; VF=C:\cygwin\home\headley\svn\MSP430\QUADRA~1\mmcrfio\kvh.asm
; VL=1 ; Archelon URCC C 3.20 2005/05/27
; Archelon URCC C 3.20 2005/05/27
; VL=2 ; MSP430 CIF 2005/08/05
; MSP430 CIF 2005/08/05
; VL=3 ; Compiled "C:\cygwin\home\headley\svn\MSP430\QUADRA~1\mmcrfio\kvh.c" Thu Feb 23 15:01:16 2006
; Compiled "C:\cygwin\home\headley\svn\MSP430\QUADRA~1\mmcrfio\kvh.c" Thu Feb 23 15:01:16 2006
; 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 
; 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 ; __builtin__ short __bcd_add_short(short,short);
; __builtin__ short __bcd_add_short(short,short);
; VL=29 ; __builtin__ long __bcd_add_long(long,long);
; __builtin__ long __bcd_add_long(long,long);
; VL=30 ; __builtin__ long long __bcd_add_long_long( long long, long long );
; __builtin__ long long __bcd_add_long_long( long long, long long );
; VL=31 ; sfrb    IE1               = (0x0000) ;
; sfrb    IE1               = (0x0000) ;
; VL=32 ; sfrb    IFG1              = (0x0002) ;
; sfrb    IFG1              = (0x0002) ;
; VL=33 ; sfrb    ME1               = (0x0004) ;
; sfrb    ME1               = (0x0004) ;
; VL=34 ; sfrb    IE2               = (0x0001) ;
; sfrb    IE2               = (0x0001) ;
; VL=35 ; sfrb    IFG2              = (0x0003) ;
; sfrb    IFG2              = (0x0003) ;
; VL=36 ; sfrb    ME2               = (0x0005) ;
; sfrb    ME2               = (0x0005) ;
; VL=37 ; sfrw    WDTCTL            = (0x0120) ;
; sfrw    WDTCTL            = (0x0120) ;
; VL=38 ; sfrw    MPY               = (0x0130) ;
; sfrw    MPY               = (0x0130) ;
; VL=39 ; sfrw    MPYS              = (0x0132) ;
; sfrw    MPYS              = (0x0132) ;
; VL=40 ; sfrw    MAC               = (0x0134) ;
; sfrw    MAC               = (0x0134) ;
; VL=41 ; sfrw    MACS              = (0x0136) ;
; sfrw    MACS              = (0x0136) ;
; VL=42 ; sfrw    OP2               = (0x0138) ;
; sfrw    OP2               = (0x0138) ;
; VL=43 ; sfrw    RESLO             = (0x013A) ;
; sfrw    RESLO             = (0x013A) ;
; VL=44 ; sfrw    RESHI             = (0x013C) ;
; sfrw    RESHI             = (0x013C) ;
; VL=45 ; const sfrw SUMEXT         = (0x013E) ;
; const sfrw SUMEXT         = (0x013E) ;
; VL=46 ; const sfrb P1IN           = (0x0020) ;
; const sfrb P1IN           = (0x0020) ;
; VL=47 ; sfrb    P1OUT             = (0x0021) ;
; sfrb    P1OUT             = (0x0021) ;
; VL=48 ; sfrb    P1DIR             = (0x0022) ;
; sfrb    P1DIR             = (0x0022) ;
; VL=49 ; sfrb    P1IFG             = (0x0023) ;
; sfrb    P1IFG             = (0x0023) ;
; VL=50 ; sfrb    P1IES             = (0x0024) ;
; sfrb    P1IES             = (0x0024) ;
; VL=51 ; sfrb    P1IE              = (0x0025) ;
; sfrb    P1IE              = (0x0025) ;
; VL=52 ; sfrb    P1SEL             = (0x0026) ;
; sfrb    P1SEL             = (0x0026) ;
; VL=53 ; const sfrb P2IN           = (0x0028) ;
; const sfrb P2IN           = (0x0028) ;
; VL=54 ; sfrb    P2OUT             = (0x0029) ;
; sfrb    P2OUT             = (0x0029) ;
; VL=55 ; sfrb    P2DIR             = (0x002A) ;
; sfrb    P2DIR             = (0x002A) ;
; VL=56 ; sfrb    P2IFG             = (0x002B) ;
; sfrb    P2IFG             = (0x002B) ;
; VL=57 ; sfrb    P2IES             = (0x002C) ;
; sfrb    P2IES             = (0x002C) ;
; VL=58 ; sfrb    P2IE              = (0x002D) ;
; sfrb    P2IE              = (0x002D) ;
; VL=59 ; sfrb    P2SEL             = (0x002E) ;
; sfrb    P2SEL             = (0x002E) ;
; VL=60 ; const sfrb P3IN           = (0x0018) ;
; const sfrb P3IN           = (0x0018) ;
; VL=61 ; sfrb    P3OUT             = (0x0019) ;
; sfrb    P3OUT             = (0x0019) ;
; VL=62 ; sfrb    P3DIR             = (0x001A) ;
; sfrb    P3DIR             = (0x001A) ;
; VL=63 ; sfrb    P3SEL             = (0x001B) ;
; sfrb    P3SEL             = (0x001B) ;
; VL=64 ; const sfrb P4IN           = (0x001C) ;
; const sfrb P4IN           = (0x001C) ;
; VL=65 ; sfrb    P4OUT             = (0x001D) ;
; sfrb    P4OUT             = (0x001D) ;
; VL=66 ; sfrb    P4DIR             = (0x001E) ;
; sfrb    P4DIR             = (0x001E) ;
; VL=67 ; sfrb    P4SEL             = (0x001F) ;
; sfrb    P4SEL             = (0x001F) ;
; VL=68 ; const sfrb P5IN           = (0x0030) ;
; const sfrb P5IN           = (0x0030) ;
; VL=69 ; sfrb    P5OUT             = (0x0031) ;
; sfrb    P5OUT             = (0x0031) ;
; VL=70 ; sfrb    P5DIR             = (0x0032) ;
; sfrb    P5DIR             = (0x0032) ;
; VL=71 ; sfrb    P5SEL             = (0x0033) ;
; sfrb    P5SEL             = (0x0033) ;
; VL=72 ; const sfrb P6IN           = (0x0034) ;
; const sfrb P6IN           = (0x0034) ;
; VL=73 ; sfrb    P6OUT             = (0x0035) ;
; sfrb    P6OUT             = (0x0035) ;
; VL=74 ; sfrb    P6DIR             = (0x0036) ;
; sfrb    P6DIR             = (0x0036) ;
; VL=75 ; sfrb    P6SEL             = (0x0037) ;
; sfrb    P6SEL             = (0x0037) ;
; VL=76 ; sfrb    U0CTL             = (0x0070) ;
; sfrb    U0CTL             = (0x0070) ;
; VL=77 ; sfrb    U0TCTL            = (0x0071) ;
; sfrb    U0TCTL            = (0x0071) ;
; VL=78 ; sfrb    U0RCTL            = (0x0072) ;
; sfrb    U0RCTL            = (0x0072) ;
; VL=79 ; sfrb    U0MCTL            = (0x0073) ;
; sfrb    U0MCTL            = (0x0073) ;
; VL=80 ; sfrb    U0BR0             = (0x0074) ;
; sfrb    U0BR0             = (0x0074) ;
; VL=81 ; sfrb    U0BR1             = (0x0075) ;
; sfrb    U0BR1             = (0x0075) ;
; VL=82 ; const sfrb U0RXBUF        = (0x0076) ;
; const sfrb U0RXBUF        = (0x0076) ;
; VL=83 ; sfrb    U0TXBUF           = (0x0077) ;
; sfrb    U0TXBUF           = (0x0077) ;
; VL=84 ; sfrb    U1CTL             = (0x0078) ;
; sfrb    U1CTL             = (0x0078) ;
; VL=85 ; sfrb    U1TCTL            = (0x0079) ;
; sfrb    U1TCTL            = (0x0079) ;
; VL=86 ; sfrb    U1RCTL            = (0x007A) ;
; sfrb    U1RCTL            = (0x007A) ;
; VL=87 ; sfrb    U1MCTL            = (0x007B) ;
; sfrb    U1MCTL            = (0x007B) ;
; VL=88 ; sfrb    U1BR0             = (0x007C) ;
; sfrb    U1BR0             = (0x007C) ;
; VL=89 ; sfrb    U1BR1             = (0x007D) ;
; sfrb    U1BR1             = (0x007D) ;
; VL=90 ; const sfrb U1RXBUF        = (0x007E) ;
; const sfrb U1RXBUF        = (0x007E) ;
; VL=91 ; sfrb    U1TXBUF           = (0x007F) ;
; sfrb    U1TXBUF           = (0x007F) ;
; VL=92 ; const sfrw TAIV           = (0x012E) ;
; const sfrw TAIV           = (0x012E) ;
; VL=93 ; sfrw    TACTL             = (0x0160) ;
; sfrw    TACTL             = (0x0160) ;
; VL=94 ; sfrw    TACCTL0           = (0x0162) ;
; sfrw    TACCTL0           = (0x0162) ;
; VL=95 ; sfrw    TACCTL1           = (0x0164) ;
; sfrw    TACCTL1           = (0x0164) ;
; VL=96 ; sfrw    TACCTL2           = (0x0166) ;
; sfrw    TACCTL2           = (0x0166) ;
; VL=97 ; sfrw    TAR               = (0x0170) ;
; sfrw    TAR               = (0x0170) ;
; VL=98 ; sfrw    TACCR0            = (0x0172) ;
; sfrw    TACCR0            = (0x0172) ;
; VL=99 ; sfrw    TACCR1            = (0x0174) ;
; sfrw    TACCR1            = (0x0174) ;
; VL=100 ; sfrw    TACCR2            = (0x0176) ;
; sfrw    TACCR2            = (0x0176) ;
; VL=101 ; const sfrw TBIV           = (0x011E) ;
; const sfrw TBIV           = (0x011E) ;
; VL=102 ; sfrw    TBCTL             = (0x0180) ;
; sfrw    TBCTL             = (0x0180) ;
; VL=103 ; sfrw    TBCCTL0           = (0x0182) ;
; sfrw    TBCCTL0           = (0x0182) ;
; VL=104 ; sfrw    TBCCTL1           = (0x0184) ;
; sfrw    TBCCTL1           = (0x0184) ;
; VL=105 ; sfrw    TBCCTL2           = (0x0186) ;
; sfrw    TBCCTL2           = (0x0186) ;
; VL=106 ; sfrw    TBCCTL3           = (0x0188) ;
; sfrw    TBCCTL3           = (0x0188) ;
; VL=107 ; sfrw    TBCCTL4           = (0x018A) ;
; sfrw    TBCCTL4           = (0x018A) ;
; VL=108 ; sfrw    TBCCTL5           = (0x018C) ;
; sfrw    TBCCTL5           = (0x018C) ;
; VL=109 ; sfrw    TBCCTL6           = (0x018E) ;
; sfrw    TBCCTL6           = (0x018E) ;
; VL=110 ; sfrw    TBR               = (0x0190) ;
; sfrw    TBR               = (0x0190) ;
; VL=111 ; sfrw    TBCCR0            = (0x0192) ;
; sfrw    TBCCR0            = (0x0192) ;
; VL=112 ; sfrw    TBCCR1            = (0x0194) ;
; sfrw    TBCCR1            = (0x0194) ;
; VL=113 ; sfrw    TBCCR2            = (0x0196) ;
; sfrw    TBCCR2            = (0x0196) ;
; VL=114 ; sfrw    TBCCR3            = (0x0198) ;
; sfrw    TBCCR3            = (0x0198) ;
; VL=115 ; sfrw    TBCCR4            = (0x019A) ;
; sfrw    TBCCR4            = (0x019A) ;
; VL=116 ; sfrw    TBCCR5            = (0x019C) ;
; sfrw    TBCCR5            = (0x019C) ;
; VL=117 ; sfrw    TBCCR6            = (0x019E) ;
; sfrw    TBCCR6            = (0x019E) ;
; VL=118 ; sfrb    DCOCTL            = (0x0056) ;
; sfrb    DCOCTL            = (0x0056) ;
; VL=119 ; sfrb    BCSCTL1           = (0x0057) ;
; sfrb    BCSCTL1           = (0x0057) ;
; VL=120 ; sfrb    BCSCTL2           = (0x0058) ;
; sfrb    BCSCTL2           = (0x0058) ;
; VL=121 ; sfrw    FCTL1             = (0x0128) ;
; sfrw    FCTL1             = (0x0128) ;
; VL=122 ; sfrw    FCTL2             = (0x012A) ;
; sfrw    FCTL2             = (0x012A) ;
; VL=123 ; sfrw    FCTL3             = (0x012C) ;
; sfrw    FCTL3             = (0x012C) ;
; VL=124 ; sfrb    CACTL1            = (0x0059) ;
; sfrb    CACTL1            = (0x0059) ;
; VL=125 ; sfrb    CACTL2            = (0x005A) ;
; sfrb    CACTL2            = (0x005A) ;
; VL=126 ; sfrb    CAPD              = (0x005B) ;
; sfrb    CAPD              = (0x005B) ;
; VL=127 ; sfrw    ADC12CTL0         = (0x01A0) ;
; sfrw    ADC12CTL0         = (0x01A0) ;
; VL=128 ; sfrw    ADC12CTL1         = (0x01A2) ;
; sfrw    ADC12CTL1         = (0x01A2) ;
; VL=129 ; sfrw    ADC12IFG          = (0x01A4) ;
; sfrw    ADC12IFG          = (0x01A4) ;
; VL=130 ; sfrw    ADC12IE           = (0x01A6) ;
; sfrw    ADC12IE           = (0x01A6) ;
; VL=131 ; sfrw    ADC12IV           = (0x01A8) ;
; sfrw    ADC12IV           = (0x01A8) ;
; VL=132 ; sfrw    ADC12MEM0         = (0x0140) ;
; sfrw    ADC12MEM0         = (0x0140) ;
; VL=133 ; sfrw    ADC12MEM1         = (0x0142) ;
; sfrw    ADC12MEM1         = (0x0142) ;
; VL=134 ; sfrw    ADC12MEM2         = (0x0144) ;
; sfrw    ADC12MEM2         = (0x0144) ;
; VL=135 ; sfrw    ADC12MEM3         = (0x0146) ;
; sfrw    ADC12MEM3         = (0x0146) ;
; VL=136 ; sfrw    ADC12MEM4         = (0x0148) ;
; sfrw    ADC12MEM4         = (0x0148) ;
; VL=137 ; sfrw    ADC12MEM5         = (0x014A) ;
; sfrw    ADC12MEM5         = (0x014A) ;
; VL=138 ; sfrw    ADC12MEM6         = (0x014C) ;
; sfrw    ADC12MEM6         = (0x014C) ;
; VL=139 ; sfrw    ADC12MEM7         = (0x014E) ;
; sfrw    ADC12MEM7         = (0x014E) ;
; VL=140 ; sfrw    ADC12MEM8         = (0x0150) ;
; sfrw    ADC12MEM8         = (0x0150) ;
; VL=141 ; sfrw    ADC12MEM9         = (0x0152) ;
; sfrw    ADC12MEM9         = (0x0152) ;
; VL=142 ; sfrw    ADC12MEM10        = (0x0154) ;
; sfrw    ADC12MEM10        = (0x0154) ;
; VL=143 ; sfrw    ADC12MEM11        = (0x0156) ;
; sfrw    ADC12MEM11        = (0x0156) ;
; VL=144 ; sfrw    ADC12MEM12        = (0x0158) ;
; sfrw    ADC12MEM12        = (0x0158) ;
; VL=145 ; sfrw    ADC12MEM13        = (0x015A) ;
; sfrw    ADC12MEM13        = (0x015A) ;
; VL=146 ; sfrw    ADC12MEM14        = (0x015C) ;
; sfrw    ADC12MEM14        = (0x015C) ;
; VL=147 ; sfrw    ADC12MEM15        = (0x015E) ;
; sfrw    ADC12MEM15        = (0x015E) ;
; VL=148 ; sfrb    ADC12MCTL0        = (0x0080) ;
; sfrb    ADC12MCTL0        = (0x0080) ;
; VL=149 ; sfrb    ADC12MCTL1        = (0x0081) ;
; sfrb    ADC12MCTL1        = (0x0081) ;
; VL=150 ; sfrb    ADC12MCTL2        = (0x0082) ;
; sfrb    ADC12MCTL2        = (0x0082) ;
; VL=151 ; sfrb    ADC12MCTL3        = (0x0083) ;
; sfrb    ADC12MCTL3        = (0x0083) ;
; VL=152 ; sfrb    ADC12MCTL4        = (0x0084) ;
; sfrb    ADC12MCTL4        = (0x0084) ;
; VL=153 ; sfrb    ADC12MCTL5        = (0x0085) ;
; sfrb    ADC12MCTL5        = (0x0085) ;
; VL=154 ; sfrb    ADC12MCTL6        = (0x0086) ;
; sfrb    ADC12MCTL6        = (0x0086) ;
; VL=155 ; sfrb    ADC12MCTL7        = (0x0087) ;
; sfrb    ADC12MCTL7        = (0x0087) ;
; VL=156 ; sfrb    ADC12MCTL8        = (0x0088) ;
; sfrb    ADC12MCTL8        = (0x0088) ;
; VL=157 ; sfrb    ADC12MCTL9        = (0x0089) ;
; sfrb    ADC12MCTL9        = (0x0089) ;
; VL=158 ; sfrb    ADC12MCTL10       = (0x008A) ;
; sfrb    ADC12MCTL10       = (0x008A) ;
; VL=159 ; sfrb    ADC12MCTL11       = (0x008B) ;
; sfrb    ADC12MCTL11       = (0x008B) ;
; VL=160 ; sfrb    ADC12MCTL12       = (0x008C) ;
; sfrb    ADC12MCTL12       = (0x008C) ;
; VL=161 ; sfrb    ADC12MCTL13       = (0x008D) ;
; sfrb    ADC12MCTL13       = (0x008D) ;
; VL=162 ; sfrb    ADC12MCTL14       = (0x008E) ;
; sfrb    ADC12MCTL14       = (0x008E) ;
; VL=163 ; sfrb    ADC12MCTL15       = (0x008F) ;
; sfrb    ADC12MCTL15       = (0x008F) ;
; VL=164 ; typedef unsigned int size_t;
; typedef unsigned int size_t;
; VL=165 ; size_t size 2
; size_t size 2
; VL=166 ; typedef void *va_list;
; typedef void *va_list;
; VL=167 ; va_list size 2
; va_list size 2
; VL=168 ; typedef void (*__appendfunc_ptr) (char, void *);
; typedef void (*__appendfunc_ptr) (char, void *);
; VL=169 ; __appendfunc_ptr size 2
; __appendfunc_ptr size 2
; VL=170 ; typedef struct {
; typedef struct {
; VL=171 ; 	unsigned char *_base;
; 	unsigned char *_base;
; VL=172 ; 	unsigned char *_end;
; 	unsigned char *_end;
; VL=173 ; 	unsigned char *_ptr;
; 	unsigned char *_ptr;
; VL=174 ; 	long int       _seek;
; 	long int       _seek;
; VL=175 ; 	int            _cnt;
; 	int            _cnt;
; VL=176 ; 	short          _flag;
; 	short          _flag;
; VL=177 ; 	char           _file;
; 	char           _file;
; VL=178 ; 	unsigned char  _nbf;
; 	unsigned char  _nbf;
; VL=179 ; } FILE;
; } FILE;
; VL=180 ; FILE size 16
; FILE size 16
; VL=181 ; int    sprintf( char *, const char *, ... );
; int    sprintf( char *, const char *, ... );
; VL=182 ; int    snprintf( char *, size_t, const char *, ... );
; int    snprintf( char *, size_t, const char *, ... );
; VL=183 ; int    sscanf( const char *, const char *, ... );
; int    sscanf( const char *, const char *, ... );
; VL=184 ; int    vsprintf( char *, const char *, va_list );
; int    vsprintf( char *, const char *, va_list );
; VL=185 ; int    vsnprintf( char *, size_t, const char *, va_list );
; int    vsnprintf( char *, size_t, const char *, va_list );
; VL=186 ; int    __vpprintf( __appendfunc_ptr, void *, const char *, va_list );
; int    __vpprintf( __appendfunc_ptr, void *, const char *, va_list );
; VL=187 ; int    __pprintf( __appendfunc_ptr, void *, const char *, ... );
; int    __pprintf( __appendfunc_ptr, void *, const char *, ... );
; VL=188 ; typedef int wchar_t;
; typedef int wchar_t;
; VL=189 ; wchar_t size 2
; wchar_t size 2
; VL=190 ; typedef struct {
; typedef struct {
; VL=191 ; 	int rem;
; 	int rem;
; VL=192 ; 	int quot;
; 	int quot;
; VL=193 ; } div_t;
; } div_t;
; VL=194 ; div_t size 4
; div_t size 4
; VL=195 ; typedef struct {
; typedef struct {
; VL=196 ; 	long rem;
; 	long rem;
; VL=197 ; 	long quot;
; 	long quot;
; VL=198 ; } ldiv_t;
; } ldiv_t;
; VL=199 ; ldiv_t size 8
; ldiv_t size 8
; VL=200 ; double atof( const char * );
; double atof( const char * );
; VL=201 ; int atoi( const char * );
; int atoi( const char * );
; VL=202 ; long int atol( const char * );
; long int atol( const char * );
; VL=203 ; double strtod( const char *, char ** );
; double strtod( const char *, char ** );
; VL=204 ; long int strtol( const char *, char **, int );
; long int strtol( const char *, char **, int );
; VL=205 ; unsigned long int strtoul( const char *, char **, int );
; unsigned long int strtoul( const char *, char **, int );
; VL=206 ; int rand( void );
; int rand( void );
; VL=207 ; void srand( unsigned int );
; void srand( unsigned int );
; VL=208 ; int system( const char * );
; int system( const char * );
; VL=209 ; void *bsearch( const void *, const void *, size_t, size_t,
; void *bsearch( const void *, const void *, size_t, size_t,
; VL=210 ; 	int (*)(const void *, const void *) );
; 	int (*)(const void *, const void *) );
; VL=211 ; void qsort( void *, size_t, size_t, int (*)(const void *, const void *) );
; void qsort( void *, size_t, size_t, int (*)(const void *, const void *) );
; VL=212 ; int abs( int );
; int abs( int );
; VL=213 ; div_t div( int, int );
; div_t div( int, int );
; VL=214 ; long int labs( long int );
; long int labs( long int );
; VL=215 ; ldiv_t ldiv( long int, long int );
; ldiv_t ldiv( long int, long int );
; VL=216 ; int mblen( const char *, size_t );
; int mblen( const char *, size_t );
; VL=217 ; int mbtowc( wchar_t *, const char *, size_t );
; int mbtowc( wchar_t *, const char *, size_t );
; VL=218 ; int wctomb( char *, wchar_t );
; int wctomb( char *, wchar_t );
; VL=219 ; size_t mbstowcs( wchar_t *, const char *, size_t );
; size_t mbstowcs( wchar_t *, const char *, size_t );
; VL=220 ; size_t wcstombs( char *, const wchar_t *, size_t );
; size_t wcstombs( char *, const wchar_t *, size_t );
; VL=221 ; typedef int boolean;
; typedef int boolean;
; VL=222 ; boolean size 2
; boolean size 2
; VL=223 ; enum {false = 0, true = 1};
; enum {false = 0, true = 1};
; VL=224 ; enum {error = -1, success = 0};
; enum {error = -1, success = 0};
; VL=225 ; typedef void (*eventHandler)(void);
; typedef void (*eventHandler)(void);
; VL=226 ; eventHandler size 2
; eventHandler size 2
; VL=227 ; int eventqInit(void);
; int eventqInit(void);
; VL=228 ; void eventqPut(int);
; void eventqPut(int);
; VL=229 ; void eventqUrgentPut(int);
; void eventqUrgentPut(int);
; VL=230 ; int eventqGet(void);
; int eventqGet(void);
; VL=231 ; int eventqRegisterHandler(int evType, eventHandler handler);
; int eventqRegisterHandler(int evType, eventHandler handler);
; VL=232 ; int eventqGetHandler(int evType, eventHandler *pHandler);
; int eventqGetHandler(int evType, eventHandler *pHandler);
; VL=233 ; void eventqProcessEvents(void);
; void eventqProcessEvents(void);
; VL=234 ; typedef int (*sensorSampleMethod)(float *);
; typedef int (*sensorSampleMethod)(float *);
; VL=235 ; sensorSampleMethod size 2
; sensorSampleMethod size 2
; VL=236 ; typedef struct {
; typedef struct {
; VL=237 ;   unsigned char curState;
;   unsigned char curState;
; VL=238 ;   unsigned char prevState;
;   unsigned char prevState;
; VL=239 ;   unsigned char flags;
;   unsigned char flags;
; VL=240 ;   float levelHi;
;   float levelHi;
; VL=241 ;   float levelLo;
;   float levelLo;
; VL=242 ;   float lastValue;
;   float lastValue;
; VL=243 ;   sensorSampleMethod method;
;   sensorSampleMethod method;
; VL=244 ; } sensorState;
; } sensorState;
; VL=245 ; sensorState size 18
; sensorState size 18
; VL=246 ; int sensorInit(void);
; int sensorInit(void);
; VL=247 ; int sensorRegisterSampleMethod(int sensorId, unsigned char flags, sensorSampleMethod method);
; int sensorRegisterSampleMethod(int sensorId, unsigned char flags, sensorSampleMethod method);
; VL=248 ; int sensorGetData(int sensorId, float * pValue);
; int sensorGetData(int sensorId, float * pValue);
; VL=249 ; int sensorGetLevel(int levelId, float * pLevel);
; int sensorGetLevel(int levelId, float * pLevel);
; VL=250 ; int sensorSetLevel(int levelId, float level);
; int sensorSetLevel(int levelId, float level);
; VL=251 ; int sensorTriggerAlarm(int sensorId);
; int sensorTriggerAlarm(int sensorId);
; VL=252 ; void gpioInit(void);
; void gpioInit(void);
; VL=253 ; void gpioSetLed(boolean);
; void gpioSetLed(boolean);
; VL=254 ; void gpioSetAttn(boolean);
; void gpioSetAttn(boolean);
; VL=255 ; void gpioSetHiSide(boolean);
; void gpioSetHiSide(boolean);
; VL=256 ; void gpioSetGfTest(boolean);
; void gpioSetGfTest(boolean);
; VL=257 ; void gpioSetKvhPower(boolean);
; void gpioSetKvhPower(boolean);
; VL=258 ; void adc12Init(void);
; void adc12Init(void);
; VL=259 ; int adc12ScanEnable(void);
; int adc12ScanEnable(void);
; VL=260 ; int adc12ScanDisable(void);
; int adc12ScanDisable(void);
; VL=261 ; int adc12GetKvh(unsigned int *pResult);
; int adc12GetKvh(unsigned int *pResult);
; VL=262 ; int adc12GetGfiHi(unsigned int *pResult);
; int adc12GetGfiHi(unsigned int *pResult);
; VL=263 ; int adc12GetGfiLo(unsigned int *pResult);
; int adc12GetGfiLo(unsigned int *pResult);
; VL=264 ; int usart1Init(boolean spiMode);
; int usart1Init(boolean spiMode);
; VL=265 ; boolean usart1GetTxIntEnable(void);
; boolean usart1GetTxIntEnable(void);
; VL=266 ; int usart1TxOne(char txCh);
; int usart1TxOne(char txCh);
; VL=267 ; int usart1RxOne(char *pRxCh);
; int usart1RxOne(char *pRxCh);
; VL=268 ; int outfmtInit(void);
; int outfmtInit(void);
; VL=269 ; void outfmtSendAlarmInfo(int type, unsigned char alarms);
; void outfmtSendAlarmInfo(int type, unsigned char alarms);
; VL=270 ; void outfmtSendPrompt(void);
; void outfmtSendPrompt(void);
; VL=271 ; void outfmtSendCrLf(void);
; void outfmtSendCrLf(void);
; VL=272 ; void outfmtSendVersion(char *);
; void outfmtSendVersion(char *);
; VL=273 ; void outfmtSendData(void);
; void outfmtSendData(void);
; VL=274 ; void outfmtSendLevels(void);
; void outfmtSendLevels(void);
; VL=275 ; void outfmtSendTime(int, int, int);
; void outfmtSendTime(int, int, int);
; VL=276 ; void outfmtSendDate(int, int, int);
; void outfmtSendDate(int, int, int);
; VL=277 ; void outfmtSendError(int);
; void outfmtSendError(int);
; VL=278 ; int outfmtGetBuffer(char **, int *);
; int outfmtGetBuffer(char **, int *);
; VL=279 ; int outfmtSendBuffer(void);
; int outfmtSendBuffer(void);
; VL=280 ; typedef int (*commandHandler)(char *);
; typedef int (*commandHandler)(char *);
; VL=281 ; commandHandler size 2
; commandHandler size 2
; VL=282 ; int cmdparseInit(void);
; int cmdparseInit(void);
; VL=283 ; void cmdparseShow(void);
; void cmdparseShow(void);
; VL=284 ; int cmdparseAddCommand(char * pCmdStr, char * pSubCmdStr, commandHandler handler);
; int cmdparseAddCommand(char * pCmdStr, char * pSubCmdStr, commandHandler handler);
; VL=285 ; int cmdparseDoCommand(char * pCmdStr);
; int cmdparseDoCommand(char * pCmdStr);
; VL=286 ; char * errnumGetDesc(int errNum);
; char * errnumGetDesc(int errNum);
; VL=287 ; void clearString(char *s, int len);
; void clearString(char *s, int len);
; VL=288 ; void eatWhiteSpace(char **s);
; void eatWhiteSpace(char **s);
; VL=289 ; int grabArgument(char **srcStr, char *dstStr, int dstLen);
; int grabArgument(char **srcStr, char *dstStr, int dstLen);
; VL=290 ; void kvhInit(void);
; void kvhInit(void);
; VL=291 ; int kvhGetHandler(char *cmdStr);
; int kvhGetHandler(char *cmdStr);
; VL=292 ; int kvhPutHandler(char *cmdStr);
; int kvhPutHandler(char *cmdStr);
; VL=293 ; int kvhAnalogHandler(char *cmdStr);
; int kvhAnalogHandler(char *cmdStr);
; VL=294 ; int kvhTurnsCounterSetHandler(char *cmdStr);
; int kvhTurnsCounterSetHandler(char *cmdStr);
; VL=295 ; void kvhReceiveHandler(void);
; void kvhReceiveHandler(void);
; VL=296 ; void kvhRawAdcInHandler(void);
; void kvhRawAdcInHandler(void);
; VL=297 ; int kvhGetHeading(float * pHeading);
; int kvhGetHeading(float * pHeading);
; VL=298 ; int kvhGetTurnsCounter(float *pTurns);
; int kvhGetTurnsCounter(float *pTurns);
; VL=299 ; static float currentHeading;
; static float currentHeading;
; VL=300 ; static float previousHeading;
; static float previousHeading;
; VL=301 ; static int clockwiseTurns;
; static int clockwiseTurns;
; VL=302 ; static int counterClockwiseTurns;
; static int counterClockwiseTurns;
; VL=303 ; static int lastNetTurns;
; static int lastNetTurns;
; VL=304 ; static int netTurns;
; static int netTurns;
; VL=305 ; static int initialHighCount;
; static int initialHighCount;
; VL=306 ; static int initialLowCount;
; static int initialLowCount;
; VL=307 ; static int lowTurnThresholdCount;
; static int lowTurnThresholdCount;
; VL=308 ; static int highTurnThresholdCount;
; static int highTurnThresholdCount;
; VL=309 ; static float lowTurnThresholdLevel;
; static float lowTurnThresholdLevel;
; VL=310 ; static float highTurnThresholdLevel;
; static float highTurnThresholdLevel;
; VL=311 ; static unsigned int lastRawAdcSample;
; static unsigned int lastRawAdcSample;
; VL=312 ; static unsigned int maxRawAdcSample;
; static unsigned int maxRawAdcSample;
; VL=313 ; static unsigned int minRawAdcSample;
; static unsigned int minRawAdcSample;
; VL=314 ; static char * haltOutputStr = "h\n";
; static char * haltOutputStr = "h\n";
; VL=315 	.iseg kvh_idata
	.segment	kvh_idata,memtype=0,wordsize=8,locinc=1,rom,align=2 
; VL=316 	.align 0x2
	 .align 0x2 
; VL=317 kvh_V16:
kvh_V16:
; VL=318 	.align 0x2
	 .align 0x2 
; VL=319 	.align 0x2
	 .align 0x2 
; VL=320 	.data kvh_V17
	BYTE# .bits(0, 7,kvh_V17) 
	BYTE# .bits(8, 15,kvh_V17) 
; VL=321 	.dseg	kvh_data
	.segment	kvh_data,memtype=0,wordsize=8,locinc=1,align=2 
; VL=322 	.align 0x2
	 .align 0x2 
; VL=323 kvh_V18:
kvh_V18:
; VL=324 	.align 0x2
	 .align 0x2 
; VL=325 _haltOutputStr:
_haltOutputStr:
; VL=326 	.bss 0x2
	 .bss 0x2 
; VL=327 ; haltOutputStr size 2
; haltOutputStr size 2
; VL=328 ; static char * analogLinearOutStr = "=at,0\n";
; static char * analogLinearOutStr = "=at,0\n";
; VL=329 	.iseg kvh_idata
	.segment	kvh_idata,memtype=0,wordsize=8,locinc=1,rom,align=2 
; VL=330 	.align 0x2
	 .align 0x2 
; VL=331 	.align 0x2
	 .align 0x2 
; VL=332 	.data kvh_V19
	BYTE# .bits(0, 7,kvh_V19) 
	BYTE# .bits(8, 15,kvh_V19) 
; VL=333 	.dseg	kvh_data
	.segment	kvh_data,memtype=0,wordsize=8,locinc=1,align=2 
; VL=334 	.align 0x2
	 .align 0x2 
; VL=335 _analogLinearOutStr:
_analogLinearOutStr:
; VL=336 	.bss 0x2
	 .bss 0x2 
; VL=337 ; analogLinearOutStr size 2
; analogLinearOutStr size 2
; VL=338 ; static float adcCountsToMvScale = (3300.0 / 4096.0);
; static float adcCountsToMvScale = (3300.0 / 4096.0);
; VL=339 	.iseg kvh_idata
	.segment	kvh_idata,memtype=0,wordsize=8,locinc=1,rom,align=2 
; VL=340 	.align 0x2
	 .align 0x2 
; VL=341 	.align 0x2
	 .align 0x2 
; VL=342 	.long 0x3f4e4000
	BYTE# .bits(0, 7,0x3f4e4000) 
	BYTE# .bits(8, 15,0x3f4e4000) 
	BYTE# .bits(16, 23,0x3f4e4000) 
	BYTE# .bits(24, 31,0x3f4e4000) 
; VL=343 	.dseg	kvh_data
	.segment	kvh_data,memtype=0,wordsize=8,locinc=1,align=2 
; VL=344 	.align 0x2
	 .align 0x2 
; VL=345 _adcCountsToMvScale:
_adcCountsToMvScale:
; VL=346 	.bss 0x4
	 .bss 0x4 
; VL=347 ; adcCountsToMvScale size 4
; adcCountsToMvScale size 4
; VL=348 ; static void initVars(void)
; static void initVars(void)
; VL=349 	.dbgseg dbg_syms
	.segment	dbg_syms,memtype=7,wordsize=32,locinc=4,align=2 
DBG3:
; VL=350 DBG3:
; VL=351 	.long 0x74696e69
	LONGWORD# 0x74696e69 
; VL=352 	.long 0x73726156
	LONGWORD# 0x73726156 
; VL=353 	.long _initVars
	LONGWORD# _initVars 
; VL=354 	.long 0x40
	LONGWORD# 0x40 
; VL=355 	.long 0x1030001
	LONGWORD# 0x1030001 
; VL=356 	.long DBG1
	LONGWORD# DBG1 
; VL=357 	.long DBG7-DBG8
	LONGWORD# DBG7-DBG8 
; VL=358 	.long DBG9
	LONGWORD# DBG9 
; VL=359 	.long DBG6
	LONGWORD# DBG6 
; VL=360 	.long 0x0
	LONGWORD# 0x0 
; VL=361 	.pseg kvh_code
	.segment	kvh_code,memtype=0,wordsize=8,locinc=1,rom,align=2 
DBG8:
; VL=362 DBG8:
; VL=363 	.dbgseg dbg_syms
	.segment	dbg_syms,memtype=7,wordsize=32,locinc=4,align=2 
DBG1:
; VL=364 DBG1:
; VL=365 	.long 0x66622e
	LONGWORD# 0x66622e 
; VL=366 	.long 0x0
	LONGWORD# 0x0 
; VL=367 	.long DBG8
	LONGWORD# DBG8 
; VL=368 	.long 0x0
	LONGWORD# 0x0 
; VL=369 	.long 0x1650001
	LONGWORD# 0x1650001 
; VL=370 	.long 0x0
	LONGWORD# 0x0 
; VL=371 	.long 0x4c
	LONGWORD# 0x4c 
; VL=372 	.long 0x0
	LONGWORD# 0x0 
; VL=373 	.long DBG10
	LONGWORD# DBG10 
; VL=374 	.long 0x0
	LONGWORD# 0x0 
; VL=375 	.dbgseg dbg_line
	.segment	dbg_line,memtype=7,wordsize=32,locinc=4,align=2 
; VL=376 	.align 0x2
	 .align 0x2 
DBG9:
; VL=377 DBG9:
; VL=378 	.long DBG3
	LONGWORD# DBG3 
; VL=379 	.long 0x0
	LONGWORD# 0x0 
; VL=380 	.long _initVars
	LONGWORD# _initVars 
; VL=381 	.long 0x1
	LONGWORD# 0x1 
; VL=382 	.long DBG12
	LONGWORD# DBG12 
; VL=383 	.long 0x2
	LONGWORD# 0x2 
; VL=384 	.long DBG13
	LONGWORD# DBG13 
; VL=385 	.long 0x3
	LONGWORD# 0x3 
; VL=386 	.long DBG14
	LONGWORD# DBG14 
; VL=387 	.long 0x4
	LONGWORD# 0x4 
; VL=388 	.long DBG15
	LONGWORD# DBG15 
; VL=389 	.long 0x5
	LONGWORD# 0x5 
; VL=390 	.long DBG16
	LONGWORD# DBG16 
; VL=391 	.long 0x6
	LONGWORD# 0x6 
; VL=392 	.long DBG17
	LONGWORD# DBG17 
; VL=393 	.long 0x7
	LONGWORD# 0x7 
; VL=394 	.long DBG18
	LONGWORD# DBG18 
; VL=395 	.long 0x8
	LONGWORD# 0x8 
; VL=396 	.long DBG19
	LONGWORD# DBG19 
; VL=397 	.long 0x9
	LONGWORD# 0x9 
; VL=398 	.long DBG20
	LONGWORD# DBG20 
; VL=399 	.long 0xa
	LONGWORD# 0xa 
; VL=400 	.long DBG21
	LONGWORD# DBG21 
; VL=401 	.long 0xb
	LONGWORD# 0xb 
; VL=402 	.long DBG22
	LONGWORD# DBG22 
; VL=403 	.long 0xc
	LONGWORD# 0xc 
; VL=404 	.long DBG23
	LONGWORD# DBG23 
; VL=405 	.long 0xd
	LONGWORD# 0xd 
; VL=406 	.long DBG24
	LONGWORD# DBG24 
; VL=407 	.long 0xe
	LONGWORD# 0xe 
; VL=408 	.long DBG25
	LONGWORD# DBG25 
; VL=409 	.long 0x10
	LONGWORD# 0x10 
; VL=410 	.long DBG26
	LONGWORD# DBG26 
; VL=411 	.long 0x11
	LONGWORD# 0x11 
; VL=412 	.long DBG27
	LONGWORD# DBG27 
; VL=413 	.long 0x12
	LONGWORD# 0x12 
; VL=414 	.pseg kvh_code
	.segment	kvh_code,memtype=0,wordsize=8,locinc=1,rom,align=2 
; VL=415 _initVars:
_initVars:
DBG11:
DBG12:
DBG13:
; VL=416 ; ENTRY
; ENTRY
; VL=417 DBG11:
; VL=418 ; {
; {
; VL=419 DBG12:
; VL=420 ;   currentHeading = -1.0;
;   currentHeading = -1.0;
; VL=421 DBG13:
; VL=422 	mov	#0x0,r13
	d_reg word reg_mod r13 
	mov Sreg# r3 
; VL=423 	mov	#-0x4080,r12
	d_reg word imm_ind_mod r12 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, -16512) 
	BYTE# .bits( 8, 15, -16512) 
; VL=424 	mov	r13,&_currentHeading
	d_not_reg word reg_mod r2 
	mov Sreg# r13 
	BYTE# .bits( 0, 7, _currentHeading) 
	BYTE# .bits( 8, 15, _currentHeading) 
; VL=425 	mov	r12,&_currentHeading+0x2
	d_not_reg word reg_mod r2 
	mov Sreg# r12 
	BYTE# .bits( 0, 7, _currentHeading+0x2) 
	BYTE# .bits( 8, 15, _currentHeading+0x2) 
DBG14:
; VL=426 DBG14:
; VL=427 ;   previousHeading = -1.0;
;   previousHeading = -1.0;
; VL=428 	mov	r13,&_previousHeading
	d_not_reg word reg_mod r2 
	mov Sreg# r13 
	BYTE# .bits( 0, 7, _previousHeading) 
	BYTE# .bits( 8, 15, _previousHeading) 
; VL=429 	mov	r12,&_previousHeading+0x2
	d_not_reg word reg_mod r2 
	mov Sreg# r12 
	BYTE# .bits( 0, 7, _previousHeading+0x2) 
	BYTE# .bits( 8, 15, _previousHeading+0x2) 
DBG15:
; VL=430 DBG15:
; VL=431 ;   lowTurnThresholdCount = 0;
;   lowTurnThresholdCount = 0;
; VL=432 	mov	#0x0,&_lowTurnThresholdCount
	d_not_reg word reg_mod r2 
	mov Sreg# r3 
	BYTE# .bits( 0, 7, _lowTurnThresholdCount) 
	BYTE# .bits( 8, 15, _lowTurnThresholdCount) 
DBG16:
; VL=433 DBG16:
; VL=434 ;   highTurnThresholdCount = 0;
;   highTurnThresholdCount = 0;
; VL=435 	mov	#0x0,&_highTurnThresholdCount
	d_not_reg word reg_mod r2 
	mov Sreg# r3 
	BYTE# .bits( 0, 7, _highTurnThresholdCount) 
	BYTE# .bits( 8, 15, _highTurnThresholdCount) 
DBG17:
; VL=436 DBG17:
; VL=437 ;   lowTurnThresholdLevel = (45.0) ;
;   lowTurnThresholdLevel = (45.0) ;
; VL=438 	mov	#0x0,&_lowTurnThresholdLevel
	d_not_reg word reg_mod r2 
	mov Sreg# r3 
	BYTE# .bits( 0, 7, _lowTurnThresholdLevel) 
	BYTE# .bits( 8, 15, _lowTurnThresholdLevel) 
; VL=439 	mov	#0x4234,&_lowTurnThresholdLevel+0x2
	d_not_reg word imm_ind_mod r2 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, 0x4234) 
	BYTE# .bits( 8, 15, 0x4234) 
	BYTE# .bits( 0, 7, _lowTurnThresholdLevel+0x2) 
	BYTE# .bits( 8, 15, _lowTurnThresholdLevel+0x2) 
DBG18:
; VL=440 DBG18:
; VL=441 ;   highTurnThresholdLevel = (315.0) ;
;   highTurnThresholdLevel = (315.0) ;
; VL=442 	mov	#0x8000,&_highTurnThresholdLevel
	d_not_reg word imm_ind_mod r2 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, 0x8000) 
	BYTE# .bits( 8, 15, 0x8000) 
	BYTE# .bits( 0, 7, _highTurnThresholdLevel) 
	BYTE# .bits( 8, 15, _highTurnThresholdLevel) 
; VL=443 	mov	#0x439d,&_highTurnThresholdLevel+0x2
	d_not_reg word imm_ind_mod r2 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, 0x439d) 
	BYTE# .bits( 8, 15, 0x439d) 
	BYTE# .bits( 0, 7, _highTurnThresholdLevel+0x2) 
	BYTE# .bits( 8, 15, _highTurnThresholdLevel+0x2) 
DBG19:
; VL=444 DBG19:
; VL=445 ;   clockwiseTurns = 0;
;   clockwiseTurns = 0;
; VL=446 	mov	#0x0,&_clockwiseTurns
	d_not_reg word reg_mod r2 
	mov Sreg# r3 
	BYTE# .bits( 0, 7, _clockwiseTurns) 
	BYTE# .bits( 8, 15, _clockwiseTurns) 
DBG20:
; VL=447 DBG20:
; VL=448 ;   counterClockwiseTurns = 0;
;   counterClockwiseTurns = 0;
; VL=449 	mov	#0x0,&_counterClockwiseTurns
	d_not_reg word reg_mod r2 
	mov Sreg# r3 
	BYTE# .bits( 0, 7, _counterClockwiseTurns) 
	BYTE# .bits( 8, 15, _counterClockwiseTurns) 
DBG21:
; VL=450 DBG21:
; VL=451 ;   lastNetTurns = 0;
;   lastNetTurns = 0;
; VL=452 	mov	#0x0,&_lastNetTurns
	d_not_reg word reg_mod r2 
	mov Sreg# r3 
	BYTE# .bits( 0, 7, _lastNetTurns) 
	BYTE# .bits( 8, 15, _lastNetTurns) 
DBG22:
; VL=453 DBG22:
; VL=454 ;   netTurns = 0;
;   netTurns = 0;
; VL=455 	mov	#0x0,&_netTurns
	d_not_reg word reg_mod r2 
	mov Sreg# r3 
	BYTE# .bits( 0, 7, _netTurns) 
	BYTE# .bits( 8, 15, _netTurns) 
DBG23:
; VL=456 DBG23:
; VL=457 ;   initialLowCount = (4) ;
;   initialLowCount = (4) ;
; VL=458 	mov	#0x4,&_initialLowCount
	d_not_reg word ind_reg_mod r2 
	mov Sreg# r2 
	BYTE# .bits( 0, 7, _initialLowCount) 
	BYTE# .bits( 8, 15, _initialLowCount) 
DBG24:
; VL=459 DBG24:
; VL=460 ;   initialHighCount = (4) ;
;   initialHighCount = (4) ;
; VL=461 	mov	#0x4,&_initialHighCount
	d_not_reg word ind_reg_mod r2 
	mov Sreg# r2 
	BYTE# .bits( 0, 7, _initialHighCount) 
	BYTE# .bits( 8, 15, _initialHighCount) 
DBG25:
; VL=462 DBG25:
; VL=463 ;   minRawAdcSample = 65535U;
;   minRawAdcSample = 65535U;
; VL=464 	mov	#0xffff,&_minRawAdcSample
	d_not_reg word imm_ind_mod r2 
	mov Sreg# r3 
	BYTE# .bits( 0, 7, _minRawAdcSample) 
	BYTE# .bits( 8, 15, _minRawAdcSample) 
DBG26:
; VL=465 DBG26:
; VL=466 ;   maxRawAdcSample = 0;
;   maxRawAdcSample = 0;
; VL=467 	mov	#0x0,&_maxRawAdcSample
	d_not_reg word reg_mod r2 
	mov Sreg# r3 
	BYTE# .bits( 0, 7, _maxRawAdcSample) 
	BYTE# .bits( 8, 15, _maxRawAdcSample) 
DBG27:
DBG28:
; VL=468 DBG28:
; VL=469 DBG27:
; VL=470 ; EXIT
; EXIT
; VL=471 	ret
	d_reg word imm_ind_mod r0 
	mov Sreg# r1 
; VL=472 	.dbgseg dbg_syms
	.segment	dbg_syms,memtype=7,wordsize=32,locinc=4,align=2 
; VL=473 	.long 0x0
	LONGWORD# 0x0 
; VL=474 	.long DBG29
	LONGWORD# DBG29 
; VL=475 	.long 0x0
	LONGWORD# 0x0 
; VL=476 	.long 0x0
	LONGWORD# 0x0 
; VL=477 	.long 0x10002
	LONGWORD# 0x10002 
; VL=478 	.long 0x0
	LONGWORD# 0x0 
; VL=479 	.long DBG30
	LONGWORD# DBG30 
; VL=480 	.long 0x2
	LONGWORD# 0x2 
; VL=481 	.long 0x0
	LONGWORD# 0x0 
; VL=482 	.long 0x10002
	LONGWORD# 0x10002 
; VL=483 	.long 0x504e5f5f
	LONGWORD# 0x504e5f5f 
; VL=484 	.long 0x534d5241
	LONGWORD# 0x534d5241 
; VL=485 	.long 0x0
	LONGWORD# 0x0 
; VL=486 	.long 0x0
	LONGWORD# 0x0 
; VL=487 	.long 0x10002
	LONGWORD# 0x10002 
; VL=488 	.long 0x66652e
	LONGWORD# 0x66652e 
; VL=489 	.long 0x0
	LONGWORD# 0x0 
; VL=490 	.long DBG28
	LONGWORD# DBG28 
; VL=491 	.long 0x0
	LONGWORD# 0x0 
; VL=492 	.long 0x1650001
	LONGWORD# 0x1650001 
; VL=493 	.long 0x0
	LONGWORD# 0x0 
; VL=494 	.long 0x5d
	LONGWORD# 0x5d 
; VL=495 	.long 0x0
	LONGWORD# 0x0 
; VL=496 	.long 0x0
	LONGWORD# 0x0 
; VL=497 	.long 0x0
	LONGWORD# 0x0 
; VL=498 	.pseg kvh_code
	.segment	kvh_code,memtype=0,wordsize=8,locinc=1,rom,align=2 
DBG7:
; VL=499 DBG7:
; VL=500 	.dbgseg dbg_syms
	.segment	dbg_syms,memtype=7,wordsize=32,locinc=4,align=2 
; VL=501 	.long 0x74696e69
	LONGWORD# 0x74696e69 
; VL=502 	.long 0x73726156
	LONGWORD# 0x73726156 
; VL=503 	.long DBG7
	LONGWORD# DBG7 
; VL=504 	.long 0x0
	LONGWORD# 0x0 
; VL=505 	.long 0xff0001
	LONGWORD# 0xff0001 
DBG6:
; VL=506 ; }
; }
; VL=507 ; static void initHardware(void)
; static void initHardware(void)
; VL=508 DBG6:
; VL=509 	.long 0x0
	LONGWORD# 0x0 
; VL=510 	.long DBG35
	LONGWORD# DBG35 
; VL=511 	.long _initHardware
	LONGWORD# _initHardware 
; VL=512 	.long 0x40
	LONGWORD# 0x40 
; VL=513 	.long 0x1030001
	LONGWORD# 0x1030001 
; VL=514 	.long DBG10
	LONGWORD# DBG10 
; VL=515 	.long DBG32-DBG33
	LONGWORD# DBG32-DBG33 
; VL=516 	.long DBG34
	LONGWORD# DBG34 
; VL=517 	.long DBG31
	LONGWORD# DBG31 
; VL=518 	.long 0x0
	LONGWORD# 0x0 
; VL=519 	.pseg kvh_code
	.segment	kvh_code,memtype=0,wordsize=8,locinc=1,rom,align=2 
DBG33:
; VL=520 DBG33:
; VL=521 	.dbgseg dbg_syms
	.segment	dbg_syms,memtype=7,wordsize=32,locinc=4,align=2 
DBG10:
; VL=522 DBG10:
; VL=523 	.long 0x66622e
	LONGWORD# 0x66622e 
; VL=524 	.long 0x0
	LONGWORD# 0x0 
; VL=525 	.long DBG33
	LONGWORD# DBG33 
; VL=526 	.long 0x0
	LONGWORD# 0x0 
; VL=527 	.long 0x1650001
	LONGWORD# 0x1650001 
; VL=528 	.long 0x0
	LONGWORD# 0x0 
; VL=529 	.long 0x5f
	LONGWORD# 0x5f 
; VL=530 	.long 0x0
	LONGWORD# 0x0 
; VL=531 	.long DBG36
	LONGWORD# DBG36 
; VL=532 	.long 0x0
	LONGWORD# 0x0 
; VL=533 	.dbgseg dbg_line
	.segment	dbg_line,memtype=7,wordsize=32,locinc=4,align=2 
DBG34:
; VL=534 DBG34:
; VL=535 	.long DBG6
	LONGWORD# DBG6 
; VL=536 	.long 0x0
	LONGWORD# 0x0 
; VL=537 	.long _initHardware
	LONGWORD# _initHardware 
; VL=538 	.long 0x1
	LONGWORD# 0x1 
; VL=539 	.long DBG38
	LONGWORD# DBG38 
; VL=540 	.long 0x2
	LONGWORD# 0x2 
; VL=541 	.long DBG39
	LONGWORD# DBG39 
; VL=542 	.long 0x3
	LONGWORD# 0x3 
; VL=543 	.long DBG40
	LONGWORD# DBG40 
; VL=544 	.long 0x4
	LONGWORD# 0x4 
; VL=545 	.pseg kvh_code
	.segment	kvh_code,memtype=0,wordsize=8,locinc=1,rom,align=2 
; VL=546 _initHardware:
_initHardware:
DBG37:
DBG38:
DBG39:
; VL=547 ; ENTRY
; ENTRY
; VL=548 DBG37:
; VL=549 ; {
; {
; VL=550 DBG38:
; VL=551 ;   gpioSetKvhPower(true);
;   gpioSetKvhPower(true);
; VL=552 DBG39:
; VL=553 	mov	#0x1,r12
	d_reg word ind_sym_abs_mod r12 
	mov Sreg# r3 
; VL=554 	call	#_gpioSetKvhPower
	call_lsb word imm_ind_mod r0 
	call 
	BYTE# .bits( 0, 7, _gpioSetKvhPower) 
	BYTE# .bits( 8, 15, _gpioSetKvhPower) 
DBG40:
DBG41:
; VL=555 DBG41:
; VL=556 DBG40:
; VL=557 ; EXIT
; EXIT
; VL=558 	ret
	d_reg word imm_ind_mod r0 
	mov Sreg# r1 
; VL=559 	.dbgseg dbg_syms
	.segment	dbg_syms,memtype=7,wordsize=32,locinc=4,align=2 
; VL=560 	.long 0x0
	LONGWORD# 0x0 
; VL=561 	.long DBG29
	LONGWORD# DBG29 
; VL=562 	.long 0x0
	LONGWORD# 0x0 
; VL=563 	.long 0x0
	LONGWORD# 0x0 
; VL=564 	.long 0x10002
	LONGWORD# 0x10002 
; VL=565 	.long 0x0
	LONGWORD# 0x0 
; VL=566 	.long DBG30
	LONGWORD# DBG30 
; VL=567 	.long 0x2
	LONGWORD# 0x2 
; VL=568 	.long 0x0
	LONGWORD# 0x0 
; VL=569 	.long 0x10002
	LONGWORD# 0x10002 
; VL=570 	.long 0x504e5f5f
	LONGWORD# 0x504e5f5f 
; VL=571 	.long 0x534d5241
	LONGWORD# 0x534d5241 
; VL=572 	.long 0x0
	LONGWORD# 0x0 
; VL=573 	.long 0x0
	LONGWORD# 0x0 
; VL=574 	.long 0x10002
	LONGWORD# 0x10002 
; VL=575 	.long 0x66652e
	LONGWORD# 0x66652e 
; VL=576 	.long 0x0
	LONGWORD# 0x0 
; VL=577 	.long DBG41
	LONGWORD# DBG41 
; VL=578 	.long 0x0
	LONGWORD# 0x0 
; VL=579 	.long 0x1650001
	LONGWORD# 0x1650001 
; VL=580 	.long 0x0
	LONGWORD# 0x0 
; VL=581 	.long 0x62
	LONGWORD# 0x62 
; VL=582 	.long 0x0
	LONGWORD# 0x0 
; VL=583 	.long 0x0
	LONGWORD# 0x0 
; VL=584 	.long 0x0
	LONGWORD# 0x0 
; VL=585 	.pseg kvh_code
	.segment	kvh_code,memtype=0,wordsize=8,locinc=1,rom,align=2 
DBG32:
; VL=586 DBG32:
; VL=587 	.dbgseg dbg_syms
	.segment	dbg_syms,memtype=7,wordsize=32,locinc=4,align=2 
; VL=588 	.long 0x0
	LONGWORD# 0x0 
; VL=589 	.long DBG35
	LONGWORD# DBG35 
; VL=590 	.long DBG32
	LONGWORD# DBG32 
; VL=591 	.long 0x0
	LONGWORD# 0x0 
; VL=592 	.long 0xff0001
	LONGWORD# 0xff0001 
DBG31:
; VL=593 ; }
; }
; VL=594 ; void kvhInit(void)
; void kvhInit(void)
; VL=595 DBG31:
; VL=596 	.long 0x4968766b
	LONGWORD# 0x4968766b 
; VL=597 	.long 0x74696e
	LONGWORD# 0x74696e 
; VL=598 	.long _kvhInit
	LONGWORD# _kvhInit 
; VL=599 	.long 0x40
	LONGWORD# 0x40 
; VL=600 	.long 0x1020001
	LONGWORD# 0x1020001 
; VL=601 	.long DBG36
	LONGWORD# DBG36 
; VL=602 	.long DBG43-DBG44
	LONGWORD# DBG43-DBG44 
; VL=603 	.long DBG45
	LONGWORD# DBG45 
; VL=604 	.long DBG42
	LONGWORD# DBG42 
; VL=605 	.long 0x0
	LONGWORD# 0x0 
; VL=606 	.pseg kvh_code
	.segment	kvh_code,memtype=0,wordsize=8,locinc=1,rom,align=2 
DBG44:
; VL=607 DBG44:
; VL=608 	.dbgseg dbg_syms
	.segment	dbg_syms,memtype=7,wordsize=32,locinc=4,align=2 
DBG36:
; VL=609 DBG36:
; VL=610 	.long 0x66622e
	LONGWORD# 0x66622e 
; VL=611 	.long 0x0
	LONGWORD# 0x0 
; VL=612 	.long DBG44
	LONGWORD# DBG44 
; VL=613 	.long 0x0
	LONGWORD# 0x0 
; VL=614 	.long 0x1650001
	LONGWORD# 0x1650001 
; VL=615 	.long 0x0
	LONGWORD# 0x0 
; VL=616 	.long 0x64
	LONGWORD# 0x64 
; VL=617 	.long 0x0
	LONGWORD# 0x0 
; VL=618 	.long DBG46
	LONGWORD# DBG46 
; VL=619 	.long 0x0
	LONGWORD# 0x0 
; VL=620 	.dbgseg dbg_line
	.segment	dbg_line,memtype=7,wordsize=32,locinc=4,align=2 
DBG45:
; VL=621 DBG45:
; VL=622 	.long DBG31
	LONGWORD# DBG31 
; VL=623 	.long 0x0
	LONGWORD# 0x0 
; VL=624 	.long _kvhInit
	LONGWORD# _kvhInit 
; VL=625 	.long 0x1
	LONGWORD# 0x1 
; VL=626 	.long DBG48
	LONGWORD# DBG48 
; VL=627 	.long 0x2
	LONGWORD# 0x2 
; VL=628 	.long DBG49
	LONGWORD# DBG49 
; VL=629 	.long 0x3
	LONGWORD# 0x3 
; VL=630 	.long DBG50
	LONGWORD# DBG50 
; VL=631 	.long 0x5
	LONGWORD# 0x5 
; VL=632 	.long DBG51
	LONGWORD# DBG51 
; VL=633 	.long 0x7
	LONGWORD# 0x7 
; VL=634 	.long DBG52
	LONGWORD# DBG52 
; VL=635 	.long 0x8
	LONGWORD# 0x8 
; VL=636 	.long DBG53
	LONGWORD# DBG53 
; VL=637 	.long 0x9
	LONGWORD# 0x9 
; VL=638 	.long DBG54
	LONGWORD# DBG54 
; VL=639 	.long 0xa
	LONGWORD# 0xa 
; VL=640 	.long DBG55
	LONGWORD# DBG55 
; VL=641 	.long 0xe
	LONGWORD# 0xe 
; VL=642 	.long DBG56
	LONGWORD# DBG56 
; VL=643 	.long 0x12
	LONGWORD# 0x12 
; VL=644 	.long DBG57
	LONGWORD# DBG57 
; VL=645 	.long 0x14
	LONGWORD# 0x14 
; VL=646 	.long DBG58
	LONGWORD# DBG58 
; VL=647 	.long 0x16
	LONGWORD# 0x16 
; VL=648 	.long DBG59
	LONGWORD# DBG59 
; VL=649 	.long 0x18
	LONGWORD# 0x18 
; VL=650 	.pseg kvh_code
	.segment	kvh_code,memtype=0,wordsize=8,locinc=1,rom,align=2 
; VL=651 	.global _kvhInit
	 .global _kvhInit 
; VL=652 _kvhInit:
_kvhInit:
; VL=653 	push	r4
	push_lsb word reg_mod r4 
	push 
DBG47:
DBG48:
DBG49:
; VL=654 DBG49:
; VL=655 DBG48:
; VL=656 DBG47:
; VL=657 ; ENTRY
; ENTRY
; VL=658 ; {
; {
; VL=659 ;   initVars();
;   initVars();
; VL=660 	call	#_initVars
	call_lsb word imm_ind_mod r0 
	call 
	BYTE# .bits( 0, 7, _initVars) 
	BYTE# .bits( 8, 15, _initVars) 
DBG50:
; VL=661 DBG50:
; VL=662 ;   initHardware();
;   initHardware();
; VL=663 	call	#_initHardware
	call_lsb word imm_ind_mod r0 
	call 
	BYTE# .bits( 0, 7, _initHardware) 
	BYTE# .bits( 8, 15, _initHardware) 
DBG51:
; VL=664 DBG51:
; VL=665 ;   cmdparseAddCommand("kvh", "get", kvhGetHandler);
;   cmdparseAddCommand("kvh", "get", kvhGetHandler);
; VL=666 	mov	#_kvhGetHandler,r14
	d_reg word imm_ind_mod r14 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, _kvhGetHandler) 
	BYTE# .bits( 8, 15, _kvhGetHandler) 
; VL=667 	mov	#kvh_V21,r13
	d_reg word imm_ind_mod r13 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, kvh_V21) 
	BYTE# .bits( 8, 15, kvh_V21) 
; VL=668 	mov	#kvh_V20,r12
	d_reg word imm_ind_mod r12 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, kvh_V20) 
	BYTE# .bits( 8, 15, kvh_V20) 
; VL=669 	call	#_cmdparseAddCommand
	call_lsb word imm_ind_mod r0 
	call 
	BYTE# .bits( 0, 7, _cmdparseAddCommand) 
	BYTE# .bits( 8, 15, _cmdparseAddCommand) 
DBG52:
; VL=670 DBG52:
; VL=671 ;   cmdparseAddCommand("kvh", "put", kvhPutHandler);
;   cmdparseAddCommand("kvh", "put", kvhPutHandler);
; VL=672 	mov	#_kvhPutHandler,r14
	d_reg word imm_ind_mod r14 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, _kvhPutHandler) 
	BYTE# .bits( 8, 15, _kvhPutHandler) 
; VL=673 	mov	#kvh_V22,r13
	d_reg word imm_ind_mod r13 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, kvh_V22) 
	BYTE# .bits( 8, 15, kvh_V22) 
; VL=674 	mov	#kvh_V20,r12
	d_reg word imm_ind_mod r12 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, kvh_V20) 
	BYTE# .bits( 8, 15, kvh_V20) 
; VL=675 	call	#_cmdparseAddCommand
	call_lsb word imm_ind_mod r0 
	call 
	BYTE# .bits( 0, 7, _cmdparseAddCommand) 
	BYTE# .bits( 8, 15, _cmdparseAddCommand) 
DBG53:
; VL=676 DBG53:
; VL=677 ;   cmdparseAddCommand("kvh", "analog", kvhAnalogHandler);
;   cmdparseAddCommand("kvh", "analog", kvhAnalogHandler);
; VL=678 	mov	#_kvhAnalogHandler,r14
	d_reg word imm_ind_mod r14 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, _kvhAnalogHandler) 
	BYTE# .bits( 8, 15, _kvhAnalogHandler) 
; VL=679 	mov	#kvh_V23,r13
	d_reg word imm_ind_mod r13 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, kvh_V23) 
	BYTE# .bits( 8, 15, kvh_V23) 
; VL=680 	mov	#kvh_V20,r12
	d_reg word imm_ind_mod r12 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, kvh_V20) 
	BYTE# .bits( 8, 15, kvh_V20) 
; VL=681 	call	#_cmdparseAddCommand
	call_lsb word imm_ind_mod r0 
	call 
	BYTE# .bits( 0, 7, _cmdparseAddCommand) 
	BYTE# .bits( 8, 15, _cmdparseAddCommand) 
DBG54:
; VL=682 DBG54:
; VL=683 ;   cmdparseAddCommand("set", "turns",  kvhTurnsCounterSetHandler);
;   cmdparseAddCommand("set", "turns",  kvhTurnsCounterSetHandler);
; VL=684 	mov	#_kvhTurnsCounterSetHandler,r14
	d_reg word imm_ind_mod r14 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, _kvhTurnsCounterSetHandler) 
	BYTE# .bits( 8, 15, _kvhTurnsCounterSetHandler) 
; VL=685 	mov	#kvh_V25,r13
	d_reg word imm_ind_mod r13 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, kvh_V25) 
	BYTE# .bits( 8, 15, kvh_V25) 
; VL=686 	mov	#kvh_V24,r12
	d_reg word imm_ind_mod r12 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, kvh_V24) 
	BYTE# .bits( 8, 15, kvh_V24) 
; VL=687 	call	#_cmdparseAddCommand
	call_lsb word imm_ind_mod r0 
	call 
	BYTE# .bits( 0, 7, _cmdparseAddCommand) 
	BYTE# .bits( 8, 15, _cmdparseAddCommand) 
DBG55:
; VL=688 DBG55:
; VL=689 ;   sensorRegisterSampleMethod( (5) ,
;   sensorRegisterSampleMethod( (5) ,
; VL=690 ;                              0,
;                              0,
; VL=691 	mov	#_kvhGetHeading,r14
	d_reg word imm_ind_mod r14 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, _kvhGetHeading) 
	BYTE# .bits( 8, 15, _kvhGetHeading) 
; VL=692 	mov.b	#0x0,r4
	d_reg byte reg_mod r4 
	mov Sreg# r3 
; VL=693 	mov	r4,r13
	d_reg word reg_mod r13 
	mov Sreg# r4 
; VL=694 	mov	#0x5,r12
	d_reg word imm_ind_mod r12 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, 0x5) 
	BYTE# .bits( 8, 15, 0x5) 
; VL=695 	call	#_sensorRegisterSampleMethod
	call_lsb word imm_ind_mod r0 
	call 
	BYTE# .bits( 0, 7, _sensorRegisterSampleMethod) 
	BYTE# .bits( 8, 15, _sensorRegisterSampleMethod) 
DBG56:
; VL=696 DBG56:
; VL=697 ;                              kvhGetHeading);
;                              kvhGetHeading);
; VL=698 ;   sensorRegisterSampleMethod( (6) ,
;   sensorRegisterSampleMethod( (6) ,
; VL=699 ;                              0,
;                              0,
; VL=700 	mov	#_kvhGetTurnsCounter,r14
	d_reg word imm_ind_mod r14 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, _kvhGetTurnsCounter) 
	BYTE# .bits( 8, 15, _kvhGetTurnsCounter) 
; VL=701 	mov	r4,r13
	d_reg word reg_mod r13 
	mov Sreg# r4 
; VL=702 	mov	#0x6,r12
	d_reg word imm_ind_mod r12 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, 0x6) 
	BYTE# .bits( 8, 15, 0x6) 
; VL=703 	call	#_sensorRegisterSampleMethod
	call_lsb word imm_ind_mod r0 
	call 
	BYTE# .bits( 0, 7, _sensorRegisterSampleMethod) 
	BYTE# .bits( 8, 15, _sensorRegisterSampleMethod) 
DBG57:
; VL=704 DBG57:
; VL=705 ;                              kvhGetTurnsCounter);
;                              kvhGetTurnsCounter);
; VL=706 ;   eventqRegisterHandler( (8) , kvhReceiveHandler);
;   eventqRegisterHandler( (8) , kvhReceiveHandler);
; VL=707 	mov	#_kvhReceiveHandler,r13
	d_reg word imm_ind_mod r13 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, _kvhReceiveHandler) 
	BYTE# .bits( 8, 15, _kvhReceiveHandler) 
; VL=708 	mov	#0x8,r12
	d_reg word imm_ind_mod r12 
	mov Sreg# r2 
; VL=709 	call	#_eventqRegisterHandler
	call_lsb word imm_ind_mod r0 
	call 
	BYTE# .bits( 0, 7, _eventqRegisterHandler) 
	BYTE# .bits( 8, 15, _eventqRegisterHandler) 
DBG58:
; VL=710 DBG58:
; VL=711 ;   eventqRegisterHandler( (9) , kvhRawAdcInHandler);
;   eventqRegisterHandler( (9) , kvhRawAdcInHandler);
; VL=712 	mov	#_kvhRawAdcInHandler,r13
	d_reg word imm_ind_mod r13 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, _kvhRawAdcInHandler) 
	BYTE# .bits( 8, 15, _kvhRawAdcInHandler) 
; VL=713 	mov	#0x9,r12
	d_reg word imm_ind_mod r12 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, 0x9) 
	BYTE# .bits( 8, 15, 0x9) 
; VL=714 	call	#_eventqRegisterHandler
	call_lsb word imm_ind_mod r0 
	call 
	BYTE# .bits( 0, 7, _eventqRegisterHandler) 
	BYTE# .bits( 8, 15, _eventqRegisterHandler) 
DBG59:
DBG60:
; VL=715 DBG60:
; VL=716 DBG59:
; VL=717 ; EXIT
; EXIT
; VL=718 ; .temp0 at stkloc 0 (0x0) size 2
; .temp0 at stkloc 0 (0x0) size 2
; VL=719 	pop	r4
	d_reg word imm_ind_mod r4 
	mov Sreg# r1 
; VL=720 	ret
	d_reg word imm_ind_mod r0 
	mov Sreg# r1 
; VL=721 	.dbgseg dbg_syms
	.segment	dbg_syms,memtype=7,wordsize=32,locinc=4,align=2 
; VL=722 	.long 0x0
	LONGWORD# 0x0 
; VL=723 	.long DBG29
	LONGWORD# DBG29 
; VL=724 	.long 0x2
	LONGWORD# 0x2 
; VL=725 	.long 0x0
	LONGWORD# 0x0 
; VL=726 	.long 0x10002
	LONGWORD# 0x10002 
; VL=727 	.long 0x0
	LONGWORD# 0x0 
; VL=728 	.long DBG30
	LONGWORD# DBG30 
; VL=729 	.long 0x2
	LONGWORD# 0x2 
; VL=730 	.long 0x0
	LONGWORD# 0x0 
; VL=731 	.long 0x10002
	LONGWORD# 0x10002 
; VL=732 	.long 0x504e5f5f
	LONGWORD# 0x504e5f5f 
; VL=733 	.long 0x534d5241
	LONGWORD# 0x534d5241 
; VL=734 	.long 0x0
	LONGWORD# 0x0 
; VL=735 	.long 0x0
	LONGWORD# 0x0 
; VL=736 	.long 0x10002
	LONGWORD# 0x10002 
; VL=737 	.long 0x66652e
	LONGWORD# 0x66652e 
; VL=738 	.long 0x0
	LONGWORD# 0x0 
; VL=739 	.long DBG60
	LONGWORD# DBG60 
; VL=740 	.long 0x0
	LONGWORD# 0x0 
; VL=741 	.long 0x1650001
	LONGWORD# 0x1650001 
; VL=742 	.long 0x0
	LONGWORD# 0x0 
; VL=743 	.long 0x7b
	LONGWORD# 0x7b 
; VL=744 	.long 0x0
	LONGWORD# 0x0 
; VL=745 	.long 0x0
	LONGWORD# 0x0 
; VL=746 	.long 0x0
	LONGWORD# 0x0 
; VL=747 	.pseg kvh_code
	.segment	kvh_code,memtype=0,wordsize=8,locinc=1,rom,align=2 
DBG43:
; VL=748 DBG43:
; VL=749 	.dbgseg dbg_syms
	.segment	dbg_syms,memtype=7,wordsize=32,locinc=4,align=2 
; VL=750 	.long 0x4968766b
	LONGWORD# 0x4968766b 
; VL=751 	.long 0x74696e
	LONGWORD# 0x74696e 
; VL=752 	.long DBG43
	LONGWORD# DBG43 
; VL=753 	.long 0x0
	LONGWORD# 0x0 
; VL=754 	.long 0xff0001
	LONGWORD# 0xff0001 
DBG42:
; VL=755 ; }
; }
; VL=756 ; int kvhGetHeading(float * pHeading)
; int kvhGetHeading(float * pHeading)
; VL=757 DBG42:
; VL=758 	.long 0x0
	LONGWORD# 0x0 
; VL=759 	.long DBG65
	LONGWORD# DBG65 
; VL=760 	.long _kvhGetHeading
	LONGWORD# _kvhGetHeading 
; VL=761 	.long 0x44
	LONGWORD# 0x44 
; VL=762 	.long 0x1020001
	LONGWORD# 0x1020001 
; VL=763 	.long DBG46
	LONGWORD# DBG46 
; VL=764 	.long DBG62-DBG63
	LONGWORD# DBG62-DBG63 
; VL=765 	.long DBG64
	LONGWORD# DBG64 
; VL=766 	.long DBG61
	LONGWORD# DBG61 
; VL=767 	.long 0x0
	LONGWORD# 0x0 
; VL=768 	.pseg kvh_code
	.segment	kvh_code,memtype=0,wordsize=8,locinc=1,rom,align=2 
DBG63:
; VL=769 DBG63:
; VL=770 	.dbgseg dbg_syms
	.segment	dbg_syms,memtype=7,wordsize=32,locinc=4,align=2 
DBG46:
; VL=771 DBG46:
; VL=772 	.long 0x66622e
	LONGWORD# 0x66622e 
; VL=773 	.long 0x0
	LONGWORD# 0x0 
; VL=774 	.long DBG63
	LONGWORD# DBG63 
; VL=775 	.long 0x0
	LONGWORD# 0x0 
; VL=776 	.long 0x1650001
	LONGWORD# 0x1650001 
; VL=777 	.long 0x0
	LONGWORD# 0x0 
; VL=778 	.long 0x7d
	LONGWORD# 0x7d 
; VL=779 	.long 0x0
	LONGWORD# 0x0 
; VL=780 	.long DBG66
	LONGWORD# DBG66 
; VL=781 	.long 0x0
	LONGWORD# 0x0 
; VL=782 	.dbgseg dbg_line
	.segment	dbg_line,memtype=7,wordsize=32,locinc=4,align=2 
DBG64:
; VL=783 DBG64:
; VL=784 	.long DBG42
	LONGWORD# DBG42 
; VL=785 	.long 0x0
	LONGWORD# 0x0 
; VL=786 	.long _kvhGetHeading
	LONGWORD# _kvhGetHeading 
; VL=787 	.long 0x1
	LONGWORD# 0x1 
; VL=788 	.long DBG68
	LONGWORD# DBG68 
; VL=789 	.long 0x2
	LONGWORD# 0x2 
; VL=790 	.long DBG69
	LONGWORD# DBG69 
; VL=791 	.long 0x3
	LONGWORD# 0x3 
; VL=792 	.long DBG70
	LONGWORD# DBG70 
; VL=793 	.long 0x4
	LONGWORD# 0x4 
; VL=794 	.long DBG71
	LONGWORD# DBG71 
; VL=795 	.long 0x6
	LONGWORD# 0x6 
; VL=796 	.long DBG72
	LONGWORD# DBG72 
; VL=797 	.long 0x7
	LONGWORD# 0x7 
; VL=798 	.long DBG73
	LONGWORD# DBG73 
; VL=799 	.long 0x8
	LONGWORD# 0x8 
; VL=800 	.pseg kvh_code
	.segment	kvh_code,memtype=0,wordsize=8,locinc=1,rom,align=2 
; VL=801 	.global _kvhGetHeading
	 .global _kvhGetHeading 
; VL=802 _kvhGetHeading:
_kvhGetHeading:
DBG67:
DBG68:
DBG69:
; VL=803 ; ENTRY
; ENTRY
; VL=804 DBG67:
; VL=805 ; pHeading at argloc 0 (0x0) in reg  size 2
; pHeading at argloc 0 (0x0) in reg  size 2
; VL=806 ; {
; {
; VL=807 DBG68:
; VL=808 ;   if (pHeading == ((void *) 0) )
;   if (pHeading == ((void *) 0) )
; VL=809 DBG69:
; VL=810 	cmp	#0x0,r12
	d_reg word reg_mod r12 
	cmp Sreg# r3 
; VL=811 	jne	kvhGetHeading_L1
	.ifa (kvhGetHeading_L1-.-2),-1024,1022 
	DISP_LSB_8# .bits(0, 7,  (kvhGetHeading_L1 - . - 2)/2  ) 
	jne DISP_MSB_2# .bits(8, 9,  (kvhGetHeading_L1 - . - 1)/2  ) 
	.else 
	DISP_LSB_8# .bits(0, 7,  (MCP0 - . - 2)/2  ) 
	jz DISP_MSB_2# .bits(8, 9,  (MCP0 - . - 1)/2  ) 
	d_reg word imm_ind_mod r0 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, kvhGetHeading_L1) 
	BYTE# .bits( 8, 15, kvhGetHeading_L1) 
	MCP0: 
	.endif 
DBG70:
; VL=812 DBG70:
; VL=813 ;     return -1;
;     return -1;
; VL=814 	mov	#-0x1,r12
	d_reg word imm_ind_mod r12 
	mov Sreg# r3 
; VL=815 	jmp	kvhGetHeading_LL2
	.ifa (kvhGetHeading_LL2-.-2),-1024,1022 
	DISP_LSB_8# .bits(0, 7,  (kvhGetHeading_LL2 - . - 2)/2  ) 
	jmp DISP_MSB_2# .bits(8, 9,  (kvhGetHeading_LL2 - . - 1)/2  ) 
	.else 
	d_reg word imm_ind_mod r0 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, kvhGetHeading_LL2) 
	BYTE# .bits( 8, 15, kvhGetHeading_LL2) 
	.endif 
DBG71:
; VL=816 DBG71:
; VL=817 kvhGetHeading_L1:
kvhGetHeading_L1:
; VL=818 ;   *pHeading = currentHeading;
;   *pHeading = currentHeading;
; VL=819 	mov	&_currentHeading,0(r12)
	d_not_reg word ind_sym_abs_mod r12 
	mov Sreg# r2 
	BYTE# .bits( 0, 7, _currentHeading) 
	BYTE# .bits( 8, 15, _currentHeading) 
	BYTE# .bits( 0, 7, 0) 
	BYTE# .bits( 8, 15, 0) 
; VL=820 	mov	&_currentHeading+0x2,0x2(r12)
	d_not_reg word ind_sym_abs_mod r12 
	mov Sreg# r2 
	BYTE# .bits( 0, 7, _currentHeading+0x2) 
	BYTE# .bits( 8, 15, _currentHeading+0x2) 
	BYTE# .bits( 0, 7, 0x2) 
	BYTE# .bits( 8, 15, 0x2) 
DBG72:
; VL=821 DBG72:
; VL=822 ;   return 0;
;   return 0;
; VL=823 	mov	#0x0,r12
	d_reg word reg_mod r12 
	mov Sreg# r3 
DBG73:
; VL=824 DBG73:
; VL=825 kvhGetHeading_LL2:
kvhGetHeading_LL2:
DBG74:
; VL=826 ; EXIT
; EXIT
; VL=827 DBG74:
; VL=828 	ret
	d_reg word imm_ind_mod r0 
	mov Sreg# r1 
; VL=829 	.dbgseg dbg_syms
	.segment	dbg_syms,memtype=7,wordsize=32,locinc=4,align=2 
; VL=830 	.long 0x0
	LONGWORD# 0x0 
; VL=831 	.long DBG29
	LONGWORD# DBG29 
; VL=832 	.long 0x0
	LONGWORD# 0x0 
; VL=833 	.long 0x0
	LONGWORD# 0x0 
; VL=834 	.long 0x10002
	LONGWORD# 0x10002 
; VL=835 	.long 0x0
	LONGWORD# 0x0 
; VL=836 	.long DBG30
	LONGWORD# DBG30 
; VL=837 	.long 0x2
	LONGWORD# 0x2 
; VL=838 	.long 0x0
	LONGWORD# 0x0 
; VL=839 	.long 0x10002
	LONGWORD# 0x10002 
; VL=840 	.long 0x504e5f5f
	LONGWORD# 0x504e5f5f 
; VL=841 	.long 0x534d5241
	LONGWORD# 0x534d5241 
; VL=842 	.long 0x1
	LONGWORD# 0x1 
; VL=843 	.long 0x0
	LONGWORD# 0x0 
; VL=844 	.long 0x10002
	LONGWORD# 0x10002 
; VL=845 	.long 0x0
	LONGWORD# 0x0 
; VL=846 	.long DBG75
	LONGWORD# DBG75 
; VL=847 	.long 0x0
	LONGWORD# 0x0 
; VL=848 	.long 0x0
	LONGWORD# 0x0 
; VL=849 	.long 0x10002
	LONGWORD# 0x10002 
DBG2:
; VL=850 DBG2:
; VL=851 	.long 0x62622e
	LONGWORD# 0x62622e 
; VL=852 	.long 0x0
	LONGWORD# 0x0 
; VL=853 	.long DBG67
	LONGWORD# DBG67 
; VL=854 	.long 0x0
	LONGWORD# 0x0 
; VL=855 	.long 0x1640001
	LONGWORD# 0x1640001 
; VL=856 	.long 0x0
	LONGWORD# 0x0 
; VL=857 	.long 0x1
	LONGWORD# 0x1 
; VL=858 	.long 0x0
	LONGWORD# 0x0 
; VL=859 	.long DBG76
	LONGWORD# DBG76 
; VL=860 	.long 0x0
	LONGWORD# 0x0 
; VL=861 	.long 0x61654870
	LONGWORD# 0x61654870 
; VL=862 	.long 0x676e6964
	LONGWORD# 0x676e6964 
; VL=863 	.long 0xc0102
	LONGWORD# 0xc0102 
; VL=864 	.long 0x26
	LONGWORD# 0x26 
; VL=865 	.long 0x11ffff
	LONGWORD# 0x11ffff 
; VL=866 	.long 0x62652e
	LONGWORD# 0x62652e 
; VL=867 	.long 0x0
	LONGWORD# 0x0 
; VL=868 	.long DBG71
	LONGWORD# DBG71 
; VL=869 	.long 0x0
	LONGWORD# 0x0 
; VL=870 	.long 0x1640001
	LONGWORD# 0x1640001 
; VL=871 	.long 0x0
	LONGWORD# 0x0 
; VL=872 	.long 0x6
	LONGWORD# 0x6 
; VL=873 	.long 0x0
	LONGWORD# 0x0 
; VL=874 	.long 0x0
	LONGWORD# 0x0 
; VL=875 	.long 0x0
	LONGWORD# 0x0 
DBG76:
; VL=876 DBG76:
; VL=877 	.long 0x62622e
	LONGWORD# 0x62622e 
; VL=878 	.long 0x0
	LONGWORD# 0x0 
; VL=879 	.long DBG72
	LONGWORD# DBG72 
; VL=880 	.long 0x0
	LONGWORD# 0x0 
; VL=881 	.long 0x1640001
	LONGWORD# 0x1640001 
; VL=882 	.long 0x0
	LONGWORD# 0x0 
; VL=883 	.long 0x7
	LONGWORD# 0x7 
; VL=884 	.long 0x0
	LONGWORD# 0x0 
; VL=885 	.long DBG77
	LONGWORD# DBG77 
; VL=886 	.long 0x0
	LONGWORD# 0x0 
; VL=887 	.long 0x61654870
	LONGWORD# 0x61654870 
; VL=888 	.long 0x676e6964
	LONGWORD# 0x676e6964 
; VL=889 	.long 0xc0102
	LONGWORD# 0xc0102 
; VL=890 	.long 0x26
	LONGWORD# 0x26 
; VL=891 	.long 0x11ffff
	LONGWORD# 0x11ffff 
; VL=892 	.long 0x62652e
	LONGWORD# 0x62652e 
; VL=893 	.long 0x0
	LONGWORD# 0x0 
; VL=894 	.long DBG73
	LONGWORD# DBG73 
; VL=895 	.long 0x0
	LONGWORD# 0x0 
; VL=896 	.long 0x1640001
	LONGWORD# 0x1640001 
; VL=897 	.long 0x0
	LONGWORD# 0x0 
; VL=898 	.long 0x8
	LONGWORD# 0x8 
; VL=899 	.long 0x0
	LONGWORD# 0x0 
; VL=900 	.long 0x0
	LONGWORD# 0x0 
; VL=901 	.long 0x0
	LONGWORD# 0x0 
; VL=902 	.long 0x66652e
	LONGWORD# 0x66652e 
; VL=903 	.long 0x0
	LONGWORD# 0x0 
; VL=904 	.long DBG74
	LONGWORD# DBG74 
; VL=905 	.long 0x0
	LONGWORD# 0x0 
; VL=906 	.long 0x1650001
	LONGWORD# 0x1650001 
; VL=907 	.long 0x0
	LONGWORD# 0x0 
; VL=908 	.long 0x84
	LONGWORD# 0x84 
; VL=909 	.long 0x0
	LONGWORD# 0x0 
; VL=910 	.long 0x0
	LONGWORD# 0x0 
; VL=911 	.long 0x0
	LONGWORD# 0x0 
; VL=912 	.pseg kvh_code
	.segment	kvh_code,memtype=0,wordsize=8,locinc=1,rom,align=2 
DBG62:
; VL=913 DBG62:
; VL=914 	.dbgseg dbg_syms
	.segment	dbg_syms,memtype=7,wordsize=32,locinc=4,align=2 
; VL=915 	.long 0x0
	LONGWORD# 0x0 
; VL=916 	.long DBG65
	LONGWORD# DBG65 
; VL=917 	.long DBG62
	LONGWORD# DBG62 
; VL=918 	.long 0x0
	LONGWORD# 0x0 
; VL=919 	.long 0xff0001
	LONGWORD# 0xff0001 
DBG61:
; VL=920 ; }
; }
; VL=921 ; int kvhGetTurnsCounter(float *pTurns)
; int kvhGetTurnsCounter(float *pTurns)
; VL=922 DBG61:
; VL=923 	.long 0x0
	LONGWORD# 0x0 
; VL=924 	.long DBG82
	LONGWORD# DBG82 
; VL=925 	.long _kvhGetTurnsCounter
	LONGWORD# _kvhGetTurnsCounter 
; VL=926 	.long 0x44
	LONGWORD# 0x44 
; VL=927 	.long 0x1020001
	LONGWORD# 0x1020001 
; VL=928 	.long DBG66
	LONGWORD# DBG66 
; VL=929 	.long DBG79-DBG80
	LONGWORD# DBG79-DBG80 
; VL=930 	.long DBG81
	LONGWORD# DBG81 
; VL=931 	.long DBG78
	LONGWORD# DBG78 
; VL=932 	.long 0x0
	LONGWORD# 0x0 
; VL=933 	.pseg kvh_code
	.segment	kvh_code,memtype=0,wordsize=8,locinc=1,rom,align=2 
DBG80:
; VL=934 DBG80:
; VL=935 	.dbgseg dbg_syms
	.segment	dbg_syms,memtype=7,wordsize=32,locinc=4,align=2 
DBG66:
; VL=936 DBG66:
; VL=937 	.long 0x66622e
	LONGWORD# 0x66622e 
; VL=938 	.long 0x0
	LONGWORD# 0x0 
; VL=939 	.long DBG80
	LONGWORD# DBG80 
; VL=940 	.long 0x0
	LONGWORD# 0x0 
; VL=941 	.long 0x1650001
	LONGWORD# 0x1650001 
; VL=942 	.long 0x0
	LONGWORD# 0x0 
; VL=943 	.long 0x86
	LONGWORD# 0x86 
; VL=944 	.long 0x0
	LONGWORD# 0x0 
; VL=945 	.long DBG83
	LONGWORD# DBG83 
; VL=946 	.long 0x0
	LONGWORD# 0x0 
; VL=947 	.dbgseg dbg_line
	.segment	dbg_line,memtype=7,wordsize=32,locinc=4,align=2 
DBG81:
; VL=948 DBG81:
; VL=949 	.long DBG61
	LONGWORD# DBG61 
; VL=950 	.long 0x0
	LONGWORD# 0x0 
; VL=951 	.long _kvhGetTurnsCounter
	LONGWORD# _kvhGetTurnsCounter 
; VL=952 	.long 0x1
	LONGWORD# 0x1 
; VL=953 	.long DBG85
	LONGWORD# DBG85 
; VL=954 	.long 0x2
	LONGWORD# 0x2 
; VL=955 	.long DBG86
	LONGWORD# DBG86 
; VL=956 	.long 0x3
	LONGWORD# 0x3 
; VL=957 	.long DBG87
	LONGWORD# DBG87 
; VL=958 	.long 0x4
	LONGWORD# 0x4 
; VL=959 	.long DBG88
	LONGWORD# DBG88 
; VL=960 	.long 0x6
	LONGWORD# 0x6 
; VL=961 	.long DBG89
	LONGWORD# DBG89 
; VL=962 	.long 0x7
	LONGWORD# 0x7 
; VL=963 	.long DBG90
	LONGWORD# DBG90 
; VL=964 	.long 0x8
	LONGWORD# 0x8 
; VL=965 	.pseg kvh_code
	.segment	kvh_code,memtype=0,wordsize=8,locinc=1,rom,align=2 
; VL=966 	.global _kvhGetTurnsCounter
	 .global _kvhGetTurnsCounter 
; VL=967 _kvhGetTurnsCounter:
_kvhGetTurnsCounter:
; VL=968 	push	r4
	push_lsb word reg_mod r4 
	push 
DBG84:
; VL=969 DBG84:
; VL=970 ; ENTRY
; ENTRY
; VL=971 	mov	r12,r4
	d_reg word reg_mod r4 
	mov Sreg# r12 
DBG85:
DBG86:
; VL=972 DBG86:
; VL=973 DBG85:
; VL=974 ; pTurns at argloc 0 (0x0) in reg  size 2
; pTurns at argloc 0 (0x0) in reg  size 2
; VL=975 ; {
; {
; VL=976 ;   if (pTurns == ((void *) 0) )
;   if (pTurns == ((void *) 0) )
; VL=977 	cmp	#0x0,r4
	d_reg word reg_mod r4 
	cmp Sreg# r3 
; VL=978 	jne	kvhGetTurnsCounter_L1
	.ifa (kvhGetTurnsCounter_L1-.-2),-1024,1022 
	DISP_LSB_8# .bits(0, 7,  (kvhGetTurnsCounter_L1 - . - 2)/2  ) 
	jne DISP_MSB_2# .bits(8, 9,  (kvhGetTurnsCounter_L1 - . - 1)/2  ) 
	.else 
	DISP_LSB_8# .bits(0, 7,  (MCP1 - . - 2)/2  ) 
	jz DISP_MSB_2# .bits(8, 9,  (MCP1 - . - 1)/2  ) 
	d_reg word imm_ind_mod r0 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, kvhGetTurnsCounter_L1) 
	BYTE# .bits( 8, 15, kvhGetTurnsCounter_L1) 
	MCP1: 
	.endif 
DBG87:
; VL=979 DBG87:
; VL=980 ;     return -1;
;     return -1;
; VL=981 	mov	#-0x1,r12
	d_reg word imm_ind_mod r12 
	mov Sreg# r3 
; VL=982 	jmp	kvhGetTurnsCounter_LL2
	.ifa (kvhGetTurnsCounter_LL2-.-2),-1024,1022 
	DISP_LSB_8# .bits(0, 7,  (kvhGetTurnsCounter_LL2 - . - 2)/2  ) 
	jmp DISP_MSB_2# .bits(8, 9,  (kvhGetTurnsCounter_LL2 - . - 1)/2  ) 
	.else 
	d_reg word imm_ind_mod r0 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, kvhGetTurnsCounter_LL2) 
	BYTE# .bits( 8, 15, kvhGetTurnsCounter_LL2) 
	.endif 
DBG88:
; VL=983 DBG88:
; VL=984 kvhGetTurnsCounter_L1:
kvhGetTurnsCounter_L1:
; VL=985 ;   *pTurns = ((float)netTurns);
;   *pTurns = ((float)netTurns);
; VL=986 	mov	&_netTurns,r13
	d_reg word ind_sym_abs_mod r13 
	mov Sreg# r2 
	BYTE# .bits( 0, 7, _netTurns) 
	BYTE# .bits( 8, 15, _netTurns) 
; VL=987 	mov	#0x0,r12
	d_reg word reg_mod r12 
	mov Sreg# r3 
; VL=988 	cmp	#0x0,r13
	d_reg word reg_mod r13 
	cmp Sreg# r3 
; VL=989 	jge	kvhGetTurnsCounter_LL3
	.ifa (kvhGetTurnsCounter_LL3-.-2),-1024,1022 
	DISP_LSB_8# .bits(0, 7,  (kvhGetTurnsCounter_LL3 - . - 2)/2  ) 
	jge DISP_MSB_2# .bits(8, 9,  (kvhGetTurnsCounter_LL3 - . - 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, kvhGetTurnsCounter_LL3) 
	BYTE# .bits( 8, 15, kvhGetTurnsCounter_LL3) 
	MCP2: 
	.endif 
; VL=990 	mov	#-0x1,r12
	d_reg word imm_ind_mod r12 
	mov Sreg# r3 
; VL=991 kvhGetTurnsCounter_LL3:
kvhGetTurnsCounter_LL3:
DBG91:
; VL=992 DBG91:
; VL=993 	call	#__l_to_s
	call_lsb word imm_ind_mod r0 
	call 
	BYTE# .bits( 0, 7, __l_to_s) 
	BYTE# .bits( 8, 15, __l_to_s) 
DBG92:
; VL=994 DBG92:
; VL=995 	mov	r13,0(r4)
	d_not_reg word reg_mod r4 
	mov Sreg# r13 
	BYTE# .bits( 0, 7, 0) 
	BYTE# .bits( 8, 15, 0) 
; VL=996 	mov	r12,0x2(r4)
	d_not_reg word reg_mod r4 
	mov Sreg# r12 
	BYTE# .bits( 0, 7, 0x2) 
	BYTE# .bits( 8, 15, 0x2) 
DBG89:
; VL=997 DBG89:
; VL=998 ;   return 0;
;   return 0;
; VL=999 	mov	#0x0,r12
	d_reg word reg_mod r12 
	mov Sreg# r3 
DBG90:
; VL=1000 DBG90:
; VL=1001 kvhGetTurnsCounter_LL2:
kvhGetTurnsCounter_LL2:
DBG93:
; VL=1002 ; EXIT
; EXIT
; VL=1003 ; .temp1 at stkloc 0 (0x0) size 2
; .temp1 at stkloc 0 (0x0) size 2
; VL=1004 DBG93:
; VL=1005 	pop	r4
	d_reg word imm_ind_mod r4 
	mov Sreg# r1 
; VL=1006 	ret
	d_reg word imm_ind_mod r0 
	mov Sreg# r1 
; VL=1007 	.dbgseg dbg_syms
	.segment	dbg_syms,memtype=7,wordsize=32,locinc=4,align=2 
; VL=1008 	.long 0x0
	LONGWORD# 0x0 
; VL=1009 	.long DBG29
	LONGWORD# DBG29 
; VL=1010 	.long 0x2
	LONGWORD# 0x2 
; VL=1011 	.long 0x0
	LONGWORD# 0x0 
; VL=1012 	.long 0x10002
	LONGWORD# 0x10002 
; VL=1013 	.long 0x0
	LONGWORD# 0x0 
; VL=1014 	.long DBG30
	LONGWORD# DBG30 
; VL=1015 	.long 0x2
	LONGWORD# 0x2 
; VL=1016 	.long 0x0
	LONGWORD# 0x0 
; VL=1017 	.long 0x10002
	LONGWORD# 0x10002 
; VL=1018 	.long 0x504e5f5f
	LONGWORD# 0x504e5f5f 
; VL=1019 	.long 0x534d5241
	LONGWORD# 0x534d5241 
; VL=1020 	.long 0x1
	LONGWORD# 0x1 
; VL=1021 	.long 0x0
	LONGWORD# 0x0 
; VL=1022 	.long 0x10002
	LONGWORD# 0x10002 
; VL=1023 	.long 0x0
	LONGWORD# 0x0 
; VL=1024 	.long DBG94
	LONGWORD# DBG94 
; VL=1025 	.long 0x0
	LONGWORD# 0x0 
; VL=1026 	.long 0x0
	LONGWORD# 0x0 
; VL=1027 	.long 0x10002
	LONGWORD# 0x10002 
DBG77:
; VL=1028 DBG77:
; VL=1029 	.long 0x62622e
	LONGWORD# 0x62622e 
; VL=1030 	.long 0x0
	LONGWORD# 0x0 
; VL=1031 	.long DBG84
	LONGWORD# DBG84 
; VL=1032 	.long 0x0
	LONGWORD# 0x0 
; VL=1033 	.long 0x1640001
	LONGWORD# 0x1640001 
; VL=1034 	.long 0x0
	LONGWORD# 0x0 
; VL=1035 	.long 0x1
	LONGWORD# 0x1 
; VL=1036 	.long 0x0
	LONGWORD# 0x0 
; VL=1037 	.long DBG95
	LONGWORD# DBG95 
; VL=1038 	.long 0x0
	LONGWORD# 0x0 
; VL=1039 	.long 0x72755470
	LONGWORD# 0x72755470 
; VL=1040 	.long 0x736e
	LONGWORD# 0x736e 
; VL=1041 	.long 0xc0102
	LONGWORD# 0xc0102 
; VL=1042 	.long 0x26
	LONGWORD# 0x26 
; VL=1043 	.long 0x11ffff
	LONGWORD# 0x11ffff 
; VL=1044 	.long 0x62652e
	LONGWORD# 0x62652e 
; VL=1045 	.long 0x0
	LONGWORD# 0x0 
; VL=1046 	.long DBG85
	LONGWORD# DBG85 
; VL=1047 	.long 0x0
	LONGWORD# 0x0 
; VL=1048 	.long 0x1640001
	LONGWORD# 0x1640001 
; VL=1049 	.long 0x0
	LONGWORD# 0x0 
; VL=1050 	.long 0x2
	LONGWORD# 0x2 
; VL=1051 	.long 0x0
	LONGWORD# 0x0 
; VL=1052 	.long 0x0
	LONGWORD# 0x0 
; VL=1053 	.long 0x0
	LONGWORD# 0x0 
DBG95:
; VL=1054 DBG95:
; VL=1055 	.long 0x62622e
	LONGWORD# 0x62622e 
; VL=1056 	.long 0x0
	LONGWORD# 0x0 
; VL=1057 	.long DBG85
	LONGWORD# DBG85 
; VL=1058 	.long 0x0
	LONGWORD# 0x0 
; VL=1059 	.long 0x1640001
	LONGWORD# 0x1640001 
; VL=1060 	.long 0x0
	LONGWORD# 0x0 
; VL=1061 	.long 0x2
	LONGWORD# 0x2 
; VL=1062 	.long 0x0
	LONGWORD# 0x0 
; VL=1063 	.long DBG96
	LONGWORD# DBG96 
; VL=1064 	.long 0x0
	LONGWORD# 0x0 
; VL=1065 	.long 0x72755470
	LONGWORD# 0x72755470 
; VL=1066 	.long 0x736e
	LONGWORD# 0x736e 
; VL=1067 	.long 0x40102
	LONGWORD# 0x40102 
; VL=1068 	.long 0x26
	LONGWORD# 0x26 
; VL=1069 	.long 0x11ffff
	LONGWORD# 0x11ffff 
DBG96:
; VL=1070 DBG96:
; VL=1071 	.long 0x62622e
	LONGWORD# 0x62622e 
; VL=1072 	.long 0x0
	LONGWORD# 0x0 
; VL=1073 	.long DBG91
	LONGWORD# DBG91 
; VL=1074 	.long 0x0
	LONGWORD# 0x0 
; VL=1075 	.long 0x1640001
	LONGWORD# 0x1640001 
; VL=1076 	.long 0x0
	LONGWORD# 0x0 
; VL=1077 	.long 0x7
	LONGWORD# 0x7 
; VL=1078 	.long 0x0
	LONGWORD# 0x0 
; VL=1079 	.long DBG97
	LONGWORD# DBG97 
; VL=1080 	.long 0x0
	LONGWORD# 0x0 
; VL=1081 	.long 0x0
	LONGWORD# 0x0 
; VL=1082 	.long DBG98
	LONGWORD# DBG98 
; VL=1083 	.long 0x0
	LONGWORD# 0x0 
; VL=1084 	.long 0x0
	LONGWORD# 0x0 
; VL=1085 	.long 0x10002
	LONGWORD# 0x10002 
; VL=1086 	.long 0x62652e
	LONGWORD# 0x62652e 
; VL=1087 	.long 0x0
	LONGWORD# 0x0 
; VL=1088 	.long DBG92
	LONGWORD# DBG92 
; VL=1089 	.long 0x0
	LONGWORD# 0x0 
; VL=1090 	.long 0x1640001
	LONGWORD# 0x1640001 
; VL=1091 	.long 0x0
	LONGWORD# 0x0 
; VL=1092 	.long 0x7
	LONGWORD# 0x7 
; VL=1093 	.long 0x0
	LONGWORD# 0x0 
; VL=1094 	.long 0x0
	LONGWORD# 0x0 
; VL=1095 	.long 0x0
	LONGWORD# 0x0 
; VL=1096 	.long 0x62652e
	LONGWORD# 0x62652e 
; VL=1097 	.long 0x0
	LONGWORD# 0x0 
; VL=1098 	.long DBG90
	LONGWORD# DBG90 
; VL=1099 	.long 0x0
	LONGWORD# 0x0 
; VL=1100 	.long 0x1640001
	LONGWORD# 0x1640001 
; VL=1101 	.long 0x0
	LONGWORD# 0x0 
; VL=1102 	.long 0x8
	LONGWORD# 0x8 
; VL=1103 	.long 0x0
	LONGWORD# 0x0 
; VL=1104 	.long 0x0
	LONGWORD# 0x0 
; VL=1105 	.long 0x0
	LONGWORD# 0x0 
; VL=1106 	.long 0x66652e
	LONGWORD# 0x66652e 
; VL=1107 	.long 0x0
	LONGWORD# 0x0 
; VL=1108 	.long DBG93
	LONGWORD# DBG93 
; VL=1109 	.long 0x0
	LONGWORD# 0x0 
; VL=1110 	.long 0x1650001
	LONGWORD# 0x1650001 
; VL=1111 	.long 0x0
	LONGWORD# 0x0 
; VL=1112 	.long 0x8d
	LONGWORD# 0x8d 
; VL=1113 	.long 0x0
	LONGWORD# 0x0 
; VL=1114 	.long 0x0
	LONGWORD# 0x0 
; VL=1115 	.long 0x0
	LONGWORD# 0x0 
; VL=1116 	.pseg kvh_code
	.segment	kvh_code,memtype=0,wordsize=8,locinc=1,rom,align=2 
DBG79:
; VL=1117 DBG79:
; VL=1118 	.dbgseg dbg_syms
	.segment	dbg_syms,memtype=7,wordsize=32,locinc=4,align=2 
; VL=1119 	.long 0x0
	LONGWORD# 0x0 
; VL=1120 	.long DBG82
	LONGWORD# DBG82 
; VL=1121 	.long DBG79
	LONGWORD# DBG79 
; VL=1122 	.long 0x0
	LONGWORD# 0x0 
; VL=1123 	.long 0xff0001
	LONGWORD# 0xff0001 
DBG78:
; VL=1124 ; }
; }
; VL=1125 ; void kvhReceiveHandler(void)
; void kvhReceiveHandler(void)
; VL=1126 DBG78:
; VL=1127 	.long 0x0
	LONGWORD# 0x0 
; VL=1128 	.long DBG103
	LONGWORD# DBG103 
; VL=1129 	.long _kvhReceiveHandler
	LONGWORD# _kvhReceiveHandler 
; VL=1130 	.long 0x40
	LONGWORD# 0x40 
; VL=1131 	.long 0x1020001
	LONGWORD# 0x1020001 
; VL=1132 	.long DBG83
	LONGWORD# DBG83 
; VL=1133 	.long DBG100-DBG101
	LONGWORD# DBG100-DBG101 
; VL=1134 	.long DBG102
	LONGWORD# DBG102 
; VL=1135 	.long DBG99
	LONGWORD# DBG99 
; VL=1136 	.long 0x0
	LONGWORD# 0x0 
; VL=1137 	.pseg kvh_code
	.segment	kvh_code,memtype=0,wordsize=8,locinc=1,rom,align=2 
DBG101:
; VL=1138 DBG101:
; VL=1139 	.dbgseg dbg_syms
	.segment	dbg_syms,memtype=7,wordsize=32,locinc=4,align=2 
DBG83:
; VL=1140 DBG83:
; VL=1141 	.long 0x66622e
	LONGWORD# 0x66622e 
; VL=1142 	.long 0x0
	LONGWORD# 0x0 
; VL=1143 	.long DBG101
	LONGWORD# DBG101 
; VL=1144 	.long 0x0
	LONGWORD# 0x0 
; VL=1145 	.long 0x1650001
	LONGWORD# 0x1650001 
; VL=1146 	.long 0x0
	LONGWORD# 0x0 
; VL=1147 	.long 0x94
	LONGWORD# 0x94 
; VL=1148 	.long 0x0
	LONGWORD# 0x0 
; VL=1149 	.long DBG104
	LONGWORD# DBG104 
; VL=1150 	.long 0x0
	LONGWORD# 0x0 
; VL=1151 	.dbgseg dbg_line
	.segment	dbg_line,memtype=7,wordsize=32,locinc=4,align=2 
DBG102:
; VL=1152 DBG102:
; VL=1153 	.long DBG78
	LONGWORD# DBG78 
; VL=1154 	.long 0x0
	LONGWORD# 0x0 
; VL=1155 	.long _kvhReceiveHandler
	LONGWORD# _kvhReceiveHandler 
; VL=1156 	.long 0x1
	LONGWORD# 0x1 
; VL=1157 	.long DBG106
	LONGWORD# DBG106 
; VL=1158 	.long 0x2
	LONGWORD# 0x2 
; VL=1159 	.long DBG107
	LONGWORD# DBG107 
; VL=1160 	.long 0x3
	LONGWORD# 0x3 
; VL=1161 	.pseg kvh_code
	.segment	kvh_code,memtype=0,wordsize=8,locinc=1,rom,align=2 
; VL=1162 	.global _kvhReceiveHandler
	 .global _kvhReceiveHandler 
; VL=1163 _kvhReceiveHandler:
_kvhReceiveHandler:
DBG105:
DBG106:
DBG107:
DBG108:
; VL=1164 ; ENTRY
; ENTRY
; VL=1165 DBG105:
; VL=1166 ; {
; {
; VL=1167 DBG106:
; VL=1168 DBG107:
; VL=1169 ; EXIT
; EXIT
; VL=1170 DBG108:
; VL=1171 	ret
	d_reg word imm_ind_mod r0 
	mov Sreg# r1 
; VL=1172 	.dbgseg dbg_syms
	.segment	dbg_syms,memtype=7,wordsize=32,locinc=4,align=2 
; VL=1173 	.long 0x0
	LONGWORD# 0x0 
; VL=1174 	.long DBG29
	LONGWORD# DBG29 
; VL=1175 	.long 0x0
	LONGWORD# 0x0 
; VL=1176 	.long 0x0
	LONGWORD# 0x0 
; VL=1177 	.long 0x10002
	LONGWORD# 0x10002 
; VL=1178 	.long 0x0
	LONGWORD# 0x0 
; VL=1179 	.long DBG30
	LONGWORD# DBG30 
; VL=1180 	.long 0x2
	LONGWORD# 0x2 
; VL=1181 	.long 0x0
	LONGWORD# 0x0 
; VL=1182 	.long 0x10002
	LONGWORD# 0x10002 
; VL=1183 	.long 0x504e5f5f
	LONGWORD# 0x504e5f5f 
; VL=1184 	.long 0x534d5241
	LONGWORD# 0x534d5241 
; VL=1185 	.long 0x0
	LONGWORD# 0x0 
; VL=1186 	.long 0x0
	LONGWORD# 0x0 
; VL=1187 	.long 0x10002
	LONGWORD# 0x10002 
; VL=1188 	.long 0x66652e
	LONGWORD# 0x66652e 
; VL=1189 	.long 0x0
	LONGWORD# 0x0 
; VL=1190 	.long DBG108
	LONGWORD# DBG108 
; VL=1191 	.long 0x0
	LONGWORD# 0x0 
; VL=1192 	.long 0x1650001
	LONGWORD# 0x1650001 
; VL=1193 	.long 0x0
	LONGWORD# 0x0 
; VL=1194 	.long 0x96
	LONGWORD# 0x96 
; VL=1195 	.long 0x0
	LONGWORD# 0x0 
; VL=1196 	.long 0x0
	LONGWORD# 0x0 
; VL=1197 	.long 0x0
	LONGWORD# 0x0 
; VL=1198 	.pseg kvh_code
	.segment	kvh_code,memtype=0,wordsize=8,locinc=1,rom,align=2 
DBG100:
; VL=1199 DBG100:
; VL=1200 	.dbgseg dbg_syms
	.segment	dbg_syms,memtype=7,wordsize=32,locinc=4,align=2 
; VL=1201 	.long 0x0
	LONGWORD# 0x0 
; VL=1202 	.long DBG103
	LONGWORD# DBG103 
; VL=1203 	.long DBG100
	LONGWORD# DBG100 
; VL=1204 	.long 0x0
	LONGWORD# 0x0 
; VL=1205 	.long 0xff0001
	LONGWORD# 0xff0001 
DBG99:
; VL=1206 ; }
; }
; VL=1207 ; static __inline__ int convertAnalog(unsigned int adcCounts, float *pDegrees)
; static __inline__ int convertAnalog(unsigned int adcCounts, float *pDegrees)
; VL=1208 ; }
; }
; VL=1209 ; static __inline__ void updateHeading(float newHeading)
; static __inline__ void updateHeading(float newHeading)
; VL=1210 ; }
; }
; VL=1211 ; void kvhRawAdcInHandler(void)
; void kvhRawAdcInHandler(void)
; VL=1212 DBG99:
; VL=1213 	.long 0x0
	LONGWORD# 0x0 
; VL=1214 	.long DBG113
	LONGWORD# DBG113 
; VL=1215 	.long _kvhRawAdcInHandler
	LONGWORD# _kvhRawAdcInHandler 
; VL=1216 	.long 0x40
	LONGWORD# 0x40 
; VL=1217 	.long 0x1020001
	LONGWORD# 0x1020001 
; VL=1218 	.long DBG104
	LONGWORD# DBG104 
; VL=1219 	.long DBG110-DBG111
	LONGWORD# DBG110-DBG111 
; VL=1220 	.long DBG112
	LONGWORD# DBG112 
; VL=1221 	.long DBG109
	LONGWORD# DBG109 
; VL=1222 	.long 0x0
	LONGWORD# 0x0 
; VL=1223 	.pseg kvh_code
	.segment	kvh_code,memtype=0,wordsize=8,locinc=1,rom,align=2 
DBG111:
; VL=1224 DBG111:
; VL=1225 	.dbgseg dbg_syms
	.segment	dbg_syms,memtype=7,wordsize=32,locinc=4,align=2 
DBG104:
; VL=1226 DBG104:
; VL=1227 	.long 0x66622e
	LONGWORD# 0x66622e 
; VL=1228 	.long 0x0
	LONGWORD# 0x0 
; VL=1229 	.long DBG111
	LONGWORD# DBG111 
; VL=1230 	.long 0x0
	LONGWORD# 0x0 
; VL=1231 	.long 0x1650001
	LONGWORD# 0x1650001 
; VL=1232 	.long 0x0
	LONGWORD# 0x0 
; VL=1233 	.long 0xeb
	LONGWORD# 0xeb 
; VL=1234 	.long 0x0
	LONGWORD# 0x0 
; VL=1235 	.long DBG114
	LONGWORD# DBG114 
; VL=1236 	.long 0x0
	LONGWORD# 0x0 
; VL=1237 	.dbgseg dbg_line
	.segment	dbg_line,memtype=7,wordsize=32,locinc=4,align=2 
DBG112:
; VL=1238 DBG112:
; VL=1239 	.long DBG99
	LONGWORD# DBG99 
; VL=1240 	.long 0x0
	LONGWORD# 0x0 
; VL=1241 	.long _kvhRawAdcInHandler
	LONGWORD# _kvhRawAdcInHandler 
; VL=1242 	.long 0x1
	LONGWORD# 0x1 
; VL=1243 	.long DBG116
	LONGWORD# DBG116 
; VL=1244 	.long 0x2
	LONGWORD# 0x2 
; VL=1245 	.long DBG117
	LONGWORD# DBG117 
; VL=1246 	.long 0x7
	LONGWORD# 0x7 
; VL=1247 	.long DBG119
	LONGWORD# DBG119 
; VL=1248 	.long 0x8
	LONGWORD# 0x8 
; VL=1249 	.long DBG120
	LONGWORD# DBG120 
; VL=1250 	.long 0x9
	LONGWORD# 0x9 
; VL=1251 	.long DBG121
	LONGWORD# DBG121 
; VL=1252 	.long 0xa
	LONGWORD# 0xa 
; VL=1253 	.long DBG122
	LONGWORD# DBG122 
; VL=1254 	.long 0xb
	LONGWORD# 0xb 
; VL=1255 	.long DBG123
	LONGWORD# DBG123 
; VL=1256 	.long 0xc
	LONGWORD# 0xc 
; VL=1257 	.long DBG124
	LONGWORD# DBG124 
; VL=1258 	.long 0xd
	LONGWORD# 0xd 
; VL=1259 	.long DBG145
	LONGWORD# DBG145 
; VL=1260 	.long 0xe
	LONGWORD# 0xe 
; VL=1261 	.long DBG180
	LONGWORD# DBG180 
; VL=1262 	.long 0xf
	LONGWORD# 0xf 
; VL=1263 	.long DBG181
	LONGWORD# DBG181 
; VL=1264 	.long 0x10
	LONGWORD# 0x10 
; VL=1265 	.long DBG183
	LONGWORD# DBG183 
; VL=1266 	.long 0x12
	LONGWORD# 0x12 
; VL=1267 	.long DBG184
	LONGWORD# DBG184 
; VL=1268 	.long 0x13
	LONGWORD# 0x13 
; VL=1269 	.pseg kvh_code
	.segment	kvh_code,memtype=0,wordsize=8,locinc=1,rom,align=2 
; VL=1270 	.global _kvhRawAdcInHandler
	 .global _kvhRawAdcInHandler 
; VL=1271 _kvhRawAdcInHandler:
_kvhRawAdcInHandler:
; VL=1272 	push	r4
	push_lsb word reg_mod r4 
	push 
; VL=1273 	push	r5
	push_lsb word reg_mod r5 
	push 
; VL=1274 	push	r6
	push_lsb word reg_mod r6 
	push 
; VL=1275 	push	r7
	push_lsb word reg_mod r7 
	push 
; VL=1276 	push	r8
	push_lsb word reg_mod r8 
	push 
; VL=1277 	sub	#0x6,sp
	d_reg word imm_ind_mod sp 
	sub Sreg# r0 
	BYTE# .bits( 0, 7, 0x6) 
	BYTE# .bits( 8, 15, 0x6) 
DBG115:
DBG116:
DBG117:
; VL=1278 DBG117:
; VL=1279 DBG116:
; VL=1280 DBG115:
; VL=1281 ; ENTRY
; ENTRY
; VL=1282 ; newHeading at stkloc 0 (0x0) size 4
; newHeading at stkloc 0 (0x0) size 4
; VL=1283 ; rawSample at stkloc 4 (0x4) size 2
; rawSample at stkloc 4 (0x4) size 2
; VL=1284 ; pDegrees in reg  size 2
; pDegrees in reg  size 2
; VL=1285 ; tmpHead in reg  size 4
; tmpHead in reg  size 4
; VL=1286 ; {
; {
; VL=1287 ;   float newHeading;
;   float newHeading;
; VL=1288 ;   unsigned int rawSample;
;   unsigned int rawSample;
; VL=1289 ;   while (adc12GetKvh(&rawSample) != -1) {
;   while (adc12GetKvh(&rawSample) != -1) {
; VL=1290 kvhRawAdcInHandler_L1:
kvhRawAdcInHandler_L1:
; VL=1291 	mov	sp,r12
	d_reg word reg_mod r12 
	mov Sreg# sp 
; VL=1292 	add	#0x4,r12
	d_reg word ind_reg_mod r12 
	add Sreg# r2 
; VL=1293 	call	#_adc12GetKvh
	call_lsb word imm_ind_mod r0 
	call 
	BYTE# .bits( 0, 7, _adc12GetKvh) 
	BYTE# .bits( 8, 15, _adc12GetKvh) 
; VL=1294 	cmp	#-0x1,r12
	d_reg word imm_ind_mod r12 
	cmp Sreg# r3 
; VL=1295 	jeq	kvhRawAdcInHandler_L2
	.ifa (kvhRawAdcInHandler_L2-.-2),-1024,1022 
	DISP_LSB_8# .bits(0, 7,  (kvhRawAdcInHandler_L2 - . - 2)/2  ) 
	jeq DISP_MSB_2# .bits(8, 9,  (kvhRawAdcInHandler_L2 - . - 1)/2  ) 
	.else 
	DISP_LSB_8# .bits(0, 7,  (MCP4 - . - 2)/2  ) 
	jnz DISP_MSB_2# .bits(8, 9,  (MCP4 - . - 1)/2  ) 
	d_reg word imm_ind_mod r0 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, kvhRawAdcInHandler_L2) 
	BYTE# .bits( 8, 15, kvhRawAdcInHandler_L2) 
	MCP4: 
	.endif 
DBG118:
DBG119:
; VL=1296 DBG119:
; VL=1297 DBG118:
; VL=1298 ;     lastRawAdcSample = rawSample;
;     lastRawAdcSample = rawSample;
; VL=1299 	mov	0x4(sp),r12
	d_reg word ind_sym_abs_mod r12 
	mov Sreg# sp 
	BYTE# .bits( 0, 7, 0x4) 
	BYTE# .bits( 8, 15, 0x4) 
; VL=1300 	mov	r12,&_lastRawAdcSample
	d_not_reg word reg_mod r2 
	mov Sreg# r12 
	BYTE# .bits( 0, 7, _lastRawAdcSample) 
	BYTE# .bits( 8, 15, _lastRawAdcSample) 
DBG120:
; VL=1301 DBG120:
; VL=1302 ;     if (rawSample > maxRawAdcSample)
;     if (rawSample > maxRawAdcSample)
; VL=1303 	cmp	r12,&_maxRawAdcSample
	d_not_reg word reg_mod r2 
	cmp Sreg# r12 
	BYTE# .bits( 0, 7, _maxRawAdcSample) 
	BYTE# .bits( 8, 15, _maxRawAdcSample) 
; VL=1304 	jc	kvhRawAdcInHandler_L3
	.ifa (kvhRawAdcInHandler_L3-.-2),-1024,1022 
	DISP_LSB_8# .bits(0, 7,  (kvhRawAdcInHandler_L3 - . - 2)/2  ) 
	jc DISP_MSB_2# .bits(8, 9,  (kvhRawAdcInHandler_L3 - . - 1)/2  ) 
	.else 
	DISP_LSB_8# .bits(0, 7,  (MCP5 - . - 2)/2  ) 
	jnc DISP_MSB_2# .bits(8, 9,  (MCP5 - . - 1)/2  ) 
	d_reg word imm_ind_mod r0 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, kvhRawAdcInHandler_L3) 
	BYTE# .bits( 8, 15, kvhRawAdcInHandler_L3) 
	MCP5: 
	.endif 
DBG121:
; VL=1305 DBG121:
; VL=1306 ;       maxRawAdcSample = rawSample;
;       maxRawAdcSample = rawSample;
; VL=1307 	mov	r12,&_maxRawAdcSample
	d_not_reg word reg_mod r2 
	mov Sreg# r12 
	BYTE# .bits( 0, 7, _maxRawAdcSample) 
	BYTE# .bits( 8, 15, _maxRawAdcSample) 
DBG122:
; VL=1308 DBG122:
; VL=1309 kvhRawAdcInHandler_L3:
kvhRawAdcInHandler_L3:
; VL=1310 ;     if (rawSample < minRawAdcSample)
;     if (rawSample < minRawAdcSample)
; VL=1311 	cmp	&_minRawAdcSample,r12
	d_reg word ind_sym_abs_mod r12 
	cmp Sreg# r2 
	BYTE# .bits( 0, 7, _minRawAdcSample) 
	BYTE# .bits( 8, 15, _minRawAdcSample) 
; VL=1312 	jc	kvhRawAdcInHandler_L4
	.ifa (kvhRawAdcInHandler_L4-.-2),-1024,1022 
	DISP_LSB_8# .bits(0, 7,  (kvhRawAdcInHandler_L4 - . - 2)/2  ) 
	jc DISP_MSB_2# .bits(8, 9,  (kvhRawAdcInHandler_L4 - . - 1)/2  ) 
	.else 
	DISP_LSB_8# .bits(0, 7,  (MCP6 - . - 2)/2  ) 
	jnc DISP_MSB_2# .bits(8, 9,  (MCP6 - . - 1)/2  ) 
	d_reg word imm_ind_mod r0 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, kvhRawAdcInHandler_L4) 
	BYTE# .bits( 8, 15, kvhRawAdcInHandler_L4) 
	MCP6: 
	.endif 
DBG123:
; VL=1313 DBG123:
; VL=1314 ;       minRawAdcSample = rawSample;
;       minRawAdcSample = rawSample;
; VL=1315 	mov	r12,&_minRawAdcSample
	d_not_reg word reg_mod r2 
	mov Sreg# r12 
	BYTE# .bits( 0, 7, _minRawAdcSample) 
	BYTE# .bits( 8, 15, _minRawAdcSample) 
DBG124:
; VL=1316 DBG124:
; VL=1317 kvhRawAdcInHandler_L4:
kvhRawAdcInHandler_L4:
DBG125:
; VL=1318 ;     if (convertAnalog(rawSample, &newHeading) != -1) {
;     if (convertAnalog(rawSample, &newHeading) != -1) {
; VL=1319 ; {
; {
; VL=1320 DBG125:
; VL=1321 	mov	sp,r8
	d_reg word reg_mod r8 
	mov Sreg# sp 
DBG126:
; VL=1322 DBG126:
; VL=1323 ;   float tmpHead;
;   float tmpHead;
; VL=1324 ;   if (pDegrees == ((void *) 0) )
;   if (pDegrees == ((void *) 0) )
; VL=1325 	cmp	#0x0,r8
	d_reg word reg_mod r8 
	cmp Sreg# r3 
; VL=1326 	jne	kvhRawAdcInHandler_L5
	.ifa (kvhRawAdcInHandler_L5-.-2),-1024,1022 
	DISP_LSB_8# .bits(0, 7,  (kvhRawAdcInHandler_L5 - . - 2)/2  ) 
	jne DISP_MSB_2# .bits(8, 9,  (kvhRawAdcInHandler_L5 - . - 1)/2  ) 
	.else 
	DISP_LSB_8# .bits(0, 7,  (MCP7 - . - 2)/2  ) 
	jz DISP_MSB_2# .bits(8, 9,  (MCP7 - . - 1)/2  ) 
	d_reg word imm_ind_mod r0 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, kvhRawAdcInHandler_L5) 
	BYTE# .bits( 8, 15, kvhRawAdcInHandler_L5) 
	MCP7: 
	.endif 
DBG127:
; VL=1327 DBG127:
; VL=1328 ;     return -1;
;     return -1;
; VL=1329 	mov	#-0x1,r12
	d_reg word imm_ind_mod r12 
	mov Sreg# r3 
; VL=1330 	jmp	kvhRawAdcInHandler_LL2
	.ifa (kvhRawAdcInHandler_LL2-.-2),-1024,1022 
	DISP_LSB_8# .bits(0, 7,  (kvhRawAdcInHandler_LL2 - . - 2)/2  ) 
	jmp DISP_MSB_2# .bits(8, 9,  (kvhRawAdcInHandler_LL2 - . - 1)/2  ) 
	.else 
	d_reg word imm_ind_mod r0 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, kvhRawAdcInHandler_LL2) 
	BYTE# .bits( 8, 15, kvhRawAdcInHandler_LL2) 
	.endif 
DBG128:
; VL=1331 DBG128:
; VL=1332 kvhRawAdcInHandler_L5:
kvhRawAdcInHandler_L5:
; VL=1333 ;   if (adcCounts < (124) ) 
;   if (adcCounts < (124) ) 
; VL=1334 	cmp	#0x7c,0x4(sp)
	d_not_reg word imm_ind_mod sp 
	cmp Sreg# r0 
	BYTE# .bits( 0, 7, 0x7c) 
	BYTE# .bits( 8, 15, 0x7c) 
	BYTE# .bits( 0, 7, 0x4) 
	BYTE# .bits( 8, 15, 0x4) 
; VL=1335 	jc	kvhRawAdcInHandler_L6
	.ifa (kvhRawAdcInHandler_L6-.-2),-1024,1022 
	DISP_LSB_8# .bits(0, 7,  (kvhRawAdcInHandler_L6 - . - 2)/2  ) 
	jc DISP_MSB_2# .bits(8, 9,  (kvhRawAdcInHandler_L6 - . - 1)/2  ) 
	.else 
	DISP_LSB_8# .bits(0, 7,  (MCP8 - . - 2)/2  ) 
	jnc DISP_MSB_2# .bits(8, 9,  (MCP8 - . - 1)/2  ) 
	d_reg word imm_ind_mod r0 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, kvhRawAdcInHandler_L6) 
	BYTE# .bits( 8, 15, kvhRawAdcInHandler_L6) 
	MCP8: 
	.endif 
DBG129:
; VL=1336 DBG129:
; VL=1337 ;     return -1;
;     return -1;
; VL=1338 	mov	#-0x1,r12
	d_reg word imm_ind_mod r12 
	mov Sreg# r3 
; VL=1339 	jmp	kvhRawAdcInHandler_LL2
	.ifa (kvhRawAdcInHandler_LL2-.-2),-1024,1022 
	DISP_LSB_8# .bits(0, 7,  (kvhRawAdcInHandler_LL2 - . - 2)/2  ) 
	jmp DISP_MSB_2# .bits(8, 9,  (kvhRawAdcInHandler_LL2 - . - 1)/2  ) 
	.else 
	d_reg word imm_ind_mod r0 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, kvhRawAdcInHandler_LL2) 
	BYTE# .bits( 8, 15, kvhRawAdcInHandler_LL2) 
	.endif 
DBG130:
; VL=1340 DBG130:
; VL=1341 kvhRawAdcInHandler_L6:
kvhRawAdcInHandler_L6:
; VL=1342 ;   if (adcCounts > (2358) )
;   if (adcCounts > (2358) )
; VL=1343 	mov	#0x936,r12
	d_reg word imm_ind_mod r12 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, 0x936) 
	BYTE# .bits( 8, 15, 0x936) 
; VL=1344 	cmp	0x4(sp),r12
	d_reg word ind_sym_abs_mod r12 
	cmp Sreg# sp 
	BYTE# .bits( 0, 7, 0x4) 
	BYTE# .bits( 8, 15, 0x4) 
; VL=1345 	jc	kvhRawAdcInHandler_L7
	.ifa (kvhRawAdcInHandler_L7-.-2),-1024,1022 
	DISP_LSB_8# .bits(0, 7,  (kvhRawAdcInHandler_L7 - . - 2)/2  ) 
	jc DISP_MSB_2# .bits(8, 9,  (kvhRawAdcInHandler_L7 - . - 1)/2  ) 
	.else 
	DISP_LSB_8# .bits(0, 7,  (MCP9 - . - 2)/2  ) 
	jnc DISP_MSB_2# .bits(8, 9,  (MCP9 - . - 1)/2  ) 
	d_reg word imm_ind_mod r0 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, kvhRawAdcInHandler_L7) 
	BYTE# .bits( 8, 15, kvhRawAdcInHandler_L7) 
	MCP9: 
	.endif 
DBG131:
; VL=1346 DBG131:
; VL=1347 ;     return -1;
;     return -1;
; VL=1348 	mov	#-0x1,r12
	d_reg word imm_ind_mod r12 
	mov Sreg# r3 
; VL=1349 	jmp	kvhRawAdcInHandler_LL2
	.ifa (kvhRawAdcInHandler_LL2-.-2),-1024,1022 
	DISP_LSB_8# .bits(0, 7,  (kvhRawAdcInHandler_LL2 - . - 2)/2  ) 
	jmp DISP_MSB_2# .bits(8, 9,  (kvhRawAdcInHandler_LL2 - . - 1)/2  ) 
	.else 
	d_reg word imm_ind_mod r0 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, kvhRawAdcInHandler_LL2) 
	BYTE# .bits( 8, 15, kvhRawAdcInHandler_LL2) 
	.endif 
DBG132:
; VL=1350 DBG132:
; VL=1351 kvhRawAdcInHandler_L7:
kvhRawAdcInHandler_L7:
; VL=1352 ;   tmpHead = ( ( ( ((float)adcCounts) * adcCountsToMvScale) - 100.0) / 5.0);
;   tmpHead = ( ( ( ((float)adcCounts) * adcCountsToMvScale) - 100.0) / 5.0);
; VL=1353 	mov	0x4(sp),r13
	d_reg word ind_sym_abs_mod r13 
	mov Sreg# sp 
	BYTE# .bits( 0, 7, 0x4) 
	BYTE# .bits( 8, 15, 0x4) 
; VL=1354 	mov	#0x0,r12
	d_reg word reg_mod r12 
	mov Sreg# r3 
DBG185:
; VL=1355 DBG185:
; VL=1356 	call	#__u_to_s
	call_lsb word imm_ind_mod r0 
	call 
	BYTE# .bits( 0, 7, __u_to_s) 
	BYTE# .bits( 8, 15, __u_to_s) 
DBG186:
; VL=1357 DBG186:
; VL=1358 	mov	&_adcCountsToMvScale,r15
	d_reg word ind_sym_abs_mod r15 
	mov Sreg# r2 
	BYTE# .bits( 0, 7, _adcCountsToMvScale) 
	BYTE# .bits( 8, 15, _adcCountsToMvScale) 
; VL=1359 	mov	&_adcCountsToMvScale+0x2,r14
	d_reg word ind_sym_abs_mod r14 
	mov Sreg# r2 
	BYTE# .bits( 0, 7, _adcCountsToMvScale+0x2) 
	BYTE# .bits( 8, 15, _adcCountsToMvScale+0x2) 
DBG187:
; VL=1360 DBG187:
; VL=1361 	call	#__s_mul
	call_lsb word imm_ind_mod r0 
	call 
	BYTE# .bits( 0, 7, __s_mul) 
	BYTE# .bits( 8, 15, __s_mul) 
DBG188:
; VL=1362 DBG188:
; VL=1363 	mov	#0x0,r15
	d_reg word reg_mod r15 
	mov Sreg# r3 
; VL=1364 	mov	#0x42c8,r14
	d_reg word imm_ind_mod r14 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, 0x42c8) 
	BYTE# .bits( 8, 15, 0x42c8) 
DBG189:
; VL=1365 DBG189:
; VL=1366 	call	#__s_sub
	call_lsb word imm_ind_mod r0 
	call 
	BYTE# .bits( 0, 7, __s_sub) 
	BYTE# .bits( 8, 15, __s_sub) 
DBG190:
; VL=1367 DBG190:
; VL=1368 	mov	#0x0,r15
	d_reg word reg_mod r15 
	mov Sreg# r3 
; VL=1369 	mov	#0x40a0,r14
	d_reg word imm_ind_mod r14 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, 0x40a0) 
	BYTE# .bits( 8, 15, 0x40a0) 
DBG191:
; VL=1370 DBG191:
; VL=1371 	call	#__s_div
	call_lsb word imm_ind_mod r0 
	call 
	BYTE# .bits( 0, 7, __s_div) 
	BYTE# .bits( 8, 15, __s_div) 
DBG192:
; VL=1372 DBG192:
; VL=1373 	mov	r12,r4
	d_reg word reg_mod r4 
	mov Sreg# r12 
DBG133:
; VL=1374 DBG133:
; VL=1375 ;   if (tmpHead < 0.0) {
;   if (tmpHead < 0.0) {
; VL=1376 	mov	#0x0,r15
	d_reg word reg_mod r15 
	mov Sreg# r3 
; VL=1377 	mov	#0x0,r14
	d_reg word reg_mod r14 
	mov Sreg# r3 
; VL=1378 	mov	r4,r12
	d_reg word reg_mod r12 
	mov Sreg# r4 
DBG193:
; VL=1379 DBG193:
; VL=1380 	call	#__s_cmpz
	call_lsb word imm_ind_mod r0 
	call 
	BYTE# .bits( 0, 7, __s_cmpz) 
	BYTE# .bits( 8, 15, __s_cmpz) 
DBG194:
; VL=1381 DBG194:
; VL=1382 	mov	r13,r5
	d_reg word reg_mod r5 
	mov Sreg# r13 
; VL=1383 	cmp	#0x0,r12
	d_reg word reg_mod r12 
	cmp Sreg# r3 
; VL=1384 	jge	kvhRawAdcInHandler_L8
	.ifa (kvhRawAdcInHandler_L8-.-2),-1024,1022 
	DISP_LSB_8# .bits(0, 7,  (kvhRawAdcInHandler_L8 - . - 2)/2  ) 
	jge DISP_MSB_2# .bits(8, 9,  (kvhRawAdcInHandler_L8 - . - 1)/2  ) 
	.else 
	DISP_LSB_8# .bits(0, 7,  (MCP11 - . - 2)/2  ) 
	jge DISP_MSB_2# .bits(8, 9,  (MCP11 - . - 1)/2  ) 
	DISP_LSB_8# .bits(0, 7,  (MCP10 - . - 2)/2  ) 
	jmp DISP_MSB_2# .bits(8, 9,  (MCP10 - . - 1)/2  ) 
	MCP11: 
	d_reg word imm_ind_mod r0 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, kvhRawAdcInHandler_L8) 
	BYTE# .bits( 8, 15, kvhRawAdcInHandler_L8) 
	MCP10: 
	.endif 
DBG134:
DBG135:
; VL=1385 DBG135:
; VL=1386 DBG134:
; VL=1387 ;     tmpHead = 0.0;
;     tmpHead = 0.0;
; VL=1388 	mov	r15,r5
	d_reg word reg_mod r5 
	mov Sreg# r15 
; VL=1389 	mov	r14,r4
	d_reg word reg_mod r4 
	mov Sreg# r14 
DBG136:
DBG137:
; VL=1390 DBG137:
; VL=1391 DBG136:
; VL=1392 ;     }
;     }
; VL=1393 kvhRawAdcInHandler_L8:
kvhRawAdcInHandler_L8:
; VL=1394 ;   if (tmpHead > 359.9) {
;   if (tmpHead > 359.9) {
; VL=1395 	mov	#0xf333,r7
	d_reg word imm_ind_mod r7 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, 0xf333) 
	BYTE# .bits( 8, 15, 0xf333) 
; VL=1396 	mov	#0x43b3,r6
	d_reg word imm_ind_mod r6 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, 0x43b3) 
	BYTE# .bits( 8, 15, 0x43b3) 
; VL=1397 	mov	r5,r13
	d_reg word reg_mod r13 
	mov Sreg# r5 
; VL=1398 	mov	r4,r12
	d_reg word reg_mod r12 
	mov Sreg# r4 
; VL=1399 	mov	r7,r15
	d_reg word reg_mod r15 
	mov Sreg# r7 
; VL=1400 	mov	r6,r14
	d_reg word reg_mod r14 
	mov Sreg# r6 
DBG195:
; VL=1401 DBG195:
; VL=1402 	call	#__s_cmp
	call_lsb word imm_ind_mod r0 
	call 
	BYTE# .bits( 0, 7, __s_cmp) 
	BYTE# .bits( 8, 15, __s_cmp) 
DBG196:
; VL=1403 DBG196:
; VL=1404 	mov	#0x0,r13
	d_reg word reg_mod r13 
	mov Sreg# r3 
; VL=1405 	cmp	r12,r13
	d_reg word reg_mod r13 
	cmp Sreg# r12 
; VL=1406 	jge	kvhRawAdcInHandler_L9
	.ifa (kvhRawAdcInHandler_L9-.-2),-1024,1022 
	DISP_LSB_8# .bits(0, 7,  (kvhRawAdcInHandler_L9 - . - 2)/2  ) 
	jge DISP_MSB_2# .bits(8, 9,  (kvhRawAdcInHandler_L9 - . - 1)/2  ) 
	.else 
	DISP_LSB_8# .bits(0, 7,  (MCP13 - . - 2)/2  ) 
	jge DISP_MSB_2# .bits(8, 9,  (MCP13 - . - 1)/2  ) 
	DISP_LSB_8# .bits(0, 7,  (MCP12 - . - 2)/2  ) 
	jmp DISP_MSB_2# .bits(8, 9,  (MCP12 - . - 1)/2  ) 
	MCP13: 
	d_reg word imm_ind_mod r0 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, kvhRawAdcInHandler_L9) 
	BYTE# .bits( 8, 15, kvhRawAdcInHandler_L9) 
	MCP12: 
	.endif 
DBG138:
DBG139:
; VL=1407 DBG139:
; VL=1408 DBG138:
; VL=1409 ;     tmpHead = 359.9;
;     tmpHead = 359.9;
; VL=1410 	mov	r7,r5
	d_reg word reg_mod r5 
	mov Sreg# r7 
; VL=1411 	mov	r6,r4
	d_reg word reg_mod r4 
	mov Sreg# r6 
DBG140:
DBG141:
; VL=1412 DBG141:
; VL=1413 DBG140:
; VL=1414 ;     }
;     }
; VL=1415 kvhRawAdcInHandler_L9:
kvhRawAdcInHandler_L9:
; VL=1416 ;   *pDegrees = tmpHead;
;   *pDegrees = tmpHead;
; VL=1417 	mov	r5,0(r8)
	d_not_reg word reg_mod r8 
	mov Sreg# r5 
	BYTE# .bits( 0, 7, 0) 
	BYTE# .bits( 8, 15, 0) 
; VL=1418 	mov	r4,0x2(r8)
	d_not_reg word reg_mod r8 
	mov Sreg# r4 
	BYTE# .bits( 0, 7, 0x2) 
	BYTE# .bits( 8, 15, 0x2) 
DBG142:
; VL=1419 DBG142:
; VL=1420 ;   return 0;
;   return 0;
; VL=1421 	mov	#0x0,r12
	d_reg word reg_mod r12 
	mov Sreg# r3 
DBG143:
; VL=1422 DBG143:
; VL=1423 kvhRawAdcInHandler_LL2:
kvhRawAdcInHandler_LL2:
; VL=1424 	cmp	#-0x1,r12
	d_reg word imm_ind_mod r12 
	cmp Sreg# r3 
; VL=1425 	jeq	kvhRawAdcInHandler_L1
	.ifa (kvhRawAdcInHandler_L1-.-2),-1024,1022 
	DISP_LSB_8# .bits(0, 7,  (kvhRawAdcInHandler_L1 - . - 2)/2  ) 
	jeq DISP_MSB_2# .bits(8, 9,  (kvhRawAdcInHandler_L1 - . - 1)/2  ) 
	.else 
	DISP_LSB_8# .bits(0, 7,  (MCP14 - . - 2)/2  ) 
	jnz DISP_MSB_2# .bits(8, 9,  (MCP14 - . - 1)/2  ) 
	d_reg word imm_ind_mod r0 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, kvhRawAdcInHandler_L1) 
	BYTE# .bits( 8, 15, kvhRawAdcInHandler_L1) 
	MCP14: 
	.endif 
DBG144:
DBG145:
DBG146:
DBG147:
; VL=1426 DBG147:
; VL=1427 DBG146:
; VL=1428 DBG145:
; VL=1429 DBG144:
; VL=1430 ;       updateHeading(newHeading);
;       updateHeading(newHeading);
; VL=1431 ; {
; {
; VL=1432 ;   previousHeading = currentHeading;
;   previousHeading = currentHeading;
; VL=1433 	mov	&_currentHeading,&_previousHeading
	d_not_reg word ind_sym_abs_mod r2 
	mov Sreg# r2 
	BYTE# .bits( 0, 7, _currentHeading) 
	BYTE# .bits( 8, 15, _currentHeading) 
	BYTE# .bits( 0, 7, _previousHeading) 
	BYTE# .bits( 8, 15, _previousHeading) 
; VL=1434 	mov	&_currentHeading+0x2,&_previousHeading+0x2
	d_not_reg word ind_sym_abs_mod r2 
	mov Sreg# r2 
	BYTE# .bits( 0, 7, _currentHeading+0x2) 
	BYTE# .bits( 8, 15, _currentHeading+0x2) 
	BYTE# .bits( 0, 7, _previousHeading+0x2) 
	BYTE# .bits( 8, 15, _previousHeading+0x2) 
DBG148:
; VL=1435 DBG148:
; VL=1436 ;   currentHeading = newHeading;
;   currentHeading = newHeading;
; VL=1437 	mov	0x0(sp),r13
	d_reg word ind_reg_mod r13 
	mov Sreg# sp 
; VL=1438 	mov	0x2(sp),r12
	d_reg word ind_sym_abs_mod r12 
	mov Sreg# sp 
	BYTE# .bits( 0, 7, 0x2) 
	BYTE# .bits( 8, 15, 0x2) 
; VL=1439 	mov	r13,&_currentHeading
	d_not_reg word reg_mod r2 
	mov Sreg# r13 
	BYTE# .bits( 0, 7, _currentHeading) 
	BYTE# .bits( 8, 15, _currentHeading) 
; VL=1440 	mov	r12,&_currentHeading+0x2
	d_not_reg word reg_mod r2 
	mov Sreg# r12 
	BYTE# .bits( 0, 7, _currentHeading+0x2) 
	BYTE# .bits( 8, 15, _currentHeading+0x2) 
DBG149:
; VL=1441 DBG149:
; VL=1442 ;   if (currentHeading >= highTurnThresholdLevel) {
;   if (currentHeading >= highTurnThresholdLevel) {
; VL=1443 	mov	&_highTurnThresholdLevel,r15
	d_reg word ind_sym_abs_mod r15 
	mov Sreg# r2 
	BYTE# .bits( 0, 7, _highTurnThresholdLevel) 
	BYTE# .bits( 8, 15, _highTurnThresholdLevel) 
; VL=1444 	mov	&_highTurnThresholdLevel+0x2,r14
	d_reg word ind_sym_abs_mod r14 
	mov Sreg# r2 
	BYTE# .bits( 0, 7, _highTurnThresholdLevel+0x2) 
	BYTE# .bits( 8, 15, _highTurnThresholdLevel+0x2) 
DBG197:
; VL=1445 DBG197:
; VL=1446 	call	#__s_cmp
	call_lsb word imm_ind_mod r0 
	call 
	BYTE# .bits( 0, 7, __s_cmp) 
	BYTE# .bits( 8, 15, __s_cmp) 
DBG198:
; VL=1447 DBG198:
; VL=1448 	cmp	#0x0,r12
	d_reg word reg_mod r12 
	cmp Sreg# r3 
; VL=1449 	jl	kvhRawAdcInHandler_L11
	.ifa (kvhRawAdcInHandler_L11-.-2),-1024,1022 
	DISP_LSB_8# .bits(0, 7,  (kvhRawAdcInHandler_L11 - . - 2)/2  ) 
	jl DISP_MSB_2# .bits(8, 9,  (kvhRawAdcInHandler_L11 - . - 1)/2  ) 
	.else 
	DISP_LSB_8# .bits(0, 7,  (MCP16 - . - 2)/2  ) 
	jl DISP_MSB_2# .bits(8, 9,  (MCP16 - . - 1)/2  ) 
	DISP_LSB_8# .bits(0, 7,  (MCP15 - . - 2)/2  ) 
	jmp DISP_MSB_2# .bits(8, 9,  (MCP15 - . - 1)/2  ) 
	MCP16: 
	d_reg word imm_ind_mod r0 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, kvhRawAdcInHandler_L11) 
	BYTE# .bits( 8, 15, kvhRawAdcInHandler_L11) 
	MCP15: 
	.endif 
DBG150:
DBG151:
; VL=1450 DBG151:
; VL=1451 DBG150:
; VL=1452 ;     if (lowTurnThresholdCount > 0) {
;     if (lowTurnThresholdCount > 0) {
; VL=1453 	mov	#0x0,r12
	d_reg word reg_mod r12 
	mov Sreg# r3 
; VL=1454 	cmp	&_lowTurnThresholdCount,r12
	d_reg word ind_sym_abs_mod r12 
	cmp Sreg# r2 
	BYTE# .bits( 0, 7, _lowTurnThresholdCount) 
	BYTE# .bits( 8, 15, _lowTurnThresholdCount) 
; VL=1455 	jge	kvhRawAdcInHandler_L12
	.ifa (kvhRawAdcInHandler_L12-.-2),-1024,1022 
	DISP_LSB_8# .bits(0, 7,  (kvhRawAdcInHandler_L12 - . - 2)/2  ) 
	jge DISP_MSB_2# .bits(8, 9,  (kvhRawAdcInHandler_L12 - . - 1)/2  ) 
	.else 
	DISP_LSB_8# .bits(0, 7,  (MCP18 - . - 2)/2  ) 
	jge DISP_MSB_2# .bits(8, 9,  (MCP18 - . - 1)/2  ) 
	DISP_LSB_8# .bits(0, 7,  (MCP17 - . - 2)/2  ) 
	jmp DISP_MSB_2# .bits(8, 9,  (MCP17 - . - 1)/2  ) 
	MCP18: 
	d_reg word imm_ind_mod r0 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, kvhRawAdcInHandler_L12) 
	BYTE# .bits( 8, 15, kvhRawAdcInHandler_L12) 
	MCP17: 
	.endif 
DBG152:
DBG153:
; VL=1456 DBG153:
; VL=1457 DBG152:
; VL=1458 ;       counterClockwiseTurns++;
;       counterClockwiseTurns++;
; VL=1459 	add	#0x1,&_counterClockwiseTurns
	d_not_reg word ind_sym_abs_mod r2 
	add Sreg# r3 
	BYTE# .bits( 0, 7, _counterClockwiseTurns) 
	BYTE# .bits( 8, 15, _counterClockwiseTurns) 
DBG154:
; VL=1460 DBG154:
; VL=1461 ;       lowTurnThresholdCount = 0;
;       lowTurnThresholdCount = 0;
; VL=1462 	mov	#0x0,&_lowTurnThresholdCount
	d_not_reg word reg_mod r2 
	mov Sreg# r3 
	BYTE# .bits( 0, 7, _lowTurnThresholdCount) 
	BYTE# .bits( 8, 15, _lowTurnThresholdCount) 
DBG155:
DBG156:
; VL=1463 DBG156:
; VL=1464 DBG155:
; VL=1465 ;       }
;       }
; VL=1466 kvhRawAdcInHandler_L12:
kvhRawAdcInHandler_L12:
; VL=1467 ;     highTurnThresholdCount = initialHighCount;
;     highTurnThresholdCount = initialHighCount;
; VL=1468 	mov	&_initialHighCount,&_highTurnThresholdCount
	d_not_reg word ind_sym_abs_mod r2 
	mov Sreg# r2 
	BYTE# .bits( 0, 7, _initialHighCount) 
	BYTE# .bits( 8, 15, _initialHighCount) 
	BYTE# .bits( 0, 7, _highTurnThresholdCount) 
	BYTE# .bits( 8, 15, _highTurnThresholdCount) 
DBG157:
DBG158:
; VL=1469 DBG158:
; VL=1470 DBG157:
; VL=1471 ;     }
;     }
; VL=1472 	jmp	kvhRawAdcInHandler_L13
	.ifa (kvhRawAdcInHandler_L13-.-2),-1024,1022 
	DISP_LSB_8# .bits(0, 7,  (kvhRawAdcInHandler_L13 - . - 2)/2  ) 
	jmp DISP_MSB_2# .bits(8, 9,  (kvhRawAdcInHandler_L13 - . - 1)/2  ) 
	.else 
	d_reg word imm_ind_mod r0 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, kvhRawAdcInHandler_L13) 
	BYTE# .bits( 8, 15, kvhRawAdcInHandler_L13) 
	.endif 
; VL=1473 kvhRawAdcInHandler_L11:
kvhRawAdcInHandler_L11:
; VL=1474 ;   else if (currentHeading <= lowTurnThresholdLevel) {
;   else if (currentHeading <= lowTurnThresholdLevel) {
; VL=1475 	mov	&_currentHeading,r13
	d_reg word ind_sym_abs_mod r13 
	mov Sreg# r2 
	BYTE# .bits( 0, 7, _currentHeading) 
	BYTE# .bits( 8, 15, _currentHeading) 
; VL=1476 	mov	&_currentHeading+0x2,r12
	d_reg word ind_sym_abs_mod r12 
	mov Sreg# r2 
	BYTE# .bits( 0, 7, _currentHeading+0x2) 
	BYTE# .bits( 8, 15, _currentHeading+0x2) 
; VL=1477 	mov	&_lowTurnThresholdLevel,r15
	d_reg word ind_sym_abs_mod r15 
	mov Sreg# r2 
	BYTE# .bits( 0, 7, _lowTurnThresholdLevel) 
	BYTE# .bits( 8, 15, _lowTurnThresholdLevel) 
; VL=1478 	mov	&_lowTurnThresholdLevel+0x2,r14
	d_reg word ind_sym_abs_mod r14 
	mov Sreg# r2 
	BYTE# .bits( 0, 7, _lowTurnThresholdLevel+0x2) 
	BYTE# .bits( 8, 15, _lowTurnThresholdLevel+0x2) 
DBG199:
; VL=1479 DBG199:
; VL=1480 	call	#__s_cmp
	call_lsb word imm_ind_mod r0 
	call 
	BYTE# .bits( 0, 7, __s_cmp) 
	BYTE# .bits( 8, 15, __s_cmp) 
DBG200:
; VL=1481 DBG200:
; VL=1482 	mov	#0x0,r13
	d_reg word reg_mod r13 
	mov Sreg# r3 
; VL=1483 	cmp	r12,r13
	d_reg word reg_mod r13 
	cmp Sreg# r12 
; VL=1484 	jl	kvhRawAdcInHandler_L14
	.ifa (kvhRawAdcInHandler_L14-.-2),-1024,1022 
	DISP_LSB_8# .bits(0, 7,  (kvhRawAdcInHandler_L14 - . - 2)/2  ) 
	jl DISP_MSB_2# .bits(8, 9,  (kvhRawAdcInHandler_L14 - . - 1)/2  ) 
	.else 
	DISP_LSB_8# .bits(0, 7,  (MCP20 - . - 2)/2  ) 
	jl DISP_MSB_2# .bits(8, 9,  (MCP20 - . - 1)/2  ) 
	DISP_LSB_8# .bits(0, 7,  (MCP19 - . - 2)/2  ) 
	jmp DISP_MSB_2# .bits(8, 9,  (MCP19 - . - 1)/2  ) 
	MCP20: 
	d_reg word imm_ind_mod r0 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, kvhRawAdcInHandler_L14) 
	BYTE# .bits( 8, 15, kvhRawAdcInHandler_L14) 
	MCP19: 
	.endif 
DBG159:
DBG160:
; VL=1485 DBG160:
; VL=1486 DBG159:
; VL=1487 ;     if (highTurnThresholdCount > 0) {
;     if (highTurnThresholdCount > 0) {
; VL=1488 	mov	#0x0,r12
	d_reg word reg_mod r12 
	mov Sreg# r3 
; VL=1489 	cmp	&_highTurnThresholdCount,r12
	d_reg word ind_sym_abs_mod r12 
	cmp Sreg# r2 
	BYTE# .bits( 0, 7, _highTurnThresholdCount) 
	BYTE# .bits( 8, 15, _highTurnThresholdCount) 
; VL=1490 	jge	kvhRawAdcInHandler_L15
	.ifa (kvhRawAdcInHandler_L15-.-2),-1024,1022 
	DISP_LSB_8# .bits(0, 7,  (kvhRawAdcInHandler_L15 - . - 2)/2  ) 
	jge DISP_MSB_2# .bits(8, 9,  (kvhRawAdcInHandler_L15 - . - 1)/2  ) 
	.else 
	DISP_LSB_8# .bits(0, 7,  (MCP22 - . - 2)/2  ) 
	jge DISP_MSB_2# .bits(8, 9,  (MCP22 - . - 1)/2  ) 
	DISP_LSB_8# .bits(0, 7,  (MCP21 - . - 2)/2  ) 
	jmp DISP_MSB_2# .bits(8, 9,  (MCP21 - . - 1)/2  ) 
	MCP22: 
	d_reg word imm_ind_mod r0 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, kvhRawAdcInHandler_L15) 
	BYTE# .bits( 8, 15, kvhRawAdcInHandler_L15) 
	MCP21: 
	.endif 
DBG161:
DBG162:
; VL=1491 DBG162:
; VL=1492 DBG161:
; VL=1493 ;       clockwiseTurns++;
;       clockwiseTurns++;
; VL=1494 	add	#0x1,&_clockwiseTurns
	d_not_reg word ind_sym_abs_mod r2 
	add Sreg# r3 
	BYTE# .bits( 0, 7, _clockwiseTurns) 
	BYTE# .bits( 8, 15, _clockwiseTurns) 
DBG163:
; VL=1495 DBG163:
; VL=1496 ;       highTurnThresholdCount = 0;
;       highTurnThresholdCount = 0;
; VL=1497 	mov	#0x0,&_highTurnThresholdCount
	d_not_reg word reg_mod r2 
	mov Sreg# r3 
	BYTE# .bits( 0, 7, _highTurnThresholdCount) 
	BYTE# .bits( 8, 15, _highTurnThresholdCount) 
DBG164:
DBG165:
; VL=1498 DBG165:
; VL=1499 DBG164:
; VL=1500 ;       }
;       }
; VL=1501 kvhRawAdcInHandler_L15:
kvhRawAdcInHandler_L15:
; VL=1502 ;     lowTurnThresholdCount = initialLowCount;
;     lowTurnThresholdCount = initialLowCount;
; VL=1503 	mov	&_initialLowCount,&_lowTurnThresholdCount
	d_not_reg word ind_sym_abs_mod r2 
	mov Sreg# r2 
	BYTE# .bits( 0, 7, _initialLowCount) 
	BYTE# .bits( 8, 15, _initialLowCount) 
	BYTE# .bits( 0, 7, _lowTurnThresholdCount) 
	BYTE# .bits( 8, 15, _lowTurnThresholdCount) 
DBG166:
DBG167:
; VL=1504 DBG167:
; VL=1505 DBG166:
; VL=1506 ;     }
;     }
; VL=1507 	jmp	kvhRawAdcInHandler_L16
	.ifa (kvhRawAdcInHandler_L16-.-2),-1024,1022 
	DISP_LSB_8# .bits(0, 7,  (kvhRawAdcInHandler_L16 - . - 2)/2  ) 
	jmp DISP_MSB_2# .bits(8, 9,  (kvhRawAdcInHandler_L16 - . - 1)/2  ) 
	.else 
	d_reg word imm_ind_mod r0 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, kvhRawAdcInHandler_L16) 
	BYTE# .bits( 8, 15, kvhRawAdcInHandler_L16) 
	.endif 
; VL=1508 kvhRawAdcInHandler_L14:
kvhRawAdcInHandler_L14:
DBG168:
DBG169:
; VL=1509 ;   else {
;   else {
; VL=1510 DBG168:
; VL=1511 ;    if (highTurnThresholdCount > 0) highTurnThresholdCount--;
;    if (highTurnThresholdCount > 0) highTurnThresholdCount--;
; VL=1512 DBG169:
; VL=1513 	mov	#0x0,r12
	d_reg word reg_mod r12 
	mov Sreg# r3 
; VL=1514 	cmp	&_highTurnThresholdCount,r12
	d_reg word ind_sym_abs_mod r12 
	cmp Sreg# r2 
	BYTE# .bits( 0, 7, _highTurnThresholdCount) 
	BYTE# .bits( 8, 15, _highTurnThresholdCount) 
; VL=1515 	jge	kvhRawAdcInHandler_L17
	.ifa (kvhRawAdcInHandler_L17-.-2),-1024,1022 
	DISP_LSB_8# .bits(0, 7,  (kvhRawAdcInHandler_L17 - . - 2)/2  ) 
	jge DISP_MSB_2# .bits(8, 9,  (kvhRawAdcInHandler_L17 - . - 1)/2  ) 
	.else 
	DISP_LSB_8# .bits(0, 7,  (MCP24 - . - 2)/2  ) 
	jge DISP_MSB_2# .bits(8, 9,  (MCP24 - . - 1)/2  ) 
	DISP_LSB_8# .bits(0, 7,  (MCP23 - . - 2)/2  ) 
	jmp DISP_MSB_2# .bits(8, 9,  (MCP23 - . - 1)/2  ) 
	MCP24: 
	d_reg word imm_ind_mod r0 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, kvhRawAdcInHandler_L17) 
	BYTE# .bits( 8, 15, kvhRawAdcInHandler_L17) 
	MCP23: 
	.endif 
; VL=1516 	sub	#0x1,&_highTurnThresholdCount
	d_not_reg word ind_sym_abs_mod r2 
	sub Sreg# r3 
	BYTE# .bits( 0, 7, _highTurnThresholdCount) 
	BYTE# .bits( 8, 15, _highTurnThresholdCount) 
DBG170:
; VL=1517 DBG170:
; VL=1518 kvhRawAdcInHandler_L17:
kvhRawAdcInHandler_L17:
; VL=1519 ;    if (lowTurnThresholdCount > 0) lowTurnThresholdCount--;
;    if (lowTurnThresholdCount > 0) lowTurnThresholdCount--;
; VL=1520 	mov	#0x0,r12
	d_reg word reg_mod r12 
	mov Sreg# r3 
; VL=1521 	cmp	&_lowTurnThresholdCount,r12
	d_reg word ind_sym_abs_mod r12 
	cmp Sreg# r2 
	BYTE# .bits( 0, 7, _lowTurnThresholdCount) 
	BYTE# .bits( 8, 15, _lowTurnThresholdCount) 
; VL=1522 	jge	kvhRawAdcInHandler_L18
	.ifa (kvhRawAdcInHandler_L18-.-2),-1024,1022 
	DISP_LSB_8# .bits(0, 7,  (kvhRawAdcInHandler_L18 - . - 2)/2  ) 
	jge DISP_MSB_2# .bits(8, 9,  (kvhRawAdcInHandler_L18 - . - 1)/2  ) 
	.else 
	DISP_LSB_8# .bits(0, 7,  (MCP26 - . - 2)/2  ) 
	jge DISP_MSB_2# .bits(8, 9,  (MCP26 - . - 1)/2  ) 
	DISP_LSB_8# .bits(0, 7,  (MCP25 - . - 2)/2  ) 
	jmp DISP_MSB_2# .bits(8, 9,  (MCP25 - . - 1)/2  ) 
	MCP26: 
	d_reg word imm_ind_mod r0 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, kvhRawAdcInHandler_L18) 
	BYTE# .bits( 8, 15, kvhRawAdcInHandler_L18) 
	MCP25: 
	.endif 
; VL=1523 	sub	#0x1,&_lowTurnThresholdCount
	d_not_reg word ind_sym_abs_mod r2 
	sub Sreg# r3 
	BYTE# .bits( 0, 7, _lowTurnThresholdCount) 
	BYTE# .bits( 8, 15, _lowTurnThresholdCount) 
DBG171:
; VL=1524 DBG171:
; VL=1525 kvhRawAdcInHandler_L18:
kvhRawAdcInHandler_L18:
DBG172:
; VL=1526 DBG172:
; VL=1527 kvhRawAdcInHandler_L16:
kvhRawAdcInHandler_L16:
; VL=1528 kvhRawAdcInHandler_L13:
kvhRawAdcInHandler_L13:
DBG173:
; VL=1529 ;    }
;    }
; VL=1530 ;   netTurns = clockwiseTurns - counterClockwiseTurns;
;   netTurns = clockwiseTurns - counterClockwiseTurns;
; VL=1531 DBG173:
; VL=1532 	mov	&_clockwiseTurns,r12
	d_reg word ind_sym_abs_mod r12 
	mov Sreg# r2 
	BYTE# .bits( 0, 7, _clockwiseTurns) 
	BYTE# .bits( 8, 15, _clockwiseTurns) 
; VL=1533 	sub	&_counterClockwiseTurns,r12
	d_reg word ind_sym_abs_mod r12 
	sub Sreg# r2 
	BYTE# .bits( 0, 7, _counterClockwiseTurns) 
	BYTE# .bits( 8, 15, _counterClockwiseTurns) 
; VL=1534 	mov	r12,&_netTurns
	d_not_reg word reg_mod r2 
	mov Sreg# r12 
	BYTE# .bits( 0, 7, _netTurns) 
	BYTE# .bits( 8, 15, _netTurns) 
DBG174:
; VL=1535 DBG174:
; VL=1536 ;   if (lastNetTurns != netTurns) {
;   if (lastNetTurns != netTurns) {
; VL=1537 	cmp	r12,&_lastNetTurns
	d_not_reg word reg_mod r2 
	cmp Sreg# r12 
	BYTE# .bits( 0, 7, _lastNetTurns) 
	BYTE# .bits( 8, 15, _lastNetTurns) 
; VL=1538 	jeq	kvhRawAdcInHandler_L19
	.ifa (kvhRawAdcInHandler_L19-.-2),-1024,1022 
	DISP_LSB_8# .bits(0, 7,  (kvhRawAdcInHandler_L19 - . - 2)/2  ) 
	jeq DISP_MSB_2# .bits(8, 9,  (kvhRawAdcInHandler_L19 - . - 1)/2  ) 
	.else 
	DISP_LSB_8# .bits(0, 7,  (MCP27 - . - 2)/2  ) 
	jnz DISP_MSB_2# .bits(8, 9,  (MCP27 - . - 1)/2  ) 
	d_reg word imm_ind_mod r0 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, kvhRawAdcInHandler_L19) 
	BYTE# .bits( 8, 15, kvhRawAdcInHandler_L19) 
	MCP27: 
	.endif 
DBG175:
DBG176:
; VL=1539 DBG176:
; VL=1540 DBG175:
; VL=1541 ;     eventqPut( (10) );
;     eventqPut( (10) );
; VL=1542 	mov	#0xa,r12
	d_reg word imm_ind_mod r12 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, 0xa) 
	BYTE# .bits( 8, 15, 0xa) 
; VL=1543 	call	#_eventqPut
	call_lsb word imm_ind_mod r0 
	call 
	BYTE# .bits( 0, 7, _eventqPut) 
	BYTE# .bits( 8, 15, _eventqPut) 
DBG177:
DBG178:
; VL=1544 DBG178:
; VL=1545 DBG177:
; VL=1546 ;     }
;     }
; VL=1547 kvhRawAdcInHandler_L19:
kvhRawAdcInHandler_L19:
; VL=1548 ;   lastNetTurns = netTurns;
;   lastNetTurns = netTurns;
; VL=1549 	mov	&_netTurns,&_lastNetTurns
	d_not_reg word ind_sym_abs_mod r2 
	mov Sreg# r2 
	BYTE# .bits( 0, 7, _netTurns) 
	BYTE# .bits( 8, 15, _netTurns) 
	BYTE# .bits( 0, 7, _lastNetTurns) 
	BYTE# .bits( 8, 15, _lastNetTurns) 
DBG179:
DBG180:
DBG181:
; VL=1550 DBG181:
; VL=1551 DBG180:
; VL=1552 DBG179:
; VL=1553 ;       }
;       }
; VL=1554 kvhRawAdcInHandler_L10:
kvhRawAdcInHandler_L10:
DBG182:
; VL=1555 DBG182:
; VL=1556 	jmp	kvhRawAdcInHandler_L1
	.ifa (kvhRawAdcInHandler_L1-.-2),-1024,1022 
	DISP_LSB_8# .bits(0, 7,  (kvhRawAdcInHandler_L1 - . - 2)/2  ) 
	jmp DISP_MSB_2# .bits(8, 9,  (kvhRawAdcInHandler_L1 - . - 1)/2  ) 
	.else 
	d_reg word imm_ind_mod r0 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, kvhRawAdcInHandler_L1) 
	BYTE# .bits( 8, 15, kvhRawAdcInHandler_L1) 
	.endif 
; VL=1557 kvhRawAdcInHandler_L2:
kvhRawAdcInHandler_L2:
DBG183:
; VL=1558 ;     }
;     }
; VL=1559 ;   eventqPut( (11) );
;   eventqPut( (11) );
; VL=1560 DBG183:
; VL=1561 	mov	#0xb,r12
	d_reg word imm_ind_mod r12 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, 0xb) 
	BYTE# .bits( 8, 15, 0xb) 
; VL=1562 	call	#_eventqPut
	call_lsb word imm_ind_mod r0 
	call 
	BYTE# .bits( 0, 7, _eventqPut) 
	BYTE# .bits( 8, 15, _eventqPut) 
DBG184:
DBG201:
; VL=1563 DBG201:
; VL=1564 DBG184:
; VL=1565 ; EXIT
; EXIT
; VL=1566 ; .temp2 at stkloc 6 (0x6) size 10
; .temp2 at stkloc 6 (0x6) size 10
; VL=1567 	add	#0x6,sp
	d_reg word imm_ind_mod sp 
	add Sreg# r0 
	BYTE# .bits( 0, 7, 0x6) 
	BYTE# .bits( 8, 15, 0x6) 
; VL=1568 	pop	r8
	d_reg word imm_ind_mod r8 
	mov Sreg# r1 
; VL=1569 	pop	r7
	d_reg word imm_ind_mod r7 
	mov Sreg# r1 
; VL=1570 	pop	r6
	d_reg word imm_ind_mod r6 
	mov Sreg# r1 
; VL=1571 	pop	r5
	d_reg word imm_ind_mod r5 
	mov Sreg# r1 
; VL=1572 	pop	r4
	d_reg word imm_ind_mod r4 
	mov Sreg# r1 
; VL=1573 	ret
	d_reg word imm_ind_mod r0 
	mov Sreg# r1 
; VL=1574 	.dbgseg dbg_syms
	.segment	dbg_syms,memtype=7,wordsize=32,locinc=4,align=2 
; VL=1575 	.long 0x0
	LONGWORD# 0x0 
; VL=1576 	.long DBG29
	LONGWORD# DBG29 
; VL=1577 	.long 0x10
	LONGWORD# 0x10 
; VL=1578 	.long 0x0
	LONGWORD# 0x0 
; VL=1579 	.long 0x10002
	LONGWORD# 0x10002 
; VL=1580 	.long 0x0
	LONGWORD# 0x0 
; VL=1581 	.long DBG30
	LONGWORD# DBG30 
; VL=1582 	.long 0x2
	LONGWORD# 0x2 
; VL=1583 	.long 0x0
	LONGWORD# 0x0 
; VL=1584 	.long 0x10002
	LONGWORD# 0x10002 
; VL=1585 	.long 0x504e5f5f
	LONGWORD# 0x504e5f5f 
; VL=1586 	.long 0x534d5241
	LONGWORD# 0x534d5241 
; VL=1587 	.long 0x0
	LONGWORD# 0x0 
; VL=1588 	.long 0x0
	LONGWORD# 0x0 
; VL=1589 	.long 0x10002
	LONGWORD# 0x10002 
; VL=1590 	.long 0x0
	LONGWORD# 0x0 
; VL=1591 	.long DBG202
	LONGWORD# DBG202 
; VL=1592 	.long 0x0
	LONGWORD# 0x0 
; VL=1593 	.long 0x6
	LONGWORD# 0x6 
; VL=1594 	.long 0x10002
	LONGWORD# 0x10002 
; VL=1595 	.long 0x0
	LONGWORD# 0x0 
; VL=1596 	.long DBG203
	LONGWORD# DBG203 
; VL=1597 	.long 0x4
	LONGWORD# 0x4 
; VL=1598 	.long 0xe
	LONGWORD# 0xe 
; VL=1599 	.long 0x10002
	LONGWORD# 0x10002 
DBG97:
; VL=1600 DBG97:
; VL=1601 	.long 0x62622e
	LONGWORD# 0x62622e 
; VL=1602 	.long 0x0
	LONGWORD# 0x0 
; VL=1603 	.long DBG126
	LONGWORD# DBG126 
; VL=1604 	.long 0x0
	LONGWORD# 0x0 
; VL=1605 	.long 0x1640001
	LONGWORD# 0x1640001 
; VL=1606 	.long 0x0
	LONGWORD# 0x0 
; VL=1607 	.long 0xffb5
	LONGWORD# 0xffb5 
; VL=1608 	.long 0x0
	LONGWORD# 0x0 
; VL=1609 	.long DBG204
	LONGWORD# DBG204 
; VL=1610 	.long 0x0
	LONGWORD# 0x0 
; VL=1611 	.long 0x67654470
	LONGWORD# 0x67654470 
; VL=1612 	.long 0x73656572
	LONGWORD# 0x73656572 
; VL=1613 	.long 0x80102
	LONGWORD# 0x80102 
; VL=1614 	.long 0x26
	LONGWORD# 0x26 
; VL=1615 	.long 0x4ffff
	LONGWORD# 0x4ffff 
DBG204:
; VL=1616 DBG204:
; VL=1617 	.long 0x62622e
	LONGWORD# 0x62622e 
; VL=1618 	.long 0x0
	LONGWORD# 0x0 
; VL=1619 	.long DBG185
	LONGWORD# DBG185 
; VL=1620 	.long 0x0
	LONGWORD# 0x0 
; VL=1621 	.long 0x1640001
	LONGWORD# 0x1640001 
; VL=1622 	.long 0x0
	LONGWORD# 0x0 
; VL=1623 	.long 0xffc7
	LONGWORD# 0xffc7 
; VL=1624 	.long 0x0
	LONGWORD# 0x0 
; VL=1625 	.long DBG205
	LONGWORD# DBG205 
; VL=1626 	.long 0x0
	LONGWORD# 0x0 
; VL=1627 	.long 0x0
	LONGWORD# 0x0 
; VL=1628 	.long DBG98
	LONGWORD# DBG98 
; VL=1629 	.long 0x0
	LONGWORD# 0x0 
; VL=1630 	.long 0x0
	LONGWORD# 0x0 
; VL=1631 	.long 0x10002
	LONGWORD# 0x10002 
; VL=1632 	.long 0x62652e
	LONGWORD# 0x62652e 
; VL=1633 	.long 0x0
	LONGWORD# 0x0 
; VL=1634 	.long DBG186
	LONGWORD# DBG186 
; VL=1635 	.long 0x0
	LONGWORD# 0x0 
; VL=1636 	.long 0x1640001
	LONGWORD# 0x1640001 
; VL=1637 	.long 0x0
	LONGWORD# 0x0 
; VL=1638 	.long 0xffc7
	LONGWORD# 0xffc7 
; VL=1639 	.long 0x0
	LONGWORD# 0x0 
; VL=1640 	.long 0x0
	LONGWORD# 0x0 
; VL=1641 	.long 0x0
	LONGWORD# 0x0 
DBG205:
; VL=1642 DBG205:
; VL=1643 	.long 0x62622e
	LONGWORD# 0x62622e 
; VL=1644 	.long 0x0
	LONGWORD# 0x0 
; VL=1645 	.long DBG187
	LONGWORD# DBG187 
; VL=1646 	.long 0x0
	LONGWORD# 0x0 
; VL=1647 	.long 0x1640001
	LONGWORD# 0x1640001 
; VL=1648 	.long 0x0
	LONGWORD# 0x0 
; VL=1649 	.long 0xffc7
	LONGWORD# 0xffc7 
; VL=1650 	.long 0x0
	LONGWORD# 0x0 
; VL=1651 	.long DBG206
	LONGWORD# DBG206 
; VL=1652 	.long 0x0
	LONGWORD# 0x0 
; VL=1653 	.long 0x0
	LONGWORD# 0x0 
; VL=1654 	.long DBG98
	LONGWORD# DBG98 
; VL=1655 	.long 0x0
	LONGWORD# 0x0 
; VL=1656 	.long 0x0
	LONGWORD# 0x0 
; VL=1657 	.long 0x10002
	LONGWORD# 0x10002 
; VL=1658 	.long 0x62652e
	LONGWORD# 0x62652e 
; VL=1659 	.long 0x0
	LONGWORD# 0x0 
; VL=1660 	.long DBG188
	LONGWORD# DBG188 
; VL=1661 	.long 0x0
	LONGWORD# 0x0 
; VL=1662 	.long 0x1640001
	LONGWORD# 0x1640001 
; VL=1663 	.long 0x0
	LONGWORD# 0x0 
; VL=1664 	.long 0xffc7
	LONGWORD# 0xffc7 
; VL=1665 	.long 0x0
	LONGWORD# 0x0 
; VL=1666 	.long 0x0
	LONGWORD# 0x0 
; VL=1667 	.long 0x0
	LONGWORD# 0x0 
DBG206:
; VL=1668 DBG206:
; VL=1669 	.long 0x62622e
	LONGWORD# 0x62622e 
; VL=1670 	.long 0x0
	LONGWORD# 0x0 
; VL=1671 	.long DBG189
	LONGWORD# DBG189 
; VL=1672 	.long 0x0
	LONGWORD# 0x0 
; VL=1673 	.long 0x1640001
	LONGWORD# 0x1640001 
; VL=1674 	.long 0x0
	LONGWORD# 0x0 
; VL=1675 	.long 0xffc7
	LONGWORD# 0xffc7 
; VL=1676 	.long 0x0
	LONGWORD# 0x0 
; VL=1677 	.long DBG207
	LONGWORD# DBG207 
; VL=1678 	.long 0x0
	LONGWORD# 0x0 
; VL=1679 	.long 0x0
	LONGWORD# 0x0 
; VL=1680 	.long DBG98
	LONGWORD# DBG98 
; VL=1681 	.long 0x0
	LONGWORD# 0x0 
; VL=1682 	.long 0x0
	LONGWORD# 0x0 
; VL=1683 	.long 0x10002
	LONGWORD# 0x10002 
; VL=1684 	.long 0x62652e
	LONGWORD# 0x62652e 
; VL=1685 	.long 0x0
	LONGWORD# 0x0 
; VL=1686 	.long DBG190
	LONGWORD# DBG190 
; VL=1687 	.long 0x0
	LONGWORD# 0x0 
; VL=1688 	.long 0x1640001
	LONGWORD# 0x1640001 
; VL=1689 	.long 0x0
	LONGWORD# 0x0 
; VL=1690 	.long 0xffc7
	LONGWORD# 0xffc7 
; VL=1691 	.long 0x0
	LONGWORD# 0x0 
; VL=1692 	.long 0x0
	LONGWORD# 0x0 
; VL=1693 	.long 0x0
	LONGWORD# 0x0 
DBG207:
; VL=1694 DBG207:
; VL=1695 	.long 0x62622e
	LONGWORD# 0x62622e 
; VL=1696 	.long 0x0
	LONGWORD# 0x0 
; VL=1697 	.long DBG191
	LONGWORD# DBG191 
; VL=1698 	.long 0x0
	LONGWORD# 0x0 
; VL=1699 	.long 0x1640001
	LONGWORD# 0x1640001 
; VL=1700 	.long 0x0
	LONGWORD# 0x0 
; VL=1701 	.long 0xffc7
	LONGWORD# 0xffc7 
; VL=1702 	.long 0x0
	LONGWORD# 0x0 
; VL=1703 	.long DBG208
	LONGWORD# DBG208 
; VL=1704 	.long 0x0
	LONGWORD# 0x0 
; VL=1705 	.long 0x0
	LONGWORD# 0x0 
; VL=1706 	.long DBG98
	LONGWORD# DBG98 
; VL=1707 	.long 0x0
	LONGWORD# 0x0 
; VL=1708 	.long 0x0
	LONGWORD# 0x0 
; VL=1709 	.long 0x10002
	LONGWORD# 0x10002 
; VL=1710 	.long 0x62652e
	LONGWORD# 0x62652e 
; VL=1711 	.long 0x0
	LONGWORD# 0x0 
; VL=1712 	.long DBG192
	LONGWORD# DBG192 
; VL=1713 	.long 0x0
	LONGWORD# 0x0 
; VL=1714 	.long 0x1640001
	LONGWORD# 0x1640001 
; VL=1715 	.long 0x0
	LONGWORD# 0x0 
; VL=1716 	.long 0xffc7
	LONGWORD# 0xffc7 
; VL=1717 	.long 0x0
	LONGWORD# 0x0 
; VL=1718 	.long 0x0
	LONGWORD# 0x0 
; VL=1719 	.long 0x0
	LONGWORD# 0x0 
DBG208:
; VL=1720 DBG208:
; VL=1721 	.long 0x62622e
	LONGWORD# 0x62622e 
; VL=1722 	.long 0x0
	LONGWORD# 0x0 
; VL=1723 	.long DBG133
	LONGWORD# DBG133 
; VL=1724 	.long 0x0
	LONGWORD# 0x0 
; VL=1725 	.long 0x1640001
	LONGWORD# 0x1640001 
; VL=1726 	.long 0x0
	LONGWORD# 0x0 
; VL=1727 	.long 0xffc7
	LONGWORD# 0xffc7 
; VL=1728 	.long 0x0
	LONGWORD# 0x0 
; VL=1729 	.long DBG209
	LONGWORD# DBG209 
; VL=1730 	.long 0x0
	LONGWORD# 0x0 
; VL=1731 	.long 0x48706d74
	LONGWORD# 0x48706d74 
; VL=1732 	.long 0x646165
	LONGWORD# 0x646165 
; VL=1733 	.long 0x200
	LONGWORD# 0x200 
; VL=1734 	.long 0x6
	LONGWORD# 0x6 
; VL=1735 	.long 0x204ffff
	LONGWORD# 0x204ffff 
; VL=1736 	.long 0x48706d74
	LONGWORD# 0x48706d74 
; VL=1737 	.long 0x646165
	LONGWORD# 0x646165 
; VL=1738 	.long 0x40102
	LONGWORD# 0x40102 
; VL=1739 	.long 0x6
	LONGWORD# 0x6 
; VL=1740 	.long 0x104ffff
	LONGWORD# 0x104ffff 
; VL=1741 	.long 0x0
	LONGWORD# 0x0 
; VL=1742 	.long 0x0
	LONGWORD# 0x0 
; VL=1743 	.long 0x0
	LONGWORD# 0x0 
; VL=1744 	.long 0x0
	LONGWORD# 0x0 
; VL=1745 	.long 0x0
	LONGWORD# 0x0 
DBG209:
; VL=1746 DBG209:
; VL=1747 	.long 0x62622e
	LONGWORD# 0x62622e 
; VL=1748 	.long 0x0
	LONGWORD# 0x0 
; VL=1749 	.long DBG193
	LONGWORD# DBG193 
; VL=1750 	.long 0x0
	LONGWORD# 0x0 
; VL=1751 	.long 0x1640001
	LONGWORD# 0x1640001 
; VL=1752 	.long 0x0
	LONGWORD# 0x0 
; VL=1753 	.long 0xffc7
	LONGWORD# 0xffc7 
; VL=1754 	.long 0x0
	LONGWORD# 0x0 
; VL=1755 	.long DBG210
	LONGWORD# DBG210 
; VL=1756 	.long 0x0
	LONGWORD# 0x0 
; VL=1757 	.long 0x0
	LONGWORD# 0x0 
; VL=1758 	.long DBG98
	LONGWORD# DBG98 
; VL=1759 	.long 0x0
	LONGWORD# 0x0 
; VL=1760 	.long 0x0
	LONGWORD# 0x0 
; VL=1761 	.long 0x10002
	LONGWORD# 0x10002 
; VL=1762 	.long 0x62652e
	LONGWORD# 0x62652e 
; VL=1763 	.long 0x0
	LONGWORD# 0x0 
; VL=1764 	.long DBG194
	LONGWORD# DBG194 
; VL=1765 	.long 0x0
	LONGWORD# 0x0 
; VL=1766 	.long 0x1640001
	LONGWORD# 0x1640001 
; VL=1767 	.long 0x0
	LONGWORD# 0x0 
; VL=1768 	.long 0xffc7
	LONGWORD# 0xffc7 
; VL=1769 	.long 0x0
	LONGWORD# 0x0 
; VL=1770 	.long 0x0
	LONGWORD# 0x0 
; VL=1771 	.long 0x0
	LONGWORD# 0x0 
; VL=1772 	.long 0x62652e
	LONGWORD# 0x62652e 
; VL=1773 	.long 0x0
	LONGWORD# 0x0 
; VL=1774 	.long DBG136
	LONGWORD# DBG136 
; VL=1775 	.long 0x0
	LONGWORD# 0x0 
; VL=1776 	.long 0x1640001
	LONGWORD# 0x1640001 
; VL=1777 	.long 0x0
	LONGWORD# 0x0 
; VL=1778 	.long 0xffc9
	LONGWORD# 0xffc9 
; VL=1779 	.long 0x0
	LONGWORD# 0x0 
; VL=1780 	.long 0x0
	LONGWORD# 0x0 
; VL=1781 	.long 0x0
	LONGWORD# 0x0 
DBG210:
; VL=1782 DBG210:
; VL=1783 	.long 0x62622e
	LONGWORD# 0x62622e 
; VL=1784 	.long 0x0
	LONGWORD# 0x0 
; VL=1785 	.long DBG136
	LONGWORD# DBG136 
; VL=1786 	.long 0x0
	LONGWORD# 0x0 
; VL=1787 	.long 0x1640001
	LONGWORD# 0x1640001 
; VL=1788 	.long 0x0
	LONGWORD# 0x0 
; VL=1789 	.long 0xffc9
	LONGWORD# 0xffc9 
; VL=1790 	.long 0x0
	LONGWORD# 0x0 
; VL=1791 	.long DBG211
	LONGWORD# DBG211 
; VL=1792 	.long 0x0
	LONGWORD# 0x0 
; VL=1793 	.long 0x48706d74
	LONGWORD# 0x48706d74 
; VL=1794 	.long 0x646165
	LONGWORD# 0x646165 
; VL=1795 	.long 0x200
	LONGWORD# 0x200 
; VL=1796 	.long 0x6
	LONGWORD# 0x6 
; VL=1797 	.long 0x204ffff
	LONGWORD# 0x204ffff 
; VL=1798 	.long 0x48706d74
	LONGWORD# 0x48706d74 
; VL=1799 	.long 0x646165
	LONGWORD# 0x646165 
; VL=1800 	.long 0x40102
	LONGWORD# 0x40102 
; VL=1801 	.long 0x6
	LONGWORD# 0x6 
; VL=1802 	.long 0x104ffff
	LONGWORD# 0x104ffff 
; VL=1803 	.long 0x48706d74
	LONGWORD# 0x48706d74 
; VL=1804 	.long 0x646165
	LONGWORD# 0x646165 
; VL=1805 	.long 0x50102
	LONGWORD# 0x50102 
; VL=1806 	.long 0x6
	LONGWORD# 0x6 
; VL=1807 	.long 0x4ffff
	LONGWORD# 0x4ffff 
DBG211:
; VL=1808 DBG211:
; VL=1809 	.long 0x62622e
	LONGWORD# 0x62622e 
; VL=1810 	.long 0x0
	LONGWORD# 0x0 
; VL=1811 	.long DBG195
	LONGWORD# DBG195 
; VL=1812 	.long 0x0
	LONGWORD# 0x0 
; VL=1813 	.long 0x1640001
	LONGWORD# 0x1640001 
; VL=1814 	.long 0x0
	LONGWORD# 0x0 
; VL=1815 	.long 0xffcb
	LONGWORD# 0xffcb 
; VL=1816 	.long 0x0
	LONGWORD# 0x0 
; VL=1817 	.long DBG212
	LONGWORD# DBG212 
; VL=1818 	.long 0x0
	LONGWORD# 0x0 
; VL=1819 	.long 0x0
	LONGWORD# 0x0 
; VL=1820 	.long DBG98
	LONGWORD# DBG98 
; VL=1821 	.long 0x0
	LONGWORD# 0x0 
; VL=1822 	.long 0x0
	LONGWORD# 0x0 
; VL=1823 	.long 0x10002
	LONGWORD# 0x10002 
; VL=1824 	.long 0x62652e
	LONGWORD# 0x62652e 
; VL=1825 	.long 0x0
	LONGWORD# 0x0 
; VL=1826 	.long DBG196
	LONGWORD# DBG196 
; VL=1827 	.long 0x0
	LONGWORD# 0x0 
; VL=1828 	.long 0x1640001
	LONGWORD# 0x1640001 
; VL=1829 	.long 0x0
	LONGWORD# 0x0 
; VL=1830 	.long 0xffcb
	LONGWORD# 0xffcb 
; VL=1831 	.long 0x0
	LONGWORD# 0x0 
; VL=1832 	.long 0x0
	LONGWORD# 0x0 
; VL=1833 	.long 0x0
	LONGWORD# 0x0 
; VL=1834 	.long 0x62652e
	LONGWORD# 0x62652e 
; VL=1835 	.long 0x0
	LONGWORD# 0x0 
; VL=1836 	.long DBG140
	LONGWORD# DBG140 
; VL=1837 	.long 0x0
	LONGWORD# 0x0 
; VL=1838 	.long 0x1640001
	LONGWORD# 0x1640001 
; VL=1839 	.long 0x0
	LONGWORD# 0x0 
; VL=1840 	.long 0xffcd
	LONGWORD# 0xffcd 
; VL=1841 	.long 0x0
	LONGWORD# 0x0 
; VL=1842 	.long 0x0
	LONGWORD# 0x0 
; VL=1843 	.long 0x0
	LONGWORD# 0x0 
DBG212:
; VL=1844 DBG212:
; VL=1845 	.long 0x62622e
	LONGWORD# 0x62622e 
; VL=1846 	.long 0x0
	LONGWORD# 0x0 
; VL=1847 	.long DBG140
	LONGWORD# DBG140 
; VL=1848 	.long 0x0
	LONGWORD# 0x0 
; VL=1849 	.long 0x1640001
	LONGWORD# 0x1640001 
; VL=1850 	.long 0x0
	LONGWORD# 0x0 
; VL=1851 	.long 0xffcd
	LONGWORD# 0xffcd 
; VL=1852 	.long 0x0
	LONGWORD# 0x0 
; VL=1853 	.long DBG213
	LONGWORD# DBG213 
; VL=1854 	.long 0x0
	LONGWORD# 0x0 
; VL=1855 	.long 0x48706d74
	LONGWORD# 0x48706d74 
; VL=1856 	.long 0x646165
	LONGWORD# 0x646165 
; VL=1857 	.long 0x200
	LONGWORD# 0x200 
; VL=1858 	.long 0x6
	LONGWORD# 0x6 
; VL=1859 	.long 0x204ffff
	LONGWORD# 0x204ffff 
; VL=1860 	.long 0x48706d74
	LONGWORD# 0x48706d74 
; VL=1861 	.long 0x646165
	LONGWORD# 0x646165 
; VL=1862 	.long 0x40102
	LONGWORD# 0x40102 
; VL=1863 	.long 0x6
	LONGWORD# 0x6 
; VL=1864 	.long 0x104ffff
	LONGWORD# 0x104ffff 
; VL=1865 	.long 0x48706d74
	LONGWORD# 0x48706d74 
; VL=1866 	.long 0x646165
	LONGWORD# 0x646165 
; VL=1867 	.long 0x50102
	LONGWORD# 0x50102 
; VL=1868 	.long 0x6
	LONGWORD# 0x6 
; VL=1869 	.long 0x4ffff
	LONGWORD# 0x4ffff 
DBG213:
; VL=1870 DBG213:
; VL=1871 	.long 0x62622e
	LONGWORD# 0x62622e 
; VL=1872 	.long 0x0
	LONGWORD# 0x0 
; VL=1873 	.long DBG197
	LONGWORD# DBG197 
; VL=1874 	.long 0x0
	LONGWORD# 0x0 
; VL=1875 	.long 0x1640001
	LONGWORD# 0x1640001 
; VL=1876 	.long 0x0
	LONGWORD# 0x0 
; VL=1877 	.long 0xffe4
	LONGWORD# 0xffe4 
; VL=1878 	.long 0x0
	LONGWORD# 0x0 
; VL=1879 	.long DBG214
	LONGWORD# DBG214 
; VL=1880 	.long 0x0
	LONGWORD# 0x0 
; VL=1881 	.long 0x0
	LONGWORD# 0x0 
; VL=1882 	.long DBG98
	LONGWORD# DBG98 
; VL=1883 	.long 0x0
	LONGWORD# 0x0 
; VL=1884 	.long 0x0
	LONGWORD# 0x0 
; VL=1885 	.long 0x10002
	LONGWORD# 0x10002 
; VL=1886 	.long 0x62652e
	LONGWORD# 0x62652e 
; VL=1887 	.long 0x0
	LONGWORD# 0x0 
; VL=1888 	.long DBG198
	LONGWORD# DBG198 
; VL=1889 	.long 0x0
	LONGWORD# 0x0 
; VL=1890 	.long 0x1640001
	LONGWORD# 0x1640001 
; VL=1891 	.long 0x0
	LONGWORD# 0x0 
; VL=1892 	.long 0xffe4
	LONGWORD# 0xffe4 
; VL=1893 	.long 0x0
	LONGWORD# 0x0 
; VL=1894 	.long 0x0
	LONGWORD# 0x0 
; VL=1895 	.long 0x0
	LONGWORD# 0x0 
DBG214:
; VL=1896 DBG214:
; VL=1897 	.long 0x62622e
	LONGWORD# 0x62622e 
; VL=1898 	.long 0x0
	LONGWORD# 0x0 
; VL=1899 	.long DBG199
	LONGWORD# DBG199 
; VL=1900 	.long 0x0
	LONGWORD# 0x0 
; VL=1901 	.long 0x1640001
	LONGWORD# 0x1640001 
; VL=1902 	.long 0x0
	LONGWORD# 0x0 
; VL=1903 	.long 0xffeb
	LONGWORD# 0xffeb 
; VL=1904 	.long 0x0
	LONGWORD# 0x0 
; VL=1905 	.long DBG215
	LONGWORD# DBG215 
; VL=1906 	.long 0x0
	LONGWORD# 0x0 
; VL=1907 	.long 0x0
	LONGWORD# 0x0 
; VL=1908 	.long DBG98
	LONGWORD# DBG98 
; VL=1909 	.long 0x0
	LONGWORD# 0x0 
; VL=1910 	.long 0x0
	LONGWORD# 0x0 
; VL=1911 	.long 0x10002
	LONGWORD# 0x10002 
; VL=1912 	.long 0x62652e
	LONGWORD# 0x62652e 
; VL=1913 	.long 0x0
	LONGWORD# 0x0 
; VL=1914 	.long DBG200
	LONGWORD# DBG200 
; VL=1915 	.long 0x0
	LONGWORD# 0x0 
; VL=1916 	.long 0x1640001
	LONGWORD# 0x1640001 
; VL=1917 	.long 0x0
	LONGWORD# 0x0 
; VL=1918 	.long 0xffeb
	LONGWORD# 0xffeb 
; VL=1919 	.long 0x0
	LONGWORD# 0x0 
; VL=1920 	.long 0x0
	LONGWORD# 0x0 
; VL=1921 	.long 0x0
	LONGWORD# 0x0 
; VL=1922 	.long 0x62652e
	LONGWORD# 0x62652e 
; VL=1923 	.long 0x0
	LONGWORD# 0x0 
; VL=1924 	.long DBG184
	LONGWORD# DBG184 
; VL=1925 	.long 0x0
	LONGWORD# 0x0 
; VL=1926 	.long 0x1640001
	LONGWORD# 0x1640001 
; VL=1927 	.long 0x0
	LONGWORD# 0x0 
; VL=1928 	.long 0x13
	LONGWORD# 0x13 
; VL=1929 	.long 0x0
	LONGWORD# 0x0 
; VL=1930 	.long 0x0
	LONGWORD# 0x0 
; VL=1931 	.long 0x0
	LONGWORD# 0x0 
; VL=1932 	.long 0x62652e
	LONGWORD# 0x62652e 
; VL=1933 	.long 0x0
	LONGWORD# 0x0 
; VL=1934 	.long DBG184
	LONGWORD# DBG184 
; VL=1935 	.long 0x0
	LONGWORD# 0x0 
; VL=1936 	.long 0x1640001
	LONGWORD# 0x1640001 
; VL=1937 	.long 0x0
	LONGWORD# 0x0 
; VL=1938 	.long 0x13
	LONGWORD# 0x13 
; VL=1939 	.long 0x0
	LONGWORD# 0x0 
; VL=1940 	.long 0x0
	LONGWORD# 0x0 
; VL=1941 	.long 0x0
	LONGWORD# 0x0 
; VL=1942 	.long 0x66652e
	LONGWORD# 0x66652e 
; VL=1943 	.long 0x0
	LONGWORD# 0x0 
; VL=1944 	.long DBG201
	LONGWORD# DBG201 
; VL=1945 	.long 0x0
	LONGWORD# 0x0 
; VL=1946 	.long 0x1650001
	LONGWORD# 0x1650001 
; VL=1947 	.long 0x0
	LONGWORD# 0x0 
; VL=1948 	.long 0xfd
	LONGWORD# 0xfd 
; VL=1949 	.long 0x0
	LONGWORD# 0x0 
; VL=1950 	.long 0x0
	LONGWORD# 0x0 
; VL=1951 	.long 0x0
	LONGWORD# 0x0 
; VL=1952 	.pseg kvh_code
	.segment	kvh_code,memtype=0,wordsize=8,locinc=1,rom,align=2 
DBG110:
; VL=1953 DBG110:
; VL=1954 	.dbgseg dbg_syms
	.segment	dbg_syms,memtype=7,wordsize=32,locinc=4,align=2 
; VL=1955 	.long 0x0
	LONGWORD# 0x0 
; VL=1956 	.long DBG113
	LONGWORD# DBG113 
; VL=1957 	.long DBG110
	LONGWORD# DBG110 
; VL=1958 	.long 0x0
	LONGWORD# 0x0 
; VL=1959 	.long 0xff0001
	LONGWORD# 0xff0001 
DBG109:
; VL=1960 ; }
; }
; VL=1961 ; int kvhTurnsCounterSetHandler(char *cmdStr)
; int kvhTurnsCounterSetHandler(char *cmdStr)
; VL=1962 DBG109:
; VL=1963 	.long 0x0
	LONGWORD# 0x0 
; VL=1964 	.long DBG220
	LONGWORD# DBG220 
; VL=1965 	.long _kvhTurnsCounterSetHandler
	LONGWORD# _kvhTurnsCounterSetHandler 
; VL=1966 	.long 0x44
	LONGWORD# 0x44 
; VL=1967 	.long 0x1020001
	LONGWORD# 0x1020001 
; VL=1968 	.long DBG114
	LONGWORD# DBG114 
; VL=1969 	.long DBG217-DBG218
	LONGWORD# DBG217-DBG218 
; VL=1970 	.long DBG219
	LONGWORD# DBG219 
; VL=1971 	.long DBG216
	LONGWORD# DBG216 
; VL=1972 	.long 0x0
	LONGWORD# 0x0 
; VL=1973 	.pseg kvh_code
	.segment	kvh_code,memtype=0,wordsize=8,locinc=1,rom,align=2 
DBG218:
; VL=1974 DBG218:
; VL=1975 	.dbgseg dbg_syms
	.segment	dbg_syms,memtype=7,wordsize=32,locinc=4,align=2 
DBG114:
; VL=1976 DBG114:
; VL=1977 	.long 0x66622e
	LONGWORD# 0x66622e 
; VL=1978 	.long 0x0
	LONGWORD# 0x0 
; VL=1979 	.long DBG218
	LONGWORD# DBG218 
; VL=1980 	.long 0x0
	LONGWORD# 0x0 
; VL=1981 	.long 0x1650001
	LONGWORD# 0x1650001 
; VL=1982 	.long 0x0
	LONGWORD# 0x0 
; VL=1983 	.long 0xff
	LONGWORD# 0xff 
; VL=1984 	.long 0x0
	LONGWORD# 0x0 
; VL=1985 	.long DBG221
	LONGWORD# DBG221 
; VL=1986 	.long 0x0
	LONGWORD# 0x0 
; VL=1987 	.dbgseg dbg_line
	.segment	dbg_line,memtype=7,wordsize=32,locinc=4,align=2 
DBG219:
; VL=1988 DBG219:
; VL=1989 	.long DBG109
	LONGWORD# DBG109 
; VL=1990 	.long 0x0
	LONGWORD# 0x0 
; VL=1991 	.long _kvhTurnsCounterSetHandler
	LONGWORD# _kvhTurnsCounterSetHandler 
; VL=1992 	.long 0x1
	LONGWORD# 0x1 
; VL=1993 	.long DBG223
	LONGWORD# DBG223 
; VL=1994 	.long 0x2
	LONGWORD# 0x2 
; VL=1995 	.long DBG224
	LONGWORD# DBG224 
; VL=1996 	.long 0x5
	LONGWORD# 0x5 
; VL=1997 	.long DBG225
	LONGWORD# DBG225 
; VL=1998 	.long 0x6
	LONGWORD# 0x6 
; VL=1999 	.long DBG226
	LONGWORD# DBG226 
; VL=2000 	.long 0x8
	LONGWORD# 0x8 
; VL=2001 	.long DBG228
	LONGWORD# DBG228 
; VL=2002 	.long 0x9
	LONGWORD# 0x9 
; VL=2003 	.long DBG229
	LONGWORD# DBG229 
; VL=2004 	.long 0xa
	LONGWORD# 0xa 
; VL=2005 	.long DBG230
	LONGWORD# DBG230 
; VL=2006 	.long 0xc
	LONGWORD# 0xc 
; VL=2007 	.long DBG232
	LONGWORD# DBG232 
; VL=2008 	.long 0xd
	LONGWORD# 0xd 
; VL=2009 	.long DBG233
	LONGWORD# DBG233 
; VL=2010 	.long 0xe
	LONGWORD# 0xe 
; VL=2011 	.long DBG234
	LONGWORD# DBG234 
; VL=2012 	.long 0xf
	LONGWORD# 0xf 
; VL=2013 	.long DBG235
	LONGWORD# DBG235 
; VL=2014 	.long 0x10
	LONGWORD# 0x10 
; VL=2015 	.long DBG237
	LONGWORD# DBG237 
; VL=2016 	.long 0x11
	LONGWORD# 0x11 
; VL=2017 	.long DBG238
	LONGWORD# DBG238 
; VL=2018 	.long 0x12
	LONGWORD# 0x12 
; VL=2019 	.long DBG239
	LONGWORD# DBG239 
; VL=2020 	.long 0x13
	LONGWORD# 0x13 
; VL=2021 	.long DBG240
	LONGWORD# DBG240 
; VL=2022 	.long 0x15
	LONGWORD# 0x15 
; VL=2023 	.long DBG241
	LONGWORD# DBG241 
; VL=2024 	.long 0x17
	LONGWORD# 0x17 
; VL=2025 	.long DBG242
	LONGWORD# DBG242 
; VL=2026 	.long 0x19
	LONGWORD# 0x19 
; VL=2027 	.long DBG243
	LONGWORD# DBG243 
; VL=2028 	.long 0x1a
	LONGWORD# 0x1a 
; VL=2029 	.pseg kvh_code
	.segment	kvh_code,memtype=0,wordsize=8,locinc=1,rom,align=2 
; VL=2030 	.global _kvhTurnsCounterSetHandler
	 .global _kvhTurnsCounterSetHandler 
; VL=2031 _kvhTurnsCounterSetHandler:
_kvhTurnsCounterSetHandler:
; VL=2032 	sub	#0x4,sp
	d_reg word ind_reg_mod sp 
	sub Sreg# r2 
DBG222:
; VL=2033 DBG222:
; VL=2034 ; ENTRY
; ENTRY
; VL=2035 	mov	r12,0x0(sp)
	d_not_reg word reg_mod sp 
	mov Sreg# r12 
	BYTE# .bits( 0, 7, 0x0) 
	BYTE# .bits( 8, 15, 0x0) 
DBG223:
DBG224:
; VL=2036 DBG224:
; VL=2037 DBG223:
; VL=2038 ; cmdStr at stkloc 0 (0x0) size 2
; cmdStr at stkloc 0 (0x0) size 2
; VL=2039 ; retVal in reg  size 2
; retVal in reg  size 2
; VL=2040 ; setTurns at stkloc 2 (0x2) size 2
; setTurns at stkloc 2 (0x2) size 2
; VL=2041 ; {
; {
; VL=2042 ;   int retVal, setTurns;
;   int retVal, setTurns;
; VL=2043 ;   eatWhiteSpace(&cmdStr);
;   eatWhiteSpace(&cmdStr);
; VL=2044 	mov	sp,r12
	d_reg word reg_mod r12 
	mov Sreg# sp 
; VL=2045 	call	#_eatWhiteSpace
	call_lsb word imm_ind_mod r0 
	call 
	BYTE# .bits( 0, 7, _eatWhiteSpace) 
	BYTE# .bits( 8, 15, _eatWhiteSpace) 
DBG225:
; VL=2046 DBG225:
; VL=2047 ;   retVal = sscanf(cmdStr, "%d", &setTurns);
;   retVal = sscanf(cmdStr, "%d", &setTurns);
; VL=2048 	mov	sp,r12
	d_reg word reg_mod r12 
	mov Sreg# sp 
; VL=2049 	add	#0x2,r12
	d_reg word ind_reg_mod r12 
	add Sreg# r3 
; VL=2050 	push	r12
	push_lsb word reg_mod r12 
	push 
; VL=2051 	push	#kvh_V26
	push_lsb word imm_ind_mod r0 
	push 
	BYTE# .bits( 0, 7, kvh_V26) 
	BYTE# .bits( 8, 15, kvh_V26) 
; VL=2052 	mov	sp,r12
	d_reg word reg_mod r12 
	mov Sreg# sp 
; VL=2053 	add	#0x4,r12
	d_reg word ind_reg_mod r12 
	add Sreg# r2 
; VL=2054 	push	0x0(r12)
	push_lsb word ind_reg_mod r12 
	push 
DBG244:
; VL=2055 DBG244:
; VL=2056 	call	#_sscanf
	call_lsb word imm_ind_mod r0 
	call 
	BYTE# .bits( 0, 7, _sscanf) 
	BYTE# .bits( 8, 15, _sscanf) 
DBG245:
; VL=2057 DBG245:
; VL=2058 	add	#0x6,sp
	d_reg word imm_ind_mod sp 
	add Sreg# r0 
	BYTE# .bits( 0, 7, 0x6) 
	BYTE# .bits( 8, 15, 0x6) 
DBG226:
; VL=2059 DBG226:
; VL=2060 ;   if (retVal != 1) {
;   if (retVal != 1) {
; VL=2061 	cmp	#0x1,r12
	d_reg word ind_sym_abs_mod r12 
	cmp Sreg# r3 
; VL=2062 	jeq	kvhTurnsCounterSetHandler_L1
	.ifa (kvhTurnsCounterSetHandler_L1-.-2),-1024,1022 
	DISP_LSB_8# .bits(0, 7,  (kvhTurnsCounterSetHandler_L1 - . - 2)/2  ) 
	jeq DISP_MSB_2# .bits(8, 9,  (kvhTurnsCounterSetHandler_L1 - . - 1)/2  ) 
	.else 
	DISP_LSB_8# .bits(0, 7,  (MCP28 - . - 2)/2  ) 
	jnz DISP_MSB_2# .bits(8, 9,  (MCP28 - . - 1)/2  ) 
	d_reg word imm_ind_mod r0 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, kvhTurnsCounterSetHandler_L1) 
	BYTE# .bits( 8, 15, kvhTurnsCounterSetHandler_L1) 
	MCP28: 
	.endif 
DBG227:
DBG228:
; VL=2063 DBG228:
; VL=2064 DBG227:
; VL=2065 ;     return (2) ;
;     return (2) ;
; VL=2066 	mov	#0x2,r12
	d_reg word ind_reg_mod r12 
	mov Sreg# r3 
; VL=2067 	jmp	kvhTurnsCounterSetHandler_LL2
	.ifa (kvhTurnsCounterSetHandler_LL2-.-2),-1024,1022 
	DISP_LSB_8# .bits(0, 7,  (kvhTurnsCounterSetHandler_LL2 - . - 2)/2  ) 
	jmp DISP_MSB_2# .bits(8, 9,  (kvhTurnsCounterSetHandler_LL2 - . - 1)/2  ) 
	.else 
	d_reg word imm_ind_mod r0 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, kvhTurnsCounterSetHandler_LL2) 
	BYTE# .bits( 8, 15, kvhTurnsCounterSetHandler_LL2) 
	.endif 
DBG229:
DBG230:
; VL=2068 DBG230:
; VL=2069 DBG229:
; VL=2070 ;     }
;     }
; VL=2071 kvhTurnsCounterSetHandler_L1:
kvhTurnsCounterSetHandler_L1:
; VL=2072 ;   if (setTurns < 0) {
;   if (setTurns < 0) {
; VL=2073 	mov	0x2(sp),r12
	d_reg word ind_sym_abs_mod r12 
	mov Sreg# sp 
	BYTE# .bits( 0, 7, 0x2) 
	BYTE# .bits( 8, 15, 0x2) 
; VL=2074 	cmp	#0x0,r12
	d_reg word reg_mod r12 
	cmp Sreg# r3 
; VL=2075 	jge	kvhTurnsCounterSetHandler_L2
	.ifa (kvhTurnsCounterSetHandler_L2-.-2),-1024,1022 
	DISP_LSB_8# .bits(0, 7,  (kvhTurnsCounterSetHandler_L2 - . - 2)/2  ) 
	jge DISP_MSB_2# .bits(8, 9,  (kvhTurnsCounterSetHandler_L2 - . - 1)/2  ) 
	.else 
	DISP_LSB_8# .bits(0, 7,  (MCP30 - . - 2)/2  ) 
	jge DISP_MSB_2# .bits(8, 9,  (MCP30 - . - 1)/2  ) 
	DISP_LSB_8# .bits(0, 7,  (MCP29 - . - 2)/2  ) 
	jmp DISP_MSB_2# .bits(8, 9,  (MCP29 - . - 1)/2  ) 
	MCP30: 
	d_reg word imm_ind_mod r0 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, kvhTurnsCounterSetHandler_L2) 
	BYTE# .bits( 8, 15, kvhTurnsCounterSetHandler_L2) 
	MCP29: 
	.endif 
DBG231:
DBG232:
; VL=2076 DBG232:
; VL=2077 DBG231:
; VL=2078 ;     counterClockwiseTurns = abs(setTurns);  
;     counterClockwiseTurns = abs(setTurns);  
; VL=2079 	call	#_abs
	call_lsb word imm_ind_mod r0 
	call 
	BYTE# .bits( 0, 7, _abs) 
	BYTE# .bits( 8, 15, _abs) 
; VL=2080 	mov	r12,&_counterClockwiseTurns
	d_not_reg word reg_mod r2 
	mov Sreg# r12 
	BYTE# .bits( 0, 7, _counterClockwiseTurns) 
	BYTE# .bits( 8, 15, _counterClockwiseTurns) 
DBG233:
; VL=2081 DBG233:
; VL=2082 ;     clockwiseTurns = 0;
;     clockwiseTurns = 0;
; VL=2083 	mov	#0x0,&_clockwiseTurns
	d_not_reg word reg_mod r2 
	mov Sreg# r3 
	BYTE# .bits( 0, 7, _clockwiseTurns) 
	BYTE# .bits( 8, 15, _clockwiseTurns) 
DBG234:
DBG235:
; VL=2084 DBG235:
; VL=2085 DBG234:
; VL=2086 ;     }
;     }
; VL=2087 	jmp	kvhTurnsCounterSetHandler_L3
	.ifa (kvhTurnsCounterSetHandler_L3-.-2),-1024,1022 
	DISP_LSB_8# .bits(0, 7,  (kvhTurnsCounterSetHandler_L3 - . - 2)/2  ) 
	jmp DISP_MSB_2# .bits(8, 9,  (kvhTurnsCounterSetHandler_L3 - . - 1)/2  ) 
	.else 
	d_reg word imm_ind_mod r0 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, kvhTurnsCounterSetHandler_L3) 
	BYTE# .bits( 8, 15, kvhTurnsCounterSetHandler_L3) 
	.endif 
; VL=2088 kvhTurnsCounterSetHandler_L2:
kvhTurnsCounterSetHandler_L2:
DBG236:
DBG237:
; VL=2089 ;   else {
;   else {
; VL=2090 DBG236:
; VL=2091 ;     clockwiseTurns = setTurns;  
;     clockwiseTurns = setTurns;  
; VL=2092 DBG237:
; VL=2093 	mov	r12,&_clockwiseTurns
	d_not_reg word reg_mod r2 
	mov Sreg# r12 
	BYTE# .bits( 0, 7, _clockwiseTurns) 
	BYTE# .bits( 8, 15, _clockwiseTurns) 
DBG238:
; VL=2094 DBG238:
; VL=2095 ;     counterClockwiseTurns = 0;
;     counterClockwiseTurns = 0;
; VL=2096 	mov	#0x0,&_counterClockwiseTurns
	d_not_reg word reg_mod r2 
	mov Sreg# r3 
	BYTE# .bits( 0, 7, _counterClockwiseTurns) 
	BYTE# .bits( 8, 15, _counterClockwiseTurns) 
DBG239:
; VL=2097 DBG239:
; VL=2098 kvhTurnsCounterSetHandler_L3:
kvhTurnsCounterSetHandler_L3:
DBG240:
; VL=2099 ;     }
;     }
; VL=2100 ;   netTurns = clockwiseTurns - counterClockwiseTurns;
;   netTurns = clockwiseTurns - counterClockwiseTurns;
; VL=2101 DBG240:
; VL=2102 	mov	&_clockwiseTurns,r12
	d_reg word ind_sym_abs_mod r12 
	mov Sreg# r2 
	BYTE# .bits( 0, 7, _clockwiseTurns) 
	BYTE# .bits( 8, 15, _clockwiseTurns) 
; VL=2103 	sub	&_counterClockwiseTurns,r12
	d_reg word ind_sym_abs_mod r12 
	sub Sreg# r2 
	BYTE# .bits( 0, 7, _counterClockwiseTurns) 
	BYTE# .bits( 8, 15, _counterClockwiseTurns) 
; VL=2104 	mov	r12,&_netTurns
	d_not_reg word reg_mod r2 
	mov Sreg# r12 
	BYTE# .bits( 0, 7, _netTurns) 
	BYTE# .bits( 8, 15, _netTurns) 
DBG241:
; VL=2105 DBG241:
; VL=2106 ;   eventqPut( (10) );
;   eventqPut( (10) );
; VL=2107 	mov	#0xa,r12
	d_reg word imm_ind_mod r12 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, 0xa) 
	BYTE# .bits( 8, 15, 0xa) 
; VL=2108 	call	#_eventqPut
	call_lsb word imm_ind_mod r0 
	call 
	BYTE# .bits( 0, 7, _eventqPut) 
	BYTE# .bits( 8, 15, _eventqPut) 
DBG242:
; VL=2109 DBG242:
; VL=2110 ;   return 0;  
;   return 0;  
; VL=2111 	mov	#0x0,r12
	d_reg word reg_mod r12 
	mov Sreg# r3 
DBG243:
; VL=2112 DBG243:
; VL=2113 kvhTurnsCounterSetHandler_LL2:
kvhTurnsCounterSetHandler_LL2:
DBG246:
; VL=2114 ; EXIT
; EXIT
; VL=2115 DBG246:
; VL=2116 	add	#0x4,sp
	d_reg word ind_reg_mod sp 
	add Sreg# r2 
; VL=2117 	ret
	d_reg word imm_ind_mod r0 
	mov Sreg# r1 
; VL=2118 	.dbgseg dbg_syms
	.segment	dbg_syms,memtype=7,wordsize=32,locinc=4,align=2 
; VL=2119 	.long 0x0
	LONGWORD# 0x0 
; VL=2120 	.long DBG29
	LONGWORD# DBG29 
; VL=2121 	.long 0x4
	LONGWORD# 0x4 
; VL=2122 	.long 0x0
	LONGWORD# 0x0 
; VL=2123 	.long 0x10002
	LONGWORD# 0x10002 
; VL=2124 	.long 0x0
	LONGWORD# 0x0 
; VL=2125 	.long DBG30
	LONGWORD# DBG30 
; VL=2126 	.long 0x2
	LONGWORD# 0x2 
; VL=2127 	.long 0x0
	LONGWORD# 0x0 
; VL=2128 	.long 0x10002
	LONGWORD# 0x10002 
; VL=2129 	.long 0x504e5f5f
	LONGWORD# 0x504e5f5f 
; VL=2130 	.long 0x534d5241
	LONGWORD# 0x534d5241 
; VL=2131 	.long 0x1
	LONGWORD# 0x1 
; VL=2132 	.long 0x0
	LONGWORD# 0x0 
; VL=2133 	.long 0x10002
	LONGWORD# 0x10002 
; VL=2134 	.long 0x0
	LONGWORD# 0x0 
; VL=2135 	.long DBG247
	LONGWORD# DBG247 
; VL=2136 	.long 0x0
	LONGWORD# 0x0 
; VL=2137 	.long 0x0
	LONGWORD# 0x0 
; VL=2138 	.long 0x10002
	LONGWORD# 0x10002 
; VL=2139 	.long 0x53646d63
	LONGWORD# 0x53646d63 
; VL=2140 	.long 0x7274
	LONGWORD# 0x7274 
; VL=2141 	.long 0x0
	LONGWORD# 0x0 
; VL=2142 	.long 0x22
	LONGWORD# 0x22 
; VL=2143 	.long 0x10002
	LONGWORD# 0x10002 
; VL=2144 	.long 0x54746573
	LONGWORD# 0x54746573 
; VL=2145 	.long 0x736e7275
	LONGWORD# 0x736e7275 
; VL=2146 	.long 0x2
	LONGWORD# 0x2 
; VL=2147 	.long 0x4
	LONGWORD# 0x4 
; VL=2148 	.long 0x10002
	LONGWORD# 0x10002 
DBG215:
; VL=2149 DBG215:
; VL=2150 	.long 0x62622e
	LONGWORD# 0x62622e 
; VL=2151 	.long 0x0
	LONGWORD# 0x0 
; VL=2152 	.long DBG244
	LONGWORD# DBG244 
; VL=2153 	.long 0x0
	LONGWORD# 0x0 
; VL=2154 	.long 0x1640001
	LONGWORD# 0x1640001 
; VL=2155 	.long 0x0
	LONGWORD# 0x0 
; VL=2156 	.long 0x8
	LONGWORD# 0x8 
; VL=2157 	.long 0x0
	LONGWORD# 0x0 
; VL=2158 	.long DBG248
	LONGWORD# DBG248 
; VL=2159 	.long 0x0
	LONGWORD# 0x0 
; VL=2160 	.long 0x0
	LONGWORD# 0x0 
; VL=2161 	.long DBG98
	LONGWORD# DBG98 
; VL=2162 	.long 0x6
	LONGWORD# 0x6 
; VL=2163 	.long 0x0
	LONGWORD# 0x0 
; VL=2164 	.long 0x10002
	LONGWORD# 0x10002 
; VL=2165 	.long 0x62652e
	LONGWORD# 0x62652e 
; VL=2166 	.long 0x0
	LONGWORD# 0x0 
; VL=2167 	.long DBG245
	LONGWORD# DBG245 
; VL=2168 	.long 0x0
	LONGWORD# 0x0 
; VL=2169 	.long 0x1640001
	LONGWORD# 0x1640001 
; VL=2170 	.long 0x0
	LONGWORD# 0x0 
; VL=2171 	.long 0x8
	LONGWORD# 0x8 
; VL=2172 	.long 0x0
	LONGWORD# 0x0 
; VL=2173 	.long 0x0
	LONGWORD# 0x0 
; VL=2174 	.long 0x0
	LONGWORD# 0x0 
DBG248:
; VL=2175 DBG248:
; VL=2176 	.long 0x62622e
	LONGWORD# 0x62622e 
; VL=2177 	.long 0x0
	LONGWORD# 0x0 
; VL=2178 	.long DBG226
	LONGWORD# DBG226 
; VL=2179 	.long 0x0
	LONGWORD# 0x0 
; VL=2180 	.long 0x1640001
	LONGWORD# 0x1640001 
; VL=2181 	.long 0x0
	LONGWORD# 0x0 
; VL=2182 	.long 0x8
	LONGWORD# 0x8 
; VL=2183 	.long 0x0
	LONGWORD# 0x0 
; VL=2184 	.long DBG249
	LONGWORD# DBG249 
; VL=2185 	.long 0x0
	LONGWORD# 0x0 
; VL=2186 	.long 0x56746572
	LONGWORD# 0x56746572 
; VL=2187 	.long 0x6c61
	LONGWORD# 0x6c61 
; VL=2188 	.long 0xc0102
	LONGWORD# 0xc0102 
; VL=2189 	.long 0x4
	LONGWORD# 0x4 
; VL=2190 	.long 0x4ffff
	LONGWORD# 0x4ffff 
; VL=2191 	.long 0x62652e
	LONGWORD# 0x62652e 
; VL=2192 	.long 0x0
	LONGWORD# 0x0 
; VL=2193 	.long DBG229
	LONGWORD# DBG229 
; VL=2194 	.long 0x0
	LONGWORD# 0x0 
; VL=2195 	.long 0x1640001
	LONGWORD# 0x1640001 
; VL=2196 	.long 0x0
	LONGWORD# 0x0 
; VL=2197 	.long 0xa
	LONGWORD# 0xa 
; VL=2198 	.long 0x0
	LONGWORD# 0x0 
; VL=2199 	.long 0x0
	LONGWORD# 0x0 
; VL=2200 	.long 0x0
	LONGWORD# 0x0 
; VL=2201 	.long 0x66652e
	LONGWORD# 0x66652e 
; VL=2202 	.long 0x0
	LONGWORD# 0x0 
; VL=2203 	.long DBG246
	LONGWORD# DBG246 
; VL=2204 	.long 0x0
	LONGWORD# 0x0 
; VL=2205 	.long 0x1650001
	LONGWORD# 0x1650001 
; VL=2206 	.long 0x0
	LONGWORD# 0x0 
; VL=2207 	.long 0x118
	LONGWORD# 0x118 
; VL=2208 	.long 0x0
	LONGWORD# 0x0 
; VL=2209 	.long 0x0
	LONGWORD# 0x0 
; VL=2210 	.long 0x0
	LONGWORD# 0x0 
; VL=2211 	.pseg kvh_code
	.segment	kvh_code,memtype=0,wordsize=8,locinc=1,rom,align=2 
DBG217:
; VL=2212 DBG217:
; VL=2213 	.dbgseg dbg_syms
	.segment	dbg_syms,memtype=7,wordsize=32,locinc=4,align=2 
; VL=2214 	.long 0x0
	LONGWORD# 0x0 
; VL=2215 	.long DBG220
	LONGWORD# DBG220 
; VL=2216 	.long DBG217
	LONGWORD# DBG217 
; VL=2217 	.long 0x0
	LONGWORD# 0x0 
; VL=2218 	.long 0xff0001
	LONGWORD# 0xff0001 
DBG216:
; VL=2219 ; }
; }
; VL=2220 ; int kvhPutHandler(char *cmdStr)
; int kvhPutHandler(char *cmdStr)
; VL=2221 DBG216:
; VL=2222 	.long 0x0
	LONGWORD# 0x0 
; VL=2223 	.long DBG254
	LONGWORD# DBG254 
; VL=2224 	.long _kvhPutHandler
	LONGWORD# _kvhPutHandler 
; VL=2225 	.long 0x44
	LONGWORD# 0x44 
; VL=2226 	.long 0x1020001
	LONGWORD# 0x1020001 
; VL=2227 	.long DBG221
	LONGWORD# DBG221 
; VL=2228 	.long DBG251-DBG252
	LONGWORD# DBG251-DBG252 
; VL=2229 	.long DBG253
	LONGWORD# DBG253 
; VL=2230 	.long DBG250
	LONGWORD# DBG250 
; VL=2231 	.long 0x0
	LONGWORD# 0x0 
; VL=2232 	.pseg kvh_code
	.segment	kvh_code,memtype=0,wordsize=8,locinc=1,rom,align=2 
DBG252:
; VL=2233 DBG252:
; VL=2234 	.dbgseg dbg_syms
	.segment	dbg_syms,memtype=7,wordsize=32,locinc=4,align=2 
DBG221:
; VL=2235 DBG221:
; VL=2236 	.long 0x66622e
	LONGWORD# 0x66622e 
; VL=2237 	.long 0x0
	LONGWORD# 0x0 
; VL=2238 	.long DBG252
	LONGWORD# DBG252 
; VL=2239 	.long 0x0
	LONGWORD# 0x0 
; VL=2240 	.long 0x1650001
	LONGWORD# 0x1650001 
; VL=2241 	.long 0x0
	LONGWORD# 0x0 
; VL=2242 	.long 0x11b
	LONGWORD# 0x11b 
; VL=2243 	.long 0x0
	LONGWORD# 0x0 
; VL=2244 	.long DBG255
	LONGWORD# DBG255 
; VL=2245 	.long 0x0
	LONGWORD# 0x0 
; VL=2246 	.dbgseg dbg_line
	.segment	dbg_line,memtype=7,wordsize=32,locinc=4,align=2 
DBG253:
; VL=2247 DBG253:
; VL=2248 	.long DBG216
	LONGWORD# DBG216 
; VL=2249 	.long 0x0
	LONGWORD# 0x0 
; VL=2250 	.long _kvhPutHandler
	LONGWORD# _kvhPutHandler 
; VL=2251 	.long 0x1
	LONGWORD# 0x1 
; VL=2252 	.long DBG257
	LONGWORD# DBG257 
; VL=2253 	.long 0x2
	LONGWORD# 0x2 
; VL=2254 	.long DBG258
	LONGWORD# DBG258 
; VL=2255 	.long 0x5
	LONGWORD# 0x5 
; VL=2256 	.long DBG259
	LONGWORD# DBG259 
; VL=2257 	.long 0x7
	LONGWORD# 0x7 
; VL=2258 	.long DBG261
	LONGWORD# DBG261 
; VL=2259 	.long 0x8
	LONGWORD# 0x8 
; VL=2260 	.long DBG262
	LONGWORD# DBG262 
; VL=2261 	.long 0x9
	LONGWORD# 0x9 
; VL=2262 	.long DBG263
	LONGWORD# DBG263 
; VL=2263 	.long 0xa
	LONGWORD# 0xa 
; VL=2264 	.long DBG264
	LONGWORD# DBG264 
; VL=2265 	.long 0xc
	LONGWORD# 0xc 
; VL=2266 	.long DBG265
	LONGWORD# DBG265 
; VL=2267 	.long 0xe
	LONGWORD# 0xe 
; VL=2268 	.long DBG266
	LONGWORD# DBG266 
; VL=2269 	.long 0xf
	LONGWORD# 0xf 
; VL=2270 	.pseg kvh_code
	.segment	kvh_code,memtype=0,wordsize=8,locinc=1,rom,align=2 
; VL=2271 	.global _kvhPutHandler
	 .global _kvhPutHandler 
; VL=2272 _kvhPutHandler:
_kvhPutHandler:
; VL=2273 	push	r4
	push_lsb word reg_mod r4 
	push 
; VL=2274 	sub	#0x2,sp
	d_reg word ind_reg_mod sp 
	sub Sreg# r3 
DBG256:
; VL=2275 DBG256:
; VL=2276 ; ENTRY
; ENTRY
; VL=2277 	mov	r12,0x0(sp)
	d_not_reg word reg_mod sp 
	mov Sreg# r12 
	BYTE# .bits( 0, 7, 0x0) 
	BYTE# .bits( 8, 15, 0x0) 
DBG257:
DBG258:
; VL=2278 DBG258:
; VL=2279 DBG257:
; VL=2280 ; cmdStr at stkloc 0 (0x0) size 2
; cmdStr at stkloc 0 (0x0) size 2
; VL=2281 ; ch in reg  size 1
; ch in reg  size 1
; VL=2282 ; {
; {
; VL=2283 ;   char ch;
;   char ch;
; VL=2284 ;   eatWhiteSpace(&cmdStr);
;   eatWhiteSpace(&cmdStr);
; VL=2285 	mov	sp,r12
	d_reg word reg_mod r12 
	mov Sreg# sp 
; VL=2286 	call	#_eatWhiteSpace
	call_lsb word imm_ind_mod r0 
	call 
	BYTE# .bits( 0, 7, _eatWhiteSpace) 
	BYTE# .bits( 8, 15, _eatWhiteSpace) 
DBG259:
; VL=2287 DBG259:
; VL=2288 ;   while (*cmdStr != 0x00) {
;   while (*cmdStr != 0x00) {
; VL=2289 kvhPutHandler_L1:
kvhPutHandler_L1:
; VL=2290 	mov	0x0(sp),r12
	d_reg word ind_reg_mod r12 
	mov Sreg# sp 
; VL=2291 	cmp.b	#0x0,0(r12)
	d_not_reg byte reg_mod r12 
	cmp Sreg# r3 
	BYTE# .bits( 0, 7, 0) 
	BYTE# .bits( 8, 15, 0) 
; VL=2292 	jeq	kvhPutHandler_L2
	.ifa (kvhPutHandler_L2-.-2),-1024,1022 
	DISP_LSB_8# .bits(0, 7,  (kvhPutHandler_L2 - . - 2)/2  ) 
	jeq DISP_MSB_2# .bits(8, 9,  (kvhPutHandler_L2 - . - 1)/2  ) 
	.else 
	DISP_LSB_8# .bits(0, 7,  (MCP31 - . - 2)/2  ) 
	jnz DISP_MSB_2# .bits(8, 9,  (MCP31 - . - 1)/2  ) 
	d_reg word imm_ind_mod r0 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, kvhPutHandler_L2) 
	BYTE# .bits( 8, 15, kvhPutHandler_L2) 
	MCP31: 
	.endif 
DBG260:
DBG261:
; VL=2293 DBG261:
; VL=2294 DBG260:
; VL=2295 ;     ch = *cmdStr++;
;     ch = *cmdStr++;
; VL=2296 	mov	0x0(sp),r12
	d_reg word ind_reg_mod r12 
	mov Sreg# sp 
; VL=2297 	add	#0x1,0x0(sp)
	d_not_reg word ind_sym_abs_mod sp 
	add Sreg# r3 
	BYTE# .bits( 0, 7, 0x0) 
	BYTE# .bits( 8, 15, 0x0) 
; VL=2298 	mov.b	@r12,r4
	d_reg byte ind_reg_mod r4 
	mov Sreg# r12 
DBG262:
; VL=2299 DBG262:
; VL=2300 ;     while (usart1TxOne(ch) != 0);
;     while (usart1TxOne(ch) != 0);
; VL=2301 kvhPutHandler_L3:
kvhPutHandler_L3:
; VL=2302 	mov.b	r4,r12
	d_reg byte reg_mod r12 
	mov Sreg# r4 
; VL=2303 	call	#_usart1TxOne
	call_lsb word imm_ind_mod r0 
	call 
	BYTE# .bits( 0, 7, _usart1TxOne) 
	BYTE# .bits( 8, 15, _usart1TxOne) 
; VL=2304 	cmp	#0x0,r12
	d_reg word reg_mod r12 
	cmp Sreg# r3 
; VL=2305 	jne	kvhPutHandler_L3
	.ifa (kvhPutHandler_L3-.-2),-1024,1022 
	DISP_LSB_8# .bits(0, 7,  (kvhPutHandler_L3 - . - 2)/2  ) 
	jne DISP_MSB_2# .bits(8, 9,  (kvhPutHandler_L3 - . - 1)/2  ) 
	.else 
	DISP_LSB_8# .bits(0, 7,  (MCP32 - . - 2)/2  ) 
	jz DISP_MSB_2# .bits(8, 9,  (MCP32 - . - 1)/2  ) 
	d_reg word imm_ind_mod r0 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, kvhPutHandler_L3) 
	BYTE# .bits( 8, 15, kvhPutHandler_L3) 
	MCP32: 
	.endif 
; VL=2306 kvhPutHandler_L4:
kvhPutHandler_L4:
DBG263:
; VL=2307 DBG263:
; VL=2308 	jmp	kvhPutHandler_L1
	.ifa (kvhPutHandler_L1-.-2),-1024,1022 
	DISP_LSB_8# .bits(0, 7,  (kvhPutHandler_L1 - . - 2)/2  ) 
	jmp DISP_MSB_2# .bits(8, 9,  (kvhPutHandler_L1 - . - 1)/2  ) 
	.else 
	d_reg word imm_ind_mod r0 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, kvhPutHandler_L1) 
	BYTE# .bits( 8, 15, kvhPutHandler_L1) 
	.endif 
; VL=2309 kvhPutHandler_L2:
kvhPutHandler_L2:
DBG264:
; VL=2310 ;     }
;     }
; VL=2311 ;   usart1TxOne(0x0d); 
;   usart1TxOne(0x0d); 
; VL=2312 DBG264:
; VL=2313 	mov.b	#0xd,r12
	d_reg byte imm_ind_mod r12 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, 0xd) 
	BYTE# .bits( 8, 15, 0xd) 
; VL=2314 	call	#_usart1TxOne
	call_lsb word imm_ind_mod r0 
	call 
	BYTE# .bits( 0, 7, _usart1TxOne) 
	BYTE# .bits( 8, 15, _usart1TxOne) 
DBG265:
; VL=2315 DBG265:
; VL=2316 ;   return 0;
;   return 0;
; VL=2317 	mov	#0x0,r12
	d_reg word reg_mod r12 
	mov Sreg# r3 
DBG266:
DBG267:
; VL=2318 DBG267:
; VL=2319 DBG266:
; VL=2320 ; EXIT
; EXIT
; VL=2321 ; .temp3 at stkloc 2 (0x2) size 2
; .temp3 at stkloc 2 (0x2) size 2
; VL=2322 	add	#0x2,sp
	d_reg word ind_reg_mod sp 
	add Sreg# r3 
; VL=2323 	pop	r4
	d_reg word imm_ind_mod r4 
	mov Sreg# r1 
; VL=2324 	ret
	d_reg word imm_ind_mod r0 
	mov Sreg# r1 
; VL=2325 	.dbgseg dbg_syms
	.segment	dbg_syms,memtype=7,wordsize=32,locinc=4,align=2 
; VL=2326 	.long 0x0
	LONGWORD# 0x0 
; VL=2327 	.long DBG29
	LONGWORD# DBG29 
; VL=2328 	.long 0x4
	LONGWORD# 0x4 
; VL=2329 	.long 0x0
	LONGWORD# 0x0 
; VL=2330 	.long 0x10002
	LONGWORD# 0x10002 
; VL=2331 	.long 0x0
	LONGWORD# 0x0 
; VL=2332 	.long DBG30
	LONGWORD# DBG30 
; VL=2333 	.long 0x2
	LONGWORD# 0x2 
; VL=2334 	.long 0x0
	LONGWORD# 0x0 
; VL=2335 	.long 0x10002
	LONGWORD# 0x10002 
; VL=2336 	.long 0x504e5f5f
	LONGWORD# 0x504e5f5f 
; VL=2337 	.long 0x534d5241
	LONGWORD# 0x534d5241 
; VL=2338 	.long 0x1
	LONGWORD# 0x1 
; VL=2339 	.long 0x0
	LONGWORD# 0x0 
; VL=2340 	.long 0x10002
	LONGWORD# 0x10002 
; VL=2341 	.long 0x0
	LONGWORD# 0x0 
; VL=2342 	.long DBG247
	LONGWORD# DBG247 
; VL=2343 	.long 0x0
	LONGWORD# 0x0 
; VL=2344 	.long 0x0
	LONGWORD# 0x0 
; VL=2345 	.long 0x10002
	LONGWORD# 0x10002 
; VL=2346 	.long 0x53646d63
	LONGWORD# 0x53646d63 
; VL=2347 	.long 0x7274
	LONGWORD# 0x7274 
; VL=2348 	.long 0x0
	LONGWORD# 0x0 
; VL=2349 	.long 0x22
	LONGWORD# 0x22 
; VL=2350 	.long 0x10002
	LONGWORD# 0x10002 
DBG249:
; VL=2351 DBG249:
; VL=2352 	.long 0x62622e
	LONGWORD# 0x62622e 
; VL=2353 	.long 0x0
	LONGWORD# 0x0 
; VL=2354 	.long DBG262
	LONGWORD# DBG262 
; VL=2355 	.long 0x0
	LONGWORD# 0x0 
; VL=2356 	.long 0x1640001
	LONGWORD# 0x1640001 
; VL=2357 	.long 0x0
	LONGWORD# 0x0 
; VL=2358 	.long 0x9
	LONGWORD# 0x9 
; VL=2359 	.long 0x0
	LONGWORD# 0x0 
; VL=2360 	.long DBG268
	LONGWORD# DBG268 
; VL=2361 	.long 0x0
	LONGWORD# 0x0 
; VL=2362 	.long 0x6863
	LONGWORD# 0x6863 
; VL=2363 	.long 0x0
	LONGWORD# 0x0 
; VL=2364 	.long 0x40102
	LONGWORD# 0x40102 
; VL=2365 	.long 0x2
	LONGWORD# 0x2 
; VL=2366 	.long 0x4ffff
	LONGWORD# 0x4ffff 
; VL=2367 	.long 0x62652e
	LONGWORD# 0x62652e 
; VL=2368 	.long 0x0
	LONGWORD# 0x0 
; VL=2369 	.long DBG266
	LONGWORD# DBG266 
; VL=2370 	.long 0x0
	LONGWORD# 0x0 
; VL=2371 	.long 0x1640001
	LONGWORD# 0x1640001 
; VL=2372 	.long 0x0
	LONGWORD# 0x0 
; VL=2373 	.long 0xf
	LONGWORD# 0xf 
; VL=2374 	.long 0x0
	LONGWORD# 0x0 
; VL=2375 	.long 0x0
	LONGWORD# 0x0 
; VL=2376 	.long 0x0
	LONGWORD# 0x0 
; VL=2377 	.long 0x66652e
	LONGWORD# 0x66652e 
; VL=2378 	.long 0x0
	LONGWORD# 0x0 
; VL=2379 	.long DBG267
	LONGWORD# DBG267 
; VL=2380 	.long 0x0
	LONGWORD# 0x0 
; VL=2381 	.long 0x1650001
	LONGWORD# 0x1650001 
; VL=2382 	.long 0x0
	LONGWORD# 0x0 
; VL=2383 	.long 0x129
	LONGWORD# 0x129 
; VL=2384 	.long 0x0
	LONGWORD# 0x0 
; VL=2385 	.long 0x0
	LONGWORD# 0x0 
; VL=2386 	.long 0x0
	LONGWORD# 0x0 
; VL=2387 	.pseg kvh_code
	.segment	kvh_code,memtype=0,wordsize=8,locinc=1,rom,align=2 
DBG251:
; VL=2388 DBG251:
; VL=2389 	.dbgseg dbg_syms
	.segment	dbg_syms,memtype=7,wordsize=32,locinc=4,align=2 
; VL=2390 	.long 0x0
	LONGWORD# 0x0 
; VL=2391 	.long DBG254
	LONGWORD# DBG254 
; VL=2392 	.long DBG251
	LONGWORD# DBG251 
; VL=2393 	.long 0x0
	LONGWORD# 0x0 
; VL=2394 	.long 0xff0001
	LONGWORD# 0xff0001 
DBG250:
; VL=2395 ; }
; }
; VL=2396 ; int kvhGetHandler(char *cmdStr)
; int kvhGetHandler(char *cmdStr)
; VL=2397 DBG250:
; VL=2398 	.long 0x0
	LONGWORD# 0x0 
; VL=2399 	.long DBG273
	LONGWORD# DBG273 
; VL=2400 	.long _kvhGetHandler
	LONGWORD# _kvhGetHandler 
; VL=2401 	.long 0x44
	LONGWORD# 0x44 
; VL=2402 	.long 0x1020001
	LONGWORD# 0x1020001 
; VL=2403 	.long DBG255
	LONGWORD# DBG255 
; VL=2404 	.long DBG270-DBG271
	LONGWORD# DBG270-DBG271 
; VL=2405 	.long DBG272
	LONGWORD# DBG272 
; VL=2406 	.long DBG269
	LONGWORD# DBG269 
; VL=2407 	.long 0x0
	LONGWORD# 0x0 
; VL=2408 	.pseg kvh_code
	.segment	kvh_code,memtype=0,wordsize=8,locinc=1,rom,align=2 
DBG271:
; VL=2409 DBG271:
; VL=2410 	.dbgseg dbg_syms
	.segment	dbg_syms,memtype=7,wordsize=32,locinc=4,align=2 
DBG255:
; VL=2411 DBG255:
; VL=2412 	.long 0x66622e
	LONGWORD# 0x66622e 
; VL=2413 	.long 0x0
	LONGWORD# 0x0 
; VL=2414 	.long DBG271
	LONGWORD# DBG271 
; VL=2415 	.long 0x0
	LONGWORD# 0x0 
; VL=2416 	.long 0x1650001
	LONGWORD# 0x1650001 
; VL=2417 	.long 0x0
	LONGWORD# 0x0 
; VL=2418 	.long 0x12b
	LONGWORD# 0x12b 
; VL=2419 	.long 0x0
	LONGWORD# 0x0 
; VL=2420 	.long DBG274
	LONGWORD# DBG274 
; VL=2421 	.long 0x0
	LONGWORD# 0x0 
; VL=2422 	.dbgseg dbg_line
	.segment	dbg_line,memtype=7,wordsize=32,locinc=4,align=2 
DBG272:
; VL=2423 DBG272:
; VL=2424 	.long DBG250
	LONGWORD# DBG250 
; VL=2425 	.long 0x0
	LONGWORD# 0x0 
; VL=2426 	.long _kvhGetHandler
	LONGWORD# _kvhGetHandler 
; VL=2427 	.long 0x1
	LONGWORD# 0x1 
; VL=2428 	.long DBG276
	LONGWORD# DBG276 
; VL=2429 	.long 0x2
	LONGWORD# 0x2 
; VL=2430 	.long DBG277
	LONGWORD# DBG277 
; VL=2431 	.long 0x8
	LONGWORD# 0x8 
; VL=2432 	.long DBG278
	LONGWORD# DBG278 
; VL=2433 	.long 0x9
	LONGWORD# 0x9 
; VL=2434 	.long DBG279
	LONGWORD# DBG279 
; VL=2435 	.long 0xa
	LONGWORD# 0xa 
; VL=2436 	.long DBG280
	LONGWORD# DBG280 
; VL=2437 	.long 0xc
	LONGWORD# 0xc 
; VL=2438 	.long DBG281
	LONGWORD# DBG281 
; VL=2439 	.long 0xe
	LONGWORD# 0xe 
; VL=2440 	.long DBG282
	LONGWORD# DBG282 
; VL=2441 	.long 0xf
	LONGWORD# 0xf 
; VL=2442 	.long DBG283
	LONGWORD# DBG283 
; VL=2443 	.long 0x11
	LONGWORD# 0x11 
; VL=2444 	.long DBG284
	LONGWORD# DBG284 
; VL=2445 	.long 0x13
	LONGWORD# 0x13 
; VL=2446 	.long DBG285
	LONGWORD# DBG285 
; VL=2447 	.long 0x15
	LONGWORD# 0x15 
; VL=2448 	.long DBG286
	LONGWORD# DBG286 
; VL=2449 	.long 0x16
	LONGWORD# 0x16 
; VL=2450 	.pseg kvh_code
	.segment	kvh_code,memtype=0,wordsize=8,locinc=1,rom,align=2 
; VL=2451 	.global _kvhGetHandler
	 .global _kvhGetHandler 
; VL=2452 _kvhGetHandler:
_kvhGetHandler:
; VL=2453 	push	r4
	push_lsb word reg_mod r4 
	push 
; VL=2454 	sub	#0x6,sp
	d_reg word imm_ind_mod sp 
	sub Sreg# r0 
	BYTE# .bits( 0, 7, 0x6) 
	BYTE# .bits( 8, 15, 0x6) 
DBG275:
DBG276:
DBG277:
; VL=2455 DBG277:
; VL=2456 DBG276:
; VL=2457 DBG275:
; VL=2458 ; ENTRY
; ENTRY
; VL=2459 ; ch at stkloc 0 (0x0) size 1
; ch at stkloc 0 (0x0) size 1
; VL=2460 ; pBuf at stkloc 2 (0x2) size 2
; pBuf at stkloc 2 (0x2) size 2
; VL=2461 ; bufSize at stkloc 4 (0x4) size 2
; bufSize at stkloc 4 (0x4) size 2
; VL=2462 ; bufIdx in reg  size 2
; bufIdx in reg  size 2
; VL=2463 ; {
; {
; VL=2464 ;   char ch;
;   char ch;
; VL=2465 ;   char *pBuf;
;   char *pBuf;
; VL=2466 ;   int bufSize;
;   int bufSize;
; VL=2467 ;   int bufIdx;
;   int bufIdx;
; VL=2468 ;   bufIdx = 0;
;   bufIdx = 0;
; VL=2469 	mov	#0x0,r4
	d_reg word reg_mod r4 
	mov Sreg# r3 
DBG278:
; VL=2470 DBG278:
; VL=2471 ;   if (outfmtGetBuffer(&pBuf,&bufSize) != 0)
;   if (outfmtGetBuffer(&pBuf,&bufSize) != 0)
; VL=2472 	mov	sp,r13
	d_reg word reg_mod r13 
	mov Sreg# sp 
; VL=2473 	add	#0x4,r13
	d_reg word ind_reg_mod r13 
	add Sreg# r2 
; VL=2474 	mov	sp,r12
	d_reg word reg_mod r12 
	mov Sreg# sp 
; VL=2475 	add	#0x2,r12
	d_reg word ind_reg_mod r12 
	add Sreg# r3 
; VL=2476 	call	#_outfmtGetBuffer
	call_lsb word imm_ind_mod r0 
	call 
	BYTE# .bits( 0, 7, _outfmtGetBuffer) 
	BYTE# .bits( 8, 15, _outfmtGetBuffer) 
; VL=2477 	cmp	#0x0,r12
	d_reg word reg_mod r12 
	cmp Sreg# r3 
; VL=2478 	jeq	kvhGetHandler_L1
	.ifa (kvhGetHandler_L1-.-2),-1024,1022 
	DISP_LSB_8# .bits(0, 7,  (kvhGetHandler_L1 - . - 2)/2  ) 
	jeq DISP_MSB_2# .bits(8, 9,  (kvhGetHandler_L1 - . - 1)/2  ) 
	.else 
	DISP_LSB_8# .bits(0, 7,  (MCP33 - . - 2)/2  ) 
	jnz DISP_MSB_2# .bits(8, 9,  (MCP33 - . - 1)/2  ) 
	d_reg word imm_ind_mod r0 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, kvhGetHandler_L1) 
	BYTE# .bits( 8, 15, kvhGetHandler_L1) 
	MCP33: 
	.endif 
DBG279:
; VL=2479 DBG279:
; VL=2480 ;     return -1;
;     return -1;
; VL=2481 	mov	#-0x1,r12
	d_reg word imm_ind_mod r12 
	mov Sreg# r3 
; VL=2482 	jmp	kvhGetHandler_LL2
	.ifa (kvhGetHandler_LL2-.-2),-1024,1022 
	DISP_LSB_8# .bits(0, 7,  (kvhGetHandler_LL2 - . - 2)/2  ) 
	jmp DISP_MSB_2# .bits(8, 9,  (kvhGetHandler_LL2 - . - 1)/2  ) 
	.else 
	d_reg word imm_ind_mod r0 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, kvhGetHandler_LL2) 
	BYTE# .bits( 8, 15, kvhGetHandler_LL2) 
	.endif 
DBG280:
; VL=2483 DBG280:
; VL=2484 kvhGetHandler_L1:
kvhGetHandler_L1:
; VL=2485 ;   bufSize--; 
;   bufSize--; 
; VL=2486 	sub	#0x1,0x4(sp)
	d_not_reg word ind_sym_abs_mod sp 
	sub Sreg# r3 
	BYTE# .bits( 0, 7, 0x4) 
	BYTE# .bits( 8, 15, 0x4) 
DBG281:
; VL=2487 DBG281:
; VL=2488 ;   while ((usart1RxOne(&ch) == 0) && (bufIdx < bufSize))
;   while ((usart1RxOne(&ch) == 0) && (bufIdx < bufSize))
; VL=2489 kvhGetHandler_L2:
kvhGetHandler_L2:
; VL=2490 	mov	sp,r12
	d_reg word reg_mod r12 
	mov Sreg# sp 
; VL=2491 	call	#_usart1RxOne
	call_lsb word imm_ind_mod r0 
	call 
	BYTE# .bits( 0, 7, _usart1RxOne) 
	BYTE# .bits( 8, 15, _usart1RxOne) 
; VL=2492 	cmp	#0x0,r12
	d_reg word reg_mod r12 
	cmp Sreg# r3 
; VL=2493 	jne	kvhGetHandler_L3
	.ifa (kvhGetHandler_L3-.-2),-1024,1022 
	DISP_LSB_8# .bits(0, 7,  (kvhGetHandler_L3 - . - 2)/2  ) 
	jne DISP_MSB_2# .bits(8, 9,  (kvhGetHandler_L3 - . - 1)/2  ) 
	.else 
	DISP_LSB_8# .bits(0, 7,  (MCP34 - . - 2)/2  ) 
	jz DISP_MSB_2# .bits(8, 9,  (MCP34 - . - 1)/2  ) 
	d_reg word imm_ind_mod r0 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, kvhGetHandler_L3) 
	BYTE# .bits( 8, 15, kvhGetHandler_L3) 
	MCP34: 
	.endif 
; VL=2494 	cmp	0x4(sp),r4
	d_reg word ind_sym_abs_mod r4 
	cmp Sreg# sp 
	BYTE# .bits( 0, 7, 0x4) 
	BYTE# .bits( 8, 15, 0x4) 
; VL=2495 	jge	kvhGetHandler_L3
	.ifa (kvhGetHandler_L3-.-2),-1024,1022 
	DISP_LSB_8# .bits(0, 7,  (kvhGetHandler_L3 - . - 2)/2  ) 
	jge DISP_MSB_2# .bits(8, 9,  (kvhGetHandler_L3 - . - 1)/2  ) 
	.else 
	DISP_LSB_8# .bits(0, 7,  (MCP36 - . - 2)/2  ) 
	jge DISP_MSB_2# .bits(8, 9,  (MCP36 - . - 1)/2  ) 
	DISP_LSB_8# .bits(0, 7,  (MCP35 - . - 2)/2  ) 
	jmp DISP_MSB_2# .bits(8, 9,  (MCP35 - . - 1)/2  ) 
	MCP36: 
	d_reg word imm_ind_mod r0 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, kvhGetHandler_L3) 
	BYTE# .bits( 8, 15, kvhGetHandler_L3) 
	MCP35: 
	.endif 
DBG282:
; VL=2496 DBG282:
; VL=2497 ;     pBuf[bufIdx++] = ch;
;     pBuf[bufIdx++] = ch;
; VL=2498 	mov	r4,r12
	d_reg word reg_mod r12 
	mov Sreg# r4 
; VL=2499 	add	#0x1,r4
	d_reg word ind_sym_abs_mod r4 
	add Sreg# r3 
; VL=2500 	add	0x2(sp),r12
	d_reg word ind_sym_abs_mod r12 
	add Sreg# sp 
	BYTE# .bits( 0, 7, 0x2) 
	BYTE# .bits( 8, 15, 0x2) 
; VL=2501 	mov.b	0x0(sp),0(r12)
	d_not_reg byte ind_reg_mod r12 
	mov Sreg# sp 
	BYTE# .bits( 0, 7, 0) 
	BYTE# .bits( 8, 15, 0) 
; VL=2502 	jmp	kvhGetHandler_L2
	.ifa (kvhGetHandler_L2-.-2),-1024,1022 
	DISP_LSB_8# .bits(0, 7,  (kvhGetHandler_L2 - . - 2)/2  ) 
	jmp DISP_MSB_2# .bits(8, 9,  (kvhGetHandler_L2 - . - 1)/2  ) 
	.else 
	d_reg word imm_ind_mod r0 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, kvhGetHandler_L2) 
	BYTE# .bits( 8, 15, kvhGetHandler_L2) 
	.endif 
; VL=2503 kvhGetHandler_L3:
kvhGetHandler_L3:
DBG283:
; VL=2504 ;   pBuf[bufIdx] = 0x00;
;   pBuf[bufIdx] = 0x00;
; VL=2505 DBG283:
; VL=2506 	mov	0x2(sp),r12
	d_reg word ind_sym_abs_mod r12 
	mov Sreg# sp 
	BYTE# .bits( 0, 7, 0x2) 
	BYTE# .bits( 8, 15, 0x2) 
; VL=2507 	add	r4,r12
	d_reg word reg_mod r12 
	add Sreg# r4 
; VL=2508 	mov.b	#0x0,0(r12)
	d_not_reg byte reg_mod r12 
	mov Sreg# r3 
	BYTE# .bits( 0, 7, 0) 
	BYTE# .bits( 8, 15, 0) 
DBG284:
; VL=2509 DBG284:
; VL=2510 ;   outfmtSendBuffer();
;   outfmtSendBuffer();
; VL=2511 	call	#_outfmtSendBuffer
	call_lsb word imm_ind_mod r0 
	call 
	BYTE# .bits( 0, 7, _outfmtSendBuffer) 
	BYTE# .bits( 8, 15, _outfmtSendBuffer) 
DBG285:
; VL=2512 DBG285:
; VL=2513 ;   return 0;
;   return 0;
; VL=2514 	mov	#0x0,r12
	d_reg word reg_mod r12 
	mov Sreg# r3 
DBG286:
; VL=2515 DBG286:
; VL=2516 kvhGetHandler_LL2:
kvhGetHandler_LL2:
DBG287:
; VL=2517 ; EXIT
; EXIT
; VL=2518 ; .temp4 at stkloc 6 (0x6) size 2
; .temp4 at stkloc 6 (0x6) size 2
; VL=2519 DBG287:
; VL=2520 	add	#0x6,sp
	d_reg word imm_ind_mod sp 
	add Sreg# r0 
	BYTE# .bits( 0, 7, 0x6) 
	BYTE# .bits( 8, 15, 0x6) 
; VL=2521 	pop	r4
	d_reg word imm_ind_mod r4 
	mov Sreg# r1 
; VL=2522 	ret
	d_reg word imm_ind_mod r0 
	mov Sreg# r1 
; VL=2523 	.dbgseg dbg_syms
	.segment	dbg_syms,memtype=7,wordsize=32,locinc=4,align=2 
; VL=2524 	.long 0x0
	LONGWORD# 0x0 
; VL=2525 	.long DBG29
	LONGWORD# DBG29 
; VL=2526 	.long 0x8
	LONGWORD# 0x8 
; VL=2527 	.long 0x0
	LONGWORD# 0x0 
; VL=2528 	.long 0x10002
	LONGWORD# 0x10002 
; VL=2529 	.long 0x0
	LONGWORD# 0x0 
; VL=2530 	.long DBG30
	LONGWORD# DBG30 
; VL=2531 	.long 0x2
	LONGWORD# 0x2 
; VL=2532 	.long 0x0
	LONGWORD# 0x0 
; VL=2533 	.long 0x10002
	LONGWORD# 0x10002 
; VL=2534 	.long 0x504e5f5f
	LONGWORD# 0x504e5f5f 
; VL=2535 	.long 0x534d5241
	LONGWORD# 0x534d5241 
; VL=2536 	.long 0x0
	LONGWORD# 0x0 
; VL=2537 	.long 0x0
	LONGWORD# 0x0 
; VL=2538 	.long 0x10002
	LONGWORD# 0x10002 
; VL=2539 	.long 0x6863
	LONGWORD# 0x6863 
; VL=2540 	.long 0x0
	LONGWORD# 0x0 
; VL=2541 	.long 0x0
	LONGWORD# 0x0 
; VL=2542 	.long 0x2
	LONGWORD# 0x2 
; VL=2543 	.long 0x10002
	LONGWORD# 0x10002 
; VL=2544 	.long 0x66754270
	LONGWORD# 0x66754270 
; VL=2545 	.long 0x0
	LONGWORD# 0x0 
; VL=2546 	.long 0x2
	LONGWORD# 0x2 
; VL=2547 	.long 0x22
	LONGWORD# 0x22 
; VL=2548 	.long 0x10002
	LONGWORD# 0x10002 
; VL=2549 	.long 0x53667562
	LONGWORD# 0x53667562 
; VL=2550 	.long 0x657a69
	LONGWORD# 0x657a69 
; VL=2551 	.long 0x4
	LONGWORD# 0x4 
; VL=2552 	.long 0x4
	LONGWORD# 0x4 
; VL=2553 	.long 0x10002
	LONGWORD# 0x10002 
DBG268:
; VL=2554 DBG268:
; VL=2555 	.long 0x62622e
	LONGWORD# 0x62622e 
; VL=2556 	.long 0x0
	LONGWORD# 0x0 
; VL=2557 	.long DBG278
	LONGWORD# DBG278 
; VL=2558 	.long 0x0
	LONGWORD# 0x0 
; VL=2559 	.long 0x1640001
	LONGWORD# 0x1640001 
; VL=2560 	.long 0x0
	LONGWORD# 0x0 
; VL=2561 	.long 0x9
	LONGWORD# 0x9 
; VL=2562 	.long 0x0
	LONGWORD# 0x0 
; VL=2563 	.long DBG288
	LONGWORD# DBG288 
; VL=2564 	.long 0x0
	LONGWORD# 0x0 
; VL=2565 	.long 0x49667562
	LONGWORD# 0x49667562 
; VL=2566 	.long 0x7864
	LONGWORD# 0x7864 
; VL=2567 	.long 0x40102
	LONGWORD# 0x40102 
; VL=2568 	.long 0x4
	LONGWORD# 0x4 
; VL=2569 	.long 0x4ffff
	LONGWORD# 0x4ffff 
; VL=2570 	.long 0x62652e
	LONGWORD# 0x62652e 
; VL=2571 	.long 0x0
	LONGWORD# 0x0 
; VL=2572 	.long DBG286
	LONGWORD# DBG286 
; VL=2573 	.long 0x0
	LONGWORD# 0x0 
; VL=2574 	.long 0x1640001
	LONGWORD# 0x1640001 
; VL=2575 	.long 0x0
	LONGWORD# 0x0 
; VL=2576 	.long 0x16
	LONGWORD# 0x16 
; VL=2577 	.long 0x0
	LONGWORD# 0x0 
; VL=2578 	.long 0x0
	LONGWORD# 0x0 
; VL=2579 	.long 0x0
	LONGWORD# 0x0 
; VL=2580 	.long 0x66652e
	LONGWORD# 0x66652e 
; VL=2581 	.long 0x0
	LONGWORD# 0x0 
; VL=2582 	.long DBG287
	LONGWORD# DBG287 
; VL=2583 	.long 0x0
	LONGWORD# 0x0 
; VL=2584 	.long 0x1650001
	LONGWORD# 0x1650001 
; VL=2585 	.long 0x0
	LONGWORD# 0x0 
; VL=2586 	.long 0x140
	LONGWORD# 0x140 
; VL=2587 	.long 0x0
	LONGWORD# 0x0 
; VL=2588 	.long 0x0
	LONGWORD# 0x0 
; VL=2589 	.long 0x0
	LONGWORD# 0x0 
; VL=2590 	.pseg kvh_code
	.segment	kvh_code,memtype=0,wordsize=8,locinc=1,rom,align=2 
DBG270:
; VL=2591 DBG270:
; VL=2592 	.dbgseg dbg_syms
	.segment	dbg_syms,memtype=7,wordsize=32,locinc=4,align=2 
; VL=2593 	.long 0x0
	LONGWORD# 0x0 
; VL=2594 	.long DBG273
	LONGWORD# DBG273 
; VL=2595 	.long DBG270
	LONGWORD# DBG270 
; VL=2596 	.long 0x0
	LONGWORD# 0x0 
; VL=2597 	.long 0xff0001
	LONGWORD# 0xff0001 
DBG269:
; VL=2598 ; }
; }
; VL=2599 ; ****** Warning: Symbol ``cmdStr'' (function kvhGetHandler) was defined, but not used
; ****** Warning: Symbol ``cmdStr'' (function kvhGetHandler) was defined, but not used
; VL=2600 ; int kvhAnalogHandler(char *cmdStr)
; int kvhAnalogHandler(char *cmdStr)
; VL=2601 DBG269:
; VL=2602 	.long 0x0
	LONGWORD# 0x0 
; VL=2603 	.long DBG293
	LONGWORD# DBG293 
; VL=2604 	.long _kvhAnalogHandler
	LONGWORD# _kvhAnalogHandler 
; VL=2605 	.long 0x44
	LONGWORD# 0x44 
; VL=2606 	.long 0x1020001
	LONGWORD# 0x1020001 
; VL=2607 	.long DBG274
	LONGWORD# DBG274 
; VL=2608 	.long DBG290-DBG291
	LONGWORD# DBG290-DBG291 
; VL=2609 	.long DBG292
	LONGWORD# DBG292 
; VL=2610 	.long DBG289
	LONGWORD# DBG289 
; VL=2611 	.long 0x0
	LONGWORD# 0x0 
; VL=2612 	.pseg kvh_code
	.segment	kvh_code,memtype=0,wordsize=8,locinc=1,rom,align=2 
DBG291:
; VL=2613 DBG291:
; VL=2614 	.dbgseg dbg_syms
	.segment	dbg_syms,memtype=7,wordsize=32,locinc=4,align=2 
DBG274:
; VL=2615 DBG274:
; VL=2616 	.long 0x66622e
	LONGWORD# 0x66622e 
; VL=2617 	.long 0x0
	LONGWORD# 0x0 
; VL=2618 	.long DBG291
	LONGWORD# DBG291 
; VL=2619 	.long 0x0
	LONGWORD# 0x0 
; VL=2620 	.long 0x1650001
	LONGWORD# 0x1650001 
; VL=2621 	.long 0x0
	LONGWORD# 0x0 
; VL=2622 	.long 0x142
	LONGWORD# 0x142 
; VL=2623 	.long 0x0
	LONGWORD# 0x0 
; VL=2624 	.long DBG294
	LONGWORD# DBG294 
; VL=2625 	.long 0x0
	LONGWORD# 0x0 
; VL=2626 	.dbgseg dbg_line
	.segment	dbg_line,memtype=7,wordsize=32,locinc=4,align=2 
DBG292:
; VL=2627 DBG292:
; VL=2628 	.long DBG269
	LONGWORD# DBG269 
; VL=2629 	.long 0x0
	LONGWORD# 0x0 
; VL=2630 	.long _kvhAnalogHandler
	LONGWORD# _kvhAnalogHandler 
; VL=2631 	.long 0x1
	LONGWORD# 0x1 
; VL=2632 	.long DBG296
	LONGWORD# DBG296 
; VL=2633 	.long 0x2
	LONGWORD# 0x2 
; VL=2634 	.long DBG297
	LONGWORD# DBG297 
; VL=2635 	.long 0x5
	LONGWORD# 0x5 
; VL=2636 	.long DBG298
	LONGWORD# DBG298 
; VL=2637 	.long 0x8
	LONGWORD# 0x8 
; VL=2638 	.long DBG299
	LONGWORD# DBG299 
; VL=2639 	.long 0x9
	LONGWORD# 0x9 
; VL=2640 	.long DBG300
	LONGWORD# DBG300 
; VL=2641 	.long 0xb
	LONGWORD# 0xb 
; VL=2642 	.long DBG301
	LONGWORD# DBG301 
; VL=2643 	.long 0xd
	LONGWORD# 0xd 
; VL=2644 	.long DBG321
	LONGWORD# DBG321 
; VL=2645 	.long 0xf
	LONGWORD# 0xf 
; VL=2646 	.long DBG322
	LONGWORD# DBG322 
; VL=2647 	.long 0x11
	LONGWORD# 0x11 
; VL=2648 	.long DBG323
	LONGWORD# DBG323 
; VL=2649 	.long 0x14
	LONGWORD# 0x14 
; VL=2650 	.long DBG324
	LONGWORD# DBG324 
; VL=2651 	.long 0x15
	LONGWORD# 0x15 
; VL=2652 	.long DBG325
	LONGWORD# DBG325 
; VL=2653 	.long 0x17
	LONGWORD# 0x17 
; VL=2654 	.long DBG326
	LONGWORD# DBG326 
; VL=2655 	.long 0x18
	LONGWORD# 0x18 
; VL=2656 	.pseg kvh_code
	.segment	kvh_code,memtype=0,wordsize=8,locinc=1,rom,align=2 
; VL=2657 	.global _kvhAnalogHandler
	 .global _kvhAnalogHandler 
; VL=2658 _kvhAnalogHandler:
_kvhAnalogHandler:
; VL=2659 	push	r4
	push_lsb word reg_mod r4 
	push 
; VL=2660 	push	r5
	push_lsb word reg_mod r5 
	push 
; VL=2661 	push	r6
	push_lsb word reg_mod r6 
	push 
; VL=2662 	push	r7
	push_lsb word reg_mod r7 
	push 
; VL=2663 	push	r8
	push_lsb word reg_mod r8 
	push 
; VL=2664 	sub	#0x8,sp
	d_reg word imm_ind_mod sp 
	sub Sreg# r2 
DBG295:
DBG296:
DBG297:
DBG298:
; VL=2665 DBG298:
; VL=2666 DBG297:
; VL=2667 DBG296:
; VL=2668 DBG295:
; VL=2669 ; ENTRY
; ENTRY
; VL=2670 ; pBuf at stkloc 0 (0x0) size 2
; pBuf at stkloc 0 (0x0) size 2
; VL=2671 ; bufSize at stkloc 2 (0x2) size 2
; bufSize at stkloc 2 (0x2) size 2
; VL=2672 ; temp in reg  size 2
; temp in reg  size 2
; VL=2673 ; kvhResult at stkloc 4 (0x4) size 4
; kvhResult at stkloc 4 (0x4) size 4
; VL=2674 ; pDegrees in reg  size 2
; pDegrees in reg  size 2
; VL=2675 ; tmpHead in reg  size 4
; tmpHead in reg  size 4
; VL=2676 ; {
; {
; VL=2677 ;   char *pBuf;
;   char *pBuf;
; VL=2678 ;   int bufSize;
;   int bufSize;
; VL=2679 ;   unsigned int temp = 0;
;   unsigned int temp = 0;
; VL=2680 ;   float kvhResult;
;   float kvhResult;
; VL=2681 ;   if (outfmtGetBuffer(&pBuf,&bufSize) != 0)
;   if (outfmtGetBuffer(&pBuf,&bufSize) != 0)
; VL=2682 	mov	sp,r13
	d_reg word reg_mod r13 
	mov Sreg# sp 
; VL=2683 	add	#0x2,r13
	d_reg word ind_reg_mod r13 
	add Sreg# r3 
; VL=2684 	mov	sp,r12
	d_reg word reg_mod r12 
	mov Sreg# sp 
; VL=2685 	call	#_outfmtGetBuffer
	call_lsb word imm_ind_mod r0 
	call 
	BYTE# .bits( 0, 7, _outfmtGetBuffer) 
	BYTE# .bits( 8, 15, _outfmtGetBuffer) 
; VL=2686 	cmp	#0x0,r12
	d_reg word reg_mod r12 
	cmp Sreg# r3 
; VL=2687 	jeq	kvhAnalogHandler_L1
	.ifa (kvhAnalogHandler_L1-.-2),-1024,1022 
	DISP_LSB_8# .bits(0, 7,  (kvhAnalogHandler_L1 - . - 2)/2  ) 
	jeq DISP_MSB_2# .bits(8, 9,  (kvhAnalogHandler_L1 - . - 1)/2  ) 
	.else 
	DISP_LSB_8# .bits(0, 7,  (MCP37 - . - 2)/2  ) 
	jnz DISP_MSB_2# .bits(8, 9,  (MCP37 - . - 1)/2  ) 
	d_reg word imm_ind_mod r0 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, kvhAnalogHandler_L1) 
	BYTE# .bits( 8, 15, kvhAnalogHandler_L1) 
	MCP37: 
	.endif 
DBG299:
; VL=2688 DBG299:
; VL=2689 ;     return -1;
;     return -1;
; VL=2690 	mov	#-0x1,r12
	d_reg word imm_ind_mod r12 
	mov Sreg# r3 
; VL=2691 	jmp	kvhAnalogHandler_LL2
	.ifa (kvhAnalogHandler_LL2-.-2),-1024,1022 
	DISP_LSB_8# .bits(0, 7,  (kvhAnalogHandler_LL2 - . - 2)/2  ) 
	jmp DISP_MSB_2# .bits(8, 9,  (kvhAnalogHandler_LL2 - . - 1)/2  ) 
	.else 
	d_reg word imm_ind_mod r0 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, kvhAnalogHandler_LL2) 
	BYTE# .bits( 8, 15, kvhAnalogHandler_LL2) 
	.endif 
DBG300:
; VL=2692 DBG300:
; VL=2693 kvhAnalogHandler_L1:
kvhAnalogHandler_L1:
; VL=2694 ;   bufSize--; 
;   bufSize--; 
; VL=2695 	sub	#0x1,0x2(sp)
	d_not_reg word ind_sym_abs_mod sp 
	sub Sreg# r3 
	BYTE# .bits( 0, 7, 0x2) 
	BYTE# .bits( 8, 15, 0x2) 
DBG301:
DBG302:
; VL=2696 DBG302:
; VL=2697 DBG301:
; VL=2698 ;   convertAnalog(lastRawAdcSample, &kvhResult);
;   convertAnalog(lastRawAdcSample, &kvhResult);
; VL=2699 ; {
; {
; VL=2700 	mov	sp,r8
	d_reg word reg_mod r8 
	mov Sreg# sp 
; VL=2701 ;   float tmpHead;
;   float tmpHead;
; VL=2702 ;   if (pDegrees == ((void *) 0) )
;   if (pDegrees == ((void *) 0) )
; VL=2703 	add	#0x4,r8
	d_reg word ind_reg_mod r8 
	add Sreg# r2 
DBG303:
; VL=2704 DBG303:
; VL=2705 	jne	kvhAnalogHandler_L2
	.ifa (kvhAnalogHandler_L2-.-2),-1024,1022 
	DISP_LSB_8# .bits(0, 7,  (kvhAnalogHandler_L2 - . - 2)/2  ) 
	jne DISP_MSB_2# .bits(8, 9,  (kvhAnalogHandler_L2 - . - 1)/2  ) 
	.else 
	DISP_LSB_8# .bits(0, 7,  (MCP38 - . - 2)/2  ) 
	jz DISP_MSB_2# .bits(8, 9,  (MCP38 - . - 1)/2  ) 
	d_reg word imm_ind_mod r0 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, kvhAnalogHandler_L2) 
	BYTE# .bits( 8, 15, kvhAnalogHandler_L2) 
	MCP38: 
	.endif 
DBG304:
; VL=2706 DBG304:
; VL=2707 ;     return -1;
;     return -1;
; VL=2708 	jmp	kvhAnalogHandler_LL3
	.ifa (kvhAnalogHandler_LL3-.-2),-1024,1022 
	DISP_LSB_8# .bits(0, 7,  (kvhAnalogHandler_LL3 - . - 2)/2  ) 
	jmp DISP_MSB_2# .bits(8, 9,  (kvhAnalogHandler_LL3 - . - 1)/2  ) 
	.else 
	d_reg word imm_ind_mod r0 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, kvhAnalogHandler_LL3) 
	BYTE# .bits( 8, 15, kvhAnalogHandler_LL3) 
	.endif 
DBG305:
; VL=2709 DBG305:
; VL=2710 kvhAnalogHandler_L2:
kvhAnalogHandler_L2:
; VL=2711 ;   if (adcCounts < (124) ) 
;   if (adcCounts < (124) ) 
; VL=2712 	cmp	#0x7c,&_lastRawAdcSample
	d_not_reg word imm_ind_mod r2 
	cmp Sreg# r0 
	BYTE# .bits( 0, 7, 0x7c) 
	BYTE# .bits( 8, 15, 0x7c) 
	BYTE# .bits( 0, 7, _lastRawAdcSample) 
	BYTE# .bits( 8, 15, _lastRawAdcSample) 
; VL=2713 	jc	kvhAnalogHandler_L3
	.ifa (kvhAnalogHandler_L3-.-2),-1024,1022 
	DISP_LSB_8# .bits(0, 7,  (kvhAnalogHandler_L3 - . - 2)/2  ) 
	jc DISP_MSB_2# .bits(8, 9,  (kvhAnalogHandler_L3 - . - 1)/2  ) 
	.else 
	DISP_LSB_8# .bits(0, 7,  (MCP39 - . - 2)/2  ) 
	jnc DISP_MSB_2# .bits(8, 9,  (MCP39 - . - 1)/2  ) 
	d_reg word imm_ind_mod r0 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, kvhAnalogHandler_L3) 
	BYTE# .bits( 8, 15, kvhAnalogHandler_L3) 
	MCP39: 
	.endif 
DBG306:
; VL=2714 DBG306:
; VL=2715 ;     return -1;
;     return -1;
; VL=2716 	jmp	kvhAnalogHandler_LL3
	.ifa (kvhAnalogHandler_LL3-.-2),-1024,1022 
	DISP_LSB_8# .bits(0, 7,  (kvhAnalogHandler_LL3 - . - 2)/2  ) 
	jmp DISP_MSB_2# .bits(8, 9,  (kvhAnalogHandler_LL3 - . - 1)/2  ) 
	.else 
	d_reg word imm_ind_mod r0 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, kvhAnalogHandler_LL3) 
	BYTE# .bits( 8, 15, kvhAnalogHandler_LL3) 
	.endif 
DBG307:
; VL=2717 DBG307:
; VL=2718 kvhAnalogHandler_L3:
kvhAnalogHandler_L3:
; VL=2719 ;   if (adcCounts > (2358) )
;   if (adcCounts > (2358) )
; VL=2720 	mov	#0x936,r12
	d_reg word imm_ind_mod r12 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, 0x936) 
	BYTE# .bits( 8, 15, 0x936) 
; VL=2721 	cmp	&_lastRawAdcSample,r12
	d_reg word ind_sym_abs_mod r12 
	cmp Sreg# r2 
	BYTE# .bits( 0, 7, _lastRawAdcSample) 
	BYTE# .bits( 8, 15, _lastRawAdcSample) 
; VL=2722 	jc	kvhAnalogHandler_L4
	.ifa (kvhAnalogHandler_L4-.-2),-1024,1022 
	DISP_LSB_8# .bits(0, 7,  (kvhAnalogHandler_L4 - . - 2)/2  ) 
	jc DISP_MSB_2# .bits(8, 9,  (kvhAnalogHandler_L4 - . - 1)/2  ) 
	.else 
	DISP_LSB_8# .bits(0, 7,  (MCP40 - . - 2)/2  ) 
	jnc DISP_MSB_2# .bits(8, 9,  (MCP40 - . - 1)/2  ) 
	d_reg word imm_ind_mod r0 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, kvhAnalogHandler_L4) 
	BYTE# .bits( 8, 15, kvhAnalogHandler_L4) 
	MCP40: 
	.endif 
DBG308:
; VL=2723 DBG308:
; VL=2724 ;     return -1;
;     return -1;
; VL=2725 	jmp	kvhAnalogHandler_LL3
	.ifa (kvhAnalogHandler_LL3-.-2),-1024,1022 
	DISP_LSB_8# .bits(0, 7,  (kvhAnalogHandler_LL3 - . - 2)/2  ) 
	jmp DISP_MSB_2# .bits(8, 9,  (kvhAnalogHandler_LL3 - . - 1)/2  ) 
	.else 
	d_reg word imm_ind_mod r0 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, kvhAnalogHandler_LL3) 
	BYTE# .bits( 8, 15, kvhAnalogHandler_LL3) 
	.endif 
DBG309:
; VL=2726 DBG309:
; VL=2727 kvhAnalogHandler_L4:
kvhAnalogHandler_L4:
; VL=2728 ;   tmpHead = ( ( ( ((float)adcCounts) * adcCountsToMvScale) - 100.0) / 5.0);
;   tmpHead = ( ( ( ((float)adcCounts) * adcCountsToMvScale) - 100.0) / 5.0);
; VL=2729 	mov	&_lastRawAdcSample,r13
	d_reg word ind_sym_abs_mod r13 
	mov Sreg# r2 
	BYTE# .bits( 0, 7, _lastRawAdcSample) 
	BYTE# .bits( 8, 15, _lastRawAdcSample) 
; VL=2730 	mov	#0x0,r12
	d_reg word reg_mod r12 
	mov Sreg# r3 
DBG327:
; VL=2731 DBG327:
; VL=2732 	call	#__u_to_s
	call_lsb word imm_ind_mod r0 
	call 
	BYTE# .bits( 0, 7, __u_to_s) 
	BYTE# .bits( 8, 15, __u_to_s) 
DBG328:
; VL=2733 DBG328:
; VL=2734 	mov	&_adcCountsToMvScale,r15
	d_reg word ind_sym_abs_mod r15 
	mov Sreg# r2 
	BYTE# .bits( 0, 7, _adcCountsToMvScale) 
	BYTE# .bits( 8, 15, _adcCountsToMvScale) 
; VL=2735 	mov	&_adcCountsToMvScale+0x2,r14
	d_reg word ind_sym_abs_mod r14 
	mov Sreg# r2 
	BYTE# .bits( 0, 7, _adcCountsToMvScale+0x2) 
	BYTE# .bits( 8, 15, _adcCountsToMvScale+0x2) 
DBG329:
; VL=2736 DBG329:
; VL=2737 	call	#__s_mul
	call_lsb word imm_ind_mod r0 
	call 
	BYTE# .bits( 0, 7, __s_mul) 
	BYTE# .bits( 8, 15, __s_mul) 
DBG330:
; VL=2738 DBG330:
; VL=2739 	mov	#0x0,r15
	d_reg word reg_mod r15 
	mov Sreg# r3 
; VL=2740 	mov	#0x42c8,r14
	d_reg word imm_ind_mod r14 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, 0x42c8) 
	BYTE# .bits( 8, 15, 0x42c8) 
DBG331:
; VL=2741 DBG331:
; VL=2742 	call	#__s_sub
	call_lsb word imm_ind_mod r0 
	call 
	BYTE# .bits( 0, 7, __s_sub) 
	BYTE# .bits( 8, 15, __s_sub) 
DBG332:
; VL=2743 DBG332:
; VL=2744 	mov	#0x0,r15
	d_reg word reg_mod r15 
	mov Sreg# r3 
; VL=2745 	mov	#0x40a0,r14
	d_reg word imm_ind_mod r14 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, 0x40a0) 
	BYTE# .bits( 8, 15, 0x40a0) 
DBG333:
; VL=2746 DBG333:
; VL=2747 	call	#__s_div
	call_lsb word imm_ind_mod r0 
	call 
	BYTE# .bits( 0, 7, __s_div) 
	BYTE# .bits( 8, 15, __s_div) 
DBG334:
; VL=2748 DBG334:
; VL=2749 	mov	r12,r4
	d_reg word reg_mod r4 
	mov Sreg# r12 
DBG310:
; VL=2750 DBG310:
; VL=2751 ;   if (tmpHead < 0.0) {
;   if (tmpHead < 0.0) {
; VL=2752 	mov	#0x0,r15
	d_reg word reg_mod r15 
	mov Sreg# r3 
; VL=2753 	mov	#0x0,r14
	d_reg word reg_mod r14 
	mov Sreg# r3 
; VL=2754 	mov	r4,r12
	d_reg word reg_mod r12 
	mov Sreg# r4 
DBG335:
; VL=2755 DBG335:
; VL=2756 	call	#__s_cmpz
	call_lsb word imm_ind_mod r0 
	call 
	BYTE# .bits( 0, 7, __s_cmpz) 
	BYTE# .bits( 8, 15, __s_cmpz) 
DBG336:
; VL=2757 DBG336:
; VL=2758 	mov	r13,r5
	d_reg word reg_mod r5 
	mov Sreg# r13 
; VL=2759 	cmp	#0x0,r12
	d_reg word reg_mod r12 
	cmp Sreg# r3 
; VL=2760 	jge	kvhAnalogHandler_L5
	.ifa (kvhAnalogHandler_L5-.-2),-1024,1022 
	DISP_LSB_8# .bits(0, 7,  (kvhAnalogHandler_L5 - . - 2)/2  ) 
	jge DISP_MSB_2# .bits(8, 9,  (kvhAnalogHandler_L5 - . - 1)/2  ) 
	.else 
	DISP_LSB_8# .bits(0, 7,  (MCP42 - . - 2)/2  ) 
	jge DISP_MSB_2# .bits(8, 9,  (MCP42 - . - 1)/2  ) 
	DISP_LSB_8# .bits(0, 7,  (MCP41 - . - 2)/2  ) 
	jmp DISP_MSB_2# .bits(8, 9,  (MCP41 - . - 1)/2  ) 
	MCP42: 
	d_reg word imm_ind_mod r0 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, kvhAnalogHandler_L5) 
	BYTE# .bits( 8, 15, kvhAnalogHandler_L5) 
	MCP41: 
	.endif 
DBG311:
DBG312:
; VL=2761 DBG312:
; VL=2762 DBG311:
; VL=2763 ;     tmpHead = 0.0;
;     tmpHead = 0.0;
; VL=2764 	mov	r15,r5
	d_reg word reg_mod r5 
	mov Sreg# r15 
; VL=2765 	mov	r14,r4
	d_reg word reg_mod r4 
	mov Sreg# r14 
DBG313:
DBG314:
; VL=2766 DBG314:
; VL=2767 DBG313:
; VL=2768 ;     }
;     }
; VL=2769 kvhAnalogHandler_L5:
kvhAnalogHandler_L5:
; VL=2770 ;   if (tmpHead > 359.9) {
;   if (tmpHead > 359.9) {
; VL=2771 	mov	#0xf333,r7
	d_reg word imm_ind_mod r7 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, 0xf333) 
	BYTE# .bits( 8, 15, 0xf333) 
; VL=2772 	mov	#0x43b3,r6
	d_reg word imm_ind_mod r6 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, 0x43b3) 
	BYTE# .bits( 8, 15, 0x43b3) 
; VL=2773 	mov	r5,r13
	d_reg word reg_mod r13 
	mov Sreg# r5 
; VL=2774 	mov	r4,r12
	d_reg word reg_mod r12 
	mov Sreg# r4 
; VL=2775 	mov	r7,r15
	d_reg word reg_mod r15 
	mov Sreg# r7 
; VL=2776 	mov	r6,r14
	d_reg word reg_mod r14 
	mov Sreg# r6 
DBG337:
; VL=2777 DBG337:
; VL=2778 	call	#__s_cmp
	call_lsb word imm_ind_mod r0 
	call 
	BYTE# .bits( 0, 7, __s_cmp) 
	BYTE# .bits( 8, 15, __s_cmp) 
DBG338:
; VL=2779 DBG338:
; VL=2780 	mov	#0x0,r13
	d_reg word reg_mod r13 
	mov Sreg# r3 
; VL=2781 	cmp	r12,r13
	d_reg word reg_mod r13 
	cmp Sreg# r12 
; VL=2782 	jge	kvhAnalogHandler_L6
	.ifa (kvhAnalogHandler_L6-.-2),-1024,1022 
	DISP_LSB_8# .bits(0, 7,  (kvhAnalogHandler_L6 - . - 2)/2  ) 
	jge DISP_MSB_2# .bits(8, 9,  (kvhAnalogHandler_L6 - . - 1)/2  ) 
	.else 
	DISP_LSB_8# .bits(0, 7,  (MCP44 - . - 2)/2  ) 
	jge DISP_MSB_2# .bits(8, 9,  (MCP44 - . - 1)/2  ) 
	DISP_LSB_8# .bits(0, 7,  (MCP43 - . - 2)/2  ) 
	jmp DISP_MSB_2# .bits(8, 9,  (MCP43 - . - 1)/2  ) 
	MCP44: 
	d_reg word imm_ind_mod r0 
	mov Sreg# r0 
	BYTE# .bits( 0, 7, kvhAnalogHandler_L6) 
	BYTE# .bits( 8, 15, kvhAnalogHandler_L6) 
	MCP43: 
	.endif 
DBG315:
DBG316:
; VL=2783 DBG316:
; VL=2784 DBG315:
; VL=2785 ;     tmpHead = 359.9;
;     tmpHead = 359.9;
; VL=2786 	mov	r7,r5
	d_reg word reg_mod r5 
	mov Sreg# r7 
; VL=2787 	mov	r6,r4
	d_reg word reg_mod r4 
	mov Sreg# r6 
DBG317:
DBG318:
; VL=2788 DBG318:
; VL=2789 DBG317:
; VL=2790 ;     }
;     }
; VL=2791 kvhAnalogHandler_L6:
kvhAnalogHandler_L6:
; VL=2792 ;   *pDegrees = tmpHead;
;   *pDegrees = tmpHead;
; VL=2793 	mov	r5,0(r8)
	d_not_reg word reg_mod r8 
	mov Sreg# r5 
	BYTE# .bits( 0, 7, 0) 
	BYTE# .bits( 8, 15, 0) 
; VL=2794 	mov	r4,0x2(r8)
	d_not_reg word reg_mod r8 
	mov Sreg# r4 
	BYTE# .bits( 0, 7, 0x2) 
	BYTE# .bits( 8, 15, 0x2) 
DBG319:
DBG320:
; VL=2795 DBG320:
; VL=2796 DBG319:
; VL=2797 ;   return 0;
;   return 0;
; VL=2798 kvhAnalogHandler_LL3:
kvhAnalogHandler_LL3:
DBG321:
; VL=2799 ;   sprintf(pBuf, "\nKVH Hdg[%4.2f] ADC: cur[%u] min[%u] max[%u]\n\x00", 
;   sprintf(pBuf, "\nKVH Hdg[%4.2f] ADC: cur[%u] min[%u] max[%u]\n\x00", 
; VL=2800 DBG321:
; VL=2801 	push	&_maxRawAdcSample
	push_lsb word ind_sym_abs_mod r2 
	push 
	BYTE# .bits( 0, 7, _maxRawAdcSample) 
	BYTE# .bits( 8, 15, _maxRawAdcSample) 
; VL=2802 	push	&_minRawAdcSample
	push_lsb word ind_sym_abs_mod r2 
	push 
	BYTE# .bits( 0, 7, _minRawAdcSample) 
	BYTE# .bits( 8, 15, _minRawAdcSample) 
; VL=2803 	push	&_lastRawAdcSample
	push_lsb word ind_sym_abs_mod r2 
	push 
	BYTE# .bits( 0, 7, _lastRawAdcSample) 
	BYTE# .bits( 8, 15, _lastRawAdcSample) 
; VL=2804 	sub	#0x4,sp
	d_reg word ind_reg_mod sp 
	sub Sreg# r2 
; VL=2805 	mov	0xe(sp),0(sp)
	d_not_reg word ind_sym_abs_mod sp 
	mov Sreg# sp 
	BYTE# .bits( 0, 7, 0xe) 
	BYTE# .bits( 8, 15, 0xe) 
	BYTE# .bits( 0, 7, 0) 
	BYTE# .bits( 8, 15, 0) 
; VL=2806 	mov	0x10(sp),0x2(sp)
	d_not_reg word ind_sym_abs_mod sp 
	mov Sreg# sp 
	BYTE# .bits( 0, 7, 0x10) 
	BYTE# .bits( 8, 15, 0x10) 
	BYTE# .bits( 0, 7, 0x2) 
	BYTE# .bits( 8, 15, 0x2) 
; VL=2807 	push	#kvh_V27
	push_lsb word imm_ind_mod r0 
	push 
	BYTE# .bits( 0, 7, kvh_V27) 
	BYTE# .bits( 8, 15, kvh_V27) 
; VL=2808 	mov	sp,r12
	d_reg word reg_mod r12 
	mov Sreg# sp 
; VL=2809 	add	#0xc,r12
	d_reg word imm_ind_mod r12 
	add Sreg# r0 
	BYTE# .bits( 0, 7, 0xc) 
	BYTE# .bits( 8, 15, 0xc) 
; VL=2810 	push	0x0(r12)
	push_lsb word ind_reg_mod r12 
	push 
DBG339:
; VL=2811 DBG339:
; VL=2812 	call	#_sprintf
	call_lsb word imm_ind_mod r0 
	call 
	BYTE# .bits( 0, 7, _sprintf) 
	BYTE# .bits( 8, 15, _sprintf) 
DBG340:
; VL=2813 DBG340:
; VL=2814 	add	#0xe,sp
	d_reg word imm_ind_mod sp 
	add Sreg# r0 
	BYTE# .bits( 0, 7, 0xe) 
	BYTE# .bits( 8, 15, 0xe) 
DBG322:
; VL=2815 DBG322:
; VL=2816 ;     kvhResult, lastRawAdcSample, minRawAdcSample, maxRawAdcSample);
;     kvhResult, lastRawAdcSample, minRawAdcSample, maxRawAdcSample);
; VL=2817 ;   outfmtSendBuffer();
;   outfmtSendBuffer();
; VL=2818 	call	#_outfmtSendBuffer
	call_lsb word imm_ind_mod r0 
	call 
	BYTE# .bits( 0, 7, _outfmtSendBuffer) 
	BYTE# .bits( 8, 15, _outfmtSendBuffer) 
DBG323:
; VL=2819 DBG323:
; VL=2820 ;   minRawAdcSample = 65535U;
;   minRawAdcSample = 65535U;
; VL=2821 	mov	#0xffff,&_minRawAdcSample
	d_not_reg word imm_ind_mod r2 
	mov Sreg# r3 
	BYTE# .bits( 0, 7, _minRawAdcSample) 
	BYTE# .bits( 8, 15, _minRawAdcSample) 
DBG324:
; VL=2822 DBG324:
; VL=2823 ;   maxRawAdcSample = 0;
;   maxRawAdcSample = 0;
; VL=2824 	mov	#0x0,&_maxRawAdcSample
	d_not_reg word reg_mod r2 
	mov Sreg# r3 
	BYTE# .bits( 0, 7, _maxRawAdcSample) 
	BYTE# .bits( 8, 15, _maxRawAdcSample) 
DBG325:
; VL=2825 DBG325:
; VL=2826 ;   return 0;
;   return 0;
; VL=2827 	mov	#0x0,r12
	d_reg word reg_mod r12 
	mov Sreg# r3 
DBG326:
; VL=2828 DBG326:
; VL=2829 kvhAnalogHandler_LL2:
kvhAnalogHandler_LL2:
DBG341:
; VL=2830 ; EXIT
; EXIT
; VL=2831 ; .temp5 at stkloc 8 (0x8) size 10
; .temp5 at stkloc 8 (0x8) size 10
; VL=2832 DBG341:
; VL=2833 	add	#0x8,sp
	d_reg word imm_ind_mod sp 
	add Sreg# r2 
; VL=2834 	pop	r8
	d_reg word imm_ind_mod r8 
	mov Sreg# r1 
; VL=2835 	pop	r7
	d_reg word imm_ind_mod r7 
	mov Sreg# r1 
; VL=2836 	pop	r6
	d_reg word imm_ind_mod r6 
	mov Sreg# r1 
; VL=2837 	pop	r5
	d_reg word imm_ind_mod r5 
	mov Sreg# r1 
; VL=2838 	pop	r4
	d_reg word imm_ind_mod r4 
	mov Sreg# r1 
; VL=2839 	ret
	d_reg word imm_ind_mod r0 
	mov Sreg# r1 
; VL=2840 	.dbgseg dbg_syms
	.segment	dbg_syms,memtype=7,wordsize=32,locinc=4,align=2 
; VL=2841 	.long 0x0
	LONGWORD# 0x0 
; VL=2842 	.long DBG29
	LONGWORD# DBG29 
; VL=2843 	.long 0x12
	LONGWORD# 0x12 
; VL=2844 	.long 0x0
	LONGWORD# 0x0 
; VL=2845 	.long 0x10002
	LONGWORD# 0x10002 
; VL=2846 	.long 0x0
	LONGWORD# 0x0 
; VL=2847 	.long DBG30
	LONGWORD# DBG30 
; VL=2848 	.long 0x2
	LONGWORD# 0x2 
; VL=2849 	.long 0x0
	LONGWORD# 0x0 
; VL=2850 	.long 0x10002
	LONGWORD# 0x10002 
; VL=2851 	.long 0x504e5f5f
	LONGWORD# 0x504e5f5f 
; VL=2852 	.long 0x534d5241
	LONGWORD# 0x534d5241 
; VL=2853 	.long 0x0
	LONGWORD# 0x0 
; VL=2854 	.long 0x0
	LONGWORD# 0x0 
; VL=2855 	.long 0x10002
	LONGWORD# 0x10002 
; VL=2856 	.long 0x66754270
	LONGWORD# 0x66754270 
; VL=2857 	.long 0x0
	LONGWORD# 0x0 
; VL=2858 	.long 0x0
	LONGWORD# 0x0 
; VL=2859 	.long 0x22
	LONGWORD# 0x22 
; VL=2860 	.long 0x10002
	LONGWORD# 0x10002 
; VL=2861 	.long 0x53667562
	LONGWORD# 0x53667562 
; VL=2862 	.long 0x657a69
	LONGWORD# 0x657a69 
; VL=2863 	.long 0x2
	LONGWORD# 0x2 
; VL=2864 	.long 0x4
	LONGWORD# 0x4 
; VL=2865 	.long 0x10002
	LONGWORD# 0x10002 
; VL=2866 	.long 0x0
	LONGWORD# 0x0 
; VL=2867 	.long DBG342
	LONGWORD# DBG342 
; VL=2868 	.long 0x4
	LONGWORD# 0x4 
; VL=2869 	.long 0x6
	LONGWORD# 0x6 
; VL=2870 	.long 0x10002
	LONGWORD# 0x10002 
DBG288:
; VL=2871 DBG288:
; VL=2872 	.long 0x62622e
	LONGWORD# 0x62622e 
; VL=2873 	.long 0x0
	LONGWORD# 0x0 
; VL=2874 	.long DBG303
	LONGWORD# DBG303 
; VL=2875 	.long 0x0
	LONGWORD# 0x0 
; VL=2876 	.long 0x1640001
	LONGWORD# 0x1640001 
; VL=2877 	.long 0x0
	LONGWORD# 0x0 
; VL=2878 	.long 0xff5e
	LONGWORD# 0xff5e 
; VL=2879 	.long 0x0
	LONGWORD# 0x0 
; VL=2880 	.long DBG343
	LONGWORD# DBG343 
; VL=2881 	.long 0x0
	LONGWORD# 0x0 
; VL=2882 	.long 0x67654470
	LONGWORD# 0x67654470 
; VL=2883 	.long 0x73656572
	LONGWORD# 0x73656572 
; VL=2884 	.long 0x80102
	LONGWORD# 0x80102 
; VL=2885 	.long 0x26
	LONGWORD# 0x26 
; VL=2886 	.long 0x4ffff
	LONGWORD# 0x4ffff 
DBG343:
; VL=2887 DBG343:
; VL=2888 	.long 0x62622e
	LONGWORD# 0x62622e 
; VL=2889 	.long 0x0
	LONGWORD# 0x0 
; VL=2890 	.long DBG327
	LONGWORD# DBG327 
; VL=2891 	.long 0x0
	LONGWORD# 0x0 
; VL=2892 	.long 0x1640001
	LONGWORD# 0x1640001 
; VL=2893 	.long 0x0
	LONGWORD# 0x0 
; VL=2894 	.long 0xff70
	LONGWORD# 0xff70 
; VL=2895 	.long 0x0
	LONGWORD# 0x0 
; VL=2896 	.long DBG344
	LONGWORD# DBG344 
; VL=2897 	.long 0x0
	LONGWORD# 0x0 
; VL=2898 	.long 0x0
	LONGWORD# 0x0 
; VL=2899 	.long DBG98
	LONGWORD# DBG98 
; VL=2900 	.long 0x0
	LONGWORD# 0x0 
; VL=2901 	.long 0x0
	LONGWORD# 0x0 
; VL=2902 	.long 0x10002
	LONGWORD# 0x10002 
; VL=2903 	.long 0x62652e
	LONGWORD# 0x62652e 
; VL=2904 	.long 0x0
	LONGWORD# 0x0 
; VL=2905 	.long DBG328
	LONGWORD# DBG328 
; VL=2906 	.long 0x0
	LONGWORD# 0x0 
; VL=2907 	.long 0x1640001
	LONGWORD# 0x1640001 
; VL=2908 	.long 0x0
	LONGWORD# 0x0 
; VL=2909 	.long 0xff70
	LONGWORD# 0xff70 
; VL=2910 	.long 0x0
	LONGWORD# 0x0 
; VL=2911 	.long 0x0
	LONGWORD# 0x0 
; VL=2912 	.long 0x0
	LONGWORD# 0x0 
DBG344:
; VL=2913 DBG344:
; VL=2914 	.long 0x62622e
	LONGWORD# 0x62622e 
; VL=2915 	.long 0x0
	LONGWORD# 0x0 
; VL=2916 	.long DBG329
	LONGWORD# DBG329 
; VL=2917 	.long 0x0
	LONGWORD# 0x0 
; VL=2918 	.long 0x1640001
	LONGWORD# 0x1640001 
; VL=2919 	.long 0x0
	LONGWORD# 0x0 
; VL=2920 	.long 0xff70
	LONGWORD# 0xff70 
; VL=2921 	.long 0x0
	LONGWORD# 0x0 
; VL=2922 	.long DBG345
	LONGWORD# DBG345 
; VL=2923 	.long 0x0
	LONGWORD# 0x0 
; VL=2924 	.long 0x0
	LONGWORD# 0x0 
; VL=2925 	.long DBG98
	LONGWORD# DBG98 
; VL=2926 	.long 0x0
	LONGWORD# 0x0 
; VL=2927 	.long 0x0
	LONGWORD# 0x0 
; VL=2928 	.long 0x10002
	LONGWORD# 0x10002 
; VL=2929 	.long 0x62652e
	LONGWORD# 0x62652e 
; VL=2930 	.long 0x0
	LONGWORD# 0x0 
; VL=2931 	.long DBG330
	LONGWORD# DBG330 
; VL=2932 	.long 0x0
	LONGWORD# 0x0 
; VL=2933 	.long 0x1640001
	LONGWORD# 0x1640001 
; VL=2934 	.long 0x0
	LONGWORD# 0x0 
; VL=2935 	.long 0xff70
	LONGWORD# 0xff70 
; VL=2936 	.long 0x0
	LONGWORD# 0x0 
; VL=2937 	.long 0x0
	LONGWORD# 0x0 
; VL=2938 	.long 0x0
	LONGWORD# 0x0 
DBG345:
; VL=2939 DBG345:
; VL=2940 	.long 0x62622e
	LONGWORD# 0x62622e 
; VL=2941 	.long 0x0
	LONGWORD# 0x0 
; VL=2942 	.long DBG331
	LONGWORD# DBG331 
; VL=2943 	.long 0x0
	LONGWORD# 0x0 
; VL=2944 	.long 0x1640001
	LONGWORD# 0x1640001 
; VL=2945 	.long 0x0
	LONGWORD# 0x0 
; VL=2946 	.long 0xff70
	LONGWORD# 0xff70 
; VL=2947 	.long 0x0
	LONGWORD# 0x0 
; VL=2948 	.long DBG346
	LONGWORD# DBG346 
; VL=2949 	.long 0x0
	LONGWORD# 0x0 
; VL=2950 	.long 0x0
	LONGWORD# 0x0 
; VL=2951 	.long DBG98
	LONGWORD# DBG98 
; VL=2952 	.long 0x0
	LONGWORD# 0x0 
; VL=2953 	.long 0x0
	LONGWORD# 0x0 
; VL=2954 	.long 0x10002
	LONGWORD# 0x10002 
; VL=2955 	.long 0x62652e
	LONGWORD# 0x62652e 
; VL=2956 	.long 0x0
	LONGWORD# 0x0 
; VL=2957 	.long DBG332
	LONGWORD# DBG332 
; VL=2958 	.long 0x0
	LONGWORD# 0x0 
; VL=2959 	.long 0x1640001
	LONGWORD# 0x1640001 
; VL=2960 	.long 0x0
	LONGWORD# 0x0 
; VL=2961 	.long 0xff70
	LONGWORD# 0xff70 
; VL=2962 	.long 0x0
	LONGWORD# 0x0 
; VL=2963 	.long 0x0
	LONGWORD# 0x0 
; VL=2964 	.long 0x0
	LONGWORD# 0x0 
DBG346:
; VL=2965 DBG346:
; VL=2966 	.long 0x62622e
	LONGWORD# 0x62622e 
; VL=2967 	.long 0x0
	LONGWORD# 0x0 
; VL=2968 	.long DBG333
	LONGWORD# DBG333 
; VL=2969 	.long 0x0
	LONGWORD# 0x0 
; VL=2970 	.long 0x1640001
	LONGWORD# 0x1640001 
; VL=2971 	.long 0x0
	LONGWORD# 0x0 
; VL=2972 	.long 0xff70
	LONGWORD# 0xff70 
; VL=2973 	.long 0x0
	LONGWORD# 0x0 
; VL=2974 	.long DBG347
	LONGWORD# DBG347 
; VL=2975 	.long 0x0
	LONGWORD# 0x0 
; VL=2976 	.long 0x0
	LONGWORD# 0x0 
; VL=2977 	.long DBG98
	LONGWORD# DBG98 
; VL=2978 	.long 0x0
	LONGWORD# 0x0 
; VL=2979 	.long 0x0
	LONGWORD# 0x0 
; VL=2980 	.long 0x10002
	LONGWORD# 0x10002 
; VL=2981 	.long 0x62652e
	LONGWORD# 0x62652e 
; VL=2982 	.long 0x0
	LONGWORD# 0x0 
; VL=2983 	.long DBG334
	LONGWORD# DBG334 
; VL=2984 	.long 0x0
	LONGWORD# 0x0 
; VL=2985 	.long 0x1640001
	LONGWORD# 0x1640001 
; VL=2986 	.long 0x0
	LONGWORD# 0x0 
; VL=2987 	.long 0xff70
	LONGWORD# 0xff70 
; VL=2988 	.long 0x0
	LONGWORD# 0x0 
; VL=2989 	.long 0x0
	LONGWORD# 0x0 
; VL=2990 	.long 0x0
	LONGWORD# 0x0 
DBG347:
; VL=2991 DBG347:
; VL=2992 	.long 0x62622e
	LONGWORD# 0x62622e 
; VL=2993 	.long 0x0
	LONGWORD# 0x0 
; VL=2994 	.long DBG310
	LONGWORD# DBG310 
; VL=2995 	.long 0x0
	LONGWORD# 0x0 
; VL=2996 	.long 0x1640001
	LONGWORD# 0x1640001 
; VL=2997 	.long 0x0
	LONGWORD# 0x0 
; VL=2998 	.long 0xff70
	LONGWORD# 0xff70 
; VL=2999 	.long 0x0
	LONGWORD# 0x0 
; VL=3000 	.long DBG348
	LONGWORD# DBG348 
; VL=3001 	.long 0x0
	LONGWORD# 0x0 
; VL=3002 	.long 0x48706d74
	LONGWORD# 0x48706d74 
; VL=3003 	.long 0x646165
	LONGWORD# 0x646165 
; VL=3004 	.long 0x200
	LONGWORD# 0x200 
; VL=3005 	.long 0x6
	LONGWORD# 0x6 
; VL=3006 	.long 0x204ffff
	LONGWORD# 0x204ffff 
; VL=3007 	.long 0x48706d74
	LONGWORD# 0x48706d74 
; VL=3008 	.long 0x646165
	LONGWORD# 0x646165 
; VL=3009 	.long 0x40102
	LONGWORD# 0x40102 
; VL=3010 	.long 0x6
	LONGWORD# 0x6 
; VL=3011 	.long 0x104ffff
	LONGWORD# 0x104ffff 
; VL=3012 	.long 0x0
	LONGWORD# 0x0 
; VL=3013 	.long 0x0
	LONGWORD# 0x0 
; VL=3014 	.long 0x0
	LONGWORD# 0x0 
; VL=3015 	.long 0x0
	LONGWORD# 0x0 
; VL=3016 	.long 0x0
	LONGWORD# 0x0 
DBG348:
; VL=3017 DBG348:
; VL=3018 	.long 0x62622e
	LONGWORD# 0x62622e 
; VL=3019 	.long 0x0
	LONGWORD# 0x0 
; VL=3020 	.long DBG335
	LONGWORD# DBG335 
; VL=3021 	.long 0x0
	LONGWORD# 0x0 
; VL=3022 	.long 0x1640001
	LONGWORD# 0x1640001 
; VL=3023 	.long 0x0
	LONGWORD# 0x0 
; VL=3024 	.long 0xff70
	LONGWORD# 0xff70 
; VL=3025 	.long 0x0
	LONGWORD# 0x0 
; VL=3026 	.long DBG349
	LONGWORD# DBG349 
; VL=3027 	.long 0x0
	LONGWORD# 0x0 
; VL=3028 	.long 0x0
	LONGWORD# 0x0 
; VL=3029 	.long DBG98
	LONGWORD# DBG98 
; VL=3030 	.long 0x0
	LONGWORD# 0x0 
; VL=3031 	.long 0x0
	LONGWORD# 0x0 
; VL=3032 	.long 0x10002
	LONGWORD# 0x10002 
; VL=3033 	.long 0x62652e
	LONGWORD# 0x62652e 
; VL=3034 	.long 0x0
	LONGWORD# 0x0 
; VL=3035 	.long DBG336
	LONGWORD# DBG336 
; VL=3036 	.long 0x0
	LONGWORD# 0x0 
; VL=3037 	.long 0x1640001
	LONGWORD# 0x1640001 
; VL=3038 	.long 0x0
	LONGWORD# 0x0 
; VL=3039 	.long 0xff70
	LONGWORD# 0xff70 
; VL=3040 	.long 0x0
	LONGWORD# 0x0 
; VL=3041 	.long 0x0
	LONGWORD# 0x0 
; VL=3042 	.long 0x0
	LONGWORD# 0x0 
; VL=3043 	.long 0x62652e
	LONGWORD# 0x62652e 
; VL=3044 	.long 0x0
	LONGWORD# 0x0 
; VL=3045 	.long DBG313
	LONGWORD# DBG313 
; VL=3046 	.long 0x0
	LONGWORD# 0x0 
; VL=3047 	.long 0x1640001
	LONGWORD# 0x1640001 
; VL=3048 	.long 0x0
	LONGWORD# 0x0 
; VL=3049 	.long 0xff72
	LONGWORD# 0xff72 
; VL=3050 	.long 0x0
	LONGWORD# 0x0 
; VL=3051 	.long 0x0
	LONGWORD# 0x0 
; VL=3052 	.long 0x0
	LONGWORD# 0x0 
DBG349:
; VL=3053 DBG349:
; VL=3054 	.long 0x62622e
	LONGWORD# 0x62622e 
; VL=3055 	.long 0x0
	LONGWORD# 0x0 
; VL=3056 	.long DBG313
	LONGWORD# DBG313 
; VL=3057 	.long 0x0
	LONGWORD# 0x0 
; VL=3058 	.long 0x1640001
	LONGWORD# 0x1640001 
; VL=3059 	.long 0x0
	LONGWORD# 0x0 
; VL=3060 	.long 0xff72
	LONGWORD# 0xff72 
; VL=3061 	.long 0x0
	LONGWORD# 0x0 
; VL=3062 	.long DBG350
	LONGWORD# DBG350 
; VL=3063 	.long 0x0
	LONGWORD# 0x0 
; VL=3064 	.long 0x48706d74
	LONGWORD# 0x48706d74 
; VL=3065 	.long 0x646165
	LONGWORD# 0x646165 
; VL=3066 	.long 0x200
	LONGWORD# 0x200 
; VL=3067 	.long 0x6
	LONGWORD# 0x6 
; VL=3068 	.long 0x204ffff
	LONGWORD# 0x204ffff 
; VL=3069 	.long 0x48706d74
	LONGWORD# 0x48706d74 
; VL=3070 	.long 0x646165
	LONGWORD# 0x646165 
; VL=3071 	.long 0x40102
	LONGWORD# 0x40102 
; VL=3072 	.long 0x6
	LONGWORD# 0x6 
; VL=3073 	.long 0x104ffff
	LONGWORD# 0x104ffff 
; VL=3074 	.long 0x48706d74
	LONGWORD# 0x48706d74 
; VL=3075 	.long 0x646165
	LONGWORD# 0x646165 
; VL=3076 	.long 0x50102
	LONGWORD# 0x50102 
; VL=3077 	.long 0x6
	LONGWORD# 0x6 
; VL=3078 	.long 0x4ffff
	LONGWORD# 0x4ffff 
DBG350:
; VL=3079 DBG350:
; VL=3080 	.long 0x62622e
	LONGWORD# 0x62622e 
; VL=3081 	.long 0x0
	LONGWORD# 0x0 
; VL=3082 	.long DBG337
	LONGWORD# DBG337 
; VL=3083 	.long 0x0
	LONGWORD# 0x0 
; VL=3084 	.long 0x1640001
	LONGWORD# 0x1640001 
; VL=3085 	.long 0x0
	LONGWORD# 0x0 
; VL=3086 	.long 0xff74
	LONGWORD# 0xff74 
; VL=3087 	.long 0x0
	LONGWORD# 0x0 
; VL=3088 	.long DBG351
	LONGWORD# DBG351 
; VL=3089 	.long 0x0
	LONGWORD# 0x0 
; VL=3090 	.long 0x0
	LONGWORD# 0x0 
; VL=3091 	.long DBG98
	LONGWORD# DBG98 
; VL=3092 	.long 0x0
	LONGWORD# 0x0 
; VL=3093 	.long 0x0
	LONGWORD# 0x0 
; VL=3094 	.long 0x10002
	LONGWORD# 0x10002 
; VL=3095 	.long 0x62652e
	LONGWORD# 0x62652e 
; VL=3096 	.long 0x0
	LONGWORD# 0x0 
; VL=3097 	.long DBG338
	LONGWORD# DBG338 
; VL=3098 	.long 0x0
	LONGWORD# 0x0 
; VL=3099 	.long 0x1640001
	LONGWORD# 0x1640001 
; VL=3100 	.long 0x0
	LONGWORD# 0x0 
; VL=3101 	.long 0xff74
	LONGWORD# 0xff74 
; VL=3102 	.long 0x0
	LONGWORD# 0x0 
; VL=3103 	.long 0x0
	LONGWORD# 0x0 
; VL=3104 	.long 0x0
	LONGWORD# 0x0 
; VL=3105 	.long 0x62652e
	LONGWORD# 0x62652e 
; VL=3106 	.long 0x0
	LONGWORD# 0x0 
; VL=3107 	.long DBG317
	LONGWORD# DBG317 
; VL=3108 	.long 0x0
	LONGWORD# 0x0 
; VL=3109 	.long 0x1640001
	LONGWORD# 0x1640001 
; VL=3110 	.long 0x0
	LONGWORD# 0x0 
; VL=3111 	.long 0xff76
	LONGWORD# 0xff76 
; VL=3112 	.long 0x0
	LONGWORD# 0x0 
; VL=3113 	.long 0x0
	LONGWORD# 0x0 
; VL=3114 	.long 0x0
	LONGWORD# 0x0 
DBG351:
; VL=3115 DBG351:
; VL=3116 	.long 0x62622e
	LONGWORD# 0x62622e 
; VL=3117 	.long 0x0
	LONGWORD# 0x0 
; VL=3118 	.long DBG317
	LONGWORD# DBG317 
; VL=3119 	.long 0x0
	LONGWORD# 0x0 
; VL=3120 	.long 0x1640001
	LONGWORD# 0x1640001 
; VL=3121 	.long 0x0
	LONGWORD# 0x0 
; VL=3122 	.long 0xff76
	LONGWORD# 0xff76 
; VL=3123 	.long 0x0
	LONGWORD# 0x0 
; VL=3124 	.long DBG352
	LONGWORD# DBG352 
; VL=3125 	.long 0x0
	LONGWORD# 0x0 
; VL=3126 	.long 0x48706d74
	LONGWORD# 0x48706d74 
; VL=3127 	.long 0x646165
	LONGWORD# 0x646165 
; VL=3128 	.long 0x200
	LONGWORD# 0x200 
; VL=3129 	.long 0x6
	LONGWORD# 0x6 
; VL=3130 	.long 0x204ffff
	LONGWORD# 0x204ffff 
; VL=3131 	.long 0x48706d74
	LONGWORD# 0x48706d74 
; VL=3132 	.long 0x646165
	LONGWORD# 0x646165 
; VL=3133 	.long 0x40102
	LONGWORD# 0x40102 
; VL=3134 	.long 0x6
	LONGWORD# 0x6 
; VL=3135 	.long 0x104ffff
	LONGWORD# 0x104ffff 
; VL=3136 	.long 0x48706d74
	LONGWORD# 0x48706d74 
; VL=3137 	.long 0x646165
	LONGWORD# 0x646165 
; VL=3138 	.long 0x50102
	LONGWORD# 0x50102 
; VL=3139 	.long 0x6
	LONGWORD# 0x6 
; VL=3140 	.long 0x4ffff
	LONGWORD# 0x4ffff 
DBG352:
; VL=3141 DBG352:
; VL=3142 	.long 0x62622e
	LONGWORD# 0x62622e 
; VL=3143 	.long 0x0
	LONGWORD# 0x0 
; VL=3144 	.long DBG339
	LONGWORD# DBG339 
; VL=3145 	.long 0x0
	LONGWORD# 0x0 
; VL=3146 	.long 0x1640001
	LONGWORD# 0x1640001 
; VL=3147 	.long 0x0
	LONGWORD# 0x0 
; VL=3148 	.long 0x11
	LONGWORD# 0x11 
; VL=3149 	.long 0x0
	LONGWORD# 0x0 
; VL=3150 	.long DBG353
	LONGWORD# DBG353 
; VL=3151 	.long 0x0
	LONGWORD# 0x0 
; VL=3152 	.long 0x0
	LONGWORD# 0x0 
; VL=3153 	.long DBG98
	LONGWORD# DBG98 
; VL=3154 	.long 0xe
	LONGWORD# 0xe 
; VL=3155 	.long 0x0
	LONGWORD# 0x0 
; VL=3156 	.long 0x10002
	LONGWORD# 0x10002 
; VL=3157 	.long 0x62652e
	LONGWORD# 0x62652e 
; VL=3158 	.long 0x0
	LONGWORD# 0x0 
; VL=3159 	.long DBG340
	LONGWORD# DBG340 
; VL=3160 	.long 0x0
	LONGWORD# 0x0 
; VL=3161 	.long 0x1640001
	LONGWORD# 0x1640001 
; VL=3162 	.long 0x0
	LONGWORD# 0x0 
; VL=3163 	.long 0x11
	LONGWORD# 0x11 
; VL=3164 	.long 0x0
	LONGWORD# 0x0 
; VL=3165 	.long 0x0
	LONGWORD# 0x0 
; VL=3166 	.long 0x0
	LONGWORD# 0x0 
; VL=3167 	.long 0x62652e
	LONGWORD# 0x62652e 
; VL=3168 	.long 0x0
	LONGWORD# 0x0 
; VL=3169 	.long DBG326
	LONGWORD# DBG326 
; VL=3170 	.long 0x0
	LONGWORD# 0x0 
; VL=3171 	.long 0x1640001
	LONGWORD# 0x1640001 
; VL=3172 	.long 0x0
	LONGWORD# 0x0 
; VL=3173 	.long 0x18
	LONGWORD# 0x18 
; VL=3174 	.long 0x0
	LONGWORD# 0x0 
; VL=3175 	.long 0x0
	LONGWORD# 0x0 
; VL=3176 	.long 0x0
	LONGWORD# 0x0 
; VL=3177 	.long 0x62652e
	LONGWORD# 0x62652e 
; VL=3178 	.long 0x0
	LONGWORD# 0x0 
; VL=3179 	.long DBG326
	LONGWORD# DBG326 
; VL=3180 	.long 0x0
	LONGWORD# 0x0 
; VL=3181 	.long 0x1640001
	LONGWORD# 0x1640001 
; VL=3182 	.long 0x0
	LONGWORD# 0x0 
; VL=3183 	.long 0x18
	LONGWORD# 0x18 
; VL=3184 	.long 0x0
	LONGWORD# 0x0 
; VL=3185 	.long 0x0
	LONGWORD# 0x0 
; VL=3186 	.long 0x0
	LONGWORD# 0x0 
; VL=3187 	.long 0x66652e
	LONGWORD# 0x66652e 
; VL=3188 	.long 0x0
	LONGWORD# 0x0 
; VL=3189 	.long DBG341
	LONGWORD# DBG341 
; VL=3190 	.long 0x0
	LONGWORD# 0x0 
; VL=3191 	.long 0x1650001
	LONGWORD# 0x1650001 
; VL=3192 	.long 0x0
	LONGWORD# 0x0 
; VL=3193 	.long 0x159
	LONGWORD# 0x159 
; VL=3194 	.long 0x0
	LONGWORD# 0x0 
; VL=3195 	.long 0x0
	LONGWORD# 0x0 
; VL=3196 	.long 0x0
	LONGWORD# 0x0 
; VL=3197 	.pseg kvh_code
	.segment	kvh_code,memtype=0,wordsize=8,locinc=1,rom,align=2 
DBG290:
; VL=3198 DBG290:
; VL=3199 	.dbgseg dbg_syms
	.segment	dbg_syms,memtype=7,wordsize=32,locinc=4,align=2 
; VL=3200 	.long 0x0
	LONGWORD# 0x0 
; VL=3201 	.long DBG293
	LONGWORD# DBG293 
; VL=3202 	.long DBG290
	LONGWORD# DBG290 
; VL=3203 	.long 0x0
	LONGWORD# 0x0 
; VL=3204 	.long 0xff0001
	LONGWORD# 0xff0001 
; VL=3205 ; }
; }
; VL=3206 ; ****** Warning: Symbol ``cmdStr'' (function kvhAnalogHandler) was defined, but not used
; ****** Warning: Symbol ``cmdStr'' (function kvhAnalogHandler) was defined, but not used
; VL=3207 	.dseg	kvh_bss
	.segment	kvh_bss,memtype=0,wordsize=8,locinc=1,align=2 
; VL=3208 	.align 0x2
	 .align 0x2 
; VL=3209 kvh_V28:
kvh_V28:
; VL=3210 	.align 0x2
	 .align 0x2 
; VL=3211 _lowTurnThresholdLevel:
_lowTurnThresholdLevel:
; VL=3212 	.bss 0x4
	 .bss 0x4 
; VL=3213 ; lowTurnThresholdLevel size 4
; lowTurnThresholdLevel size 4
; VL=3214 	.align 0x2
	 .align 0x2 
; VL=3215 _counterClockwiseTurns:
_counterClockwiseTurns:
; VL=3216 	.bss 0x2
	 .bss 0x2 
; VL=3217 ; counterClockwiseTurns size 2
; counterClockwiseTurns size 2
; VL=3218 	.align 0x2
	 .align 0x2 
; VL=3219 _clockwiseTurns:
_clockwiseTurns:
; VL=3220 	.bss 0x2
	 .bss 0x2 
; VL=3221 ; clockwiseTurns size 2
; clockwiseTurns size 2
; VL=3222 	.align 0x2
	 .align 0x2 
; VL=3223 _netTurns:
_netTurns:
; VL=3224 	.bss 0x2
	 .bss 0x2 
; VL=3225 ; netTurns size 2
; netTurns size 2
; VL=3226 	.align 0x2
	 .align 0x2 
; VL=3227 _initialLowCount:
_initialLowCount:
; VL=3228 	.bss 0x2
	 .bss 0x2 
; VL=3229 ; initialLowCount size 2
; initialLowCount size 2
; VL=3230 	.align 0x2
	 .align 0x2 
; VL=3231 _lastRawAdcSample:
_lastRawAdcSample:
; VL=3232 	.bss 0x2
	 .bss 0x2 
; VL=3233 ; lastRawAdcSample size 2
; lastRawAdcSample size 2
; VL=3234 	.align 0x2
	 .align 0x2 
; VL=3235 _previousHeading:
_previousHeading:
; VL=3236 	.bss 0x4
	 .bss 0x4 
; VL=3237 ; previousHeading size 4
; previousHeading size 4
; VL=3238 	.align 0x2
	 .align 0x2 
; VL=3239 _highTurnThresholdLevel:
_highTurnThresholdLevel:
; VL=3240 	.bss 0x4
	 .bss 0x4 
; VL=3241 ; highTurnThresholdLevel size 4
; highTurnThresholdLevel size 4
; VL=3242 	.align 0x2
	 .align 0x2 
; VL=3243 _lowTurnThresholdCount:
_lowTurnThresholdCount:
; VL=3244 	.bss 0x2
	 .bss 0x2 
; VL=3245 ; lowTurnThresholdCount size 2
; lowTurnThresholdCount size 2
; VL=3246 	.align 0x2
	 .align 0x2 
; VL=3247 _initialHighCount:
_initialHighCount:
; VL=3248 	.bss 0x2
	 .bss 0x2 
; VL=3249 ; initialHighCount size 2
; initialHighCount size 2
; VL=3250 	.align 0x2
	 .align 0x2 
; VL=3251 _currentHeading:
_currentHeading:
; VL=3252 	.bss 0x4
	 .bss 0x4 
; VL=3253 ; currentHeading size 4
; currentHeading size 4
; VL=3254 	.align 0x2
	 .align 0x2 
; VL=3255 _lastNetTurns:
_lastNetTurns:
; VL=3256 	.bss 0x2
	 .bss 0x2 
; VL=3257 ; lastNetTurns size 2
; lastNetTurns size 2
; VL=3258 	.align 0x2
	 .align 0x2 
; VL=3259 _minRawAdcSample:
_minRawAdcSample:
; VL=3260 	.bss 0x2
	 .bss 0x2 
; VL=3261 ; minRawAdcSample size 2
; minRawAdcSample size 2
; VL=3262 	.align 0x2
	 .align 0x2 
; VL=3263 _maxRawAdcSample:
_maxRawAdcSample:
; VL=3264 	.bss 0x2
	 .bss 0x2 
; VL=3265 ; maxRawAdcSample size 2
; maxRawAdcSample size 2
; VL=3266 	.align 0x2
	 .align 0x2 
; VL=3267 _highTurnThresholdCount:
_highTurnThresholdCount:
; VL=3268 	.bss 0x2
	 .bss 0x2 
; VL=3269 ; highTurnThresholdCount size 2
; highTurnThresholdCount size 2
; VL=3270 	.extern _sensorRegisterSampleMethod
	 .extern _sensorRegisterSampleMethod 
; VL=3271 	.extern _outfmtSendBuffer
	 .extern _outfmtSendBuffer 
; VL=3272 	.extern _sprintf
	 .extern _sprintf 
; VL=3273 	.extern _eatWhiteSpace
	 .extern _eatWhiteSpace 
; VL=3274 	.extern __u_to_s
	 .extern __u_to_s 
; VL=3275 	.extern __s_cmpz
	 .extern __s_cmpz 
; VL=3276 	.extern _usart1RxOne
	 .extern _usart1RxOne 
; VL=3277 	.extern _eventqPut
	 .extern _eventqPut 
; VL=3278 	.extern _usart1TxOne
	 .extern _usart1TxOne 
; VL=3279 	.extern __s_cmp
	 .extern __s_cmp 
; VL=3280 	.extern _gpioSetKvhPower
	 .extern _gpioSetKvhPower 
; VL=3281 	.extern __s_div
	 .extern __s_div 
; VL=3282 	.extern _adc12GetKvh
	 .extern _adc12GetKvh 
; VL=3283 	.extern _eventqRegisterHandler
	 .extern _eventqRegisterHandler 
; VL=3284 	.extern _abs
	 .extern _abs 
; VL=3285 	.extern _cmdparseAddCommand
	 .extern _cmdparseAddCommand 
; VL=3286 	.extern _outfmtGetBuffer
	 .extern _outfmtGetBuffer 
; VL=3287 	.extern __s_sub
	 .extern __s_sub 
; VL=3288 	.extern _sscanf
	 .extern _sscanf 
; VL=3289 	.extern __s_mul
	 .extern __s_mul 
; VL=3290 	.extern __l_to_s
	 .extern __l_to_s 
; VL=3291 	.dbgseg dbg_syms
	.segment	dbg_syms,memtype=7,wordsize=32,locinc=4,align=2 
; VL=3292 _0fake_1:
_0fake_1:
DBG4:
; VL=3293 DBG4:
; VL=3294 	.long 0x6166305f
	LONGWORD# 0x6166305f 
; VL=3295 	.long 0x315f656b
	LONGWORD# 0x315f656b 
; VL=3296 	.long 0x0
	LONGWORD# 0x0 
; VL=3297 	.long 0x8
	LONGWORD# 0x8 
; VL=3298 	.long 0x10afffe
	LONGWORD# 0x10afffe 
; VL=3299 	.long 0x0
	LONGWORD# 0x0 
; VL=3300 	.long 0x100000
	LONGWORD# 0x100000 
; VL=3301 	.long 0x0
	LONGWORD# 0x0 
; VL=3302 	.long DBG354
	LONGWORD# DBG354 
; VL=3303 	.long 0x0
	LONGWORD# 0x0 
; VL=3304 	.long 0x7361625f
	LONGWORD# 0x7361625f 
; VL=3305 	.long 0x65
	LONGWORD# 0x65 
; VL=3306 	.long 0x0
	LONGWORD# 0x0 
; VL=3307 	.long 0x2c
	LONGWORD# 0x2c 
; VL=3308 	.long 0x8ffff
	LONGWORD# 0x8ffff 
; VL=3309 	.long 0x646e655f
	LONGWORD# 0x646e655f 
; VL=3310 	.long 0x0
	LONGWORD# 0x0 
; VL=3311 	.long 0x2
	LONGWORD# 0x2 
; VL=3312 	.long 0x2c
	LONGWORD# 0x2c 
; VL=3313 	.long 0x8ffff
	LONGWORD# 0x8ffff 
; VL=3314 	.long 0x7274705f
	LONGWORD# 0x7274705f 
; VL=3315 	.long 0x0
	LONGWORD# 0x0 
; VL=3316 	.long 0x4
	LONGWORD# 0x4 
; VL=3317 	.long 0x2c
	LONGWORD# 0x2c 
; VL=3318 	.long 0x8ffff
	LONGWORD# 0x8ffff 
; VL=3319 	.long 0x6565735f
	LONGWORD# 0x6565735f 
; VL=3320 	.long 0x6b
	LONGWORD# 0x6b 
; VL=3321 	.long 0x6
	LONGWORD# 0x6 
; VL=3322 	.long 0x5
	LONGWORD# 0x5 
; VL=3323 	.long 0x8ffff
	LONGWORD# 0x8ffff 
; VL=3324 	.long 0x746e635f
	LONGWORD# 0x746e635f 
; VL=3325 	.long 0x0
	LONGWORD# 0x0 
; VL=3326 	.long 0xa
	LONGWORD# 0xa 
; VL=3327 	.long 0x4
	LONGWORD# 0x4 
; VL=3328 	.long 0x8ffff
	LONGWORD# 0x8ffff 
; VL=3329 	.long 0x616c665f
	LONGWORD# 0x616c665f 
; VL=3330 	.long 0x67
	LONGWORD# 0x67 
; VL=3331 	.long 0xc
	LONGWORD# 0xc 
; VL=3332 	.long 0x3
	LONGWORD# 0x3 
; VL=3333 	.long 0x8ffff
	LONGWORD# 0x8ffff 
; VL=3334 	.long 0x6c69665f
	LONGWORD# 0x6c69665f 
; VL=3335 	.long 0x65
	LONGWORD# 0x65 
; VL=3336 	.long 0xe
	LONGWORD# 0xe 
; VL=3337 	.long 0x2
	LONGWORD# 0x2 
; VL=3338 	.long 0x8ffff
	LONGWORD# 0x8ffff 
; VL=3339 	.long 0x66626e5f
	LONGWORD# 0x66626e5f 
; VL=3340 	.long 0x0
	LONGWORD# 0x0 
; VL=3341 	.long 0xf
	LONGWORD# 0xf 
; VL=3342 	.long 0xc
	LONGWORD# 0xc 
; VL=3343 	.long 0x8ffff
	LONGWORD# 0x8ffff 
; VL=3344 	.long 0x736f652e
	LONGWORD# 0x736f652e 
; VL=3345 	.long 0x0
	LONGWORD# 0x0 
; VL=3346 	.long 0x10
	LONGWORD# 0x10 
; VL=3347 	.long 0x0
	LONGWORD# 0x0 
; VL=3348 	.long 0x166ffff
	LONGWORD# 0x166ffff 
; VL=3349 	.long DBG4
	LONGWORD# DBG4 
; VL=3350 	.long 0x100000
	LONGWORD# 0x100000 
; VL=3351 	.long 0x0
	LONGWORD# 0x0 
; VL=3352 	.long 0x0
	LONGWORD# 0x0 
; VL=3353 	.long 0x0
	LONGWORD# 0x0 
; VL=3354 _2fake_2:
_2fake_2:
DBG354:
; VL=3355 DBG354:
; VL=3356 	.long 0x6166325f
	LONGWORD# 0x6166325f 
; VL=3357 	.long 0x325f656b
	LONGWORD# 0x325f656b 
; VL=3358 	.long 0x0
	LONGWORD# 0x0 
; VL=3359 	.long 0x8
	LONGWORD# 0x8 
; VL=3360 	.long 0x10afffe
	LONGWORD# 0x10afffe 
; VL=3361 	.long 0x0
	LONGWORD# 0x0 
; VL=3362 	.long 0x80000
	LONGWORD# 0x80000 
; VL=3363 	.long 0x0
	LONGWORD# 0x0 
; VL=3364 	.long DBG355
	LONGWORD# DBG355 
; VL=3365 	.long 0x0
	LONGWORD# 0x0 
; VL=3366 	.long 0x6d6572
	LONGWORD# 0x6d6572 
; VL=3367 	.long 0x0
	LONGWORD# 0x0 
; VL=3368 	.long 0x0
	LONGWORD# 0x0 
; VL=3369 	.long 0x5
	LONGWORD# 0x5 
; VL=3370 	.long 0x8ffff
	LONGWORD# 0x8ffff 
; VL=3371 	.long 0x746f7571
	LONGWORD# 0x746f7571 
; VL=3372 	.long 0x0
	LONGWORD# 0x0 
; VL=3373 	.long 0x4
	LONGWORD# 0x4 
; VL=3374 	.long 0x5
	LONGWORD# 0x5 
; VL=3375 	.long 0x8ffff
	LONGWORD# 0x8ffff 
; VL=3376 	.long 0x736f652e
	LONGWORD# 0x736f652e 
; VL=3377 	.long 0x0
	LONGWORD# 0x0 
; VL=3378 	.long 0x8
	LONGWORD# 0x8 
; VL=3379 	.long 0x0
	LONGWORD# 0x0 
; VL=3380 	.long 0x166ffff
	LONGWORD# 0x166ffff 
; VL=3381 	.long DBG354
	LONGWORD# DBG354 
; VL=3382 	.long 0x80000
	LONGWORD# 0x80000 
; VL=3383 	.long 0x0
	LONGWORD# 0x0 
; VL=3384 	.long 0x0
	LONGWORD# 0x0 
; VL=3385 	.long 0x0
	LONGWORD# 0x0 
; VL=3386 _1fake_3:
_1fake_3:
DBG355:
; VL=3387 DBG355:
; VL=3388 	.long 0x6166315f
	LONGWORD# 0x6166315f 
; VL=3389 	.long 0x335f656b
	LONGWORD# 0x335f656b 
; VL=3390 	.long 0x0
	LONGWORD# 0x0 
; VL=3391 	.long 0x8
	LONGWORD# 0x8 
; VL=3392 	.long 0x10afffe
	LONGWORD# 0x10afffe 
; VL=3393 	.long 0x0
	LONGWORD# 0x0 
; VL=3394 	.long 0x40000
	LONGWORD# 0x40000 
; VL=3395 	.long 0x0
	LONGWORD# 0x0 
; VL=3396 	.long DBG356
	LONGWORD# DBG356 
; VL=3397 	.long 0x0
	LONGWORD# 0x0 
; VL=3398 	.long 0x6d6572
	LONGWORD# 0x6d6572 
; VL=3399 	.long 0x0
	LONGWORD# 0x0 
; VL=3400 	.long 0x0
	LONGWORD# 0x0 
; VL=3401 	.long 0x4
	LONGWORD# 0x4 
; VL=3402 	.long 0x8ffff
	LONGWORD# 0x8ffff 
; VL=3403 	.long 0x746f7571
	LONGWORD# 0x746f7571 
; VL=3404 	.long 0x0
	LONGWORD# 0x0 
; VL=3405 	.long 0x2
	LONGWORD# 0x2 
; VL=3406 	.long 0x4
	LONGWORD# 0x4 
; VL=3407 	.long 0x8ffff
	LONGWORD# 0x8ffff 
; VL=3408 	.long 0x736f652e
	LONGWORD# 0x736f652e 
; VL=3409 	.long 0x0
	LONGWORD# 0x0 
; VL=3410 	.long 0x4
	LONGWORD# 0x4 
; VL=3411 	.long 0x0
	LONGWORD# 0x0 
; VL=3412 	.long 0x166ffff
	LONGWORD# 0x166ffff 
; VL=3413 	.long DBG355
	LONGWORD# DBG355 
; VL=3414 	.long 0x40000
	LONGWORD# 0x40000 
; VL=3415 	.long 0x0
	LONGWORD# 0x0 
; VL=3416 	.long 0x0
	LONGWORD# 0x0 
; VL=3417 	.long 0x0
	LONGWORD# 0x0 
; VL=3418 _5fake_4:
_5fake_4:
DBG356:
; VL=3419 DBG356:
; VL=3420 	.long 0x6166355f
	LONGWORD# 0x6166355f 
; VL=3421 	.long 0x345f656b
	LONGWORD# 0x345f656b 
; VL=3422 	.long 0x0
	LONGWORD# 0x0 
; VL=3423 	.long 0x8
	LONGWORD# 0x8 
; VL=3424 	.long 0x10afffe
	LONGWORD# 0x10afffe 
; VL=3425 	.long 0x0
	LONGWORD# 0x0 
; VL=3426 	.long 0x120000
	LONGWORD# 0x120000 
; VL=3427 	.long 0x0
	LONGWORD# 0x0 
; VL=3428 	.long DBG357
	LONGWORD# DBG357 
; VL=3429 	.long 0x0
	LONGWORD# 0x0 
; VL=3430 	.long 0x53727563
	LONGWORD# 0x53727563 
; VL=3431 	.long 0x65746174
	LONGWORD# 0x65746174 
; VL=3432 	.long 0x0
	LONGWORD# 0x0 
; VL=3433 	.long 0xc
	LONGWORD# 0xc 
; VL=3434 	.long 0x8ffff
	LONGWORD# 0x8ffff 
; VL=3435 	.long 0x0
	LONGWORD# 0x0 
; VL=3436 	.long DBG358
	LONGWORD# DBG358 
; VL=3437 	.long 0x1
	LONGWORD# 0x1 
; VL=3438 	.long 0xc
	LONGWORD# 0xc 
; VL=3439 	.long 0x8ffff
	LONGWORD# 0x8ffff 
; VL=3440 	.long 0x67616c66
	LONGWORD# 0x67616c66 
; VL=3441 	.long 0x73
	LONGWORD# 0x73 
; VL=3442 	.long 0x2
	LONGWORD# 0x2 
; VL=3443 	.long 0xc
	LONGWORD# 0xc 
; VL=3444 	.long 0x8ffff
	LONGWORD# 0x8ffff 
; VL=3445 	.long 0x6576656c
	LONGWORD# 0x6576656c 
; VL=3446 	.long 0x69486c
	LONGWORD# 0x69486c 
; VL=3447 	.long 0x4
	LONGWORD# 0x4 
; VL=3448 	.long 0x6
	LONGWORD# 0x6 
; VL=3449 	.long 0x8ffff
	LONGWORD# 0x8ffff 
; VL=3450 	.long 0x6576656c
	LONGWORD# 0x6576656c 
; VL=3451 	.long 0x6f4c6c
	LONGWORD# 0x6f4c6c 
; VL=3452 	.long 0x8
	LONGWORD# 0x8 
; VL=3453 	.long 0x6
	LONGWORD# 0x6 
; VL=3454 	.long 0x8ffff
	LONGWORD# 0x8ffff 
; VL=3455 	.long 0x0
	LONGWORD# 0x0 
; VL=3456 	.long DBG359
	LONGWORD# DBG359 
; VL=3457 	.long 0xc
	LONGWORD# 0xc 
; VL=3458 	.long 0x6
	LONGWORD# 0x6 
; VL=3459 	.long 0x8ffff
	LONGWORD# 0x8ffff 
; VL=3460 	.long 0x6874656d
	LONGWORD# 0x6874656d 
; VL=3461 	.long 0x646f
	LONGWORD# 0x646f 
; VL=3462 	.long 0x10
	LONGWORD# 0x10 
; VL=3463 	.long 0x2a4
	LONGWORD# 0x2a4 
; VL=3464 	.long 0x8ffff
	LONGWORD# 0x8ffff 
; VL=3465 	.long 0x736f652e
	LONGWORD# 0x736f652e 
; VL=3466 	.long 0x0
	LONGWORD# 0x0 
; VL=3467 	.long 0x12
	LONGWORD# 0x12 
; VL=3468 	.long 0x0
	LONGWORD# 0x0 
; VL=3469 	.long 0x166ffff
	LONGWORD# 0x166ffff 
; VL=3470 	.long DBG356
	LONGWORD# DBG356 
; VL=3471 	.long 0x120000
	LONGWORD# 0x120000 
; VL=3472 	.long 0x0
	LONGWORD# 0x0 
; VL=3473 	.long 0x0
	LONGWORD# 0x0 
; VL=3474 	.long 0x0
	LONGWORD# 0x0 
DBG357:
DBG289:
DBG353:
DBG294:
; VL=3475 DBG294:
; VL=3476 DBG353:
; VL=3477 DBG289:
; VL=3478 DBG357:
; VL=3479 	.long 0x7073
	LONGWORD# 0x7073 
; VL=3480 	.long 0x0
	LONGWORD# 0x0 
; VL=3481 	.long 0x1
	LONGWORD# 0x1 
; VL=3482 	.long 0x0
	LONGWORD# 0x0 
; VL=3483 	.long 0x16cfffe
	LONGWORD# 0x16cfffe 
; VL=3484 	.long 0x0
	LONGWORD# 0x0 
; VL=3485 	.long 0x100001
	LONGWORD# 0x100001 
; VL=3486 	.long 0x0
	LONGWORD# 0x0 
; VL=3487 	.long 0x0
	LONGWORD# 0x0 
; VL=3488 	.long 0x0
	LONGWORD# 0x0 
; VL=3489 	.long 0x52
	LONGWORD# 0x52 
; VL=3490 	.long 0x0
	LONGWORD# 0x0 
; VL=3491 	.long 0x2
	LONGWORD# 0x2 
; VL=3492 	.long 0x0
	LONGWORD# 0x0 
; VL=3493 	.long 0x16cfffe
	LONGWORD# 0x16cfffe 
; VL=3494 	.long 0x0
	LONGWORD# 0x0 
; VL=3495 	.long 0x100010
	LONGWORD# 0x100010 
; VL=3496 	.long 0x0
	LONGWORD# 0x0 
; VL=3497 	.long 0x0
	LONGWORD# 0x0 
; VL=3498 	.long 0x0
	LONGWORD# 0x0 
; VL=3499 	.long 0x0
	LONGWORD# 0x0 
; VL=3500 	.long DBG360
	LONGWORD# DBG360 
; VL=3501 	.long _lowTurnThresholdLevel
	LONGWORD# _lowTurnThresholdLevel 
; VL=3502 	.long 0x6
	LONGWORD# 0x6 
; VL=3503 	.long 0x30002
	LONGWORD# 0x30002 
; VL=3504 	.long 0x0
	LONGWORD# 0x0 
; VL=3505 	.long DBG361
	LONGWORD# DBG361 
; VL=3506 	.long _counterClockwiseTurns
	LONGWORD# _counterClockwiseTurns 
; VL=3507 	.long 0x4
	LONGWORD# 0x4 
; VL=3508 	.long 0x30002
	LONGWORD# 0x30002 
; VL=3509 	.long 0x0
	LONGWORD# 0x0 
; VL=3510 	.long DBG362
	LONGWORD# DBG362 
; VL=3511 	.long _clockwiseTurns
	LONGWORD# _clockwiseTurns 
; VL=3512 	.long 0x4
	LONGWORD# 0x4 
; VL=3513 	.long 0x30002
	LONGWORD# 0x30002 
; VL=3514 	.long 0x5474656e
	LONGWORD# 0x5474656e 
; VL=3515 	.long 0x736e7275
	LONGWORD# 0x736e7275 
; VL=3516 	.long _netTurns
	LONGWORD# _netTurns 
; VL=3517 	.long 0x4
	LONGWORD# 0x4 
; VL=3518 	.long 0x30002
	LONGWORD# 0x30002 
; VL=3519 	.long 0x0
	LONGWORD# 0x0 
; VL=3520 	.long DBG363
	LONGWORD# DBG363 
; VL=3521 	.long _initialLowCount
	LONGWORD# _initialLowCount 
; VL=3522 	.long 0x4
	LONGWORD# 0x4 
; VL=3523 	.long 0x30002
	LONGWORD# 0x30002 
; VL=3524 	.long 0x0
	LONGWORD# 0x0 
; VL=3525 	.long DBG364
	LONGWORD# DBG364 
; VL=3526 	.long _lastRawAdcSample
	LONGWORD# _lastRawAdcSample 
; VL=3527 	.long 0xe
	LONGWORD# 0xe 
; VL=3528 	.long 0x30002
	LONGWORD# 0x30002 
; VL=3529 	.long 0x0
	LONGWORD# 0x0 
; VL=3530 	.long DBG365
	LONGWORD# DBG365 
; VL=3531 	.long _previousHeading
	LONGWORD# _previousHeading 
; VL=3532 	.long 0x6
	LONGWORD# 0x6 
; VL=3533 	.long 0x30002
	LONGWORD# 0x30002 
; VL=3534 	.long 0x0
	LONGWORD# 0x0 
; VL=3535 	.long DBG366
	LONGWORD# DBG366 
; VL=3536 	.long _highTurnThresholdLevel
	LONGWORD# _highTurnThresholdLevel 
; VL=3537 	.long 0x6
	LONGWORD# 0x6 
; VL=3538 	.long 0x30002
	LONGWORD# 0x30002 
; VL=3539 	.long 0x0
	LONGWORD# 0x0 
; VL=3540 	.long DBG367
	LONGWORD# DBG367 
; VL=3541 	.long _lowTurnThresholdCount
	LONGWORD# _lowTurnThresholdCount 
; VL=3542 	.long 0x4
	LONGWORD# 0x4 
; VL=3543 	.long 0x30002
	LONGWORD# 0x30002 
; VL=3544 	.long 0x0
	LONGWORD# 0x0 
; VL=3545 	.long DBG368
	LONGWORD# DBG368 
; VL=3546 	.long _adcCountsToMvScale
	LONGWORD# _adcCountsToMvScale 
; VL=3547 	.long 0x6
	LONGWORD# 0x6 
; VL=3548 	.long 0x30002
	LONGWORD# 0x30002 
; VL=3549 	.long 0x0
	LONGWORD# 0x0 
; VL=3550 	.long DBG369
	LONGWORD# DBG369 
; VL=3551 	.long _haltOutputStr
	LONGWORD# _haltOutputStr 
; VL=3552 	.long 0x22
	LONGWORD# 0x22 
; VL=3553 	.long 0x30002
	LONGWORD# 0x30002 
; VL=3554 	.long 0x0
	LONGWORD# 0x0 
; VL=3555 	.long DBG370
	LONGWORD# DBG370 
; VL=3556 	.long _initialHighCount
	LONGWORD# _initialHighCount 
; VL=3557 	.long 0x4
	LONGWORD# 0x4 
; VL=3558 	.long 0x30002
	LONGWORD# 0x30002 
; VL=3559 	.long 0x0
	LONGWORD# 0x0 
; VL=3560 	.long DBG371
	LONGWORD# DBG371 
; VL=3561 	.long _currentHeading
	LONGWORD# _currentHeading 
; VL=3562 	.long 0x6
	LONGWORD# 0x6 
; VL=3563 	.long 0x30002
	LONGWORD# 0x30002 
; VL=3564 	.long 0x0
	LONGWORD# 0x0 
; VL=3565 	.long DBG372
	LONGWORD# DBG372 
; VL=3566 	.long _lastNetTurns
	LONGWORD# _lastNetTurns 
; VL=3567 	.long 0x4
	LONGWORD# 0x4 
; VL=3568 	.long 0x30002
	LONGWORD# 0x30002 
; VL=3569 	.long 0x0
	LONGWORD# 0x0 
; VL=3570 	.long DBG373
	LONGWORD# DBG373 
; VL=3571 	.long _minRawAdcSample
	LONGWORD# _minRawAdcSample 
; VL=3572 	.long 0xe
	LONGWORD# 0xe 
; VL=3573 	.long 0x30002
	LONGWORD# 0x30002 
; VL=3574 	.long 0x0
	LONGWORD# 0x0 
; VL=3575 	.long DBG374
	LONGWORD# DBG374 
; VL=3576 	.long _maxRawAdcSample
	LONGWORD# _maxRawAdcSample 
; VL=3577 	.long 0xe
	LONGWORD# 0xe 
; VL=3578 	.long 0x30002
	LONGWORD# 0x30002 
; VL=3579 	.long 0x0
	LONGWORD# 0x0 
; VL=3580 	.long DBG375
	LONGWORD# DBG375 
; VL=3581 	.long _analogLinearOutStr
	LONGWORD# _analogLinearOutStr 
; VL=3582 	.long 0x22
	LONGWORD# 0x22 
; VL=3583 	.long 0x30002
	LONGWORD# 0x30002 
; VL=3584 	.long 0x0
	LONGWORD# 0x0 
; VL=3585 	.long DBG376
	LONGWORD# DBG376 
; VL=3586 	.long _highTurnThresholdCount
	LONGWORD# _highTurnThresholdCount 
; VL=3587 	.long 0x4
	LONGWORD# 0x4 
; VL=3588 	.long 0x30002
	LONGWORD# 0x30002 
; VL=3589 	.long 0x0
	LONGWORD# 0x0 
; VL=3590 	.long DBG377
	LONGWORD# DBG377 
; VL=3591 	.long 0x0
	LONGWORD# 0x0 
; VL=3592 	.long 0x2a0
	LONGWORD# 0x2a0 
; VL=3593 	.long 0xdfffe
	LONGWORD# 0xdfffe 
; VL=3594 	.long 0x6c6f6f62
	LONGWORD# 0x6c6f6f62 
; VL=3595 	.long 0x6e6165
	LONGWORD# 0x6e6165 
; VL=3596 	.long 0x0
	LONGWORD# 0x0 
; VL=3597 	.long 0x4
	LONGWORD# 0x4 
; VL=3598 	.long 0xdfffe
	LONGWORD# 0xdfffe 
; VL=3599 	.long 0x454c4946
	LONGWORD# 0x454c4946 
; VL=3600 	.long 0x0
	LONGWORD# 0x0 
; VL=3601 	.long 0x0
	LONGWORD# 0x0 
; VL=3602 	.long 0x8
	LONGWORD# 0x8 
; VL=3603 	.long 0x10dfffe
	LONGWORD# 0x10dfffe 
; VL=3604 	.long _0fake_1
	LONGWORD# _0fake_1 
; VL=3605 	.long 0x10
	LONGWORD# 0x10 
; VL=3606 	.long 0x0
	LONGWORD# 0x0 
; VL=3607 	.long 0x0
	LONGWORD# 0x0 
; VL=3608 	.long 0x0
	LONGWORD# 0x0 
; VL=3609 	.long 0x7669646c
	LONGWORD# 0x7669646c 
; VL=3610 	.long 0x745f
	LONGWORD# 0x745f 
; VL=3611 	.long 0x0
	LONGWORD# 0x0 
; VL=3612 	.long 0x8
	LONGWORD# 0x8 
; VL=3613 	.long 0x10dfffe
	LONGWORD# 0x10dfffe 
; VL=3614 	.long _2fake_2
	LONGWORD# _2fake_2 
; VL=3615 	.long 0x8
	LONGWORD# 0x8 
; VL=3616 	.long 0x0
	LONGWORD# 0x0 
; VL=3617 	.long 0x0
	LONGWORD# 0x0 
; VL=3618 	.long 0x0
	LONGWORD# 0x0 
; VL=3619 	.long 0x61686377
	LONGWORD# 0x61686377 
; VL=3620 	.long 0x745f72
	LONGWORD# 0x745f72 
; VL=3621 	.long 0x0
	LONGWORD# 0x0 
; VL=3622 	.long 0x4
	LONGWORD# 0x4 
; VL=3623 	.long 0xdfffe
	LONGWORD# 0xdfffe 
; VL=3624 	.long 0x657a6973
	LONGWORD# 0x657a6973 
; VL=3625 	.long 0x745f
	LONGWORD# 0x745f 
; VL=3626 	.long 0x0
	LONGWORD# 0x0 
; VL=3627 	.long 0xe
	LONGWORD# 0xe 
; VL=3628 	.long 0xdfffe
	LONGWORD# 0xdfffe 
; VL=3629 	.long 0x6c5f6176
	LONGWORD# 0x6c5f6176 
; VL=3630 	.long 0x747369
	LONGWORD# 0x747369 
; VL=3631 	.long 0x0
	LONGWORD# 0x0 
; VL=3632 	.long 0x20
	LONGWORD# 0x20 
; VL=3633 	.long 0xdfffe
	LONGWORD# 0xdfffe 
; VL=3634 	.long 0x5f766964
	LONGWORD# 0x5f766964 
; VL=3635 	.long 0x74
	LONGWORD# 0x74 
; VL=3636 	.long 0x0
	LONGWORD# 0x0 
; VL=3637 	.long 0x8
	LONGWORD# 0x8 
; VL=3638 	.long 0x10dfffe
	LONGWORD# 0x10dfffe 
; VL=3639 	.long _1fake_3
	LONGWORD# _1fake_3 
; VL=3640 	.long 0x4
	LONGWORD# 0x4 
; VL=3641 	.long 0x0
	LONGWORD# 0x0 
; VL=3642 	.long 0x0
	LONGWORD# 0x0 
; VL=3643 	.long 0x0
	LONGWORD# 0x0 
; VL=3644 	.long 0x0
	LONGWORD# 0x0 
; VL=3645 	.long DBG378
	LONGWORD# DBG378 
; VL=3646 	.long 0x0
	LONGWORD# 0x0 
; VL=3647 	.long 0x2a0
	LONGWORD# 0x2a0 
; VL=3648 	.long 0xdfffe
	LONGWORD# 0xdfffe 
; VL=3649 	.long 0x0
	LONGWORD# 0x0 
; VL=3650 	.long DBG379
	LONGWORD# DBG379 
; VL=3651 	.long 0x0
	LONGWORD# 0x0 
; VL=3652 	.long 0x8
	LONGWORD# 0x8 
; VL=3653 	.long 0x10dfffe
	LONGWORD# 0x10dfffe 
; VL=3654 	.long _5fake_4
	LONGWORD# _5fake_4 
; VL=3655 	.long 0x12
	LONGWORD# 0x12 
; VL=3656 	.long 0x0
	LONGWORD# 0x0 
; VL=3657 	.long 0x0
	LONGWORD# 0x0 
; VL=3658 	.long 0x0
	LONGWORD# 0x0 
; VL=3659 	.long 0x0
	LONGWORD# 0x0 
; VL=3660 	.long DBG380
	LONGWORD# DBG380 
; VL=3661 	.long 0x0
	LONGWORD# 0x0 
; VL=3662 	.long 0x2a4
	LONGWORD# 0x2a4 
; VL=3663 	.long 0xdfffe
	LONGWORD# 0xdfffe 
; VL=3664 	.long 0x0
	LONGWORD# 0x0 
; VL=3665 	.long DBG381
	LONGWORD# DBG381 
; VL=3666 	.long 0x0
	LONGWORD# 0x0 
; VL=3667 	.long 0x2a4
	LONGWORD# 0x2a4 
; VL=3668 	.long 0xdfffe
	LONGWORD# 0xdfffe 
; VL=3669 	.iseg kvh_istrings_const
	.segment	kvh_istrings_const,memtype=0,wordsize=8,locinc=1,rom,align=2 
; VL=3670 kvh_V21:
kvh_V21:
; VL=3671 	.byte 0x67
	BYTE# 0x67 
; VL=3672 	.byte 0x65
	BYTE# 0x65 
; VL=3673 	.byte 0x74
	BYTE# 0x74 
; VL=3674 	.byte 0x0
	BYTE# 0x0 
; VL=3675 kvh_V26:
kvh_V26:
; VL=3676 	.byte 0x25
	BYTE# 0x25 
; VL=3677 	.byte 0x64
	BYTE# 0x64 
; VL=3678 	.byte 0x0
	BYTE# 0x0 
; VL=3679 kvh_V20:
kvh_V20:
; VL=3680 	.byte 0x6b
	BYTE# 0x6b 
; VL=3681 	.byte 0x76
	BYTE# 0x76 
; VL=3682 	.byte 0x68
	BYTE# 0x68 
; VL=3683 	.byte 0x0
	BYTE# 0x0 
; VL=3684 kvh_V24:
kvh_V24:
; VL=3685 	.byte 0x73
	BYTE# 0x73 
; VL=3686 	.byte 0x65
	BYTE# 0x65 
; VL=3687 	.byte 0x74
	BYTE# 0x74 
; VL=3688 	.byte 0x0
	BYTE# 0x0 
; VL=3689 kvh_V27:
kvh_V27:
; VL=3690 	.byte 0xa
	BYTE# 0xa 
; VL=3691 	.byte 0x4b
	BYTE# 0x4b 
; VL=3692 	.byte 0x56
	BYTE# 0x56 
; VL=3693 	.byte 0x48
	BYTE# 0x48 
; VL=3694 	.byte 0x20
	BYTE# 0x20 
; VL=3695 	.byte 0x48
	BYTE# 0x48 
; VL=3696 	.byte 0x64
	BYTE# 0x64 
; VL=3697 	.byte 0x67
	BYTE# 0x67 
; VL=3698 	.byte 0x5b
	BYTE# 0x5b 
; VL=3699 	.byte 0x25
	BYTE# 0x25 
; VL=3700 	.byte 0x34
	BYTE# 0x34 
; VL=3701 	.byte 0x2e
	BYTE# 0x2e 
; VL=3702 	.byte 0x32
	BYTE# 0x32 
; VL=3703 	.byte 0x66
	BYTE# 0x66 
; VL=3704 	.byte 0x5d
	BYTE# 0x5d 
; VL=3705 	.byte 0x20
	BYTE# 0x20 
; VL=3706 	.byte 0x41
	BYTE# 0x41 
; VL=3707 	.byte 0x44
	BYTE# 0x44 
; VL=3708 	.byte 0x43
	BYTE# 0x43 
; VL=3709 	.byte 0x3a
	BYTE# 0x3a 
; VL=3710 	.byte 0x20
	BYTE# 0x20 
; VL=3711 	.byte 0x63
	BYTE# 0x63 
; VL=3712 	.byte 0x75
	BYTE# 0x75 
; VL=3713 	.byte 0x72
	BYTE# 0x72 
; VL=3714 	.byte 0x5b
	BYTE# 0x5b 
; VL=3715 	.byte 0x25
	BYTE# 0x25 
; VL=3716 	.byte 0x75
	BYTE# 0x75 
; VL=3717 	.byte 0x5d
	BYTE# 0x5d 
; VL=3718 	.byte 0x20
	BYTE# 0x20 
; VL=3719 	.byte 0x6d
	BYTE# 0x6d 
; VL=3720 	.byte 0x69
	BYTE# 0x69 
; VL=3721 	.byte 0x6e
	BYTE# 0x6e 
; VL=3722 	.byte 0x5b
	BYTE# 0x5b 
; VL=3723 	.byte 0x25
	BYTE# 0x25 
; VL=3724 	.byte 0x75
	BYTE# 0x75 
; VL=3725 	.byte 0x5d
	BYTE# 0x5d 
; VL=3726 	.byte 0x20
	BYTE# 0x20 
; VL=3727 	.byte 0x6d
	BYTE# 0x6d 
; VL=3728 	.byte 0x61
	BYTE# 0x61 
; VL=3729 	.byte 0x78
	BYTE# 0x78 
; VL=3730 	.byte 0x5b
	BYTE# 0x5b 
; VL=3731 	.byte 0x25
	BYTE# 0x25 
; VL=3732 	.byte 0x75
	BYTE# 0x75 
; VL=3733 	.byte 0x5d
	BYTE# 0x5d 
; VL=3734 	.byte 0xa
	BYTE# 0xa 
; VL=3735 	.byte 0x0
	BYTE# 0x0 
; VL=3736 	.byte 0x0
	BYTE# 0x0 
; VL=3737 kvh_V22:
kvh_V22:
; VL=3738 	.byte 0x70
	BYTE# 0x70 
; VL=3739 	.byte 0x75
	BYTE# 0x75 
; VL=3740 	.byte 0x74
	BYTE# 0x74 
; VL=3741 	.byte 0x0
	BYTE# 0x0 
; VL=3742 kvh_V23:
kvh_V23:
; VL=3743 	.byte 0x61
	BYTE# 0x61 
; VL=3744 	.byte 0x6e
	BYTE# 0x6e 
; VL=3745 	.byte 0x61
	BYTE# 0x61 
; VL=3746 	.byte 0x6c
	BYTE# 0x6c 
; VL=3747 	.byte 0x6f
	BYTE# 0x6f 
; VL=3748 	.byte 0x67
	BYTE# 0x67 
; VL=3749 	.byte 0x0
	BYTE# 0x0 
; VL=3750 kvh_V17:
kvh_V17:
; VL=3751 	.byte 0x68
	BYTE# 0x68 
; VL=3752 	.byte 0xa
	BYTE# 0xa 
; VL=3753 	.byte 0x0
	BYTE# 0x0 
; VL=3754 kvh_V19:
kvh_V19:
; VL=3755 	.byte 0x3d
	BYTE# 0x3d 
; VL=3756 	.byte 0x61
	BYTE# 0x61 
; VL=3757 	.byte 0x74
	BYTE# 0x74 
; VL=3758 	.byte 0x2c
	BYTE# 0x2c 
; VL=3759 	.byte 0x30
	BYTE# 0x30 
; VL=3760 	.byte 0xa
	BYTE# 0xa 
; VL=3761 	.byte 0x0
	BYTE# 0x0 
; VL=3762 kvh_V25:
kvh_V25:
; VL=3763 	.byte 0x74
	BYTE# 0x74 
; VL=3764 	.byte 0x75
	BYTE# 0x75 
; VL=3765 	.byte 0x72
	BYTE# 0x72 
; VL=3766 	.byte 0x6e
	BYTE# 0x6e 
; VL=3767 	.byte 0x73
	BYTE# 0x73 
; VL=3768 	.byte 0x0
	BYTE# 0x0 
; VL=3769 	.dbgseg dbg_syms
	.segment	dbg_syms,memtype=7,wordsize=32,locinc=4,align=2 
; VL=3770 	.long 0x666f652e
	LONGWORD# 0x666f652e 
; VL=3771 	.long 0x0
	LONGWORD# 0x0 
; VL=3772 	.long 0x0
	LONGWORD# 0x0 
; VL=3773 	.long 0x0
	LONGWORD# 0x0 
; VL=3774 	.long 0x67fffe
	LONGWORD# 0x67fffe 
; VL=3775 	.dbgseg dbg_strs
	.segment	dbg_strs,memtype=7,wordsize=32,locinc=4,align=2 
; VL=3776 	.align 0x2
	 .align 0x2 
; VL=3777 	.long 0x324
	LONGWORD# 0x324 
DBG377:
; VL=3778 DBG377:
; VL=3779 	.long 0x6576656e
	LONGWORD# 0x6576656e 
; VL=3780 	.long 0x7448616e
	LONGWORD# 0x7448616e 
; VL=3781 	.long 0x646c6572
	LONGWORD# 0x646c6572 
; VL=3782 	.long 0x0
	LONGWORD# 0x0 
DBG362:
; VL=3783 DBG362:
; VL=3784 	.long 0x636c6f63
	LONGWORD# 0x636c6f63 
; VL=3785 	.long 0x6b776973
	LONGWORD# 0x6b776973 
; VL=3786 	.long 0x65547572
	LONGWORD# 0x65547572 
; VL=3787 	.long 0x6e730000
	LONGWORD# 0x6e730000 
DBG361:
; VL=3788 DBG361:
; VL=3789 	.long 0x636f756e
	LONGWORD# 0x636f756e 
; VL=3790 	.long 0x74657243
	LONGWORD# 0x74657243 
; VL=3791 	.long 0x6c6f636b
	LONGWORD# 0x6c6f636b 
; VL=3792 	.long 0x77697365
	LONGWORD# 0x77697365 
; VL=3793 	.long 0x5475726e
	LONGWORD# 0x5475726e 
; VL=3794 	.long 0x73000000
	LONGWORD# 0x73000000 
DBG360:
; VL=3795 DBG360:
; VL=3796 	.long 0x6c6f7754
	LONGWORD# 0x6c6f7754 
; VL=3797 	.long 0x75726e54
	LONGWORD# 0x75726e54 
; VL=3798 	.long 0x68726573
	LONGWORD# 0x68726573 
; VL=3799 	.long 0x686f6c64
	LONGWORD# 0x686f6c64 
; VL=3800 	.long 0x4c657665
	LONGWORD# 0x4c657665 
; VL=3801 	.long 0x6c000000
	LONGWORD# 0x6c000000 
DBG254:
; VL=3802 DBG254:
; VL=3803 	.long 0x6b766850
	LONGWORD# 0x6b766850 
; VL=3804 	.long 0x75744861
	LONGWORD# 0x75744861 
; VL=3805 	.long 0x6e646c65
	LONGWORD# 0x6e646c65 
; VL=3806 	.long 0x72000000
	LONGWORD# 0x72000000 
DBG35:
; VL=3807 DBG35:
; VL=3808 	.long 0x696e6974
	LONGWORD# 0x696e6974 
; VL=3809 	.long 0x48617264
	LONGWORD# 0x48617264 
; VL=3810 	.long 0x77617265
	LONGWORD# 0x77617265 
; VL=3811 	.long 0x0
	LONGWORD# 0x0 
DBG29:
; VL=3812 DBG29:
; VL=3813 	.long 0x5f5f4652
	LONGWORD# 0x5f5f4652 
; VL=3814 	.long 0x414d4553
	LONGWORD# 0x414d4553 
; VL=3815 	.long 0x495a4500
	LONGWORD# 0x495a4500 
DBG363:
; VL=3816 DBG363:
; VL=3817 	.long 0x696e6974
	LONGWORD# 0x696e6974 
; VL=3818 	.long 0x69616c4c
	LONGWORD# 0x69616c4c 
; VL=3819 	.long 0x6f77436f
	LONGWORD# 0x6f77436f 
; VL=3820 	.long 0x756e7400
	LONGWORD# 0x756e7400 
DBG82:
; VL=3821 DBG82:
; VL=3822 	.long 0x6b766847
	LONGWORD# 0x6b766847 
; VL=3823 	.long 0x65745475
	LONGWORD# 0x65745475 
; VL=3824 	.long 0x726e7343
	LONGWORD# 0x726e7343 
; VL=3825 	.long 0x6f756e74
	LONGWORD# 0x6f756e74 
; VL=3826 	.long 0x65720000
	LONGWORD# 0x65720000 
DBG5:
; VL=3827 DBG5:
; VL=3828 	.long 0x433a5c63
	LONGWORD# 0x433a5c63 
; VL=3829 	.long 0x79677769
	LONGWORD# 0x79677769 
; VL=3830 	.long 0x6e5c686f
	LONGWORD# 0x6e5c686f 
; VL=3831 	.long 0x6d655c68
	LONGWORD# 0x6d655c68 
; VL=3832 	.long 0x6561646c
	LONGWORD# 0x6561646c 
; VL=3833 	.long 0x65795c73
	LONGWORD# 0x65795c73 
; VL=3834 	.long 0x766e5c4d
	LONGWORD# 0x766e5c4d 
; VL=3835 	.long 0x53503433
	LONGWORD# 0x53503433 
; VL=3836 	.long 0x305c5155
	LONGWORD# 0x305c5155 
; VL=3837 	.long 0x41445241
	LONGWORD# 0x41445241 
; VL=3838 	.long 0x7e315c6d
	LONGWORD# 0x7e315c6d 
; VL=3839 	.long 0x6d637266
	LONGWORD# 0x6d637266 
; VL=3840 	.long 0x696f5c6b
	LONGWORD# 0x696f5c6b 
; VL=3841 	.long 0x76682e63
	LONGWORD# 0x76682e63 
; VL=3842 	.long 0x0
	LONGWORD# 0x0 
DBG273:
; VL=3843 DBG273:
; VL=3844 	.long 0x6b766847
	LONGWORD# 0x6b766847 
; VL=3845 	.long 0x65744861
	LONGWORD# 0x65744861 
; VL=3846 	.long 0x6e646c65
	LONGWORD# 0x6e646c65 
; VL=3847 	.long 0x72000000
	LONGWORD# 0x72000000 
DBG364:
; VL=3848 DBG364:
; VL=3849 	.long 0x6c617374
	LONGWORD# 0x6c617374 
; VL=3850 	.long 0x52617741
	LONGWORD# 0x52617741 
; VL=3851 	.long 0x64635361
	LONGWORD# 0x64635361 
; VL=3852 	.long 0x6d706c65
	LONGWORD# 0x6d706c65 
; VL=3853 	.long 0x0
	LONGWORD# 0x0 
DBG342:
; VL=3854 DBG342:
; VL=3855 	.long 0x6b766852
	LONGWORD# 0x6b766852 
; VL=3856 	.long 0x6573756c
	LONGWORD# 0x6573756c 
; VL=3857 	.long 0x74000000
	LONGWORD# 0x74000000 
DBG103:
; VL=3858 DBG103:
; VL=3859 	.long 0x6b766852
	LONGWORD# 0x6b766852 
; VL=3860 	.long 0x65636569
	LONGWORD# 0x65636569 
; VL=3861 	.long 0x76654861
	LONGWORD# 0x76654861 
; VL=3862 	.long 0x6e646c65
	LONGWORD# 0x6e646c65 
; VL=3863 	.long 0x72000000
	LONGWORD# 0x72000000 
DBG203:
; VL=3864 DBG203:
; VL=3865 	.long 0x72617753
	LONGWORD# 0x72617753 
; VL=3866 	.long 0x616d706c
	LONGWORD# 0x616d706c 
; VL=3867 	.long 0x65000000
	LONGWORD# 0x65000000 
DBG365:
; VL=3868 DBG365:
; VL=3869 	.long 0x70726576
	LONGWORD# 0x70726576 
; VL=3870 	.long 0x696f7573
	LONGWORD# 0x696f7573 
; VL=3871 	.long 0x48656164
	LONGWORD# 0x48656164 
; VL=3872 	.long 0x696e6700
	LONGWORD# 0x696e6700 
DBG98:
; VL=3873 DBG98:
; VL=3874 	.long 0x5f5f5641
	LONGWORD# 0x5f5f5641 
; VL=3875 	.long 0x525f4152
	LONGWORD# 0x525f4152 
; VL=3876 	.long 0x47535f53
	LONGWORD# 0x47535f53 
; VL=3877 	.long 0x495a4500
	LONGWORD# 0x495a4500 
DBG366:
; VL=3878 DBG366:
; VL=3879 	.long 0x68696768
	LONGWORD# 0x68696768 
; VL=3880 	.long 0x5475726e
	LONGWORD# 0x5475726e 
; VL=3881 	.long 0x54687265
	LONGWORD# 0x54687265 
; VL=3882 	.long 0x73686f6c
	LONGWORD# 0x73686f6c 
; VL=3883 	.long 0x644c6576
	LONGWORD# 0x644c6576 
; VL=3884 	.long 0x656c0000
	LONGWORD# 0x656c0000 
DBG75:
; VL=3885 DBG75:
; VL=3886 	.long 0x5f5f5041
	LONGWORD# 0x5f5f5041 
; VL=3887 	.long 0x524d7048
	LONGWORD# 0x524d7048 
; VL=3888 	.long 0x65616469
	LONGWORD# 0x65616469 
; VL=3889 	.long 0x6e670000
	LONGWORD# 0x6e670000 
DBG220:
; VL=3890 DBG220:
; VL=3891 	.long 0x6b766854
	LONGWORD# 0x6b766854 
; VL=3892 	.long 0x75726e73
	LONGWORD# 0x75726e73 
; VL=3893 	.long 0x436f756e
	LONGWORD# 0x436f756e 
; VL=3894 	.long 0x74657253
	LONGWORD# 0x74657253 
; VL=3895 	.long 0x65744861
	LONGWORD# 0x65744861 
; VL=3896 	.long 0x6e646c65
	LONGWORD# 0x6e646c65 
; VL=3897 	.long 0x72000000
	LONGWORD# 0x72000000 
DBG113:
; VL=3898 DBG113:
; VL=3899 	.long 0x6b766852
	LONGWORD# 0x6b766852 
; VL=3900 	.long 0x61774164
	LONGWORD# 0x61774164 
; VL=3901 	.long 0x63496e48
	LONGWORD# 0x63496e48 
; VL=3902 	.long 0x616e646c
	LONGWORD# 0x616e646c 
; VL=3903 	.long 0x65720000
	LONGWORD# 0x65720000 
DBG367:
; VL=3904 DBG367:
; VL=3905 	.long 0x6c6f7754
	LONGWORD# 0x6c6f7754 
; VL=3906 	.long 0x75726e54
	LONGWORD# 0x75726e54 
; VL=3907 	.long 0x68726573
	LONGWORD# 0x68726573 
; VL=3908 	.long 0x686f6c64
	LONGWORD# 0x686f6c64 
; VL=3909 	.long 0x436f756e
	LONGWORD# 0x436f756e 
; VL=3910 	.long 0x74000000
	LONGWORD# 0x74000000 
DBG359:
; VL=3911 DBG359:
; VL=3912 	.long 0x6c617374
	LONGWORD# 0x6c617374 
; VL=3913 	.long 0x56616c75
	LONGWORD# 0x56616c75 
; VL=3914 	.long 0x65000000
	LONGWORD# 0x65000000 
DBG368:
; VL=3915 DBG368:
; VL=3916 	.long 0x61646343
	LONGWORD# 0x61646343 
; VL=3917 	.long 0x6f756e74
	LONGWORD# 0x6f756e74 
; VL=3918 	.long 0x73546f4d
	LONGWORD# 0x73546f4d 
; VL=3919 	.long 0x76536361
	LONGWORD# 0x76536361 
; VL=3920 	.long 0x6c650000
	LONGWORD# 0x6c650000 
DBG371:
; VL=3921 DBG371:
; VL=3922 	.long 0x63757272
	LONGWORD# 0x63757272 
; VL=3923 	.long 0x656e7448
	LONGWORD# 0x656e7448 
; VL=3924 	.long 0x65616469
	LONGWORD# 0x65616469 
; VL=3925 	.long 0x6e670000
	LONGWORD# 0x6e670000 
DBG370:
; VL=3926 DBG370:
; VL=3927 	.long 0x696e6974
	LONGWORD# 0x696e6974 
; VL=3928 	.long 0x69616c48
	LONGWORD# 0x69616c48 
; VL=3929 	.long 0x69676843
	LONGWORD# 0x69676843 
; VL=3930 	.long 0x6f756e74
	LONGWORD# 0x6f756e74 
; VL=3931 	.long 0x0
	LONGWORD# 0x0 
DBG369:
; VL=3932 DBG369:
; VL=3933 	.long 0x68616c74
	LONGWORD# 0x68616c74 
; VL=3934 	.long 0x4f757470
	LONGWORD# 0x4f757470 
; VL=3935 	.long 0x75745374
	LONGWORD# 0x75745374 
; VL=3936 	.long 0x72000000
	LONGWORD# 0x72000000 
DBG378:
; VL=3937 DBG378:
; VL=3938 	.long 0x5f5f6170
	LONGWORD# 0x5f5f6170 
; VL=3939 	.long 0x70656e64
	LONGWORD# 0x70656e64 
; VL=3940 	.long 0x66756e63
	LONGWORD# 0x66756e63 
; VL=3941 	.long 0x5f707472
	LONGWORD# 0x5f707472 
; VL=3942 	.long 0x0
	LONGWORD# 0x0 
DBG372:
; VL=3943 DBG372:
; VL=3944 	.long 0x6c617374
	LONGWORD# 0x6c617374 
; VL=3945 	.long 0x4e657454
	LONGWORD# 0x4e657454 
; VL=3946 	.long 0x75726e73
	LONGWORD# 0x75726e73 
; VL=3947 	.long 0x0
	LONGWORD# 0x0 
DBG30:
; VL=3948 DBG30:
; VL=3949 	.long 0x5f5f5341
	LONGWORD# 0x5f5f5341 
; VL=3950 	.long 0x5645445f
	LONGWORD# 0x5645445f 
; VL=3951 	.long 0x41524753
	LONGWORD# 0x41524753 
; VL=3952 	.long 0x5f53495a
	LONGWORD# 0x5f53495a 
; VL=3953 	.long 0x45000000
	LONGWORD# 0x45000000 
DBG373:
; VL=3954 DBG373:
; VL=3955 	.long 0x6d696e52
	LONGWORD# 0x6d696e52 
; VL=3956 	.long 0x61774164
	LONGWORD# 0x61774164 
; VL=3957 	.long 0x6353616d
	LONGWORD# 0x6353616d 
; VL=3958 	.long 0x706c6500
	LONGWORD# 0x706c6500 
DBG293:
; VL=3959 DBG293:
; VL=3960 	.long 0x6b766841
	LONGWORD# 0x6b766841 
; VL=3961 	.long 0x6e616c6f
	LONGWORD# 0x6e616c6f 
; VL=3962 	.long 0x6748616e
	LONGWORD# 0x6748616e 
; VL=3963 	.long 0x646c6572
	LONGWORD# 0x646c6572 
; VL=3964 	.long 0x0
	LONGWORD# 0x0 
DBG65:
; VL=3965 DBG65:
; VL=3966 	.long 0x6b766847
	LONGWORD# 0x6b766847 
; VL=3967 	.long 0x65744865
	LONGWORD# 0x65744865 
; VL=3968 	.long 0x6164696e
	LONGWORD# 0x6164696e 
; VL=3969 	.long 0x67000000
	LONGWORD# 0x67000000 
DBG374:
; VL=3970 DBG374:
; VL=3971 	.long 0x6d617852
	LONGWORD# 0x6d617852 
; VL=3972 	.long 0x61774164
	LONGWORD# 0x61774164 
; VL=3973 	.long 0x6353616d
	LONGWORD# 0x6353616d 
; VL=3974 	.long 0x706c6500
	LONGWORD# 0x706c6500 
DBG202:
; VL=3975 DBG202:
; VL=3976 	.long 0x6e657748
	LONGWORD# 0x6e657748 
; VL=3977 	.long 0x65616469
	LONGWORD# 0x65616469 
; VL=3978 	.long 0x6e670000
	LONGWORD# 0x6e670000 
DBG94:
; VL=3979 DBG94:
; VL=3980 	.long 0x5f5f5041
	LONGWORD# 0x5f5f5041 
; VL=3981 	.long 0x524d7054
	LONGWORD# 0x524d7054 
; VL=3982 	.long 0x75726e73
	LONGWORD# 0x75726e73 
; VL=3983 	.long 0x0
	LONGWORD# 0x0 
DBG379:
; VL=3984 DBG379:
; VL=3985 	.long 0x73656e73
	LONGWORD# 0x73656e73 
; VL=3986 	.long 0x6f725374
	LONGWORD# 0x6f725374 
; VL=3987 	.long 0x61746500
	LONGWORD# 0x61746500 
DBG247:
; VL=3988 DBG247:
; VL=3989 	.long 0x5f5f5041
	LONGWORD# 0x5f5f5041 
; VL=3990 	.long 0x524d636d
	LONGWORD# 0x524d636d 
; VL=3991 	.long 0x64537472
	LONGWORD# 0x64537472 
; VL=3992 	.long 0x0
	LONGWORD# 0x0 
DBG381:
; VL=3993 DBG381:
; VL=3994 	.long 0x73656e73
	LONGWORD# 0x73656e73 
; VL=3995 	.long 0x6f725361
	LONGWORD# 0x6f725361 
; VL=3996 	.long 0x6d706c65
	LONGWORD# 0x6d706c65 
; VL=3997 	.long 0x4d657468
	LONGWORD# 0x4d657468 
; VL=3998 	.long 0x6f640000
	LONGWORD# 0x6f640000 
DBG380:
; VL=3999 DBG380:
; VL=4000 	.long 0x636f6d6d
	LONGWORD# 0x636f6d6d 
; VL=4001 	.long 0x616e6448
	LONGWORD# 0x616e6448 
; VL=4002 	.long 0x616e646c
	LONGWORD# 0x616e646c 
; VL=4003 	.long 0x65720000
	LONGWORD# 0x65720000 
DBG375:
; VL=4004 DBG375:
; VL=4005 	.long 0x616e616c
	LONGWORD# 0x616e616c 
; VL=4006 	.long 0x6f674c69
	LONGWORD# 0x6f674c69 
; VL=4007 	.long 0x6e656172
	LONGWORD# 0x6e656172 
; VL=4008 	.long 0x4f757453
	LONGWORD# 0x4f757453 
; VL=4009 	.long 0x74720000
	LONGWORD# 0x74720000 
DBG358:
; VL=4010 DBG358:
; VL=4011 	.long 0x70726576
	LONGWORD# 0x70726576 
; VL=4012 	.long 0x53746174
	LONGWORD# 0x53746174 
; VL=4013 	.long 0x65000000
	LONGWORD# 0x65000000 
DBG376:
; VL=4014 DBG376:
; VL=4015 	.long 0x68696768
	LONGWORD# 0x68696768 
; VL=4016 	.long 0x5475726e
	LONGWORD# 0x5475726e 
; VL=4017 	.long 0x54687265
	LONGWORD# 0x54687265 
; VL=4018 	.long 0x73686f6c
	LONGWORD# 0x73686f6c 
; VL=4019 	.long 0x64436f75
	LONGWORD# 0x64436f75 
; VL=4020 	.long 0x6e740000
	LONGWORD# 0x6e740000 
; VL=4021 	.iseg _idesc
	.segment	_idesc,memtype=0,wordsize=8,locinc=1,rom,align=2 
; VL=4022 	.align 0x2
	 .align 0x2 
; VL=4023 	.data kvh_V16
	BYTE# .bits(0, 7,kvh_V16) 
	BYTE# .bits(8, 15,kvh_V16) 
; VL=4024 	.data kvh_V18
	BYTE# .bits(0, 7,kvh_V18) 
	BYTE# .bits(8, 15,kvh_V18) 
; VL=4025 	.data 0x8
	BYTE# .bits(0, 7,0x8) 
	BYTE# .bits(8, 15,0x8) 
; VL=4026 	.data 0x0
	BYTE# .bits(0, 7,0x0) 
	BYTE# .bits(8, 15,0x0) 
; VL=4027 	.data kvh_V28
	BYTE# .bits(0, 7,kvh_V28) 
	BYTE# .bits(8, 15,kvh_V28) 
; VL=4028 	.data 0x26
	BYTE# .bits(0, 7,0x26) 
	BYTE# .bits(8, 15,0x26)