 and.b #0xff,r4 and.b #0xff,r4 ; _DINT(); dint DBG360: ; writeDWRFfirst( 26 ,gDrvValve); ; { and.b #0xff,r14 DBG361: ; setDWRFadr(baseAdr), writeDWRFnext(value); ; { ; P1OUT = adr; mov.b #0x1a,&0x21 DBG362: ; driveDWRFbus(); ; { ; P1DIR = -1; mov.b #0xff,&0x22 DBG363: ; (( P3OUT ) &= ~( 0x01 )) ; and.b #0xfe,&0x19 DBG365: DBG364: ; { ; P1OUT = value; mov.b r14,&0x21 ; (( P3OUT ) &= ~( 0x04 )) ; mov.b #0xfb,r14 and.b r14,&0x19 ; (( P3OUT ) |= ( 0x04 )) ; bis.b #0x4,&0x19 DBG368: DBG367: DBG366: ; writeDWRFlast(temphigh); ; { ; P1OUT = value; mov.b r4,&0x21 ; (( P3OUT ) &= ~( 0x04 )) ; and.b r14,&0x19 ; (( P3OUT ) |= ( 0x01 | 0x04 )) ; bis.b #0x5,&0x19 DBG369: ; _EINT(); eint DBG371: DBG370: ; } ; } PulseAndHoldISR_L65: ; SS->cPulse = (SS->cPulse & ~(0xC000)) | masked; mov 0x8(r12),r14 and #0x3fff,r14 bis r15,r14 mov r14,0x8(r12) ; SS->cHold = (SS->cHold & ~(0xC000)); and #0x3fff,0x6(r12) ; gDrvValve = (gDrvValve & ~(0xC000)) | masked; mov &_gDrvValve,r14 and #0x3fff,r14 bis r15,r14 mov r14,&_gDrvValve ; SS->tic = SS->Duration + 1; mov 0xa(r12),r14 add #0x1,r14 mov r14,0xc(r12) ; updateCPLD++; add #0x1,r13 DBG372: ; } jmp PulseAndHoldISR_L66 PulseAndHoldISR_L64: ; else ; { DBG373: ; SS->cPulse = SS->cPulse & ~(0xC000); mov #0x3fff,r14 and r14,0x8(r12) ; SS->cHold = (SS->cHold & ~(0xC000)); and r14,0x6(r12) ; gDrvValve = (gDrvValve & ~(0xC000)); and r14,&_gDrvValve ; updateCPLD++; add #0x1,r13 DBG374: PulseAndHoldISR_L66: ; } DBG375: PulseAndHoldISR_L63: ; } ; DBG376: ; } DBG377: PulseAndHoldISR_L34: ; if (SS->tic != 0) cmp #0x0,0xc(r12) jeq PulseAndHoldISR_L67 DBG379: DBG378: ; { ; if (SS->cPulse == 0) SS->tic = 0; cmp #0x0,0x8(r12) jne PulseAndHoldISR_L68 mov #0x0,0xc(r12) DBG380: jmp PulseAndHoldISR_L69 PulseAndHoldISR_L68: ; else ; { DBG381: ; SS->tic--; DBG382: ; if (SS->tic == 0) sub #0x1,0xc(r12) DBG383: jne PulseAndHoldISR_L70 DBG385: DBG384: ; { ; if ((SS->cPulse & 0x0003) != 0x0000) bit #0x3,0x8(r12) jeq PulseAndHoldISR_L71 DBG386: ; { ; SS->cPulse = SS->cPulse & ~(0x0003); mov #-0x4,r14 and r14,0x8(r12) ; gDrvValve = (gDrvValve & ~(0x0003)); and r14,&_gDrvValve ; updateCPLD++; add #0x1,r13 DBG387: PulseAndHoldISR_L71: ; } ; ; if ((SS->cPulse & 0x000C) != 0x0000) DBG388: bit #0xc,0x8(r12) jeq PulseAndHoldISR_L72 DBG389: ; { ; SS->cPulse = SS->cPulse & ~(0x000C); mov #-0xd,r14 and r14,0x8(r12) ; gDrvValve = (gDrvValve & ~(0x000C)); and r14,&_gDrvValve ; updateCPLD++; add #0x1,r13 DBG390: PulseAndHoldISR_L72: ; } ; ; if ((SS->cPulse & 0x0030) != 0x0000) DBG391: bit #0x30,0x8(r12) jeq PulseAndHoldISR_L73 DBG392: ; { ; SS->cPulse = SS->cPulse & ~(0x0030); mov #-0x31,r14 and r14,0x8(r12) ; gDrvValve = (gDrvValve & ~(0x0030)); and r14,&_gDrvValve ; updateCPLD++; add #0x1,r13 DBG393: PulseAndHoldISR_L73: ; } ; ; if ((SS->cPulse & 0x00C0) != 0x0000) DBG394: bit #0xc0,0x8(r12) jeq PulseAndHoldISR_L74 DBG395: ; { ; SS->cPulse = SS->cPulse & ~(0x00C0); mov #-0xc1,r14 and r14,0x8(r12) ; gDrvValve = (gDrvValve & ~(0x00C0)); and r14,&_gDrvValve ; updateCPLD++; add #0x1,r13 DBG396: PulseAndHoldISR_L74: ; } ; ; if ((SS->cPulse & 0x0300) != 0x0000) DBG397: bit #0x300,0x8(r12) jeq PulseAndHoldISR_L75 DBG398: ; { ; SS->cPulse = SS->cPulse & ~(0x0300); mov #-0x301,r14 and r14,0x8(r12) ; gDrvValve = (gDrvValve & ~(0x0300)); and r14,&_gDrvValve ; updateCPLD++; add #0x1,r13 DBG399: PulseAndHoldISR_L75: ; } ; ; if ((SS->cPulse & 0x0C00) != 0x0000) DBG400: bit #0xc00,0x8(r12) jeq PulseAndHoldISR_L76 DBG401: ; { ; SS->cPulse = SS->cPulse & ~(0x0C00); mov #-0xc01,r14 and r14,0x8(r12) ; gDrvValve = (gDrvValve & ~(0x0C00)); and r14,&_gDrvValve ; updateCPLD++; add #0x1,r13 DBG402: PulseAndHoldISR_L76: ; } ; ; if ((SS->cPulse & 0x3000) != 0x0000) DBG403: bit #0x3000,0x8(r12) jeq PulseAndHoldISR_L77 DBG404: ; { ; SS->cPulse = SS->cPulse & ~(0x3000); mov #-0x3001,r14 and r14,0x8(r12) ; gDrvValve = (gDrvValve & ~(0x3000)); and r14,&_gDrvValve ; updateCPLD++; add #0x1,r13 DBG405: PulseAndHoldISR_L77: ; } ; ; if ((SS->cPulse & 0xC000) != 0x0000) DBG406: bit #0xc000,0x8(r12) jeq PulseAndHoldISR_L78 DBG407: ; { ; SS->cPulse = SS->cPulse & ~(0xC000); mov #0x3fff,r14 and r14,0x8(r12) ; gDrvValve = (gDrvValve & ~(0xC000)); and r14,&_gDrvValve ; updateCPLD++; add #0x1,r13 DBG408: PulseAndHoldISR_L78: ; } ; DBG409: ; } DBG410: PulseAndHoldISR_L70: DBG411: PulseAndHoldISR_L69: ; } DBG412: ; } DBG413: PulseAndHoldISR_L67: ; if (updateCPLD > 0) mov #0x0,r12 cmp r13,r12 jge PulseAndHoldISR_L79 DBG415: DBG414: ; { ; byte temphigh = (gDrvValve >> 8); mov &_gDrvValve,r12 mov r12,r13 swpb r13 and.b #0xff,r13 and.b #0xff,r13 DBG416: ; _DINT(); dint DBG418: DBG417: ; writeDWRFfirst( 26 ,gDrvValve); ; { and.b #0xff,r12 DBG419: ; setDWRFadr(baseAdr), writeDWRFnext(value); ; { ; P1OUT = adr; mov.b #0x1a,&0x21 DBG420: ; driveDWRFbus(); ; { ; P1DIR = -1; mov.b #0xff,&0x22 DBG421: ; (( P3OUT ) &= ~( 0x01 )) ; and.b #0xfe,&0x19 DBG423: DBG422: ; { ; P1OUT = value; mov.b r12,&0x21 ; (( P3OUT ) &= ~( 0x04 )) ; mov.b #0xfb,r12 and.b r12,&0x19 ; (( P3OUT ) |= ( 0x04 )) ; bis.b #0x4,&0x19 DBG427: DBG426: DBG425: DBG424: ; writeDWRFlast(temphigh); ; { ; P1OUT = value; mov.b r13,&0x21 ; (( P3OUT ) &= ~( 0x04 )) ; and.b r12,&0x19 ; (( P3OUT ) |= ( 0x01 | 0x04 )) ; bis.b #0x5,&0x19 DBG429: DBG428: ; _EINT(); eint DBG431: DBG430: ; } PulseAndHoldISR_L79: DBG432: ; EXIT ; .temp0 at stkloc 0 (0x0) size 2 DBG433: pop r4 ret .dbgseg dbg_syms DBG2: .long 0x62622e .long 0x0 .long DBG30 .long 0x0 .long 0x1640001 .long 0x0 .long 0x1 .long 0x0 .long DBG434 .long 0x0 .long 0x5353 .long 0x0 .long 0xc0102 .long 0x28 .long 0x111ffff .long .2fake_2 .long 0xe .long 0x0 .long 0x0 .long 0x0 DBG434: .long 0x62622e .long 0x0 .long DBG33 .long 0x0 .long 0x1640001 .long 0x0 .long 0x5 .long 0x0 .long DBG435 .long 0x0 .long 0x0 .long DBG436 .long 0xd0102 .long 0x4 .long 0x4ffff DBG435: .long 0x62622e .long 0x0 .long DBG37 .long 0x0 .long 0x1640001 .long 0x0 .long 0x8 .long 0x0 .long DBG437 .long 0x0 .long 0x6b73616d .long 0x6465 .long 0x40102 .long 0x4 .long 0x4ffff DBG437: .long 0x62622e .long 0x0 .long DBG41 .long 0x0 .long 0x1640001 .long 0x0 .long 0x8 .long 0x0 .long DBG438 .long 0x0 .long 0x706d6574 .long 0x68676968 .long 0xf0102 .long 0xc .long 0x4ffff DBG438: .long 0x62622e .long 0x0 .long DBG42 .long 0x0 .long 0x1640001 .long 0x0 .long 0x8 .long 0x0 .long DBG439 .long 0x0 .long 0x756c6176 .long 0x65 .long 0xe0102 .long 0xc .long 0x4ffff .long 0x62652e .long 0x0 .long DBG47 .long 0x0 .long 0x1640001 .long 0x0 .long 0x8 .long 0x0 .long 0x0 .long 0x0 .long 0x62652e .long 0x0 .long DBG58 .long 0x0 .long 0x1640001 .long 0x0 .long 0x9 .long 0x0 .long 0x0 .long 0x0 .long 0x62652e .long 0x0 .long DBG58 .long 0x0 .long 0x1640001 .long 0x0 .long 0x9 .long 0x0 .long 0x0 .long 0x0 DBG439: .long 0x62622e .long 0x0 .long DBG58 .long 0x0 .long 0x1640001 .long 0x0 .long 0x9 .long 0x0 .long DBG440 .long 0x0 .long 0x6b73616d .long 0x6465 .long 0xf0102 .long 0x4 .long 0x4ffff DBG440: .long 0x62622e .long 0x0 .long DBG62 .long 0x0 .long 0x1640001 .long 0x0 .long 0x9 .long 0x0 .long DBG441 .long 0x0 .long 0x706d6574 .long 0x68676968 .long 0x40102 .long 0xc .long 0x4ffff DBG441: .long 0x62622e .long 0x0 .long DBG63 .long 0x0 .long 0x1640001 .long 0x0 .long 0x9 .long 0x0 .long DBG442 .long 0x0 .long 0x756c6176 .long 0x65 .long 0xe0102 .long 0xc .long 0x4ffff .long 0x62652e .long 0x0 .long DBG68 .long 0x0 .long 0x1640001 .long 0x0 .long 0x9 .long 0x0 .long 0x0 .long 0x0 .long 0x62652e .long 0x0 .long DBG79 .long 0x0 .long 0x1640001 .long 0x0 .long 0xa .long 0x0 .long 0x0 .long 0x0 .long 0x62652e .long 0x0 .long DBG79 .long 0x0 .long 0x1640001 .long 0x0 .long 0xa .long 0x0 .long 0x0 .long 0x0 DBG442: .long 0x62622e .long 0x0 .long DBG79 .long 0x0 .long 0x1640001 .long 0x0 .long 0xa .long 0x0 .long DBG443 .long 0x0 .long 0x6b73616d .long 0x6465 .long 0xe0102 .long 0x4 .long 0x4ffff DBG443: .long 0x62622e .long 0x0 .long DBG79 .long 0x0 .long 0x1640001 .long 0x0 .long 0xa .long 0x0 .long DBG444 .long 0x0 .long 0x706d6574 .long 0x68676968 .long 0x40102 .long 0xc .long 0x4ffff .long 0x62652e .long 0x0 .long DBG81 .long 0x0 .long 0x1640001 .long 0x0 .long 0xa .long 0x0 .long 0x0 .long 0x0 DBG444: .long 0x62622e .long 0x0 .long DBG83 .long 0x0 .long 0x1640001 .long 0x0 .long 0xa .long 0x0 .long DBG445 .long 0x0 .long 0x706d6574 .long 0x68676968 .long 0xf0102 .long 0xc .long 0x4ffff DBG445: .long 0x62622e .long 0x0 .long DBG84 .long 0x0 .long 0x1640001 .long 0x0 .long 0xa .long 0x0 .long DBG446 .long 0x0 .long 0x756c6176 .long 0x65 .long 0x40102 .long 0xc .long 0x4ffff .long 0x62652e .long 0x0 .long DBG89 .long 0x0 .long 0x1640001 .long 0x0 .long 0xa .long 0x0 .long 0x0 .long 0x0 .long 0x62652e .long 0x0 .long DBG95 .long 0x0 .long 0x1640001 .long 0x0 .long 0xa .long 0x0 .long 0x0 .long 0x0 .long 0x62652e .long 0x0 .long DBG97 .long 0x0 .long 0x1640001 .long 0x0 .long 0xa .long 0x0 .long 0x0 .long 0x0 DBG446: .long 0x62622e .long 0x0 .long DBG100 .long 0x0 .long 0x1640001 .long 0x0 .long 0xb .long 0x0 .long DBG447 .long 0x0 .long 0x6b73616d .long 0x6465 .long 0x40102 .long 0x4 .long 0x4ffff DBG447: .long 0x62622e .long 0x0 .long DBG104 .long 0x0 .long 0x1640001 .long 0x0 .long 0xb .long 0x0 .long DBG448 .long 0x0 .long 0x706d6574 .long 0x68676968 .long 0xf0102 .long 0xc .long 0x4ffff DBG448: .long 0x62622e .long 0x0 .long DBG105 .long 0x0 .long 0x1640001 .long 0x0 .long 0xb .long 0x0 .long DBG449 .long 0x0 .long 0x756c6176 .long 0x65 .long 0xe0102 .long 0xc .long 0x4ffff .long 0x62652e .long 0x0 .long DBG110 .long 0x0 .long 0x1640001 .long 0x0 .long 0xb .long 0x0 .long 0x0 .long 0x0 .long 0x62652e .long 0x0 .long DBG121 .long 0x0 .long 0x1640001 .long 0x0 .long 0xc .long 0x0 .long 0x0 .long 0x0 .long 0x62652e .long 0x0 .long DBG121 .long 0x0 .long 0x1640001 .long 0x0 .long 0xc .long 0x0 .long 0x0 .long 0x0 DBG449: .long 0x62622e .long 0x0 .long DBG121 .long 0x0 .long 0x1640001 .long 0x0 .long 0xc .long 0x0 .long DBG450 .long 0x0 .long 0x6b73616d .long 0x6465 .long 0xe0102 .long 0x4 .long 0x4ffff DBG450: .long 0x62622e .long 0x0 .long DBG121 .long 0x0 .long 0x1640001 .long 0x0 .long 0xc .long 0x0 .long DBG451 .long 0x0 .long 0x706d6574 .long 0x68676968 .long 0xf0102 .long 0xc .long 0x4ffff .long 0x62652e .long 0x0 .long DBG123 .long 0x0 .long 0x1640001 .long 0x0 .long 0xc .long 0x0 .long 0x0 .long 0x0 DBG451: .long 0x62622e .long 0x0 .long DBG125 .long 0x0 .long 0x1640001 .long 0x0 .long 0xc .long 0x0 .long DBG452 .long 0x0 .long 0x706d6574 .long 0x68676968 .long 0x40102 .long 0xc .long 0x4ffff DBG452: .long 0x62622e .long 0x0 .long DBG126 .long 0x0 .long 0x1640001 .long 0x0 .long 0xc .long 0x0 .long DBG453 .long 0x0 .long 0x756c6176 .long 0x65 .long 0xf0102 .long 0xc .long 0x4ffff .long 0x62652e .long 0x0 .long DBG131 .long 0x0 .long 0x1640001 .long 0x0 .long 0xc .long 0x0 .long 0x0 .long 0x0 .long 0x62652e .long 0x0 .long DBG139 .long 0x0 .long 0x1640001 .long 0x0 .long 0xc .long 0x0 .long 0x0 .long 0x0 .long 0x62652e .long 0x0 .long DBG139 .long 0x0 .long 0x1640001 .long 0x0 .long 0xc .long 0x0 .long 0x0 .long 0x0 DBG453: .long 0x62622e .long 0x0 .long DBG139 .long 0x0 .long 0x1640001 .long 0x0 .long 0xc .long 0x0 .long DBG454 .long 0x0 .long 0x706d6574 .long 0x68676968 .long 0x40102 .long 0xc .long 0x4ffff DBG454: .long 0x62622e .long 0x0 .long DBG142 .long 0x0 .long 0x1640001 .long 0x0 .long 0xd .long 0x0 .long DBG455 .long 0x0 .long 0x6b73616d .long 0x6465 .long 0xe0102 .long 0x4 .long 0x4ffff .long 0x62652e .long 0x0 .long DBG144 .long 0x0 .long 0x1640001 .long 0x0 .long 0xd .long 0x0 .long 0x0 .long 0x0 .long 0x62652e .long 0x0 .long DBG144 .long 0x0 .long 0x1640001 .long 0x0 .long 0xd .long 0x0 .long 0x0 .long 0x0 DBG455: .long 0x62622e .long 0x0 .long DBG144 .long 0x0 .long 0x1640001 .long 0x0 .long 0xd .long 0x0 .long DBG456 .long 0x0 .long 0x6b73616d .long 0x6465 .long 0xe0102 .long 0x4 .long 0x4ffff DBG456: .long 0x62622e .long 0x0 .long DBG146 .long 0x0 .long 0x1640001 .long 0x0 .long 0xd .long 0x0 .long DBG457 .long 0x0 .long 0x706d6574 .long 0x68676968 .long 0x40102 .long 0xc .long 0x4ffff DBG457: .long 0x62622e .long 0x0 .long DBG147 .long 0x0 .long 0x1640001 .long 0x0 .long 0xd .long 0x0 .long DBG458 .long 0x0 .long 0x756c6176 .long 0x65 .long 0xf0102 .long 0xc .long 0x4ffff .long 0x62652e .long 0x0 .long DBG152 .long 0x0 .long 0x1640001 .long 0x0 .long 0xd .long 0x0 .long 0x0 .long 0x0 .long 0x62652e .long 0x0 .long DBG160 .long 0x0 .long 0x1640001 .long 0x0 .long 0xd .long 0x0 .long 0x0 .long 0x0 .long 0x62652e .long 0x0 .long DBG160 .long 0x0 .long 0x1640001 .long 0x0 .long 0xd .long 0x0 .long 0x0 .long 0x0 DBG458: .long 0x62622e .long 0x0 .long DBG160 .long 0x0 .long 0x1640001 .long 0x0 .long 0xd .long 0x0 .long DBG459 .long 0x0 .long 0x706d6574 .long 0x68676968 .long 0x40102 .long 0xc .long 0x4ffff .long 0x62652e .long 0x0 .long DBG163 .long 0x0 .long 0x1640001 .long 0x0 .long 0xe .long 0x0 .long 0x0 .long 0x0 DBG459: .long 0x62622e .long 0x0 .long DBG163 .long 0x0 .long 0x1640001 .long 0x0 .long 0xe .long 0x0 .long DBG460 .long 0x0 .long 0x6b73616d .long 0x6465 .long 0x40102 .long 0x4 .long 0x4ffff DBG460: .long 0x62622e .long 0x0 .long DBG167 .long 0x0 .long 0x1640001 .long 0x0 .long 0xe .long 0x0 .long DBG461 .long 0x0 .long 0x706d6574 .long 0x68676968 .long 0xf0102 .long 0xc .long 0x4ffff DBG461: .long 0x62622e .long 0x0 .long DBG168 .long 0x0 .long 0x1640001 .long 0x0 .long 0xe .long 0x0 .long DBG462 .long 0x0 .long 0x756c6176 .long 0x65 .long 0xe0102 .long 0xc .long 0x4ffff .long 0x62652e .long 0x0 .long DBG173 .long 0x0 .long 0x1640001 .long 0x0 .long 0xe .long 0x0 .long 0x0 .long 0x0 .long 0x62652e .long 0x0 .long DBG184 .long 0x0 .long 0x1640001 .long 0x0 .long 0xf .long 0x0 .long 0x0 .long 0x0 .long 0x62652e .long 0x0 .long DBG184 .long 0x0 .long 0x1640001 .long 0x0 .long 0xf .long 0x0 .long 0x0 .long 0x0 DBG462: .long 0x62622e .long 0x0 .long DBG184 .long 0x0 .long 0x1640001 .long 0x0 .long 0xf .long 0x0 .long DBG463 .long 0x0 .long 0x6b73616d .long 0x6465 .long 0xe0102 .long 0x4 .long 0x4ffff DBG463: .long 0x62622e .long 0x0 .long DBG184 .long 0x0 .long 0x1640001 .long 0x0 .long 0xf .long 0x0 .long DBG464 .long 0x0 .long 0x706d6574 .long 0x68676968 .long 0xf0102 .long 0xc .long 0x4ffff .long 0x62652e .long 0x0 .long DBG186 .long 0x0 .long 0x1640001 .long 0x0 .long 0xf .long 0x0 .long 0x0 .long 0x0 DBG464: .long 0x62622e .long 0x0 .long DBG188 .long 0x0 .long 0x1640001 .long 0x0 .long 0xf .long 0x0 .long DBG465 .long 0x0 .long 0x706d6574 .long 0x68676968 .long 0x40102 .long 0xc .long 0x4ffff DBG465: .long 0x62622e .long 0x0 .long DBG189 .long 0x0 .long 0x1640001 .long 0x0 .long 0xf .long 0x0 .long DBG466 .long 0x0 .long 0x756c6176 .long 0x65 .long 0xf0102 .long 0xc .long 0x4ffff .long 0x62652e .long 0x0 .long DBG194 .long 0x0 .long 0x1640001 .long 0x0 .long 0xf .long 0x0 .long 0x0 .long 0x0 .long 0x62652e .long 0x0 .long DBG202 .long 0x0 .long 0x1640001 .long 0x0 .long 0xf .long 0x0 .long 0x0 .long 0x0 .long 0x62652e .long 0x0 .long DBG202 .long 0x0 .long 0x1640001 .long 0x0 .long 0xf .long 0x0 .long 0x0 .long 0x0 DBG466: .long 0x62622e .long 0x0 .long DBG202 .long 0x0 .long 0x1640001 .long 0x0 .long 0xf .long 0x0 .long DBG467 .long 0x0 .long 0x706d6574 .long 0x68676968 .long 0x40102 .long 0xc .long 0x4ffff DBG467: .long 0x62622e .long 0x0 .long DBG209 .long 0x0 .long 0x1640001 .long 0x0 .long 0x15 .long 0x0 .long DBG468 .long 0x0 .long 0x6b73616d .long 0x6465 .long 0xf0102 .long 0x4 .long 0x4ffff .long 0x62652e .long 0x0 .long DBG211 .long 0x0 .long 0x1640001 .long 0x0 .long 0x15 .long 0x0 .long 0x0 .long 0x0 .long 0x62652e .long 0x0 .long DBG211 .long 0x0 .long 0x1640001 .long 0x0 .long 0x15 .long 0x0 .long 0x0 .long 0x0 DBG468: .long 0x62622e .long 0x0 .long DBG211 .long 0x0 .long 0x1640001 .long 0x0 .long 0x15 .long 0x0 .long DBG469 .long 0x0 .long 0x6b73616d .long 0x6465 .long 0xf0102 .long 0x4 .long 0x4ffff DBG469: .long 0x62622e .long 0x0 .long DBG213 .long 0x0 .long 0x1640001 .long 0x0 .long 0x15 .long 0x0 .long DBG470 .long 0x0 .long 0x706d6574 .long 0x68676968 .long 0x40102 .long 0xc .long 0x4ffff DBG470: .long 0x62622e .long 0x0 .long DBG214 .long 0x0 .long 0x1640001 .long 0x0 .long 0x15 .long 0x0 .long DBG471 .long 0x0 .long 0x756c6176 .long 0x65 .long 0xe0102 .long 0xc .long 0x4ffff .long 0x62652e .long 0x0 .long DBG219 .long 0x0 .long 0x1640001 .long 0x0 .long 0x15 .long 0x0 .long 0x0 .long 0x0 .long 0x62652e .long 0x0 .long DBG230 .long 0x0 .long 0x1640001 .long 0x0 .long 0x16 .long 0x0 .long 0x0 .long 0x0 .long 0x62652e .long 0x0 .long DBG230 .long 0x0 .long 0x1640001 .long 0x0 .long 0x16 .long 0x0 .long 0x0 .long 0x0 DBG471: .long 0x62622e .long 0x0 .long DBG230 .long 0x0 .long 0x1640001 .long 0x0 .long 0x16 .long 0x0 .long DBG472 .long 0x0 .long 0x6b73616d .long 0x6465 .long 0x40102 .long 0x4 .long 0x4ffff DBG472: .long 0x62622e .long 0x0 .long DBG234 .long 0x0 .long 0x1640001 .long 0x0 .long 0x16 .long 0x0 .long DBG473 .long 0x0 .long 0x706d6574 .long 0x68676968 .long 0xf0102 .long 0xc .long 0x4ffff DBG473: .long 0x62622e .long 0x0 .long DBG235 .long 0x0 .long 0x1640001 .long 0x0 .long 0x16 .long 0x0 .long DBG474 .long 0x0 .long 0x756c6176 .long 0x65 .long 0xe0102 .long 0xc .long 0x4ffff .long 0x62652e .long 0x0 .long DBG240 .long 0x0 .long 0x1640001 .long 0x0 .long 0x16 .long 0x0 .long 0x0 .long 0x0 .long 0x62652e .long 0x0 .long DBG251 .long 0x0 .long 0x1640001 .long 0x0 .long 0x17 .long 0x0 .long 0x0 .long 0x0 .long 0x62652e .long 0x0 .long DBG251 .long 0x0 .long 0x1640001 .long 0x0 .long 0x17 .long 0x0 .long 0x0 .long 0x0 DBG474: .long 0x62622e .long 0x0 .long DBG251 .long 0x0 .long 0x1640001 .long 0x0 .long 0x17 .long 0x0 .long DBG475 .long 0x0 .long 0x6b73616d .long 0x6465 .long 0xe0102 .long 0x4 .long 0x4ffff DBG475: .long 0x62622e .long 0x0 .long DBG251 .long 0x0 .long 0x1640001 .long 0x0 .long 0x17 .long 0x0 .long DBG476 .long 0x0 .long 0x706d6574 .long 0x68676968 .long 0xf0102 .long 0xc .long 0x4ffff .long 0x62652e .long 0x0 .long DBG253 .long 0x0 .long 0x1640001 .long 0x0 .long 0x17 .long 0x0 .long 0x0 .long 0x0 DBG476: .long 0x62622e .long 0x0 .long DBG255 .long 0x0 .long 0x1640001 .long 0x0 .long 0x17 .long 0x0 .long DBG477 .long 0x0 .long 0x706d6574 .long 0x68676968 .long 0x40102 .long 0xc .long 0x4ffff DBG477: .long 0x62622e .long 0x0 .long DBG256 .long 0x0 .long 0x1640001 .long 0x0 .long 0x17 .long 0x0 .long DBG478 .long 0x0 .long 0x756c6176 .long 0x65 .long 0xf0102 .long 0xc .long 0x4ffff .long 0x62652e .long 0x0 .long DBG261 .long 0x0 .long 0x1640001 .long 0x0 .long 0x17 .long 0x0 .long 0x0 .long 0x0 .long 0x62652e .long 0x0 .long DBG267 .long 0x0 .long 0x1640001 .long 0x0 .long 0x17 .long 0x0 .long 0x0 .long 0x0 .long 0x62652e .long 0x0 .long DBG267 .long 0x0 .long 0x1640001 .long 0x0 .long 0x17 .long 0x0 .long 0x0 .long 0x0 DBG478: .long 0x62622e .long 0x0 .long DBG267 .long 0x0 .long 0x1640001 .long 0x0 .long 0x17 .long 0x0 .long DBG479 .long 0x0 .long 0x706d6574 .long 0x68676968 .long 0x40102 .long 0xc .long 0x4ffff DBG479: .long 0x62622e .long 0x0 .long DBG272 .long 0x0 .long 0x1640001 .long 0x0 .long 0x18 .long 0x0 .long DBG480 .long 0x0 .long 0x6b73616d .long 0x6465 .long 0xf0102 .long 0x4 .long 0x4ffff .long 0x62652e .long 0x0 .long DBG274 .long 0x0 .long 0x1640001 .long 0x0 .long 0x18 .long 0x0 .long 0x0 .long 0x0 .long 0x62652e .long 0x0 .long DBG274 .long 0x0 .long 0x1640001 .long 0x0 .long 0x18 .long 0x0 .long 0x0 .long 0x0 DBG480: .long 0x62622e .long 0x0 .long DBG274 .long 0x0 .long 0x1640001 .long 0x0 .long 0x18 .long 0x0 .long DBG481 .long 0x0 .long 0x6b73616d .long 0x6465 .long 0xf0102 .long 0x4 .long 0x4ffff DBG481: .long 0x62622e .long 0x0 .long DBG276 .long 0x0 .long 0x1640001 .long 0x0 .long 0x18 .long 0x0 .long DBG482 .long 0x0 .long 0x706d6574 .long 0x68676968 .long 0x40102 .long 0xc .long 0x4ffff DBG482: .long 0x62622e .long 0x0 .long DBG277 .long 0x0 .long 0x1640001 .long 0x0 .long 0x18 .long 0x0 .long DBG483 .long 0x0 .long 0x756c6176 .long 0x65 .long 0xe0102 .long 0xc .long 0x4ffff .long 0x62652e .long 0x0 .long DBG282 .long 0x0 .long 0x1640001 .long 0x0 .long 0x18 .long 0x0 .long 0x0 .long 0x0 .long 0x62652e .long 0x0 .long DBG295 .long 0x0 .long 0x1640001 .long 0x0 .long 0x19 .long 0x0 .long 0x0 .long 0x0 DBG483: .long 0x62622e .long 0x0 .long DBG297 .long 0x0 .long 0x1640001 .long 0x0 .long 0x19 .long 0x0 .long DBG484 .long 0x0 .long 0x706d6574 .long 0x68676968 .long 0xe0102 .long 0xc .long 0x4ffff DBG484: .long 0x62622e .long 0x0 .long DBG298 .long 0x0 .long 0x1640001 .long 0x0 .long 0x19 .long 0x0 .long DBG485 .long 0x0 .long 0x756c6176 .long 0x65 .long 0x40102 .long 0xc .long 0x4ffff .long 0x62652e .long 0x0 .long DBG303 .long 0x0 .long 0x1640001 .long 0x0 .long 0x19 .long 0x0 .long 0x0 .long 0x0 .long 0x62652e .long 0x0 .long DBG309 .long 0x0 .long 0x1640001 .long 0x0 .long 0x19 .long 0x0 .long 0x0 .long 0x0 DBG485: .long 0x62622e .long 0x0 .long DBG318 .long 0x0 .long 0x1640001 .long 0x0 .long 0x1a .long 0x0 .long DBG486 .long 0x0 .long 0x706d6574 .long 0x68676968 .long 0x40102 .long 0xc .long 0x4ffff DBG486: .long 0x62622e .long 0x0 .long DBG319 .long 0x0 .long 0x1640001 .long 0x0 .long 0x1a .long 0x0 .long DBG487 .long 0x0 .long 0x756c6176 .long 0x65 .long 0xe0102 .long 0xc .long 0x4ffff .long 0x62652e .long 0x0 .long DBG324 .long 0x0 .long 0x1640001 .long 0x0 .long 0x1a .long 0x0 .long 0x0 .long 0x0 .long 0x62652e .long 0x0 .long DBG337 .long 0x0 .long 0x1640001 .long 0x0 .long 0x1b .long 0x0 .long 0x0 .long 0x0 DBG487: .long 0x62622e .long 0x0 .long DBG339 .long 0x0 .long 0x1640001 .long 0x0 .long 0x1b .long 0x0 .long DBG488 .long 0x0 .long 0x706d6574 .long 0x68676968 .long 0x40102 .long 0xc .long 0x4ffff DBG488: .long 0x62622e .long 0x0 .long DBG340 .long 0x0 .long 0x1640001 .long 0x0 .long 0x1b .long 0x0 .long DBG489 .long 0x0 .long 0x756c6176 .long 0x65 .long 0xe0102 .long 0xc .long 0x4ffff .long 0x62652e .long 0x0 .long DBG345 .long 0x0 .long 0x1640001 .long 0x0 .long 0x1b .long 0x0 .long 0x0 .long 0x0 .long 0x62652e .long 0x0 .long DBG358 .long 0x0 .long 0x1640001 .long 0x0 .long 0x1c .long 0x0 .long 0x0 .long 0x0 DBG489: .long 0x62622e .long 0x0 .long DBG360 .long 0x0 .long 0x1640001 .long 0x0 .long 0x1c .long 0x0 .long DBG490 .long 0x0 .long 0x706d6574 .long 0x68676968 .long 0x40102 .long 0xc .long 0x4ffff DBG490: .long 0x62622e .long 0x0 .long DBG361 .long 0x0 .long 0x1640001 .long 0x0 .long 0x1c .long 0x0 .long DBG491 .long 0x0 .long 0x756c6176 .long 0x65 .long 0xe0102 .long 0xc .long 0x4ffff .long 0x62652e .long 0x0 .long DBG366 .long 0x0 .long 0x1640001 .long 0x0 .long 0x1c .long 0x0 .long 0x0 .long 0x0 .long 0x62652e .long 0x0 .long DBG414 .long 0x0 .long 0x1640001 .long 0x0 .long 0x34 .long 0x0 .long 0x0 .long 0x0 .long 0x62652e .long 0x0 .long DBG414 .long 0x0 .long 0x1640001 .long 0x0 .long 0x34 .long 0x0 .long 0x0 .long 0x0 .long 0x62652e .long 0x0 .long DBG414 .long 0x0 .long 0x1640001 .long 0x0 .long 0x34 .long 0x0 .long 0x0 .long 0x0 .long 0x62652e .long 0x0 .long DBG414 .long 0x0 .long 0x1640001 .long 0x0 .long 0x34 .long 0x0 .long 0x0 .long 0x0 DBG491: .long 0x62622e .long 0x0 .long DBG414 .long 0x0 .long 0x1640001 .long 0x0 .long 0x34 .long 0x0 .long DBG492 .long 0x0 .long 0x6b73616d .long 0x6465 .long 0xf0102 .long 0x4 .long 0x4ffff .long 0x706d6574 .long 0x68676968 .long 0x40102 .long 0xc .long 0x4ffff DBG492: .long 0x62622e .long 0x0 .long DBG414 .long 0x0 .long 0x1640001 .long 0x0 .long 0x34 .long 0x0 .long DBG493 .long 0x0 .long 0x0 .long DBG436 .long 0xd0102 .long 0x4 .long 0x4ffff .long 0x62652e .long 0x0 .long DBG416 .long 0x0 .long 0x1640001 .long 0x0 .long 0x36 .long 0x0 .long 0x0 .long 0x0 DBG493: .long 0x62622e .long 0x0 .long DBG416 .long 0x0 .long 0x1640001 .long 0x0 .long 0x36 .long 0x0 .long DBG494 .long 0x0 .long 0x706d6574 .long 0x68676968 .long 0xd0102 .long 0xc .long 0x4ffff DBG494: .long 0x62622e .long 0x0 .long DBG419 .long 0x0 .long 0x1640001 .long 0x0 .long 0x37 .long 0x0 .long DBG495 .long 0x0 .long 0x756c6176 .long 0x65 .long 0xc0102 .long 0xc .long 0x4ffff .long 0x62652e .long 0x0 .long DBG424 .long 0x0 .long 0x1640001 .long 0x0 .long 0x37 .long 0x0 .long 0x0 .long 0x0 .long 0x62652e .long 0x0 .long DBG432 .long 0x0 .long 0x1640001 .long 0x0 .long 0x3b .long 0x0 .long 0x0 .long 0x0 .long 0x62652e .long 0x0 .long DBG432 .long 0x0 .long 0x1640001 .long 0x0 .long 0x3b .long 0x0 .long 0x0 .long 0x0 .long 0x66652e .long 0x0 .long DBG433 .long 0x0 .long 0x1650001 .long 0x0 .long 0x9d .long 0x0 .long 0x0 .long 0x0 .pseg solenoid_code DBG25: .dbgseg dbg_syms .long 0x0 .long DBG28 .long DBG25 .long 0x0 .long 0xff0001 ; } .dseg solenoid_bss .align 0x2 solenoid_V2: .align 0x2 .global _super _super: .bss 0x2 ; super size 2 .align 0x2 _gDrvValve: .bss 0x2 ; gDrvValve size 2 .extern _DWRFIEimage .dbgseg dbg_syms .0fake_3: DBG23: .long 0x6166302e .long 0x335f656b .long 0x0 .long 0xa .long 0x10ffffe .long 0x0 .long 0x10000 .long 0x0 .long DBG496 .long 0x0 .long 0x736c6166 .long 0x65 .long 0x0 .long 0xb .long 0x10ffff .long 0x65757274 .long 0x0 .long 0x1 .long 0xb .long 0x10ffff .long 0x736f652e .long 0x0 .long 0x1 .long 0x0 .long 0x166ffff .long DBG23 .long 0x10000 .long 0x0 .long 0x0 .long 0x0 .1fake_4: DBG496: .long 0x6166312e .long 0x345f656b .long 0x0 .long 0x8 .long 0x10afffe .long 0x0 .long 0x60000 .long 0x0 .long DBG497 .long 0x0 .long 0x50 .long 0x0 .long 0x0 .long 0x3 .long 0x8ffff .long 0x49 .long 0x0 .long 0x2 .long 0x3 .long 0x8ffff .long 0x44 .long 0x0 .long 0x4 .long 0x3 .long 0x8ffff .long 0x736f652e .long 0x0 .long 0x6 .long 0x0 .long 0x166ffff .long DBG496 .long 0x60000 .long 0x0 .long 0x0 .long 0x0 DBG29: DBG495: DBG24: DBG497: .long 0x7073 .long 0x0 .long 0x1 .long 0x0 .long 0x16cfffe .long 0x0 .long 0x100001 .long 0x0 .long 0x0 .long 0x0 .long 0x52 .long 0x0 .long 0x2 .long 0x0 .long 0x16cfffe .long 0x0 .long 0x100010 .long 0x0 .long 0x0 .long 0x0 .long 0x0 .long DBG498 .long _gDrvValve .long 0xd .long 0x30002 .long 0x6c6f6f62 .long 0x6e6165 .long 0x0 .long 0xa .long 0x10dfffe .long .0fake_3 .long 0x0 .long 0x0 .long 0x0 .long 0x0 .long 0x0 .long DBG499 .long 0x0 .long 0x4 .long 0xdfffe .long 0x38746e69 .long 0x0 .long 0x0 .long 0x2 .long 0xdfffe .long 0x746e6975 .long 0x3233 .long 0x0 .long 0xf .long 0xdfffe .long 0x64696f76 .long 0x6e46 .long 0x0 .long 0x40 .long 0xdfffe .long 0x746e6975 .long 0x3631 .long 0x0 .long 0xd .long 0xdfffe .long 0x61686377 .long 0x745f72 .long 0x0 .long 0x4 .long 0xdfffe .long 0x657a6973 .long 0x745f .long 0x0 .long 0xe .long 0xdfffe .long 0x65707573 .long 0x72 .long _super .long 0xd .long 0x20002 .long 0x31746e69 .long 0x44495036 .long 0x0 .long 0x8 .long 0x10dfffe .long .1fake_4 .long 0x6 .long 0x0 .long 0x0 .long 0x0 .long 0x33746e69 .long 0x32 .long 0x0 .long 0x5 .long 0xdfffe .long 0x31746e69 .long 0x36 .long 0x0 .long 0x3 .long 0xdfffe .long 0x0 .long DBG500 .long 0x0 .long 0x8 .long 0x10dfffe .long .2fake_2 .long 0xe .long 0x0 .long 0x0 .long 0x0 .long 0x65747962 .long 0x0 .long 0x0 .long 0xc .long 0xdfffe .long 0x746e6975 .long 0x38 .long 0x0 .long 0xc .long 0xdfffe .long 0x666f652e .long 0x0 .long 0x0 .long 0x0 .long 0x67fffe .dbgseg dbg_strs .align 0x2 .long 0x88 DBG499: .long 0x70747264 .long 0x6966665f .long 0x74000000 DBG436: .long 0x75706461 .long 0x74654350 .long 0x4c440000 DBG498: .long 0x67447276 .long 0x56616c76 .long 0x65000000 DBG28: .long 0x50756c73 .long 0x65416e64 .long 0x486f6c64 .long 0x49535200 DBG500: .long 0x536f6c53 .long 0x74727563 .long 0x74000000 DBG5: .long 0x483a5c45 .long 0x53505c67 .long 0x656e325c .long 0x736f6674 .long 0x77617265 .long 0x5c6d7370 .long 0x3433305c .long 0x64776172 .long 0x7665735c .long 0x736f6c65 .long 0x6e6f6964 .long 0x2e630000 DBG10: .long 0x636f6e66 .long 0x69677572 .long 0x65536f6c .long 0x656e6f69 .long 0x64000000 .iseg _idesc .align 0x2 .data 0x0 .data solenoid_V2 .data 0x4