; VF=C:\rfiobare\watchdog.asm
; VL=1 ; Archelon URCC C 3.18 2004/03/09
; Archelon URCC C 3.18 2004/03/09
; VL=2 ; MSP430 CIF 2004/03/02
; MSP430 CIF 2004/03/02
; VL=3 ; Compiled "C:\rfiobare\watchdog.c" Tue May 18 15:25:25 2004
; Compiled "C:\rfiobare\watchdog.c" Tue May 18 15:25:25 2004
; VL=4 ; 
; 
; VL=5 	.dbgseg dbg_syms
	.segment	dbg_syms,memtype=7,wordsize=32,locinc=4,align=2 
; VL=6 	.align 0x2
	 .align 0x2 
; VL=7 	.long 0x6c69662e
	LONGWORD# 0x6c69662e 
; VL=8 	.long 0x65
	LONGWORD# 0x65 
; VL=9 	.long 0x1
	LONGWORD# 0x1 
; VL=10 	.long 0x0
	LONGWORD# 0x0 
; VL=11 	.long 0x167fffe
	LONGWORD# 0x167fffe 
; VL=12 	.long 0x0
	LONGWORD# 0x0 
; VL=13 	.long DBG5
	LONGWORD# DBG5 
; VL=14 	.long 0x0
	LONGWORD# 0x0 
; VL=15 	.long 0x0
	LONGWORD# 0x0 
; VL=16 	.long 0x0
	LONGWORD# 0x0 
DBG3:
; VL=17 ; __builtin__ unsigned short _BIS_SR(unsigned short);
; __builtin__ unsigned short _BIS_SR(unsigned short);
; VL=18 ; __builtin__ unsigned short _BIC_SR(unsigned short);
; __builtin__ unsigned short _BIC_SR(unsigned short);
; VL=19 ; __builtin__ unsigned short _BIS_SR_IRQ(unsigned short);
; __builtin__ unsigned short _BIS_SR_IRQ(unsigned short);
; VL=20 ; __builtin__ unsigned short _BIC_SR_IRQ(unsigned short);
; __builtin__ unsigned short _BIC_SR_IRQ(unsigned short);
; VL=21 ;  __builtin__ void _DINT(void);
;  __builtin__ void _DINT(void);
; VL=22 ; __builtin__ void _EINT(void);
; __builtin__ void _EINT(void);
; VL=23 ; __builtin__ void _NOP(void);
; __builtin__ void _NOP(void);
; VL=24 ; __builtin__ void _OPC(const unsigned short op);
; __builtin__ void _OPC(const unsigned short op);
; VL=25 ; __builtin__ short _SWPB(short);  
; __builtin__ short _SWPB(short);  
; VL=26 ; __builtin__ long _SWPB_LONG(long);  
; __builtin__ long _SWPB_LONG(long);  
; VL=27 ; __builtin__ float _SWPB_FLOAT(float);  
; __builtin__ float _SWPB_FLOAT(float);  
; VL=28 ; sfrb    IE1               = (0x0000) ;
; sfrb    IE1               = (0x0000) ;
; VL=29 ; sfrb    IFG1              = (0x0002) ;
; sfrb    IFG1              = (0x0002) ;
; VL=30 ; sfrb    ME1               = (0x0004) ;
; sfrb    ME1               = (0x0004) ;
; VL=31 ; sfrb    IE2               = (0x0001) ;
; sfrb    IE2               = (0x0001) ;
; VL=32 ; sfrb    IFG2              = (0x0003) ;
; sfrb    IFG2              = (0x0003) ;
; VL=33 ; sfrb    ME2               = (0x0005) ;
; sfrb    ME2               = (0x0005) ;
; VL=34 ; sfrw    WDTCTL            = (0x0120) ;
; sfrw    WDTCTL            = (0x0120) ;
; VL=35 ; sfrw    MPY               = (0x0130) ;
; sfrw    MPY               = (0x0130) ;
; VL=36 ; sfrw    MPYS              = (0x0132) ;
; sfrw    MPYS              = (0x0132) ;
; VL=37 ; sfrw    MAC               = (0x0134) ;
; sfrw    MAC               = (0x0134) ;
; VL=38 ; sfrw    MACS              = (0x0136) ;
; sfrw    MACS              = (0x0136) ;
; VL=39 ; sfrw    OP2               = (0x0138) ;
; sfrw    OP2               = (0x0138) ;
; VL=40 ; sfrw    RESLO             = (0x013A) ;
; sfrw    RESLO             = (0x013A) ;
; VL=41 ; sfrw    RESHI             = (0x013C) ;
; sfrw    RESHI             = (0x013C) ;
; VL=42 ; const sfrw SUMEXT         = (0x013E) ;
; const sfrw SUMEXT         = (0x013E) ;
; VL=43 ; const sfrb P1IN           = (0x0020) ;
; const sfrb P1IN           = (0x0020) ;
; VL=44 ; sfrb    P1OUT             = (0x0021) ;
; sfrb    P1OUT             = (0x0021) ;
; VL=45 ; sfrb    P1DIR             = (0x0022) ;
; sfrb    P1DIR             = (0x0022) ;
; VL=46 ; sfrb    P1IFG             = (0x0023) ;
; sfrb    P1IFG             = (0x0023) ;
; VL=47 ; sfrb    P1IES             = (0x0024) ;
; sfrb    P1IES             = (0x0024) ;
; VL=48 ; sfrb    P1IE              = (0x0025) ;
; sfrb    P1IE              = (0x0025) ;
; VL=49 ; sfrb    P1SEL             = (0x0026) ;
; sfrb    P1SEL             = (0x0026) ;
; VL=50 ; const sfrb P2IN           = (0x0028) ;
; const sfrb P2IN           = (0x0028) ;
; VL=51 ; sfrb    P2OUT             = (0x0029) ;
; sfrb    P2OUT             = (0x0029) ;
; VL=52 ; sfrb    P2DIR             = (0x002A) ;
; sfrb    P2DIR             = (0x002A) ;
; VL=53 ; sfrb    P2IFG             = (0x002B) ;
; sfrb    P2IFG             = (0x002B) ;
; VL=54 ; sfrb    P2IES             = (0x002C) ;
; sfrb    P2IES             = (0x002C) ;
; VL=55 ; sfrb    P2IE              = (0x002D) ;
; sfrb    P2IE              = (0x002D) ;
; VL=56 ; sfrb    P2SEL             = (0x002E) ;
; sfrb    P2SEL             = (0x002E) ;
; VL=57 ; const sfrb P3IN           = (0x0018) ;
; const sfrb P3IN           = (0x0018) ;
; VL=58 ; sfrb    P3OUT             = (0x0019) ;
; sfrb    P3OUT             = (0x0019) ;
; VL=59 ; sfrb    P3DIR             = (0x001A) ;
; sfrb    P3DIR             = (0x001A) ;
; VL=60 ; sfrb    P3SEL             = (0x001B) ;
; sfrb    P3SEL             = (0x001B) ;
; VL=61 ; const sfrb P4IN           = (0x001C) ;
; const sfrb P4IN           = (0x001C) ;
; VL=62 ; sfrb    P4OUT             = (0x001D) ;
; sfrb    P4OUT             = (0x001D) ;
; VL=63 ; sfrb    P4DIR             = (0x001E) ;
; sfrb    P4DIR             = (0x001E) ;
; VL=64 ; sfrb    P4SEL             = (0x001F) ;
; sfrb    P4SEL             = (0x001F) ;
; VL=65 ; const sfrb P5IN           = (0x0030) ;
; const sfrb P5IN           = (0x0030) ;
; VL=66 ; sfrb    P5OUT             = (0x0031) ;
; sfrb    P5OUT             = (0x0031) ;
; VL=67 ; sfrb    P5DIR             = (0x0032) ;
; sfrb    P5DIR             = (0x0032) ;
; VL=68 ; sfrb    P5SEL             = (0x0033) ;
; sfrb    P5SEL             = (0x0033) ;
; VL=69 ; const sfrb P6IN           = (0x0034) ;
; const sfrb P6IN           = (0x0034) ;
; VL=70 ; sfrb    P6OUT             = (0x0035) ;
; sfrb    P6OUT             = (0x0035) ;
; VL=71 ; sfrb    P6DIR             = (0x0036) ;
; sfrb    P6DIR             = (0x0036) ;
; VL=72 ; sfrb    P6SEL             = (0x0037) ;
; sfrb    P6SEL             = (0x0037) ;
; VL=73 ; sfrb    U0CTL             = (0x0070) ;
; sfrb    U0CTL             = (0x0070) ;
; VL=74 ; sfrb    U0TCTL            = (0x0071) ;
; sfrb    U0TCTL            = (0x0071) ;
; VL=75 ; sfrb    U0RCTL            = (0x0072) ;
; sfrb    U0RCTL            = (0x0072) ;
; VL=76 ; sfrb    U0MCTL            = (0x0073) ;
; sfrb    U0MCTL            = (0x0073) ;
; VL=77 ; sfrb    U0BR0             = (0x0074) ;
; sfrb    U0BR0             = (0x0074) ;
; VL=78 ; sfrb    U0BR1             = (0x0075) ;
; sfrb    U0BR1             = (0x0075) ;
; VL=79 ; const sfrb U0RXBUF        = (0x0076) ;
; const sfrb U0RXBUF        = (0x0076) ;
; VL=80 ; sfrb    U0TXBUF           = (0x0077) ;
; sfrb    U0TXBUF           = (0x0077) ;
; VL=81 ; sfrb    U1CTL             = (0x0078) ;
; sfrb    U1CTL             = (0x0078) ;
; VL=82 ; sfrb    U1TCTL            = (0x0079) ;
; sfrb    U1TCTL            = (0x0079) ;
; VL=83 ; sfrb    U1RCTL            = (0x007A) ;
; sfrb    U1RCTL            = (0x007A) ;
; VL=84 ; sfrb    U1MCTL            = (0x007B) ;
; sfrb    U1MCTL            = (0x007B) ;
; VL=85 ; sfrb    U1BR0             = (0x007C) ;
; sfrb    U1BR0             = (0x007C) ;
; VL=86 ; sfrb    U1BR1             = (0x007D) ;
; sfrb    U1BR1             = (0x007D) ;
; VL=87 ; const sfrb U1RXBUF        = (0x007E) ;
; const sfrb U1RXBUF        = (0x007E) ;
; VL=88 ; sfrb    U1TXBUF           = (0x007F) ;
; sfrb    U1TXBUF           = (0x007F) ;
; VL=89 ; const sfrw TAIV           = (0x012E) ;
; const sfrw TAIV           = (0x012E) ;
; VL=90 ; sfrw    TACTL             = (0x0160) ;
; sfrw    TACTL             = (0x0160) ;
; VL=91 ; sfrw    TACCTL0           = (0x0162) ;
; sfrw    TACCTL0           = (0x0162) ;
; VL=92 ; sfrw    TACCTL1           = (0x0164) ;
; sfrw    TACCTL1           = (0x0164) ;
; VL=93 ; sfrw    TACCTL2           = (0x0166) ;
; sfrw    TACCTL2           = (0x0166) ;
; VL=94 ; sfrw    TAR               = (0x0170) ;
; sfrw    TAR               = (0x0170) ;
; VL=95 ; sfrw    TACCR0            = (0x0172) ;
; sfrw    TACCR0            = (0x0172) ;
; VL=96 ; sfrw    TACCR1            = (0x0174) ;
; sfrw    TACCR1            = (0x0174) ;
; VL=97 ; sfrw    TACCR2            = (0x0176) ;
; sfrw    TACCR2            = (0x0176) ;
; VL=98 ; const sfrw TBIV           = (0x011E) ;
; const sfrw TBIV           = (0x011E) ;
; VL=99 ; sfrw    TBCTL             = (0x0180) ;
; sfrw    TBCTL             = (0x0180) ;
; VL=100 ; sfrw    TBCCTL0           = (0x0182) ;
; sfrw    TBCCTL0           = (0x0182) ;
; VL=101 ; sfrw    TBCCTL1           = (0x0184) ;
; sfrw    TBCCTL1           = (0x0184) ;
; VL=102 ; sfrw    TBCCTL2           = (0x0186) ;
; sfrw    TBCCTL2           = (0x0186) ;
; VL=103 ; sfrw    TBCCTL3           = (0x0188) ;
; sfrw    TBCCTL3           = (0x0188) ;
; VL=104 ; sfrw    TBCCTL4           = (0x018A) ;
; sfrw    TBCCTL4           = (0x018A) ;
; VL=105 ; sfrw    TBCCTL5           = (0x018C) ;
; sfrw    TBCCTL5           = (0x018C) ;
; VL=106 ; sfrw    TBCCTL6           = (0x018E) ;
; sfrw    TBCCTL6           = (0x018E) ;
; VL=107 ; sfrw    TBR               = (0x0190) ;
; sfrw    TBR               = (0x0190) ;
; VL=108 ; sfrw    TBCCR0            = (0x0192) ;
; sfrw    TBCCR0            = (0x0192) ;
; VL=109 ; sfrw    TBCCR1            = (0x0194) ;
; sfrw    TBCCR1            = (0x0194) ;
; VL=110 ; sfrw    TBCCR2            = (0x0196) ;
; sfrw    TBCCR2            = (0x0196) ;
; VL=111 ; sfrw    TBCCR3            = (0x0198) ;
; sfrw    TBCCR3            = (0x0198) ;
; VL=112 ; sfrw    TBCCR4            = (0x019A) ;
; sfrw    TBCCR4            = (0x019A) ;
; VL=113 ; sfrw    TBCCR5            = (0x019C) ;
; sfrw    TBCCR5            = (0x019C) ;
; VL=114 ; sfrw    TBCCR6            = (0x019E) ;
; sfrw    TBCCR6            = (0x019E) ;
; VL=115 ; sfrb    DCOCTL            = (0x0056) ;
; sfrb    DCOCTL            = (0x0056) ;
; VL=116 ; sfrb    BCSCTL1           = (0x0057) ;
; sfrb    BCSCTL1           = (0x0057) ;
; VL=117 ; sfrb    BCSCTL2           = (0x0058) ;
; sfrb    BCSCTL2           = (0x0058) ;
; VL=118 ; sfrw    FCTL1             = (0x0128) ;
; sfrw    FCTL1             = (0x0128) ;
; VL=119 ; sfrw    FCTL2             = (0x012A) ;
; sfrw    FCTL2             = (0x012A) ;
; VL=120 ; sfrw    FCTL3             = (0x012C) ;
; sfrw    FCTL3             = (0x012C) ;
; VL=121 ; sfrb    CACTL1            = (0x0059) ;
; sfrb    CACTL1            = (0x0059) ;
; VL=122 ; sfrb    CACTL2            = (0x005A) ;
; sfrb    CACTL2            = (0x005A) ;
; VL=123 ; sfrb    CAPD              = (0x005B) ;
; sfrb    CAPD              = (0x005B) ;
; VL=124 ; sfrw    ADC12CTL0         = (0x01A0) ;
; sfrw    ADC12CTL0         = (0x01A0) ;
; VL=125 ; sfrw    ADC12CTL1         = (0x01A2) ;
; sfrw    ADC12CTL1         = (0x01A2) ;
; VL=126 ; sfrw    ADC12IFG          = (0x01A4) ;
; sfrw    ADC12IFG          = (0x01A4) ;
; VL=127 ; sfrw    ADC12IE           = (0x01A6) ;
; sfrw    ADC12IE           = (0x01A6) ;
; VL=128 ; sfrw    ADC12IV           = (0x01A8) ;
; sfrw    ADC12IV           = (0x01A8) ;
; VL=129 ; sfrw    ADC12MEM0         = (0x0140) ;
; sfrw    ADC12MEM0         = (0x0140) ;
; VL=130 ; sfrw    ADC12MEM1         = (0x0142) ;
; sfrw    ADC12MEM1         = (0x0142) ;
; VL=131 ; sfrw    ADC12MEM2         = (0x0144) ;
; sfrw    ADC12MEM2         = (0x0144) ;
; VL=132 ; sfrw    ADC12MEM3         = (0x0146) ;
; sfrw    ADC12MEM3         = (0x0146) ;
; VL=133 ; sfrw    ADC12MEM4         = (0x0148) ;
; sfrw    ADC12MEM4         = (0x0148) ;
; VL=134 ; sfrw    ADC12MEM5         = (0x014A) ;
; sfrw    ADC12MEM5         = (0x014A) ;
; VL=135 ; sfrw    ADC12MEM6         = (0x014C) ;
; sfrw    ADC12MEM6         = (0x014C) ;
; VL=136 ; sfrw    ADC12MEM7         = (0x014E) ;
; sfrw    ADC12MEM7         = (0x014E) ;
; VL=137 ; sfrw    ADC12MEM8         = (0x0150) ;
; sfrw    ADC12MEM8         = (0x0150) ;
; VL=138 ; sfrw    ADC12MEM9         = (0x0152) ;
; sfrw    ADC12MEM9         = (0x0152) ;
; VL=139 ; sfrw    ADC12MEM10        = (0x0154) ;
; sfrw    ADC12MEM10        = (0x0154) ;
; VL=140 ; sfrw    ADC12MEM11        = (0x0156) ;
; sfrw    ADC12MEM11        = (0x0156) ;
; VL=141 ; sfrw    ADC12MEM12        = (0x0158) ;
; sfrw    ADC12MEM12        = (0x0158) ;
; VL=142 ; sfrw    ADC12MEM13        = (0x015A) ;
; sfrw    ADC12MEM13        = (0x015A) ;
; VL=143 ; sfrw    ADC12MEM14        = (0x015C) ;
; sfrw    ADC12MEM14        = (0x015C) ;
; VL=144 ; sfrw    ADC12MEM15        = (0x015E) ;
; sfrw    ADC12MEM15        = (0x015E) ;
; VL=145 ; sfrb    ADC12MCTL0        = (0x0080) ;
; sfrb    ADC12MCTL0        = (0x0080) ;
; VL=146 ; sfrb    ADC12MCTL1        = (0x0081) ;
; sfrb    ADC12MCTL1        = (0x0081) ;
; VL=147 ; sfrb    ADC12MCTL2        = (0x0082) ;
; sfrb    ADC12MCTL2        = (0x0082) ;
; VL=148 ; sfrb    ADC12MCTL3        = (0x0083) ;
; sfrb    ADC12MCTL3        = (0x0083) ;
; VL=149 ; sfrb    ADC12MCTL4        = (0x0084) ;
; sfrb    ADC12MCTL4        = (0x0084) ;
; VL=150 ; sfrb    ADC12MCTL5        = (0x0085) ;
; sfrb    ADC12MCTL5        = (0x0085) ;
; VL=151 ; sfrb    ADC12MCTL6        = (0x0086) ;
; sfrb    ADC12MCTL6        = (0x0086) ;
; VL=152 ; sfrb    ADC12MCTL7        = (0x0087) ;
; sfrb    ADC12MCTL7        = (0x0087) ;
; VL=153 ; sfrb    ADC12MCTL8        = (0x0088) ;
; sfrb    ADC12MCTL8        = (0x0088) ;
; VL=154 ; sfrb    ADC12MCTL9        = (0x0089) ;
; sfrb    ADC12MCTL9        = (0x0089) ;
; VL=155 ; sfrb    ADC12MCTL10       = (0x008A) ;
; sfrb    ADC12MCTL10       = (0x008A) ;
; VL=156 ; sfrb    ADC12MCTL11       = (0x008B) ;
; sfrb    ADC12MCTL11       = (0x008B) ;
; VL=157 ; sfrb    ADC12MCTL12       = (0x008C) ;
; sfrb    ADC12MCTL12       = (0x008C) ;
; VL=158 ; sfrb    ADC12MCTL13       = (0x008D) ;
; sfrb    ADC12MCTL13       = (0x008D) ;
; VL=159 ; sfrb    ADC12MCTL14       = (0x008E) ;
; sfrb    ADC12MCTL14       = (0x008E) ;
; VL=160 ; sfrb    ADC12MCTL15       = (0x008F) ;
; sfrb    ADC12MCTL15       = (0x008F) ;
; VL=161 ; typedef unsigned int size_t;
; typedef unsigned int size_t;
; VL=162 ; size_t size 2
; size_t size 2
; VL=163 ; typedef void *va_list;
; typedef void *va_list;
; VL=164 ; va_list size 2
; va_list size 2
; VL=165 ; typedef struct {
; typedef struct {
; VL=166 ; 	unsigned char *_base;
; 	unsigned char *_base;
; VL=167 ; 	unsigned char *_end;
; 	unsigned char *_end;
; VL=168 ; 	unsigned char *_ptr;
; 	unsigned char *_ptr;
; VL=169 ; 	long int       _seek;
; 	long int       _seek;
; VL=170 ; 	int            _cnt;
; 	int            _cnt;
; VL=171 ; 	short          _flag;
; 	short          _flag;
; VL=172 ; 	char           _file;
; 	char           _file;
; VL=173 ; 	unsigned char  _nbf;
; 	unsigned char  _nbf;
; VL=174 ; } FILE;
; } FILE;
; VL=175 ; FILE size 16
; FILE size 16
; VL=176 ; int    sprintf( char *, const char *, ... );
; int    sprintf( char *, const char *, ... );
; VL=177 ; int    sscanf( const char *, const char *, ... );
; int    sscanf( const char *, const char *, ... );
; VL=178 ; int    vsprintf( char *, const char *, va_list );
; int    vsprintf( char *, const char *, va_list );
; VL=179 ; static int dogDelay;
; static int dogDelay;
; VL=180 ; void watchdogInit(void) 
; void watchdogInit(void) 
; VL=181 DBG3:
; VL=182 	.long 0x0
	LONGWORD# 0x0 
; VL=183 	.long DBG10
	LONGWORD# DBG10 
; VL=184 	.long _watchdogInit
	LONGWORD# _watchdogInit 
; VL=185 	.long 0x40
	LONGWORD# 0x40 
; VL=186 	.long 0x1020001
	LONGWORD# 0x1020001 
; VL=187 	.long DBG1
	LONGWORD# DBG1 
; VL=188 	.long DBG7-DBG8
	LONGWORD# DBG7-DBG8 
; VL=189 	.long DBG9
	LONGWORD# DBG9 
; VL=190 	.long DBG6
	LONGWORD# DBG6 
; VL=191 	.long 0x0
	LONGWORD# 0x0 
; VL=192 	.pseg watchdog_code
	.segment	watchdog_code,memtype=0,wordsize=8,locinc=1,rom,align=2 
DBG8:
; VL=193 DBG8:
; VL=194 	.dbgseg dbg_syms
	.segment	dbg_syms,memtype=7,wordsize=32,locinc=4,align=2 
DBG1:
; VL=195 DBG1:
; VL=196 	.long 0x66622e
	LONGWORD# 0x66622e 
; VL=197 	.long 0x0
	LONGWORD# 0x0 
; VL=198 	.long DBG8
	LONGWORD# DBG8 
; VL=199 	.long 0x0
	LONGWORD# 0x0 
; VL=200 	.long 0x1650001
	LONGWORD# 0x1650001 
; VL=201 	.long 0x0
	LONGWORD# 0x0 
; VL=202 	.long 0xc
	LONGWORD# 0xc 
; VL=203 	.long 0x0
	LONGWORD# 0x0 
; VL=204 	.long DBG11
	LONGWORD# DBG11 
; VL=205 	.long 0x0
	LONGWORD# 0x0 
; VL=206 	.dbgseg dbg_line
	.segment	dbg_line,memtype=7,wordsize=32,locinc=4,align=2 
; VL=207 	.align 0x2
	 .align 0x2 
DBG9:
; VL=208 DBG9:
; VL=209 	.long DBG3
	LONGWORD# DBG3 
; VL=210 	.long 0x0
	LONGWORD# 0x0 
; VL=211 	.long _watchdogInit
	LONGWORD# _watchdogInit 
; VL=212 	.long 0x1
	LONGWORD# 0x1 
; VL=213 	.long DBG13
	LONGWORD# DBG13 
; VL=214 	.long 0x2
	LONGWORD# 0x2 
; VL=215 	.long DBG14
	LONGWORD# DBG14 
; VL=216 	.long 0x3
	LONGWORD# 0x3 
; VL=217 	.long DBG15
	LONGWORD# DBG15 
; VL=218 	.long 0x5
	LONGWORD# 0x5 
; VL=219 	.long DBG16
	LONGWORD# DBG16 
; VL=220 	.long 0x6
	LONGWORD# 0x6 
; VL=221 	.long DBG17
	LONGWORD# DBG17 
; VL=222 	.long 0x7
	LONGWORD# 0x7 
; VL=223 	.long DBG18
	LONGWORD# DBG18 
; VL=224 	.long 0x8
	LONGWORD# 0x8 
; VL=225 	.pseg watchdog_code
	.segment	watchdog_code,memtype=0,wordsize=8,locinc=1,rom,align=2 
; VL=226 	.global _watchdogInit
	 .global _watchdogInit 
; VL=227 _watchdogInit:
_watchdogInit:
DBG12:
DBG13:
DBG14:
; VL=228 ; ENTRY
; ENTRY
; VL=229 DBG12:
; VL=230 ; {
; {
; VL=231 DBG13:
; VL=232 ;   dogDelay = 0;
;   dogDelay = 0;
; VL=233 DBG14:
; VL=234 	mov	#0x0,&_dogDelay
	d_not_reg word reg_mod r2 
	mov Sreg# r3 
	BYTE# .bits( 0, 7, _dogDelay) 
	BYTE# .bits( 8, 15, _dogDelay) 
DBG15:
; VL=235 DBG15:
; VL=236 ;   WDTCTL = ( (0x5A00) + (0x0010) + (0x0008) + (0x0004) ) ;                 
;   WDTCTL = ( (0x5A00) + (0x0010) + (0x0008) + (0x0004) ) ;                 
; VL=237 	mov	#0x5a1c,&0x120
	d_not_reg word imm_ind_mod r2 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, 0x5a1c) 
	BYTE# .bits( 8, 15, 0x5a1c) 
	BYTE# .bits( 0, 7, 0x120) 
	BYTE# .bits( 8, 15, 0x120) 
DBG16:
; VL=238 DBG16:
; VL=239 ;   IE1 |= (0x01) ;                         
;   IE1 |= (0x01) ;                         
; VL=240 	bis.b	#0x1,&0x0
	d_not_reg byte ind_sym_abs_mod r2 
	bis Sreg# r3 
	BYTE# .bits( 0, 7, 0x0) 
	BYTE# .bits( 8, 15, 0x0) 
DBG17:
; VL=241 DBG17:
; VL=242 ;   _EINT();                              
;   _EINT();                              
; VL=243 	eint
	d_reg word imm_ind_mod r2 
	bis Sreg# r2 
DBG18:
DBG19:
; VL=244 DBG19:
; VL=245 DBG18:
; VL=246 ; EXIT
; EXIT
; VL=247 	ret
	d_reg word imm_ind_mod r0 
	mov Sreg# r1 
; VL=248 	.dbgseg dbg_syms
	.segment	dbg_syms,memtype=7,wordsize=32,locinc=4,align=2 
; VL=249 	.long 0x0
	LONGWORD# 0x0 
; VL=250 	.long DBG20
	LONGWORD# DBG20 
; VL=251 	.long 0x0
	LONGWORD# 0x0 
; VL=252 	.long 0x0
	LONGWORD# 0x0 
; VL=253 	.long 0x10002
	LONGWORD# 0x10002 
; VL=254 	.long 0x0
	LONGWORD# 0x0 
; VL=255 	.long DBG21
	LONGWORD# DBG21 
; VL=256 	.long 0x2
	LONGWORD# 0x2 
; VL=257 	.long 0x0
	LONGWORD# 0x0 
; VL=258 	.long 0x10002
	LONGWORD# 0x10002 
; VL=259 	.long 0x66652e
	LONGWORD# 0x66652e 
; VL=260 	.long 0x0
	LONGWORD# 0x0 
; VL=261 	.long DBG19
	LONGWORD# DBG19 
; VL=262 	.long 0x0
	LONGWORD# 0x0 
; VL=263 	.long 0x1650001
	LONGWORD# 0x1650001 
; VL=264 	.long 0x0
	LONGWORD# 0x0 
; VL=265 	.long 0x13
	LONGWORD# 0x13 
; VL=266 	.long 0x0
	LONGWORD# 0x0 
; VL=267 	.long 0x0
	LONGWORD# 0x0 
; VL=268 	.long 0x0
	LONGWORD# 0x0 
; VL=269 	.pseg watchdog_code
	.segment	watchdog_code,memtype=0,wordsize=8,locinc=1,rom,align=2 
DBG7:
; VL=270 DBG7:
; VL=271 	.dbgseg dbg_syms
	.segment	dbg_syms,memtype=7,wordsize=32,locinc=4,align=2 
; VL=272 	.long 0x0
	LONGWORD# 0x0 
; VL=273 	.long DBG10
	LONGWORD# DBG10 
; VL=274 	.long DBG7
	LONGWORD# DBG7 
; VL=275 	.long 0x0
	LONGWORD# 0x0 
; VL=276 	.long 0xff0001
	LONGWORD# 0xff0001 
DBG6:
; VL=277 ; }
; }
; VL=278 ; void watchdogDelay(int delaySec)
; void watchdogDelay(int delaySec)
; VL=279 DBG6:
; VL=280 	.long 0x0
	LONGWORD# 0x0 
; VL=281 	.long DBG26
	LONGWORD# DBG26 
; VL=282 	.long _watchdogDelay
	LONGWORD# _watchdogDelay 
; VL=283 	.long 0x40
	LONGWORD# 0x40 
; VL=284 	.long 0x1020001
	LONGWORD# 0x1020001 
; VL=285 	.long DBG11
	LONGWORD# DBG11 
; VL=286 	.long DBG23-DBG24
	LONGWORD# DBG23-DBG24 
; VL=287 	.long DBG25
	LONGWORD# DBG25 
; VL=288 	.long DBG22
	LONGWORD# DBG22 
; VL=289 	.long 0x0
	LONGWORD# 0x0 
; VL=290 	.pseg watchdog_code
	.segment	watchdog_code,memtype=0,wordsize=8,locinc=1,rom,align=2 
DBG24:
; VL=291 DBG24:
; VL=292 	.dbgseg dbg_syms
	.segment	dbg_syms,memtype=7,wordsize=32,locinc=4,align=2 
DBG11:
; VL=293 DBG11:
; VL=294 	.long 0x66622e
	LONGWORD# 0x66622e 
; VL=295 	.long 0x0
	LONGWORD# 0x0 
; VL=296 	.long DBG24
	LONGWORD# DBG24 
; VL=297 	.long 0x0
	LONGWORD# 0x0 
; VL=298 	.long 0x1650001
	LONGWORD# 0x1650001 
; VL=299 	.long 0x0
	LONGWORD# 0x0 
; VL=300 	.long 0x15
	LONGWORD# 0x15 
; VL=301 	.long 0x0
	LONGWORD# 0x0 
; VL=302 	.long DBG27
	LONGWORD# DBG27 
; VL=303 	.long 0x0
	LONGWORD# 0x0 
; VL=304 	.dbgseg dbg_line
	.segment	dbg_line,memtype=7,wordsize=32,locinc=4,align=2 
DBG25:
; VL=305 DBG25:
; VL=306 	.long DBG6
	LONGWORD# DBG6 
; VL=307 	.long 0x0
	LONGWORD# 0x0 
; VL=308 	.long _watchdogDelay
	LONGWORD# _watchdogDelay 
; VL=309 	.long 0x1
	LONGWORD# 0x1 
; VL=310 	.long DBG29
	LONGWORD# DBG29 
; VL=311 	.long 0x2
	LONGWORD# 0x2 
; VL=312 	.long DBG30
	LONGWORD# DBG30 
; VL=313 	.long 0x3
	LONGWORD# 0x3 
; VL=314 	.long DBG31
	LONGWORD# DBG31 
; VL=315 	.long 0x4
	LONGWORD# 0x4 
; VL=316 	.long DBG32
	LONGWORD# DBG32 
; VL=317 	.long 0x5
	LONGWORD# 0x5 
; VL=318 	.pseg watchdog_code
	.segment	watchdog_code,memtype=0,wordsize=8,locinc=1,rom,align=2 
; VL=319 	.global _watchdogDelay
	 .global _watchdogDelay 
; VL=320 _watchdogDelay:
_watchdogDelay:
DBG28:
DBG29:
DBG30:
; VL=321 ; ENTRY
; ENTRY
; VL=322 DBG28:
; VL=323 ; delaySec at argloc 0 (0x0) in reg  size 2
; delaySec at argloc 0 (0x0) in reg  size 2
; VL=324 ; {
; {
; VL=325 DBG29:
; VL=326 ;   dogDelay = delaySec;
;   dogDelay = delaySec;
; VL=327 DBG30:
; VL=328 	mov	r12,&_dogDelay
	d_not_reg word reg_mod r2 
	mov Sreg# r12 
	BYTE# .bits( 0, 7, _dogDelay) 
	BYTE# .bits( 8, 15, _dogDelay) 
DBG31:
; VL=329 DBG31:
; VL=330 ;   while (dogDelay > 0) ;
;   while (dogDelay > 0) ;
; VL=331 watchdogDelay_L1:
watchdogDelay_L1:
; VL=332 	mov	#0x0,r12
	d_reg word reg_mod r12 
	mov Sreg# r3 
; VL=333 	cmp	&_dogDelay,r12
	d_reg word ind_sym_abs_mod r12 
	cmp Sreg# r2 
	BYTE# .bits( 0, 7, _dogDelay) 
	BYTE# .bits( 8, 15, _dogDelay) 
; VL=334 	jl	watchdogDelay_L1
	.ifa (watchdogDelay_L1-.-2),-1024,1022 
	DISP_LSB_8# .bits(0, 7,  (watchdogDelay_L1 - . - 2)/2  ) 
	jl DISP_MSB_2# .bits(8, 9,  (watchdogDelay_L1 - . - 1)/2  ) 
	.else 
	DISP_LSB_8# .bits(0, 7,  (MCP1 - . - 2)/2  ) 
	jl DISP_MSB_2# .bits(8, 9,  (MCP1 - . - 1)/2  ) 
	DISP_LSB_8# .bits(0, 7,  (MCP0 - . - 2)/2  ) 
	jmp DISP_MSB_2# .bits(8, 9,  (MCP0 - . - 1)/2  ) 
	MCP1: 
	d_reg word imm_ind_mod r0 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, watchdogDelay_L1) 
	BYTE# .bits( 8, 15, watchdogDelay_L1) 
	MCP0: 
	.endif 
; VL=335 watchdogDelay_L2:
watchdogDelay_L2:
DBG32:
DBG33:
; VL=336 DBG32:
; VL=337 ; EXIT
; EXIT
; VL=338 DBG33:
; VL=339 	ret
	d_reg word imm_ind_mod r0 
	mov Sreg# r1 
; VL=340 	.dbgseg dbg_syms
	.segment	dbg_syms,memtype=7,wordsize=32,locinc=4,align=2 
; VL=341 	.long 0x0
	LONGWORD# 0x0 
; VL=342 	.long DBG20
	LONGWORD# DBG20 
; VL=343 	.long 0x0
	LONGWORD# 0x0 
; VL=344 	.long 0x0
	LONGWORD# 0x0 
; VL=345 	.long 0x10002
	LONGWORD# 0x10002 
; VL=346 	.long 0x0
	LONGWORD# 0x0 
; VL=347 	.long DBG21
	LONGWORD# DBG21 
; VL=348 	.long 0x2
	LONGWORD# 0x2 
; VL=349 	.long 0x0
	LONGWORD# 0x0 
; VL=350 	.long 0x10002
	LONGWORD# 0x10002 
; VL=351 	.long 0x616c6564
	LONGWORD# 0x616c6564 
; VL=352 	.long 0x63655379
	LONGWORD# 0x63655379 
; VL=353 	.long 0xc0102
	LONGWORD# 0xc0102 
; VL=354 	.long 0x4
	LONGWORD# 0x4 
; VL=355 	.long 0x11ffff
	LONGWORD# 0x11ffff 
; VL=356 	.long 0x66652e
	LONGWORD# 0x66652e 
; VL=357 	.long 0x0
	LONGWORD# 0x0 
; VL=358 	.long DBG33
	LONGWORD# DBG33 
; VL=359 	.long 0x0
	LONGWORD# 0x0 
; VL=360 	.long 0x1650001
	LONGWORD# 0x1650001 
; VL=361 	.long 0x0
	LONGWORD# 0x0 
; VL=362 	.long 0x19
	LONGWORD# 0x19 
; VL=363 	.long 0x0
	LONGWORD# 0x0 
; VL=364 	.long 0x0
	LONGWORD# 0x0 
; VL=365 	.long 0x0
	LONGWORD# 0x0 
; VL=366 	.pseg watchdog_code
	.segment	watchdog_code,memtype=0,wordsize=8,locinc=1,rom,align=2 
DBG23:
; VL=367 DBG23:
; VL=368 	.dbgseg dbg_syms
	.segment	dbg_syms,memtype=7,wordsize=32,locinc=4,align=2 
; VL=369 	.long 0x0
	LONGWORD# 0x0 
; VL=370 	.long DBG26
	LONGWORD# DBG26 
; VL=371 	.long DBG23
	LONGWORD# DBG23 
; VL=372 	.long 0x0
	LONGWORD# 0x0 
; VL=373 	.long 0xff0001
	LONGWORD# 0xff0001 
; VL=374 ; }
; }
; VL=375 ;  _INTERRUPT  [ (10 * 2)  ] void watchdog_timer( void )
;  _INTERRUPT  [ (10 * 2)  ] void watchdog_timer( void )
; VL=376 	.iseg watchdog_ivec_20,abs=0xfff4
	.segment	watchdog_ivec_20,memtype=0,wordsize=8,locinc=1,abs = 0xfff4,rom,align=2 
; VL=377 	.align 0x2
	 .align 0x2 
; VL=378 	.data _watchdog_timer
	BYTE# .bits(0, 7,_watchdog_timer) 
	BYTE# .bits(8, 15,_watchdog_timer) 
; VL=379 	.dbgseg dbg_syms
	.segment	dbg_syms,memtype=7,wordsize=32,locinc=4,align=2 
DBG22:
; VL=380 DBG22:
; VL=381 	.long 0x0
	LONGWORD# 0x0 
; VL=382 	.long DBG38
	LONGWORD# DBG38 
; VL=383 	.long _watchdog_timer
	LONGWORD# _watchdog_timer 
; VL=384 	.long 0x40
	LONGWORD# 0x40 
; VL=385 	.long 0x1020001
	LONGWORD# 0x1020001 
; VL=386 	.long DBG27
	LONGWORD# DBG27 
; VL=387 	.long DBG35-DBG36
	LONGWORD# DBG35-DBG36 
; VL=388 	.long DBG37
	LONGWORD# DBG37 
; VL=389 	.long DBG34
	LONGWORD# DBG34 
; VL=390 	.long 0x0
	LONGWORD# 0x0 
; VL=391 	.pseg watchdog_code
	.segment	watchdog_code,memtype=0,wordsize=8,locinc=1,rom,align=2 
DBG36:
; VL=392 DBG36:
; VL=393 	.dbgseg dbg_syms
	.segment	dbg_syms,memtype=7,wordsize=32,locinc=4,align=2 
DBG27:
; VL=394 DBG27:
; VL=395 	.long 0x66622e
	LONGWORD# 0x66622e 
; VL=396 	.long 0x0
	LONGWORD# 0x0 
; VL=397 	.long DBG36
	LONGWORD# DBG36 
; VL=398 	.long 0x0
	LONGWORD# 0x0 
; VL=399 	.long 0x1650001
	LONGWORD# 0x1650001 
; VL=400 	.long 0x0
	LONGWORD# 0x0 
; VL=401 	.long 0x21
	LONGWORD# 0x21 
; VL=402 	.long 0x0
	LONGWORD# 0x0 
; VL=403 	.long DBG39
	LONGWORD# DBG39 
; VL=404 	.long 0x0
	LONGWORD# 0x0 
; VL=405 	.dbgseg dbg_line
	.segment	dbg_line,memtype=7,wordsize=32,locinc=4,align=2 
DBG37:
; VL=406 DBG37:
; VL=407 	.long DBG22
	LONGWORD# DBG22 
; VL=408 	.long 0x0
	LONGWORD# 0x0 
; VL=409 	.long _watchdog_timer
	LONGWORD# _watchdog_timer 
; VL=410 	.long 0x1
	LONGWORD# 0x1 
; VL=411 	.long DBG41
	LONGWORD# DBG41 
; VL=412 	.long 0x2
	LONGWORD# 0x2 
; VL=413 	.long DBG42
	LONGWORD# DBG42 
; VL=414 	.long 0x4
	LONGWORD# 0x4 
; VL=415 	.long DBG43
	LONGWORD# DBG43 
; VL=416 	.long 0x5
	LONGWORD# 0x5 
; VL=417 	.long DBG44
	LONGWORD# DBG44 
; VL=418 	.long 0x9
	LONGWORD# 0x9 
; VL=419 	.long DBG45
	LONGWORD# DBG45 
; VL=420 	.long 0xb
	LONGWORD# 0xb 
; VL=421 	.pseg watchdog_code
	.segment	watchdog_code,memtype=0,wordsize=8,locinc=1,rom,align=2 
; VL=422 	.global _watchdog_timer
	 .global _watchdog_timer 
; VL=423 _watchdog_timer:
_watchdog_timer:
; VL=424 	push	r12
	push_lsb word reg_mod r12 
	push 
DBG40:
DBG41:
DBG42:
; VL=425 DBG42:
; VL=426 DBG41:
; VL=427 DBG40:
; VL=428 ; ENTRY
; ENTRY
; VL=429 ; {
; {
; VL=430 ;   if (dogDelay > 0)
;   if (dogDelay > 0)
; VL=431 	mov	#0x0,r12
	d_reg word reg_mod r12 
	mov Sreg# r3 
; VL=432 	cmp	&_dogDelay,r12
	d_reg word ind_sym_abs_mod r12 
	cmp Sreg# r2 
	BYTE# .bits( 0, 7, _dogDelay) 
	BYTE# .bits( 8, 15, _dogDelay) 
; VL=433 	jge	watchdog_timer_L1
	.ifa (watchdog_timer_L1-.-2),-1024,1022 
	DISP_LSB_8# .bits(0, 7,  (watchdog_timer_L1 - . - 2)/2  ) 
	jge DISP_MSB_2# .bits(8, 9,  (watchdog_timer_L1 - . - 1)/2  ) 
	.else 
	DISP_LSB_8# .bits(0, 7,  (MCP3 - . - 2)/2  ) 
	jge DISP_MSB_2# .bits(8, 9,  (MCP3 - . - 1)/2  ) 
	DISP_LSB_8# .bits(0, 7,  (MCP2 - . - 2)/2  ) 
	jmp DISP_MSB_2# .bits(8, 9,  (MCP2 - . - 1)/2  ) 
	MCP3: 
	d_reg word imm_ind_mod r0 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, watchdog_timer_L1) 
	BYTE# .bits( 8, 15, watchdog_timer_L1) 
	MCP2: 
	.endif 
DBG43:
; VL=434 DBG43:
; VL=435 ;     dogDelay--;
;     dogDelay--;
; VL=436 	sub	#0x1,&_dogDelay
	d_not_reg word ind_sym_abs_mod r2 
	sub Sreg# r3 
	BYTE# .bits( 0, 7, _dogDelay) 
	BYTE# .bits( 8, 15, _dogDelay) 
DBG44:
; VL=437 DBG44:
; VL=438 watchdog_timer_L1:
watchdog_timer_L1:
; VL=439 ;   _EINT();
;   _EINT();
; VL=440 	eint
	d_reg word imm_ind_mod r2 
	bis Sreg# r2 
DBG45:
DBG46:
; VL=441 DBG46:
; VL=442 DBG45:
; VL=443 ; EXIT
; EXIT
; VL=444 ; .temp0 at stkloc 0 (0x0) size 2
; .temp0 at stkloc 0 (0x0) size 2
; VL=445 	pop	r12
	d_reg word imm_ind_mod r12 
	mov Sreg# r1 
; VL=446 	reti
	reti_lsb word  0 
	reti 
; VL=447 	.dbgseg dbg_syms
	.segment	dbg_syms,memtype=7,wordsize=32,locinc=4,align=2 
; VL=448 	.long 0x0
	LONGWORD# 0x0 
; VL=449 	.long DBG20
	LONGWORD# DBG20 
; VL=450 	.long 0x2
	LONGWORD# 0x2 
; VL=451 	.long 0x0
	LONGWORD# 0x0 
; VL=452 	.long 0x10002
	LONGWORD# 0x10002 
; VL=453 	.long 0x0
	LONGWORD# 0x0 
; VL=454 	.long DBG21
	LONGWORD# DBG21 
; VL=455 	.long 0x2
	LONGWORD# 0x2 
; VL=456 	.long 0x0
	LONGWORD# 0x0 
; VL=457 	.long 0x10002
	LONGWORD# 0x10002 
; VL=458 	.long 0x66652e
	LONGWORD# 0x66652e 
; VL=459 	.long 0x0
	LONGWORD# 0x0 
; VL=460 	.long DBG46
	LONGWORD# DBG46 
; VL=461 	.long 0x0
	LONGWORD# 0x0 
; VL=462 	.long 0x1650001
	LONGWORD# 0x1650001 
; VL=463 	.long 0x0
	LONGWORD# 0x0 
; VL=464 	.long 0x2b
	LONGWORD# 0x2b 
; VL=465 	.long 0x0
	LONGWORD# 0x0 
; VL=466 	.long 0x0
	LONGWORD# 0x0 
; VL=467 	.long 0x0
	LONGWORD# 0x0 
; VL=468 	.pseg watchdog_code
	.segment	watchdog_code,memtype=0,wordsize=8,locinc=1,rom,align=2 
DBG35:
; VL=469 DBG35:
; VL=470 	.dbgseg dbg_syms
	.segment	dbg_syms,memtype=7,wordsize=32,locinc=4,align=2 
; VL=471 	.long 0x0
	LONGWORD# 0x0 
; VL=472 	.long DBG38
	LONGWORD# DBG38 
; VL=473 	.long DBG35
	LONGWORD# DBG35 
; VL=474 	.long 0x0
	LONGWORD# 0x0 
; VL=475 	.long 0xff0001
	LONGWORD# 0xff0001 
; VL=476 ; }
; }
; VL=477 	.dseg	watchdog_bss
	.segment	watchdog_bss,memtype=0,wordsize=8,locinc=1,align=2 
; VL=478 	.align 0x2
	 .align 0x2 
; VL=479 watchdog_V2:
watchdog_V2:
; VL=480 	.align 0x2
	 .align 0x2 
; VL=481 _dogDelay:
_dogDelay:
; VL=482 	.bss 0x2
	 .bss 0x2 
; VL=483 ; dogDelay size 2
; dogDelay size 2
; VL=484 	.dbgseg dbg_syms
	.segment	dbg_syms,memtype=7,wordsize=32,locinc=4,align=2 
; VL=485 .0fake_1:
.0fake_1:
DBG4:
; VL=486 DBG4:
; VL=487 	.long 0x6166302e
	LONGWORD# 0x6166302e 
; VL=488 	.long 0x315f656b
	LONGWORD# 0x315f656b 
; VL=489 	.long 0x0
	LONGWORD# 0x0 
; VL=490 	.long 0x8
	LONGWORD# 0x8 
; VL=491 	.long 0x10afffe
	LONGWORD# 0x10afffe 
; VL=492 	.long 0x0
	LONGWORD# 0x0 
; VL=493 	.long 0x100000
	LONGWORD# 0x100000 
; VL=494 	.long 0x0
	LONGWORD# 0x0 
; VL=495 	.long DBG47
	LONGWORD# DBG47 
; VL=496 	.long 0x0
	LONGWORD# 0x0 
; VL=497 	.long 0x7361625f
	LONGWORD# 0x7361625f 
; VL=498 	.long 0x65
	LONGWORD# 0x65 
; VL=499 	.long 0x0
	LONGWORD# 0x0 
; VL=500 	.long 0x2c
	LONGWORD# 0x2c 
; VL=501 	.long 0x8ffff
	LONGWORD# 0x8ffff 
; VL=502 	.long 0x646e655f
	LONGWORD# 0x646e655f 
; VL=503 	.long 0x0
	LONGWORD# 0x0 
; VL=504 	.long 0x2
	LONGWORD# 0x2 
; VL=505 	.long 0x2c
	LONGWORD# 0x2c 
; VL=506 	.long 0x8ffff
	LONGWORD# 0x8ffff 
; VL=507 	.long 0x7274705f
	LONGWORD# 0x7274705f 
; VL=508 	.long 0x0
	LONGWORD# 0x0 
; VL=509 	.long 0x4
	LONGWORD# 0x4 
; VL=510 	.long 0x2c
	LONGWORD# 0x2c 
; VL=511 	.long 0x8ffff
	LONGWORD# 0x8ffff 
; VL=512 	.long 0x6565735f
	LONGWORD# 0x6565735f 
; VL=513 	.long 0x6b
	LONGWORD# 0x6b 
; VL=514 	.long 0x6
	LONGWORD# 0x6 
; VL=515 	.long 0x5
	LONGWORD# 0x5 
; VL=516 	.long 0x8ffff
	LONGWORD# 0x8ffff 
; VL=517 	.long 0x746e635f
	LONGWORD# 0x746e635f 
; VL=518 	.long 0x0
	LONGWORD# 0x0 
; VL=519 	.long 0xa
	LONGWORD# 0xa 
; VL=520 	.long 0x4
	LONGWORD# 0x4 
; VL=521 	.long 0x8ffff
	LONGWORD# 0x8ffff 
; VL=522 	.long 0x616c665f
	LONGWORD# 0x616c665f 
; VL=523 	.long 0x67
	LONGWORD# 0x67 
; VL=524 	.long 0xc
	LONGWORD# 0xc 
; VL=525 	.long 0x3
	LONGWORD# 0x3 
; VL=526 	.long 0x8ffff
	LONGWORD# 0x8ffff 
; VL=527 	.long 0x6c69665f
	LONGWORD# 0x6c69665f 
; VL=528 	.long 0x65
	LONGWORD# 0x65 
; VL=529 	.long 0xe
	LONGWORD# 0xe 
; VL=530 	.long 0x2
	LONGWORD# 0x2 
; VL=531 	.long 0x8ffff
	LONGWORD# 0x8ffff 
; VL=532 	.long 0x66626e5f
	LONGWORD# 0x66626e5f 
; VL=533 	.long 0x0
	LONGWORD# 0x0 
; VL=534 	.long 0xf
	LONGWORD# 0xf 
; VL=535 	.long 0xc
	LONGWORD# 0xc 
; VL=536 	.long 0x8ffff
	LONGWORD# 0x8ffff 
; VL=537 	.long 0x736f652e
	LONGWORD# 0x736f652e 
; VL=538 	.long 0x0
	LONGWORD# 0x0 
; VL=539 	.long 0x10
	LONGWORD# 0x10 
; VL=540 	.long 0x0
	LONGWORD# 0x0 
; VL=541 	.long 0x166ffff
	LONGWORD# 0x166ffff 
; VL=542 	.long DBG4
	LONGWORD# DBG4 
; VL=543 	.long 0x100000
	LONGWORD# 0x100000 
; VL=544 	.long 0x0
	LONGWORD# 0x0 
; VL=545 	.long 0x0
	LONGWORD# 0x0 
; VL=546 	.long 0x0
	LONGWORD# 0x0 
DBG47:
DBG34:
DBG2:
DBG39:
; VL=547 DBG39:
; VL=548 DBG2:
; VL=549 DBG34:
; VL=550 DBG47:
; VL=551 	.long 0x7073
	LONGWORD# 0x7073 
; VL=552 	.long 0x0
	LONGWORD# 0x0 
; VL=553 	.long 0x1
	LONGWORD# 0x1 
; VL=554 	.long 0x0
	LONGWORD# 0x0 
; VL=555 	.long 0x16cfffe
	LONGWORD# 0x16cfffe 
; VL=556 	.long 0x0
	LONGWORD# 0x0 
; VL=557 	.long 0x100001
	LONGWORD# 0x100001 
; VL=558 	.long 0x0
	LONGWORD# 0x0 
; VL=559 	.long 0x0
	LONGWORD# 0x0 
; VL=560 	.long 0x0
	LONGWORD# 0x0 
; VL=561 	.long 0x52
	LONGWORD# 0x52 
; VL=562 	.long 0x0
	LONGWORD# 0x0 
; VL=563 	.long 0x2
	LONGWORD# 0x2 
; VL=564 	.long 0x0
	LONGWORD# 0x0 
; VL=565 	.long 0x16cfffe
	LONGWORD# 0x16cfffe 
; VL=566 	.long 0x0
	LONGWORD# 0x0 
; VL=567 	.long 0x100010
	LONGWORD# 0x100010 
; VL=568 	.long 0x0
	LONGWORD# 0x0 
; VL=569 	.long 0x0
	LONGWORD# 0x0 
; VL=570 	.long 0x0
	LONGWORD# 0x0 
; VL=571 	.long 0x44676f64
	LONGWORD# 0x44676f64 
; VL=572 	.long 0x79616c65
	LONGWORD# 0x79616c65 
; VL=573 	.long _dogDelay
	LONGWORD# _dogDelay 
; VL=574 	.long 0x4
	LONGWORD# 0x4 
; VL=575 	.long 0x30002
	LONGWORD# 0x30002 
; VL=576 	.long 0x454c4946
	LONGWORD# 0x454c4946 
; VL=577 	.long 0x0
	LONGWORD# 0x0 
; VL=578 	.long 0x0
	LONGWORD# 0x0 
; VL=579 	.long 0x8
	LONGWORD# 0x8 
; VL=580 	.long 0x10dfffe
	LONGWORD# 0x10dfffe 
; VL=581 	.long .0fake_1
	LONGWORD# .0fake_1 
; VL=582 	.long 0x10
	LONGWORD# 0x10 
; VL=583 	.long 0x0
	LONGWORD# 0x0 
; VL=584 	.long 0x0
	LONGWORD# 0x0 
; VL=585 	.long 0x0
	LONGWORD# 0x0 
; VL=586 	.long 0x657a6973
	LONGWORD# 0x657a6973 
; VL=587 	.long 0x745f
	LONGWORD# 0x745f 
; VL=588 	.long 0x0
	LONGWORD# 0x0 
; VL=589 	.long 0xe
	LONGWORD# 0xe 
; VL=590 	.long 0xdfffe
	LONGWORD# 0xdfffe 
; VL=591 	.long 0x6c5f6176
	LONGWORD# 0x6c5f6176 
; VL=592 	.long 0x747369
	LONGWORD# 0x747369 
; VL=593 	.long 0x0
	LONGWORD# 0x0 
; VL=594 	.long 0x20
	LONGWORD# 0x20 
; VL=595 	.long 0xdfffe
	LONGWORD# 0xdfffe 
; VL=596 	.long 0x666f652e
	LONGWORD# 0x666f652e 
; VL=597 	.long 0x0
	LONGWORD# 0x0 
; VL=598 	.long 0x0
	LONGWORD# 0x0 
; VL=599 	.long 0x0
	LONGWORD# 0x0 
; VL=600 	.long 0x67fffe
	LONGWORD# 0x67fffe 
; VL=601 	.dbgseg dbg_strs
	.segment	dbg_strs,memtype=7,wordsize=32,locinc=4,align=2 
; VL=602 	.align 0x2
	 .align 0x2 
; VL=603 	.long 0x6c
	LONGWORD# 0x6c 
DBG26:
; VL=604 DBG26:
; VL=605 	.long 0x77617463
	LONGWORD# 0x77617463 
; VL=606 	.long 0x68646f67
	LONGWORD# 0x68646f67 
; VL=607 	.long 0x44656c61
	LONGWORD# 0x44656c61 
; VL=608 	.long 0x79000000
	LONGWORD# 0x79000000 
DBG5:
; VL=609 DBG5:
; VL=610 	.long 0x433a5c72
	LONGWORD# 0x433a5c72 
; VL=611 	.long 0x66696f62
	LONGWORD# 0x66696f62 
; VL=612 	.long 0x6172655c
	LONGWORD# 0x6172655c 
; VL=613 	.long 0x77617463
	LONGWORD# 0x77617463 
; VL=614 	.long 0x68646f67
	LONGWORD# 0x68646f67 
; VL=615 	.long 0x2e630000
	LONGWORD# 0x2e630000 
DBG20:
; VL=616 DBG20:
; VL=617 	.long 0x5f5f4652
	LONGWORD# 0x5f5f4652 
; VL=618 	.long 0x414d4553
	LONGWORD# 0x414d4553 
; VL=619 	.long 0x495a4500
	LONGWORD# 0x495a4500 
DBG10:
; VL=620 DBG10:
; VL=621 	.long 0x77617463
	LONGWORD# 0x77617463 
; VL=622 	.long 0x68646f67
	LONGWORD# 0x68646f67 
; VL=623 	.long 0x496e6974
	LONGWORD# 0x496e6974 
; VL=624 	.long 0x0
	LONGWORD# 0x0 
DBG38:
; VL=625 DBG38:
; VL=626 	.long 0x77617463
	LONGWORD# 0x77617463 
; VL=627 	.long 0x68646f67
	LONGWORD# 0x68646f67 
; VL=628 	.long 0x5f74696d
	LONGWORD# 0x5f74696d 
; VL=629 	.long 0x65720000
	LONGWORD# 0x65720000 
DBG21:
; VL=630 DBG21:
; VL=631 	.long 0x5f5f5341
	LONGWORD# 0x5f5f5341 
; VL=632 	.long 0x5645445f
	LONGWORD# 0x5645445f 
; VL=633 	.long 0x41524753
	LONGWORD# 0x41524753 
; VL=634 	.long 0x5f53495a
	LONGWORD# 0x5f53495a 
; VL=635 	.long 0x45000000
	LONGWORD# 0x45000000 
; VL=636 	.iseg _idesc
	.segment	_idesc,memtype=0,wordsize=8,locinc=1,rom,align=2 
; VL=637 	.align 0x2
	 .align 0x2 
; VL=638 	.data 0x0
	BYTE# .bits(0, 7,0x0) 
	BYTE# .bits(8, 15,0x0) 
; VL=639 	.data watchdog_V2
	BYTE# .bits(0, 7,watchdog_V2) 
	BYTE# .bits(8, 15,watchdog_V2) 
; VL=640 	.data 0x2
	BYTE# .bits(0, 7,0x2) 
	BYTE# .bits(8, 15,0x2)