opt subtitle "HI-TECH Software Omniscient Code Generator (Lite mode) build 10920" opt pagewidth 120 opt lm processor 16F877A clrc macro bcf 3,0 endm clrz macro bcf 3,2 endm setc macro bsf 3,0 endm setz macro bsf 3,2 endm skipc macro btfss 3,0 endm skipz macro btfss 3,2 endm skipnc macro btfsc 3,0 endm skipnz macro btfsc 3,2 endm indf equ 0 indf0 equ 0 pc equ 2 pcl equ 2 status equ 3 fsr equ 4 fsr0 equ 4 c equ 1 z equ 0 pclath equ 10 FNCALL _main,_DeviceInit FNCALL _main,_Tlcd_init FNCALL _main,_textLcdDisplay FNCALL _main,_flilflop_Enable FNCALL _textLcdDisplay,_clcd_line1 FNCALL _textLcdDisplay,_string_out FNCALL _textLcdDisplay,_clcd_line2 FNCALL _textLcdDisplay,_int_display FNCALL _int_display,___awmod FNCALL _int_display,___awdiv FNCALL _int_display,_dsp_str_TLCD FNCALL _string_out,_dsp_str_TLCD FNCALL _Tlcd_init,_dsp_cmd_TLCD FNCALL _clcd_line2,_dsp_cmd_TLCD FNCALL _clcd_line1,_dsp_cmd_TLCD FNCALL _DeviceInit,_flilflop_Enable FNCALL _dsp_cmd_TLCD,_flilflop_Enable FNCALL _dsp_str_TLCD,_flilflop_Enable FNROOT _main FNCALL _HIGH_ISR,i1___awdiv FNCALL _HIGH_ISR,i1_textLcdDisplay FNCALL i1_textLcdDisplay,i1_clcd_line1 FNCALL i1_textLcdDisplay,i1_string_out FNCALL i1_textLcdDisplay,i1_clcd_line2 FNCALL i1_textLcdDisplay,i1_int_display FNCALL i1_int_display,i1___awmod FNCALL i1_int_display,i1___awdiv FNCALL i1_int_display,i1_dsp_str_TLCD FNCALL i1_string_out,i1_dsp_str_TLCD FNCALL i1_clcd_line2,i1_dsp_cmd_TLCD FNCALL i1_clcd_line1,i1_dsp_cmd_TLCD FNCALL i1_dsp_cmd_TLCD,i1_flilflop_Enable FNCALL i1_dsp_str_TLCD,i1_flilflop_Enable FNCALL intlevel1,_HIGH_ISR global intlevel1 FNROOT intlevel1 global _str01 global _Number global _str02 psect idataBANK1,class=CODE,space=0,delta=2 global __pidataBANK1 __pidataBANK1: file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH19_IRRemote\test_all_code.c" line 52 ;initializer for _str01 retlw 049h retlw 052h retlw 020h retlw 052h retlw 065h retlw 06Dh retlw 06Fh retlw 074h retlw 065h retlw 020h retlw 054h retlw 065h retlw 073h retlw 074h retlw 020h retlw 020h retlw 0 line 57 ;initializer for _Number retlw 030h retlw 031h retlw 032h retlw 033h retlw 034h retlw 035h retlw 036h retlw 037h retlw 038h retlw 039h line 53 ;initializer for _str02 retlw 056h retlw 041h retlw 04Ch retlw 055h retlw 045h retlw 03Ah retlw 0 global _dec psect strings,class=STRING,delta=2 global __pstrings __pstrings: ; global stringdir,stringtab,__stringbase stringtab: ; String table - string pointers are 1 byte each stringcode:stringdir: movlw high(stringdir) movwf pclath movf fsr,w incf fsr addwf pc __stringbase: retlw 0 psect strings file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH19_IRRemote\test_all_code.c" line 51 _dec: retlw 030h retlw 031h retlw 032h retlw 033h retlw 034h retlw 035h retlw 036h retlw 037h retlw 038h retlw 039h retlw 041h retlw 042h retlw 043h retlw 044h retlw 045h retlw 046h global _dec global _Value_rx_data global _ir_rx_data global _cnt_int global _ir_timer_cnt global _TlcdCon global _disp_led global _ir_bit_cnt global _ir_rx_flag global _ir_rx_temp global _ir_state global dsp_cmd_TLCD@buff_con global dsp_str_TLCD@buff_con global _INTCON _INTCON set 11 global _PORTB _PORTB set 6 global _PORTC _PORTC set 7 global _PORTD _PORTD set 8 global _TMR0 _TMR0 set 1 global _CARRY _CARRY set 24 global _GIE _GIE set 95 global _INTF _INTF set 89 global _TMR0IE _TMR0IE set 93 global _TMR0IF _TMR0IF set 90 global _OPTION_REG _OPTION_REG set 129 global _TRISA _TRISA set 133 global _TRISB _TRISB set 134 global _TRISC _TRISC set 135 global _TRISD _TRISD set 136 global _TRISE _TRISE set 137 global _EEADR _EEADR set 269 global _EEDATA _EEDATA set 268 global _EECON1 _EECON1 set 396 global _EECON2 _EECON2 set 397 global _RD _RD set 3168 global _WR _WR set 3169 global _WREN _WREN set 3170 STR_1: retlw 73 ;'I' retlw 82 ;'R' retlw 32 ;' ' retlw 82 ;'R' retlw 101 ;'e' retlw 99 ;'c' retlw 105 ;'i' retlw 118 ;'v' retlw 101 ;'e' retlw 100 ;'d' retlw 32 ;' ' retlw 84 ;'T' retlw 101 ;'e' retlw 115 ;'s' retlw 116 ;'t' retlw 0 psect strings STR_2: retlw 95 ;'_' retlw 0 psect strings STR_3 equ STR_2+0 STR_4 equ STR_2+0 file "Test.as" line # psect cinit,class=CODE,delta=2 global start_initialization start_initialization: psect bssBANK0,class=BANK0,space=1 global __pbssBANK0 __pbssBANK0: _Value_rx_data: ds 4 _ir_rx_data: ds 4 _cnt_int: ds 2 _ir_timer_cnt: ds 2 _TlcdCon: ds 1 _disp_led: ds 1 _ir_bit_cnt: ds 1 _ir_rx_flag: ds 1 _ir_rx_temp: ds 1 _ir_state: ds 1 dsp_cmd_TLCD@buff_con: ds 1 dsp_str_TLCD@buff_con: ds 1 psect dataBANK1,class=BANK1,space=1 global __pdataBANK1 __pdataBANK1: file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH19_IRRemote\test_all_code.c" line 52 _str01: ds 17 psect dataBANK1 file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH19_IRRemote\test_all_code.c" line 57 _Number: ds 10 psect dataBANK1 file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH19_IRRemote\test_all_code.c" line 53 _str02: ds 7 psect clrtext,class=CODE,delta=2 global clear_ram ; Called with FSR containing the base address, and ; W with the last address+1 clear_ram: clrwdt ;clear the watchdog before getting into this loop clrloop: clrf indf ;clear RAM location pointed to by FSR incf fsr,f ;increment pointer xorwf fsr,w ;XOR with final address btfsc status,2 ;have we reached the end yet? retlw 0 ;all done for this memory range, return xorwf fsr,w ;XOR again to restore value goto clrloop ;do the next byte ; Clear objects allocated to BANK0 psect cinit,class=CODE,delta=2 bcf status, 7 ;select IRP bank0 movlw low(__pbssBANK0) movwf fsr movlw low((__pbssBANK0)+014h) fcall clear_ram global btemp psect inittext,class=CODE,delta=2 global init_fetch,btemp ; Called with low address in FSR and high address in W init_fetch: movf btemp,w movwf pclath movf btemp+1,w movwf pc global init_ram ;Called with: ; high address of idata address in btemp ; low address of idata address in btemp+1 ; low address of data in FSR ; high address + 1 of data in btemp-1 init_ram: fcall init_fetch movwf indf,f incf fsr,f movf fsr,w xorwf btemp-1,w btfsc status,2 retlw 0 incf btemp+1,f btfsc status,2 incf btemp,f goto init_ram ; Initialize objects allocated to BANK1 psect cinit,class=CODE,delta=2 global init_ram, __pidataBANK1 movlw low(__pdataBANK1+34) movwf btemp-1,f movlw high(__pidataBANK1) movwf btemp,f movlw low(__pidataBANK1) movwf btemp+1,f movlw low(__pdataBANK1) movwf fsr,f fcall init_ram psect cinit,class=CODE,delta=2 global end_of_initialization ;End of C runtime variable initialization code end_of_initialization: clrf status ljmp _main ;jump to C main() function psect cstackBANK1,class=BANK1,space=1 global __pcstackBANK1 __pcstackBANK1: global ?___awdiv ?___awdiv: ; 2 bytes @ 0x0 global ___awdiv@divisor ___awdiv@divisor: ; 2 bytes @ 0x0 ds 2 global ___awdiv@dividend ___awdiv@dividend: ; 2 bytes @ 0x2 ds 2 global ___awdiv@counter ___awdiv@counter: ; 1 bytes @ 0x4 ds 1 global ___awdiv@sign ___awdiv@sign: ; 1 bytes @ 0x5 ds 1 global ___awdiv@quotient ___awdiv@quotient: ; 2 bytes @ 0x6 ds 2 global int_display@j int_display@j: ; 2 bytes @ 0x8 ds 2 global int_display@k int_display@k: ; 2 bytes @ 0xA ds 2 global int_display@l int_display@l: ; 2 bytes @ 0xC ds 2 global ?_textLcdDisplay ?_textLcdDisplay: ; 0 bytes @ 0xE global textLcdDisplay@d2 textLcdDisplay@d2: ; 1 bytes @ 0xE ds 1 global textLcdDisplay@d3 textLcdDisplay@d3: ; 1 bytes @ 0xF ds 1 global textLcdDisplay@d4 textLcdDisplay@d4: ; 1 bytes @ 0x10 ds 1 global ??_textLcdDisplay ??_textLcdDisplay: ; 0 bytes @ 0x11 ds 2 global textLcdDisplay@i textLcdDisplay@i: ; 2 bytes @ 0x13 ds 2 global textLcdDisplay@d1 textLcdDisplay@d1: ; 1 bytes @ 0x15 ds 1 global ??_main ??_main: ; 0 bytes @ 0x16 ds 3 psect cstackCOMMON,class=COMMON,space=1 global __pcstackCOMMON __pcstackCOMMON: global ?_dsp_str_TLCD ?_dsp_str_TLCD: ; 0 bytes @ 0x0 global ?_dsp_cmd_TLCD ?_dsp_cmd_TLCD: ; 0 bytes @ 0x0 global ?_clcd_line1 ?_clcd_line1: ; 0 bytes @ 0x0 global ?_clcd_line2 ?_clcd_line2: ; 0 bytes @ 0x0 global ?_Tlcd_init ?_Tlcd_init: ; 0 bytes @ 0x0 global ?_string_out ?_string_out: ; 0 bytes @ 0x0 global ?_HIGH_ISR ?_HIGH_ISR: ; 0 bytes @ 0x0 global ?_DeviceInit ?_DeviceInit: ; 0 bytes @ 0x0 global ?_main ?_main: ; 0 bytes @ 0x0 global ?i1_flilflop_Enable ?i1_flilflop_Enable: ; 0 bytes @ 0x0 global ?i1_dsp_str_TLCD ?i1_dsp_str_TLCD: ; 0 bytes @ 0x0 global ?i1_dsp_cmd_TLCD ?i1_dsp_cmd_TLCD: ; 0 bytes @ 0x0 global ?i1_clcd_line1 ?i1_clcd_line1: ; 0 bytes @ 0x0 global ?i1_clcd_line2 ?i1_clcd_line2: ; 0 bytes @ 0x0 global ?i1_string_out ?i1_string_out: ; 0 bytes @ 0x0 global ?i1___awmod ?i1___awmod: ; 2 bytes @ 0x0 global i1flilflop_Enable@OuputData i1flilflop_Enable@OuputData: ; 1 bytes @ 0x0 global i1___awmod@divisor i1___awmod@divisor: ; 2 bytes @ 0x0 ds 1 global ??i1_flilflop_Enable ??i1_flilflop_Enable: ; 0 bytes @ 0x1 ds 1 global i1flilflop_Enable@Add i1flilflop_Enable@Add: ; 1 bytes @ 0x2 global i1___awmod@dividend i1___awmod@dividend: ; 2 bytes @ 0x2 ds 1 global ??i1_dsp_str_TLCD ??i1_dsp_str_TLCD: ; 0 bytes @ 0x3 global ??i1_dsp_cmd_TLCD ??i1_dsp_cmd_TLCD: ; 0 bytes @ 0x3 ds 1 global ??i1___awmod ??i1___awmod: ; 0 bytes @ 0x4 ds 1 global i1dsp_str_TLCD@n i1dsp_str_TLCD@n: ; 1 bytes @ 0x5 global i1dsp_cmd_TLCD@n i1dsp_cmd_TLCD@n: ; 1 bytes @ 0x5 global i1___awmod@counter i1___awmod@counter: ; 1 bytes @ 0x5 ds 1 global ??i1_clcd_line1 ??i1_clcd_line1: ; 0 bytes @ 0x6 global ??i1_clcd_line2 ??i1_clcd_line2: ; 0 bytes @ 0x6 global ??i1_string_out ??i1_string_out: ; 0 bytes @ 0x6 global i1string_out@str i1string_out@str: ; 1 bytes @ 0x6 global i1___awmod@sign i1___awmod@sign: ; 1 bytes @ 0x6 ds 1 global ?i1___awdiv ?i1___awdiv: ; 2 bytes @ 0x7 global i1string_out@i i1string_out@i: ; 2 bytes @ 0x7 global i1___awdiv@divisor i1___awdiv@divisor: ; 2 bytes @ 0x7 ds 2 global i1___awdiv@dividend i1___awdiv@dividend: ; 2 bytes @ 0x9 ds 2 global ??i1___awdiv ??i1___awdiv: ; 0 bytes @ 0xB ds 1 global ??i1_int_display ??i1_int_display: ; 0 bytes @ 0xC global ??i1_textLcdDisplay ??i1_textLcdDisplay: ; 0 bytes @ 0xC ds 2 psect cstackBANK0,class=BANK0,space=1 global __pcstackBANK0 __pcstackBANK0: global i1___awdiv@counter i1___awdiv@counter: ; 1 bytes @ 0x0 ds 1 global i1___awdiv@sign i1___awdiv@sign: ; 1 bytes @ 0x1 ds 1 global i1___awdiv@quotient i1___awdiv@quotient: ; 2 bytes @ 0x2 ds 2 global ?i1_int_display ?i1_int_display: ; 0 bytes @ 0x4 global i1int_display@i i1int_display@i: ; 2 bytes @ 0x4 ds 2 global i1int_display@j i1int_display@j: ; 2 bytes @ 0x6 ds 2 global i1int_display@k i1int_display@k: ; 2 bytes @ 0x8 ds 2 global i1int_display@l i1int_display@l: ; 2 bytes @ 0xA ds 2 global ?i1_textLcdDisplay ?i1_textLcdDisplay: ; 0 bytes @ 0xC global i1textLcdDisplay@d2 i1textLcdDisplay@d2: ; 1 bytes @ 0xC ds 1 global i1textLcdDisplay@d3 i1textLcdDisplay@d3: ; 1 bytes @ 0xD ds 1 global i1textLcdDisplay@d4 i1textLcdDisplay@d4: ; 1 bytes @ 0xE ds 1 global i1textLcdDisplay@i i1textLcdDisplay@i: ; 2 bytes @ 0xF ds 2 global i1textLcdDisplay@d1 i1textLcdDisplay@d1: ; 1 bytes @ 0x11 ds 1 global ??_HIGH_ISR ??_HIGH_ISR: ; 0 bytes @ 0x12 ds 7 global ?_flilflop_Enable ?_flilflop_Enable: ; 0 bytes @ 0x19 global ?___awmod ?___awmod: ; 2 bytes @ 0x19 global flilflop_Enable@OuputData flilflop_Enable@OuputData: ; 1 bytes @ 0x19 global ___awmod@divisor ___awmod@divisor: ; 2 bytes @ 0x19 ds 1 global ??_flilflop_Enable ??_flilflop_Enable: ; 0 bytes @ 0x1A ds 1 global flilflop_Enable@Add flilflop_Enable@Add: ; 1 bytes @ 0x1B global ___awmod@dividend ___awmod@dividend: ; 2 bytes @ 0x1B ds 1 global ??_dsp_str_TLCD ??_dsp_str_TLCD: ; 0 bytes @ 0x1C global ??_dsp_cmd_TLCD ??_dsp_cmd_TLCD: ; 0 bytes @ 0x1C global ??_DeviceInit ??_DeviceInit: ; 0 bytes @ 0x1C ds 1 global ??___awmod ??___awmod: ; 0 bytes @ 0x1D ds 1 global dsp_str_TLCD@n dsp_str_TLCD@n: ; 1 bytes @ 0x1E global dsp_cmd_TLCD@n dsp_cmd_TLCD@n: ; 1 bytes @ 0x1E global ___awmod@counter ___awmod@counter: ; 1 bytes @ 0x1E ds 1 global ??_clcd_line1 ??_clcd_line1: ; 0 bytes @ 0x1F global ??_clcd_line2 ??_clcd_line2: ; 0 bytes @ 0x1F global ??_Tlcd_init ??_Tlcd_init: ; 0 bytes @ 0x1F global ??_string_out ??_string_out: ; 0 bytes @ 0x1F global string_out@str string_out@str: ; 1 bytes @ 0x1F global ___awmod@sign ___awmod@sign: ; 1 bytes @ 0x1F ds 1 global ??___awdiv ??___awdiv: ; 0 bytes @ 0x20 global string_out@i string_out@i: ; 2 bytes @ 0x20 ds 1 global ?_int_display ?_int_display: ; 0 bytes @ 0x21 global int_display@i int_display@i: ; 2 bytes @ 0x21 ds 2 global ??_int_display ??_int_display: ; 0 bytes @ 0x23 ;;Data sizes: Strings 18, constant 16, data 34, bss 20, persistent 0 stack 0 ;;Auto spaces: Size Autos Used ;; COMMON 14 14 14 ;; BANK0 80 35 55 ;; BANK1 80 25 59 ;; BANK3 96 0 0 ;; BANK2 96 0 0 ;; ;; Pointer list with targets: ;; ?i1___awmod int size(1) Largest target is 0 ;; ;; i1string_out@str PTR unsigned char size(1) Largest target is 16 ;; -> STR_4(CODE[2]), STR_3(CODE[2]), STR_2(CODE[2]), STR_1(CODE[16]), ;; ;; ?i1___awdiv int size(1) Largest target is 0 ;; ;; ?___awdiv int size(1) Largest target is 0 ;; ;; ?___awmod int size(1) Largest target is 0 ;; ;; string_out@str PTR unsigned char size(1) Largest target is 16 ;; -> STR_4(CODE[2]), STR_3(CODE[2]), STR_2(CODE[2]), STR_1(CODE[16]), ;; ;; ;; Critical Paths under _main in COMMON ;; ;; None. ;; ;; Critical Paths under _HIGH_ISR in COMMON ;; ;; _HIGH_ISR->i1_textLcdDisplay ;; i1_int_display->i1___awdiv ;; i1_string_out->i1_dsp_str_TLCD ;; i1_clcd_line2->i1_dsp_cmd_TLCD ;; i1_clcd_line1->i1_dsp_cmd_TLCD ;; i1_dsp_cmd_TLCD->i1_flilflop_Enable ;; i1_dsp_str_TLCD->i1_flilflop_Enable ;; i1___awdiv->i1___awmod ;; ;; Critical Paths under _main in BANK0 ;; ;; _textLcdDisplay->_int_display ;; _int_display->___awdiv ;; _string_out->_dsp_str_TLCD ;; _Tlcd_init->_dsp_cmd_TLCD ;; _clcd_line2->_dsp_cmd_TLCD ;; _clcd_line1->_dsp_cmd_TLCD ;; _DeviceInit->_flilflop_Enable ;; _dsp_cmd_TLCD->_flilflop_Enable ;; _dsp_str_TLCD->_flilflop_Enable ;; ___awdiv->___awmod ;; ;; Critical Paths under _HIGH_ISR in BANK0 ;; ;; _HIGH_ISR->i1_textLcdDisplay ;; i1_textLcdDisplay->i1_int_display ;; i1_int_display->i1___awdiv ;; ;; Critical Paths under _main in BANK1 ;; ;; _main->_textLcdDisplay ;; _textLcdDisplay->_int_display ;; _int_display->___awdiv ;; ;; Critical Paths under _HIGH_ISR in BANK1 ;; ;; None. ;; ;; Critical Paths under _main in BANK3 ;; ;; None. ;; ;; Critical Paths under _HIGH_ISR in BANK3 ;; ;; None. ;; ;; Critical Paths under _main in BANK2 ;; ;; None. ;; ;; Critical Paths under _HIGH_ISR in BANK2 ;; ;; None. ;; ;;Main: autosize = 0, tempsize = 3, incstack = 0, save=0 ;; ;; ;;Call Graph Tables: ;; ;; --------------------------------------------------------------------------------- ;; (Depth) Function Calls Base Space Used Autos Params Refs ;; --------------------------------------------------------------------------------- ;; (0) _main 3 3 0 2074 ;; 22 BANK1 3 3 0 ;; _DeviceInit ;; _Tlcd_init ;; _textLcdDisplay ;; _flilflop_Enable ;; --------------------------------------------------------------------------------- ;; (1) _textLcdDisplay 8 5 3 1826 ;; 14 BANK1 8 5 3 ;; _clcd_line1 ;; _string_out ;; _clcd_line2 ;; _int_display ;; --------------------------------------------------------------------------------- ;; (2) _int_display 8 6 2 1200 ;; 33 BANK0 2 0 2 ;; 8 BANK1 6 6 0 ;; ___awmod ;; ___awdiv ;; _dsp_str_TLCD ;; --------------------------------------------------------------------------------- ;; (2) _string_out 3 3 0 251 ;; 31 BANK0 3 3 0 ;; _dsp_str_TLCD ;; --------------------------------------------------------------------------------- ;; (1) _Tlcd_init 2 2 0 124 ;; 31 BANK0 2 2 0 ;; _dsp_cmd_TLCD ;; --------------------------------------------------------------------------------- ;; (2) _clcd_line2 0 0 0 124 ;; _dsp_cmd_TLCD ;; --------------------------------------------------------------------------------- ;; (2) _clcd_line1 0 0 0 124 ;; _dsp_cmd_TLCD ;; --------------------------------------------------------------------------------- ;; (1) _DeviceInit 0 0 0 62 ;; _flilflop_Enable ;; --------------------------------------------------------------------------------- ;; (3) _dsp_cmd_TLCD 3 3 0 124 ;; 28 BANK0 3 3 0 ;; _flilflop_Enable ;; --------------------------------------------------------------------------------- ;; (3) _dsp_str_TLCD 3 3 0 124 ;; 28 BANK0 3 3 0 ;; _flilflop_Enable ;; --------------------------------------------------------------------------------- ;; (3) ___awmod 7 3 4 433 ;; 25 BANK0 7 3 4 ;; --------------------------------------------------------------------------------- ;; (3) ___awdiv 9 5 4 445 ;; 32 BANK0 1 1 0 ;; 0 BANK1 8 4 4 ;; ___awmod (ARG) ;; --------------------------------------------------------------------------------- ;; (1) _flilflop_Enable 3 2 1 62 ;; 25 BANK0 3 2 1 ;; --------------------------------------------------------------------------------- ;; Estimated maximum stack depth 3 ;; --------------------------------------------------------------------------------- ;; (Depth) Function Calls Base Space Used Autos Params Refs ;; --------------------------------------------------------------------------------- ;; (5) _HIGH_ISR 7 7 0 5125 ;; 18 BANK0 7 7 0 ;; i1___awdiv ;; i1_textLcdDisplay ;; --------------------------------------------------------------------------------- ;; (6) i1_textLcdDisplay 8 5 3 4148 ;; 12 COMMON 2 2 0 ;; 12 BANK0 6 3 3 ;; i1_clcd_line1 ;; i1_string_out ;; i1_clcd_line2 ;; i1_int_display ;; --------------------------------------------------------------------------------- ;; (7) i1_int_display 8 6 2 2684 ;; 4 BANK0 8 6 2 ;; i1___awmod ;; i1___awdiv ;; i1_dsp_str_TLCD ;; --------------------------------------------------------------------------------- ;; (7) i1_string_out 3 3 0 586 ;; 6 COMMON 3 3 0 ;; i1_dsp_str_TLCD ;; --------------------------------------------------------------------------------- ;; (7) i1_clcd_line2 0 0 0 292 ;; i1_dsp_cmd_TLCD ;; --------------------------------------------------------------------------------- ;; (7) i1_clcd_line1 0 0 0 292 ;; i1_dsp_cmd_TLCD ;; --------------------------------------------------------------------------------- ;; (8) i1_dsp_cmd_TLCD 3 3 0 292 ;; 3 COMMON 3 3 0 ;; i1_flilflop_Enable ;; --------------------------------------------------------------------------------- ;; (8) i1_dsp_str_TLCD 3 3 0 292 ;; 3 COMMON 3 3 0 ;; i1_flilflop_Enable ;; --------------------------------------------------------------------------------- ;; (8) i1___awmod 7 3 4 969 ;; 0 COMMON 7 3 4 ;; --------------------------------------------------------------------------------- ;; (8) i1___awdiv 9 5 4 977 ;; 7 COMMON 5 1 4 ;; 0 BANK0 4 4 0 ;; i1___awmod (ARG) ;; --------------------------------------------------------------------------------- ;; (9) i1_flilflop_Enable 3 2 1 146 ;; 0 COMMON 3 2 1 ;; --------------------------------------------------------------------------------- ;; Estimated maximum stack depth 9 ;; --------------------------------------------------------------------------------- ;; Call Graph Graphs: ;; _main (ROOT) ;; _DeviceInit ;; _flilflop_Enable ;; _Tlcd_init ;; _dsp_cmd_TLCD ;; _flilflop_Enable ;; _textLcdDisplay ;; _clcd_line1 ;; _dsp_cmd_TLCD ;; _flilflop_Enable ;; _string_out ;; _dsp_str_TLCD ;; _flilflop_Enable ;; _clcd_line2 ;; _dsp_cmd_TLCD ;; _flilflop_Enable ;; _int_display ;; ___awmod ;; ___awdiv ;; ___awmod (ARG) ;; _dsp_str_TLCD ;; _flilflop_Enable ;; _flilflop_Enable ;; ;; _HIGH_ISR (ROOT) ;; i1___awdiv ;; i1___awmod (ARG) ;; i1_textLcdDisplay ;; i1_clcd_line1 ;; i1_dsp_cmd_TLCD ;; i1_flilflop_Enable ;; i1_string_out ;; i1_dsp_str_TLCD ;; i1_flilflop_Enable ;; i1_clcd_line2 ;; i1_dsp_cmd_TLCD ;; i1_flilflop_Enable ;; i1_int_display ;; i1___awmod ;; i1___awdiv ;; i1___awmod (ARG) ;; i1_dsp_str_TLCD ;; i1_flilflop_Enable ;; ;; Address spaces: ;;Name Size Autos Total Cost Usage ;;BANK3 60 0 0 9 0.0% ;;BITBANK3 60 0 0 8 0.0% ;;SFR3 0 0 0 4 0.0% ;;BITSFR3 0 0 0 4 0.0% ;;BANK2 60 0 0 11 0.0% ;;BITBANK2 60 0 0 10 0.0% ;;SFR2 0 0 0 5 0.0% ;;BITSFR2 0 0 0 5 0.0% ;;SFR1 0 0 0 2 0.0% ;;BITSFR1 0 0 0 2 0.0% ;;BANK1 50 19 3B 7 73.8% ;;BITBANK1 50 0 0 6 0.0% ;;CODE 0 0 0 0 0.0% ;;DATA 0 0 8E 12 0.0% ;;ABS 0 0 80 3 0.0% ;;NULL 0 0 0 0 0.0% ;;STACK 0 0 E 2 0.0% ;;BANK0 50 23 37 5 68.8% ;;BITBANK0 50 0 0 4 0.0% ;;SFR0 0 0 0 1 0.0% ;;BITSFR0 0 0 0 1 0.0% ;;COMMON E E E 1 100.0% ;;BITCOMMON E 0 0 0 0.0% ;;EEDATA 100 0 0 0 0.0% global _main psect maintext,global,class=CODE,delta=2 global __pmaintext __pmaintext: ;; *************** function _main ***************** ;; Defined at: ;; line 250 in file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH19_IRRemote\test_all_code.c" ;; Parameters: Size Location Type ;; None ;; Auto vars: Size Location Type ;; None ;; Return value: Size Location Type ;; None void ;; Registers used: ;; wreg, fsr0l, fsr0h, status,2, status,0, pclath, cstack ;; Tracked objects: ;; On entry : 17F/0 ;; On exit : 0/0 ;; Unchanged: 0/0 ;; Data sizes: COMMON BANK0 BANK1 BANK3 BANK2 ;; Params: 0 0 0 0 0 ;; Locals: 0 0 0 0 0 ;; Temps: 0 0 3 0 0 ;; Totals: 0 0 3 0 0 ;;Total ram usage: 3 bytes ;; Hardware stack levels required when called: 9 ;; This function calls: ;; _DeviceInit ;; _Tlcd_init ;; _textLcdDisplay ;; _flilflop_Enable ;; This function is called by: ;; Startup code after reset ;; This function uses a non-reentrant model ;; psect maintext file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH19_IRRemote\test_all_code.c" line 250 global __size_of_main __size_of_main equ __end_of_main-_main _main: ;; hardware stack exceeded opt stack 0 ; Regs used in _main: [wreg-fsr0h+status,2+status,0+pclath+cstack] line 252 l4236: ;test_all_code.c: 252: TRISA = 0X0f; movlw (0Fh) bsf status, 5 ;RP0=1, select bank1 bcf status, 6 ;RP1=0, select bank1 movwf (133)^080h ;volatile line 253 ;test_all_code.c: 253: TRISB = 0X01; movlw (01h) movwf (134)^080h ;volatile line 254 l4238: ;test_all_code.c: 254: PORTB = 0X00; bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 clrf (6) ;volatile line 255 l4240: ;test_all_code.c: 255: TRISC = 0x80; movlw (080h) bsf status, 5 ;RP0=1, select bank1 bcf status, 6 ;RP1=0, select bank1 movwf (135)^080h ;volatile line 256 ;test_all_code.c: 256: PORTC = 0X00; bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 clrf (7) ;volatile line 257 ;test_all_code.c: 257: TRISD = 0X00; bsf status, 5 ;RP0=1, select bank1 bcf status, 6 ;RP1=0, select bank1 clrf (136)^080h ;volatile line 258 ;test_all_code.c: 258: PORTD = 0X00; bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 clrf (8) ;volatile line 259 ;test_all_code.c: 259: TRISE = 0X00; bsf status, 5 ;RP0=1, select bank1 bcf status, 6 ;RP1=0, select bank1 clrf (137)^080h ;volatile line 260 l4242: ;test_all_code.c: 260: OPTION_REG = 0X01;; movlw (01h) movwf (129)^080h ;volatile line 261 l4244: ;test_all_code.c: 261: INTCON = 0xb0; movlw (0B0h) movwf (11) ;volatile line 263 l4246: ;test_all_code.c: 263: TMR0 = 156; movlw (09Ch) bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movwf (1) ;volatile line 264 l4248: ;test_all_code.c: 264: DeviceInit(); fcall _DeviceInit line 265 l4250: ;test_all_code.c: 265: Tlcd_init(); fcall _Tlcd_init line 266 l4252: ;test_all_code.c: 266: ir_timer_cnt = 0; bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 clrf (_ir_timer_cnt) ;volatile clrf (_ir_timer_cnt+1) ;volatile line 267 l4254: ;test_all_code.c: 267: ir_bit_cnt = 0; clrf (_ir_bit_cnt) ;volatile line 268 l4256: ;test_all_code.c: 268: ir_rx_flag = 0; clrf (_ir_rx_flag) ;volatile line 269 l4258: ;test_all_code.c: 269: textLcdDisplay(ir_rx_data[0],ir_rx_data[1],ir_rx_data[2],ir_rx_data[3]); movf 0+(_ir_rx_data)+01h,w ;volatile bsf status, 5 ;RP0=1, select bank1 bcf status, 6 ;RP1=0, select bank1 movwf (??_main+0)^080h+0 movf (??_main+0)^080h+0,w movwf (?_textLcdDisplay)^080h bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movf 0+(_ir_rx_data)+02h,w ;volatile bsf status, 5 ;RP0=1, select bank1 bcf status, 6 ;RP1=0, select bank1 movwf (??_main+1)^080h+0 movf (??_main+1)^080h+0,w movwf 0+(?_textLcdDisplay)^080h+01h bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movf 0+(_ir_rx_data)+03h,w ;volatile bsf status, 5 ;RP0=1, select bank1 bcf status, 6 ;RP1=0, select bank1 movwf (??_main+2)^080h+0 movf (??_main+2)^080h+0,w movwf 0+(?_textLcdDisplay)^080h+02h bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movf (_ir_rx_data),w ;volatile fcall _textLcdDisplay line 270 l4260: ;test_all_code.c: 270: flilflop_Enable(0X00,0); bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 clrf (?_flilflop_Enable) movlw (0) fcall _flilflop_Enable goto l771 line 271 ;test_all_code.c: 271: while(1) l770: line 274 ;test_all_code.c: 272: { l771: line 271 goto l771 l772: line 275 l773: global start ljmp start opt stack 0 GLOBAL __end_of_main __end_of_main: ;; =============== function _main ends ============ signat _main,88 global _textLcdDisplay psect text741,local,class=CODE,delta=2 global __ptext741 __ptext741: ;; *************** function _textLcdDisplay ***************** ;; Defined at: ;; line 150 in file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH19_IRRemote\test_all_code.c" ;; Parameters: Size Location Type ;; d1 1 wreg unsigned char ;; d2 1 14[BANK1 ] unsigned char ;; d3 1 15[BANK1 ] unsigned char ;; d4 1 16[BANK1 ] unsigned char ;; Auto vars: Size Location Type ;; d1 1 21[BANK1 ] unsigned char ;; i 2 19[BANK1 ] int ;; Return value: Size Location Type ;; None void ;; Registers used: ;; wreg, fsr0l, fsr0h, status,2, status,0, pclath, cstack ;; Tracked objects: ;; On entry : 0/0 ;; On exit : 0/0 ;; Unchanged: 0/0 ;; Data sizes: COMMON BANK0 BANK1 BANK3 BANK2 ;; Params: 0 0 3 0 0 ;; Locals: 0 0 3 0 0 ;; Temps: 0 0 2 0 0 ;; Totals: 0 0 8 0 0 ;;Total ram usage: 8 bytes ;; Hardware stack levels used: 1 ;; Hardware stack levels required when called: 8 ;; This function calls: ;; _clcd_line1 ;; _string_out ;; _clcd_line2 ;; _int_display ;; This function is called by: ;; _main ;; This function uses a non-reentrant model ;; psect text741 file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH19_IRRemote\test_all_code.c" line 150 global __size_of_textLcdDisplay __size_of_textLcdDisplay equ __end_of_textLcdDisplay-_textLcdDisplay _textLcdDisplay: ;; hardware stack exceeded opt stack 0 ; Regs used in _textLcdDisplay: [wreg-fsr0h+status,2+status,0+pclath+cstack] ;textLcdDisplay@d1 stored from wreg bsf status, 5 ;RP0=1, select bank1 bcf status, 6 ;RP1=0, select bank1 movwf (textLcdDisplay@d1)^080h line 151 l4214: ;test_all_code.c: 151: int i=0; clrf (textLcdDisplay@i)^080h clrf (textLcdDisplay@i+1)^080h line 152 l4216: ;test_all_code.c: 152: clcd_line1(); fcall _clcd_line1 line 153 l4218: ;test_all_code.c: 153: string_out("IR Recived Test"); movlw ((STR_1-__stringbase))&0ffh fcall _string_out line 154 l4220: ;test_all_code.c: 154: clcd_line2(); fcall _clcd_line2 line 155 l4222: ;test_all_code.c: 155: int_display(d1); bsf status, 5 ;RP0=1, select bank1 bcf status, 6 ;RP1=0, select bank1 movf (textLcdDisplay@d1)^080h,w movwf (??_textLcdDisplay+0)^080h+0 clrf (??_textLcdDisplay+0)^080h+0+1 movf 0+(??_textLcdDisplay+0)^080h+0,w bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movwf (?_int_display) bsf status, 5 ;RP0=1, select bank1 bcf status, 6 ;RP1=0, select bank1 movf 1+(??_textLcdDisplay+0)^080h+0,w bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movwf (?_int_display+1) fcall _int_display line 156 l4224: ;test_all_code.c: 156: string_out("_"); movlw ((STR_2-__stringbase))&0ffh fcall _string_out line 157 l4226: ;test_all_code.c: 157: int_display(d2); bsf status, 5 ;RP0=1, select bank1 bcf status, 6 ;RP1=0, select bank1 movf (textLcdDisplay@d2)^080h,w movwf (??_textLcdDisplay+0)^080h+0 clrf (??_textLcdDisplay+0)^080h+0+1 movf 0+(??_textLcdDisplay+0)^080h+0,w bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movwf (?_int_display) bsf status, 5 ;RP0=1, select bank1 bcf status, 6 ;RP1=0, select bank1 movf 1+(??_textLcdDisplay+0)^080h+0,w bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movwf (?_int_display+1) fcall _int_display line 158 l4228: ;test_all_code.c: 158: string_out("_"); movlw ((STR_3-__stringbase))&0ffh fcall _string_out line 159 l4230: ;test_all_code.c: 159: int_display(d3); bsf status, 5 ;RP0=1, select bank1 bcf status, 6 ;RP1=0, select bank1 movf (textLcdDisplay@d3)^080h,w movwf (??_textLcdDisplay+0)^080h+0 clrf (??_textLcdDisplay+0)^080h+0+1 movf 0+(??_textLcdDisplay+0)^080h+0,w bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movwf (?_int_display) bsf status, 5 ;RP0=1, select bank1 bcf status, 6 ;RP1=0, select bank1 movf 1+(??_textLcdDisplay+0)^080h+0,w bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movwf (?_int_display+1) fcall _int_display line 160 l4232: ;test_all_code.c: 160: string_out("_"); movlw ((STR_4-__stringbase))&0ffh fcall _string_out line 161 l4234: ;test_all_code.c: 161: int_display(d4); bsf status, 5 ;RP0=1, select bank1 bcf status, 6 ;RP1=0, select bank1 movf (textLcdDisplay@d4)^080h,w movwf (??_textLcdDisplay+0)^080h+0 clrf (??_textLcdDisplay+0)^080h+0+1 movf 0+(??_textLcdDisplay+0)^080h+0,w bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movwf (?_int_display) bsf status, 5 ;RP0=1, select bank1 bcf status, 6 ;RP1=0, select bank1 movf 1+(??_textLcdDisplay+0)^080h+0,w bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movwf (?_int_display+1) fcall _int_display line 162 l745: return opt stack 0 GLOBAL __end_of_textLcdDisplay __end_of_textLcdDisplay: ;; =============== function _textLcdDisplay ends ============ signat _textLcdDisplay,16504 global _int_display psect text742,local,class=CODE,delta=2 global __ptext742 __ptext742: ;; *************** function _int_display ***************** ;; Defined at: ;; line 138 in file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH19_IRRemote\test_all_code.c" ;; Parameters: Size Location Type ;; i 2 33[BANK0 ] int ;; Auto vars: Size Location Type ;; l 2 12[BANK1 ] int ;; k 2 10[BANK1 ] int ;; j 2 8[BANK1 ] int ;; Return value: Size Location Type ;; None void ;; Registers used: ;; wreg, fsr0l, fsr0h, status,2, status,0, pclath, cstack ;; Tracked objects: ;; On entry : 0/0 ;; On exit : 0/0 ;; Unchanged: 0/0 ;; Data sizes: COMMON BANK0 BANK1 BANK3 BANK2 ;; Params: 0 2 0 0 0 ;; Locals: 0 0 6 0 0 ;; Temps: 0 0 0 0 0 ;; Totals: 0 2 6 0 0 ;;Total ram usage: 8 bytes ;; Hardware stack levels used: 1 ;; Hardware stack levels required when called: 7 ;; This function calls: ;; ___awmod ;; ___awdiv ;; _dsp_str_TLCD ;; This function is called by: ;; _textLcdDisplay ;; This function uses a non-reentrant model ;; psect text742 file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH19_IRRemote\test_all_code.c" line 138 global __size_of_int_display __size_of_int_display equ __end_of_int_display-_int_display _int_display: ;; hardware stack exceeded opt stack 0 ; Regs used in _int_display: [wreg-fsr0h+status,2+status,0+pclath+cstack] line 139 l4198: ;test_all_code.c: 139: int j, k, l = 0; bsf status, 5 ;RP0=1, select bank1 bcf status, 6 ;RP1=0, select bank1 clrf (int_display@l)^080h clrf (int_display@l+1)^080h line 140 l4200: ;test_all_code.c: 140: j = (i % 1000) / 100; movlw low(064h) movwf (?___awdiv)^080h movlw high(064h) movwf ((?___awdiv)^080h)+1 bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movf (int_display@i+1),w clrf 1+(?___awmod)+02h addwf 1+(?___awmod)+02h movf (int_display@i),w clrf 0+(?___awmod)+02h addwf 0+(?___awmod)+02h movlw low(03E8h) movwf (?___awmod) movlw high(03E8h) movwf ((?___awmod))+1 fcall ___awmod bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movf (1+(?___awmod)),w bsf status, 5 ;RP0=1, select bank1 bcf status, 6 ;RP1=0, select bank1 clrf 1+(?___awdiv)^080h+02h addwf 1+(?___awdiv)^080h+02h bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movf (0+(?___awmod)),w bsf status, 5 ;RP0=1, select bank1 bcf status, 6 ;RP1=0, select bank1 clrf 0+(?___awdiv)^080h+02h addwf 0+(?___awdiv)^080h+02h fcall ___awdiv bsf status, 5 ;RP0=1, select bank1 bcf status, 6 ;RP1=0, select bank1 movf (1+(?___awdiv))^080h,w clrf (int_display@j+1)^080h addwf (int_display@j+1)^080h movf (0+(?___awdiv))^080h,w clrf (int_display@j)^080h addwf (int_display@j)^080h line 141 l4202: ;test_all_code.c: 141: k = (i % 100) / 10; movlw low(0Ah) movwf (?___awdiv)^080h movlw high(0Ah) movwf ((?___awdiv)^080h)+1 bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movf (int_display@i+1),w clrf 1+(?___awmod)+02h addwf 1+(?___awmod)+02h movf (int_display@i),w clrf 0+(?___awmod)+02h addwf 0+(?___awmod)+02h movlw low(064h) movwf (?___awmod) movlw high(064h) movwf ((?___awmod))+1 fcall ___awmod bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movf (1+(?___awmod)),w bsf status, 5 ;RP0=1, select bank1 bcf status, 6 ;RP1=0, select bank1 clrf 1+(?___awdiv)^080h+02h addwf 1+(?___awdiv)^080h+02h bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movf (0+(?___awmod)),w bsf status, 5 ;RP0=1, select bank1 bcf status, 6 ;RP1=0, select bank1 clrf 0+(?___awdiv)^080h+02h addwf 0+(?___awdiv)^080h+02h fcall ___awdiv bsf status, 5 ;RP0=1, select bank1 bcf status, 6 ;RP1=0, select bank1 movf (1+(?___awdiv))^080h,w clrf (int_display@k+1)^080h addwf (int_display@k+1)^080h movf (0+(?___awdiv))^080h,w clrf (int_display@k)^080h addwf (int_display@k)^080h line 142 l4204: ;test_all_code.c: 142: l = i % 10 ; movlw low(0Ah) bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movwf (?___awmod) movlw high(0Ah) movwf ((?___awmod))+1 movf (int_display@i+1),w clrf 1+(?___awmod)+02h addwf 1+(?___awmod)+02h movf (int_display@i),w clrf 0+(?___awmod)+02h addwf 0+(?___awmod)+02h fcall ___awmod bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movf (1+(?___awmod)),w bsf status, 5 ;RP0=1, select bank1 bcf status, 6 ;RP1=0, select bank1 clrf (int_display@l+1)^080h addwf (int_display@l+1)^080h bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movf (0+(?___awmod)),w bsf status, 5 ;RP0=1, select bank1 bcf status, 6 ;RP1=0, select bank1 clrf (int_display@l)^080h addwf (int_display@l)^080h line 144 l4206: ;test_all_code.c: 144: dsp_str_TLCD(Number[j]); movf (int_display@j)^080h,w addlw _Number&0ffh movwf fsr0 bcf status, 7 ;select IRP bank1 movf indf,w fcall _dsp_str_TLCD line 145 l4208: ;test_all_code.c: 145: dsp_str_TLCD(Number[k]); bsf status, 5 ;RP0=1, select bank1 bcf status, 6 ;RP1=0, select bank1 movf (int_display@k)^080h,w addlw _Number&0ffh movwf fsr0 bcf status, 7 ;select IRP bank1 movf indf,w fcall _dsp_str_TLCD line 146 l4210: ;test_all_code.c: 146: dsp_str_TLCD('.'); movlw (02Eh) fcall _dsp_str_TLCD line 147 l4212: ;test_all_code.c: 147: dsp_str_TLCD(Number[l]); bsf status, 5 ;RP0=1, select bank1 bcf status, 6 ;RP1=0, select bank1 movf (int_display@l)^080h,w addlw _Number&0ffh movwf fsr0 bcf status, 7 ;select IRP bank1 movf indf,w fcall _dsp_str_TLCD line 148 l742: return opt stack 0 GLOBAL __end_of_int_display __end_of_int_display: ;; =============== function _int_display ends ============ signat _int_display,4216 global _string_out psect text743,local,class=CODE,delta=2 global __ptext743 __ptext743: ;; *************** function _string_out ***************** ;; Defined at: ;; line 130 in file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH19_IRRemote\test_all_code.c" ;; Parameters: Size Location Type ;; str 1 wreg PTR unsigned char ;; -> STR_4(2), STR_3(2), STR_2(2), STR_1(16), ;; Auto vars: Size Location Type ;; str 1 31[BANK0 ] PTR unsigned char ;; -> STR_4(2), STR_3(2), STR_2(2), STR_1(16), ;; i 2 32[BANK0 ] unsigned int ;; Return value: Size Location Type ;; None void ;; Registers used: ;; wreg, fsr0l, fsr0h, status,2, status,0, pclath, cstack ;; Tracked objects: ;; On entry : 0/0 ;; On exit : 0/0 ;; Unchanged: 0/0 ;; Data sizes: COMMON BANK0 BANK1 BANK3 BANK2 ;; Params: 0 0 0 0 0 ;; Locals: 0 3 0 0 0 ;; Temps: 0 0 0 0 0 ;; Totals: 0 3 0 0 0 ;;Total ram usage: 3 bytes ;; Hardware stack levels used: 1 ;; Hardware stack levels required when called: 7 ;; This function calls: ;; _dsp_str_TLCD ;; This function is called by: ;; _textLcdDisplay ;; This function uses a non-reentrant model ;; psect text743 file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH19_IRRemote\test_all_code.c" line 130 global __size_of_string_out __size_of_string_out equ __end_of_string_out-_string_out _string_out: ;; hardware stack exceeded opt stack 0 ; Regs used in _string_out: [wreg-fsr0h+status,2+status,0+pclath+cstack] ;string_out@str stored from wreg bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movwf (string_out@str) line 131 l4192: ;test_all_code.c: 131: unsigned int i=0; clrf (string_out@i) clrf (string_out@i+1) goto l4194 line 132 ;test_all_code.c: 132: do{ l737: line 133 l4194: ;test_all_code.c: 133: dsp_str_TLCD(str[i]); movf (string_out@i),w addwf (string_out@str),w movwf fsr0 fcall stringdir fcall _dsp_str_TLCD line 135 l4196: ;test_all_code.c: 134: } ;test_all_code.c: 135: while(str[++i]!='\0'); movlw low(01h) bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 addwf (string_out@i),f skipnc incf (string_out@i+1),f movlw high(01h) addwf (string_out@i+1),f movf ((string_out@i)),w addwf (string_out@str),w movwf fsr0 fcall stringdir iorlw 0 skipz goto u3581 goto u3580 u3581: goto l4194 u3580: goto l739 l738: line 136 l739: return opt stack 0 GLOBAL __end_of_string_out __end_of_string_out: ;; =============== function _string_out ends ============ signat _string_out,4216 global _Tlcd_init psect text744,local,class=CODE,delta=2 global __ptext744 __ptext744: ;; *************** function _Tlcd_init ***************** ;; Defined at: ;; line 115 in file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH19_IRRemote\test_all_code.c" ;; Parameters: Size Location Type ;; None ;; Auto vars: Size Location Type ;; None ;; Return value: Size Location Type ;; None void ;; Registers used: ;; wreg, status,2, status,0, pclath, cstack ;; Tracked objects: ;; On entry : 0/0 ;; On exit : 0/0 ;; Unchanged: 0/0 ;; Data sizes: COMMON BANK0 BANK1 BANK3 BANK2 ;; Params: 0 0 0 0 0 ;; Locals: 0 0 0 0 0 ;; Temps: 0 2 0 0 0 ;; Totals: 0 2 0 0 0 ;;Total ram usage: 2 bytes ;; Hardware stack levels used: 1 ;; Hardware stack levels required when called: 7 ;; This function calls: ;; _dsp_cmd_TLCD ;; This function is called by: ;; _main ;; This function uses a non-reentrant model ;; psect text744 file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH19_IRRemote\test_all_code.c" line 115 global __size_of_Tlcd_init __size_of_Tlcd_init equ __end_of_Tlcd_init-_Tlcd_init _Tlcd_init: opt stack 0 ; Regs used in _Tlcd_init: [wreg+status,2+status,0+pclath+cstack] line 116 l4178: ;test_all_code.c: 116: _delay((unsigned long)((30)*(16000000/4000.0))); opt asmopt_off movlw 156 bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movwf ((??_Tlcd_init+0)+0+1),f movlw 215 movwf ((??_Tlcd_init+0)+0),f u3597: decfsz ((??_Tlcd_init+0)+0),f goto u3597 decfsz ((??_Tlcd_init+0)+0+1),f goto u3597 opt asmopt_on line 117 l4180: ;test_all_code.c: 117: dsp_cmd_TLCD(0x30); movlw (030h) fcall _dsp_cmd_TLCD line 118 l4182: ;test_all_code.c: 118: _delay((unsigned long)((5)*(16000000/4000.0))); opt asmopt_off movlw 26 bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movwf ((??_Tlcd_init+0)+0+1),f movlw 248 movwf ((??_Tlcd_init+0)+0),f u3607: decfsz ((??_Tlcd_init+0)+0),f goto u3607 decfsz ((??_Tlcd_init+0)+0+1),f goto u3607 clrwdt opt asmopt_on line 119 ;test_all_code.c: 119: dsp_cmd_TLCD(0x30); movlw (030h) fcall _dsp_cmd_TLCD line 120 l4184: ;test_all_code.c: 120: _delay((unsigned long)((1)*(16000000/4000.0))); opt asmopt_off movlw 6 bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movwf ((??_Tlcd_init+0)+0+1),f movlw 48 movwf ((??_Tlcd_init+0)+0),f u3617: decfsz ((??_Tlcd_init+0)+0),f goto u3617 decfsz ((??_Tlcd_init+0)+0+1),f goto u3617 clrwdt opt asmopt_on line 121 l4186: ;test_all_code.c: 121: dsp_cmd_TLCD(0x30); movlw (030h) fcall _dsp_cmd_TLCD line 122 l4188: ;test_all_code.c: 122: dsp_cmd_TLCD(0x20); movlw (020h) fcall _dsp_cmd_TLCD line 123 l4190: ;test_all_code.c: 123: _delay((unsigned long)((1)*(16000000/4000.0))); opt asmopt_off movlw 6 bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movwf ((??_Tlcd_init+0)+0+1),f movlw 48 movwf ((??_Tlcd_init+0)+0),f u3627: decfsz ((??_Tlcd_init+0)+0),f goto u3627 decfsz ((??_Tlcd_init+0)+0+1),f goto u3627 clrwdt opt asmopt_on line 124 ;test_all_code.c: 124: dsp_cmd_TLCD(0x0c); movlw (0Ch) fcall _dsp_cmd_TLCD line 125 ;test_all_code.c: 125: dsp_cmd_TLCD(0x14); movlw (014h) fcall _dsp_cmd_TLCD line 126 ;test_all_code.c: 126: dsp_cmd_TLCD(0x06); movlw (06h) fcall _dsp_cmd_TLCD line 127 ;test_all_code.c: 127: dsp_cmd_TLCD(0x01); movlw (01h) fcall _dsp_cmd_TLCD line 128 l734: return opt stack 0 GLOBAL __end_of_Tlcd_init __end_of_Tlcd_init: ;; =============== function _Tlcd_init ends ============ signat _Tlcd_init,88 global _clcd_line2 psect text745,local,class=CODE,delta=2 global __ptext745 __ptext745: ;; *************** function _clcd_line2 ***************** ;; Defined at: ;; line 111 in file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH19_IRRemote\test_all_code.c" ;; Parameters: Size Location Type ;; None ;; Auto vars: Size Location Type ;; None ;; Return value: Size Location Type ;; None void ;; Registers used: ;; wreg, status,2, status,0, pclath, cstack ;; Tracked objects: ;; On entry : 0/0 ;; On exit : 0/0 ;; Unchanged: 0/0 ;; Data sizes: COMMON BANK0 BANK1 BANK3 BANK2 ;; Params: 0 0 0 0 0 ;; Locals: 0 0 0 0 0 ;; Temps: 0 0 0 0 0 ;; Totals: 0 0 0 0 0 ;;Total ram usage: 0 bytes ;; Hardware stack levels used: 1 ;; Hardware stack levels required when called: 7 ;; This function calls: ;; _dsp_cmd_TLCD ;; This function is called by: ;; _textLcdDisplay ;; This function uses a non-reentrant model ;; psect text745 file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH19_IRRemote\test_all_code.c" line 111 global __size_of_clcd_line2 __size_of_clcd_line2 equ __end_of_clcd_line2-_clcd_line2 _clcd_line2: ;; hardware stack exceeded opt stack 0 ; Regs used in _clcd_line2: [wreg+status,2+status,0+pclath+cstack] line 112 l4176: ;test_all_code.c: 112: dsp_cmd_TLCD(0XC0); movlw (0C0h) fcall _dsp_cmd_TLCD line 113 l731: return opt stack 0 GLOBAL __end_of_clcd_line2 __end_of_clcd_line2: ;; =============== function _clcd_line2 ends ============ signat _clcd_line2,88 global _clcd_line1 psect text746,local,class=CODE,delta=2 global __ptext746 __ptext746: ;; *************** function _clcd_line1 ***************** ;; Defined at: ;; line 107 in file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH19_IRRemote\test_all_code.c" ;; Parameters: Size Location Type ;; None ;; Auto vars: Size Location Type ;; None ;; Return value: Size Location Type ;; None void ;; Registers used: ;; wreg, status,2, status,0, pclath, cstack ;; Tracked objects: ;; On entry : 0/0 ;; On exit : 0/0 ;; Unchanged: 0/0 ;; Data sizes: COMMON BANK0 BANK1 BANK3 BANK2 ;; Params: 0 0 0 0 0 ;; Locals: 0 0 0 0 0 ;; Temps: 0 0 0 0 0 ;; Totals: 0 0 0 0 0 ;;Total ram usage: 0 bytes ;; Hardware stack levels used: 1 ;; Hardware stack levels required when called: 7 ;; This function calls: ;; _dsp_cmd_TLCD ;; This function is called by: ;; _textLcdDisplay ;; This function uses a non-reentrant model ;; psect text746 file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH19_IRRemote\test_all_code.c" line 107 global __size_of_clcd_line1 __size_of_clcd_line1 equ __end_of_clcd_line1-_clcd_line1 _clcd_line1: ;; hardware stack exceeded opt stack 0 ; Regs used in _clcd_line1: [wreg+status,2+status,0+pclath+cstack] line 108 l4174: ;test_all_code.c: 108: dsp_cmd_TLCD(0x80); movlw (080h) fcall _dsp_cmd_TLCD line 109 l728: return opt stack 0 GLOBAL __end_of_clcd_line1 __end_of_clcd_line1: ;; =============== function _clcd_line1 ends ============ signat _clcd_line1,88 global _DeviceInit psect text747,local,class=CODE,delta=2 global __ptext747 __ptext747: ;; *************** function _DeviceInit ***************** ;; Defined at: ;; line 238 in file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH19_IRRemote\test_all_code.c" ;; Parameters: Size Location Type ;; None ;; Auto vars: Size Location Type ;; None ;; Return value: Size Location Type ;; None void ;; Registers used: ;; wreg, status,2, status,0, pclath, cstack ;; Tracked objects: ;; On entry : 0/0 ;; On exit : 0/0 ;; Unchanged: 0/0 ;; Data sizes: COMMON BANK0 BANK1 BANK3 BANK2 ;; Params: 0 0 0 0 0 ;; Locals: 0 0 0 0 0 ;; Temps: 0 0 0 0 0 ;; Totals: 0 0 0 0 0 ;;Total ram usage: 0 bytes ;; Hardware stack levels used: 1 ;; Hardware stack levels required when called: 6 ;; This function calls: ;; _flilflop_Enable ;; This function is called by: ;; _main ;; This function uses a non-reentrant model ;; psect text747 file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH19_IRRemote\test_all_code.c" line 238 global __size_of_DeviceInit __size_of_DeviceInit equ __end_of_DeviceInit-_DeviceInit _DeviceInit: opt stack 1 ; Regs used in _DeviceInit: [wreg+status,2+status,0+pclath+cstack] line 240 l4172: ;test_all_code.c: 240: flilflop_Enable(0X00,0X00); bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 clrf (?_flilflop_Enable) movlw (0) fcall _flilflop_Enable line 241 ;test_all_code.c: 241: flilflop_Enable(0X01,0X00); bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 clrf (?_flilflop_Enable) movlw (01h) fcall _flilflop_Enable line 242 ;test_all_code.c: 242: flilflop_Enable(0X02,0X00); bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 clrf (?_flilflop_Enable) movlw (02h) fcall _flilflop_Enable line 243 ;test_all_code.c: 243: flilflop_Enable(0X03,0X00); bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 clrf (?_flilflop_Enable) movlw (03h) fcall _flilflop_Enable line 244 ;test_all_code.c: 244: flilflop_Enable(0X04,0X00); bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 clrf (?_flilflop_Enable) movlw (04h) fcall _flilflop_Enable line 245 ;test_all_code.c: 245: flilflop_Enable(0X05,0X00); bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 clrf (?_flilflop_Enable) movlw (05h) fcall _flilflop_Enable line 246 ;test_all_code.c: 246: flilflop_Enable(0X06,0X00); bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 clrf (?_flilflop_Enable) movlw (06h) fcall _flilflop_Enable line 247 ;test_all_code.c: 247: flilflop_Enable(0X07,0X00); bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 clrf (?_flilflop_Enable) movlw (07h) fcall _flilflop_Enable line 248 l767: return opt stack 0 GLOBAL __end_of_DeviceInit __end_of_DeviceInit: ;; =============== function _DeviceInit ends ============ signat _DeviceInit,88 global _dsp_cmd_TLCD psect text748,local,class=CODE,delta=2 global __ptext748 __ptext748: ;; *************** function _dsp_cmd_TLCD ***************** ;; Defined at: ;; line 90 in file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH19_IRRemote\test_all_code.c" ;; Parameters: Size Location Type ;; n 1 wreg unsigned char ;; Auto vars: Size Location Type ;; n 1 30[BANK0 ] unsigned char ;; Return value: Size Location Type ;; None void ;; Registers used: ;; wreg, status,2, status,0, pclath, cstack ;; Tracked objects: ;; On entry : 0/0 ;; On exit : 0/0 ;; Unchanged: 0/0 ;; Data sizes: COMMON BANK0 BANK1 BANK3 BANK2 ;; Params: 0 0 0 0 0 ;; Locals: 0 1 0 0 0 ;; Temps: 0 2 0 0 0 ;; Totals: 0 3 0 0 0 ;;Total ram usage: 3 bytes ;; Hardware stack levels used: 1 ;; Hardware stack levels required when called: 6 ;; This function calls: ;; _flilflop_Enable ;; This function is called by: ;; _clcd_line1 ;; _clcd_line2 ;; _Tlcd_init ;; This function uses a non-reentrant model ;; psect text748 file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH19_IRRemote\test_all_code.c" line 90 global __size_of_dsp_cmd_TLCD __size_of_dsp_cmd_TLCD equ __end_of_dsp_cmd_TLCD-_dsp_cmd_TLCD _dsp_cmd_TLCD: ;; hardware stack exceeded opt stack 0 ; Regs used in _dsp_cmd_TLCD: [wreg+status,2+status,0+pclath+cstack] ;dsp_cmd_TLCD@n stored from wreg line 91 bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movwf (dsp_cmd_TLCD@n) line 92 l4146: ;test_all_code.c: 91: static unsigned char buff_con = 0; ;test_all_code.c: 92: buff_con = (n&0xf0); movf (dsp_cmd_TLCD@n),w andlw 0F0h movwf (??_dsp_cmd_TLCD+0)+0 movf (??_dsp_cmd_TLCD+0)+0,w movwf (dsp_cmd_TLCD@buff_con) line 93 l4148: ;test_all_code.c: 93: flilflop_Enable(0X03,buff_con); movf (dsp_cmd_TLCD@buff_con),w movwf (??_dsp_cmd_TLCD+0)+0 movf (??_dsp_cmd_TLCD+0)+0,w movwf (?_flilflop_Enable) movlw (03h) fcall _flilflop_Enable line 94 l4150: ;test_all_code.c: 94: buff_con |= 0x04; bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 bsf (dsp_cmd_TLCD@buff_con)+(2/8),(2)&7 line 95 l4152: ;test_all_code.c: 95: flilflop_Enable(0X03,buff_con); movf (dsp_cmd_TLCD@buff_con),w movwf (??_dsp_cmd_TLCD+0)+0 movf (??_dsp_cmd_TLCD+0)+0,w movwf (?_flilflop_Enable) movlw (03h) fcall _flilflop_Enable line 96 l4154: ;test_all_code.c: 96: buff_con &= ~0x04; movlw (0FBh) bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movwf (??_dsp_cmd_TLCD+0)+0 movf (??_dsp_cmd_TLCD+0)+0,w andwf (dsp_cmd_TLCD@buff_con),f line 97 l4156: ;test_all_code.c: 97: flilflop_Enable(0X03,buff_con); movf (dsp_cmd_TLCD@buff_con),w movwf (??_dsp_cmd_TLCD+0)+0 movf (??_dsp_cmd_TLCD+0)+0,w movwf (?_flilflop_Enable) movlw (03h) fcall _flilflop_Enable line 98 l4158: ;test_all_code.c: 98: buff_con = ((n<<4)&0xf0); bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movf (dsp_cmd_TLCD@n),w movwf (??_dsp_cmd_TLCD+0)+0 movlw (04h)-1 u3575: clrc rlf (??_dsp_cmd_TLCD+0)+0,f addlw -1 skipz goto u3575 clrc rlf (??_dsp_cmd_TLCD+0)+0,w andlw 0F0h movwf (??_dsp_cmd_TLCD+1)+0 movf (??_dsp_cmd_TLCD+1)+0,w movwf (dsp_cmd_TLCD@buff_con) line 99 l4160: ;test_all_code.c: 99: flilflop_Enable(0X03,buff_con); movf (dsp_cmd_TLCD@buff_con),w movwf (??_dsp_cmd_TLCD+0)+0 movf (??_dsp_cmd_TLCD+0)+0,w movwf (?_flilflop_Enable) movlw (03h) fcall _flilflop_Enable line 100 l4162: ;test_all_code.c: 100: buff_con |= 0x04; bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 bsf (dsp_cmd_TLCD@buff_con)+(2/8),(2)&7 line 101 l4164: ;test_all_code.c: 101: flilflop_Enable(0X03,buff_con); movf (dsp_cmd_TLCD@buff_con),w movwf (??_dsp_cmd_TLCD+0)+0 movf (??_dsp_cmd_TLCD+0)+0,w movwf (?_flilflop_Enable) movlw (03h) fcall _flilflop_Enable line 102 l4166: ;test_all_code.c: 102: buff_con &= ~0x04; movlw (0FBh) bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movwf (??_dsp_cmd_TLCD+0)+0 movf (??_dsp_cmd_TLCD+0)+0,w andwf (dsp_cmd_TLCD@buff_con),f line 103 l4168: ;test_all_code.c: 103: flilflop_Enable(0X03,buff_con); movf (dsp_cmd_TLCD@buff_con),w movwf (??_dsp_cmd_TLCD+0)+0 movf (??_dsp_cmd_TLCD+0)+0,w movwf (?_flilflop_Enable) movlw (03h) fcall _flilflop_Enable line 104 l4170: ;test_all_code.c: 104: _delay((unsigned long)((1)*(16000000/4000.0))); opt asmopt_off movlw 6 bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movwf ((??_dsp_cmd_TLCD+0)+0+1),f movlw 48 movwf ((??_dsp_cmd_TLCD+0)+0),f u3637: decfsz ((??_dsp_cmd_TLCD+0)+0),f goto u3637 decfsz ((??_dsp_cmd_TLCD+0)+0+1),f goto u3637 clrwdt opt asmopt_on line 105 l725: return opt stack 0 GLOBAL __end_of_dsp_cmd_TLCD __end_of_dsp_cmd_TLCD: ;; =============== function _dsp_cmd_TLCD ends ============ signat _dsp_cmd_TLCD,4216 global _dsp_str_TLCD psect text749,local,class=CODE,delta=2 global __ptext749 __ptext749: ;; *************** function _dsp_str_TLCD ***************** ;; Defined at: ;; line 68 in file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH19_IRRemote\test_all_code.c" ;; Parameters: Size Location Type ;; n 1 wreg unsigned char ;; Auto vars: Size Location Type ;; n 1 30[BANK0 ] unsigned char ;; Return value: Size Location Type ;; None void ;; Registers used: ;; wreg, status,2, status,0, pclath, cstack ;; Tracked objects: ;; On entry : 0/0 ;; On exit : 0/0 ;; Unchanged: 0/0 ;; Data sizes: COMMON BANK0 BANK1 BANK3 BANK2 ;; Params: 0 0 0 0 0 ;; Locals: 0 1 0 0 0 ;; Temps: 0 2 0 0 0 ;; Totals: 0 3 0 0 0 ;;Total ram usage: 3 bytes ;; Hardware stack levels used: 1 ;; Hardware stack levels required when called: 6 ;; This function calls: ;; _flilflop_Enable ;; This function is called by: ;; _string_out ;; _int_display ;; This function uses a non-reentrant model ;; psect text749 file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH19_IRRemote\test_all_code.c" line 68 global __size_of_dsp_str_TLCD __size_of_dsp_str_TLCD equ __end_of_dsp_str_TLCD-_dsp_str_TLCD _dsp_str_TLCD: ;; hardware stack exceeded opt stack 0 ; Regs used in _dsp_str_TLCD: [wreg+status,2+status,0+pclath+cstack] ;dsp_str_TLCD@n stored from wreg line 69 bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movwf (dsp_str_TLCD@n) line 70 l4110: ;test_all_code.c: 69: static unsigned char buff_con = 0; ;test_all_code.c: 70: buff_con = (n&0xf0)|0x01; movf (dsp_str_TLCD@n),w andlw 0F0h iorlw 01h movwf (??_dsp_str_TLCD+0)+0 movf (??_dsp_str_TLCD+0)+0,w movwf (dsp_str_TLCD@buff_con) line 71 l4112: ;test_all_code.c: 71: flilflop_Enable(0X03,buff_con); movf (dsp_str_TLCD@buff_con),w movwf (??_dsp_str_TLCD+0)+0 movf (??_dsp_str_TLCD+0)+0,w movwf (?_flilflop_Enable) movlw (03h) fcall _flilflop_Enable line 72 l4114: ;test_all_code.c: 72: buff_con |= 0x04; bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 bsf (dsp_str_TLCD@buff_con)+(2/8),(2)&7 line 73 l4116: ;test_all_code.c: 73: flilflop_Enable(0X03,buff_con); movf (dsp_str_TLCD@buff_con),w movwf (??_dsp_str_TLCD+0)+0 movf (??_dsp_str_TLCD+0)+0,w movwf (?_flilflop_Enable) movlw (03h) fcall _flilflop_Enable line 74 l4118: ;test_all_code.c: 74: buff_con &= ~0x04; movlw (0FBh) bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movwf (??_dsp_str_TLCD+0)+0 movf (??_dsp_str_TLCD+0)+0,w andwf (dsp_str_TLCD@buff_con),f line 75 l4120: ;test_all_code.c: 75: flilflop_Enable(0X03,buff_con); movf (dsp_str_TLCD@buff_con),w movwf (??_dsp_str_TLCD+0)+0 movf (??_dsp_str_TLCD+0)+0,w movwf (?_flilflop_Enable) movlw (03h) fcall _flilflop_Enable line 76 l4122: ;test_all_code.c: 76: _delay((unsigned long)((1)*(16000000/4000.0))); opt asmopt_off movlw 6 bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movwf ((??_dsp_str_TLCD+0)+0+1),f movlw 48 movwf ((??_dsp_str_TLCD+0)+0),f u3647: decfsz ((??_dsp_str_TLCD+0)+0),f goto u3647 decfsz ((??_dsp_str_TLCD+0)+0+1),f goto u3647 clrwdt opt asmopt_on line 77 l4124: ;test_all_code.c: 77: buff_con &= ~0x01 ; movlw (0FEh) bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movwf (??_dsp_str_TLCD+0)+0 movf (??_dsp_str_TLCD+0)+0,w andwf (dsp_str_TLCD@buff_con),f line 78 l4126: ;test_all_code.c: 78: flilflop_Enable(0X03,buff_con); movf (dsp_str_TLCD@buff_con),w movwf (??_dsp_str_TLCD+0)+0 movf (??_dsp_str_TLCD+0)+0,w movwf (?_flilflop_Enable) movlw (03h) fcall _flilflop_Enable line 79 l4128: ;test_all_code.c: 79: buff_con = ((n<<4)&0xf0)|0x01; bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movf (dsp_str_TLCD@n),w movwf (??_dsp_str_TLCD+0)+0 movlw (04h)-1 u3565: clrc rlf (??_dsp_str_TLCD+0)+0,f addlw -1 skipz goto u3565 clrc rlf (??_dsp_str_TLCD+0)+0,w andlw 0F0h iorlw 01h movwf (??_dsp_str_TLCD+1)+0 movf (??_dsp_str_TLCD+1)+0,w movwf (dsp_str_TLCD@buff_con) line 80 l4130: ;test_all_code.c: 80: flilflop_Enable(0X03,buff_con); movf (dsp_str_TLCD@buff_con),w movwf (??_dsp_str_TLCD+0)+0 movf (??_dsp_str_TLCD+0)+0,w movwf (?_flilflop_Enable) movlw (03h) fcall _flilflop_Enable line 81 l4132: ;test_all_code.c: 81: buff_con |= 0x04; bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 bsf (dsp_str_TLCD@buff_con)+(2/8),(2)&7 line 82 l4134: ;test_all_code.c: 82: flilflop_Enable(0X03,buff_con); movf (dsp_str_TLCD@buff_con),w movwf (??_dsp_str_TLCD+0)+0 movf (??_dsp_str_TLCD+0)+0,w movwf (?_flilflop_Enable) movlw (03h) fcall _flilflop_Enable line 83 l4136: ;test_all_code.c: 83: buff_con &= ~0x04; movlw (0FBh) bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movwf (??_dsp_str_TLCD+0)+0 movf (??_dsp_str_TLCD+0)+0,w andwf (dsp_str_TLCD@buff_con),f line 84 l4138: ;test_all_code.c: 84: flilflop_Enable(0X03,buff_con); movf (dsp_str_TLCD@buff_con),w movwf (??_dsp_str_TLCD+0)+0 movf (??_dsp_str_TLCD+0)+0,w movwf (?_flilflop_Enable) movlw (03h) fcall _flilflop_Enable line 85 l4140: ;test_all_code.c: 85: _delay((unsigned long)((1)*(16000000/4000.0))); opt asmopt_off movlw 6 bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movwf ((??_dsp_str_TLCD+0)+0+1),f movlw 48 movwf ((??_dsp_str_TLCD+0)+0),f u3657: decfsz ((??_dsp_str_TLCD+0)+0),f goto u3657 decfsz ((??_dsp_str_TLCD+0)+0+1),f goto u3657 clrwdt opt asmopt_on line 86 l4142: ;test_all_code.c: 86: buff_con &= ~0x01 ; movlw (0FEh) bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movwf (??_dsp_str_TLCD+0)+0 movf (??_dsp_str_TLCD+0)+0,w andwf (dsp_str_TLCD@buff_con),f line 87 l4144: ;test_all_code.c: 87: flilflop_Enable(0X03,buff_con); movf (dsp_str_TLCD@buff_con),w movwf (??_dsp_str_TLCD+0)+0 movf (??_dsp_str_TLCD+0)+0,w movwf (?_flilflop_Enable) movlw (03h) fcall _flilflop_Enable line 88 l720: return opt stack 0 GLOBAL __end_of_dsp_str_TLCD __end_of_dsp_str_TLCD: ;; =============== function _dsp_str_TLCD ends ============ signat _dsp_str_TLCD,4216 global ___awmod psect text750,local,class=CODE,delta=2 global __ptext750 __ptext750: ;; *************** function ___awmod ***************** ;; Defined at: ;; line 5 in file "C:\Program Files (x86)\HI-TECH Software\PICC\9.83\sources\awmod.c" ;; Parameters: Size Location Type ;; divisor 2 25[BANK0 ] int ;; dividend 2 27[BANK0 ] int ;; Auto vars: Size Location Type ;; sign 1 31[BANK0 ] unsigned char ;; counter 1 30[BANK0 ] unsigned char ;; Return value: Size Location Type ;; 2 25[BANK0 ] int ;; Registers used: ;; wreg, status,2, status,0 ;; Tracked objects: ;; On entry : 0/0 ;; On exit : 0/0 ;; Unchanged: 0/0 ;; Data sizes: COMMON BANK0 BANK1 BANK3 BANK2 ;; Params: 0 4 0 0 0 ;; Locals: 0 2 0 0 0 ;; Temps: 0 1 0 0 0 ;; Totals: 0 7 0 0 0 ;;Total ram usage: 7 bytes ;; Hardware stack levels used: 1 ;; Hardware stack levels required when called: 5 ;; This function calls: ;; Nothing ;; This function is called by: ;; _int_display ;; This function uses a non-reentrant model ;; psect text750 file "C:\Program Files (x86)\HI-TECH Software\PICC\9.83\sources\awmod.c" line 5 global __size_of___awmod __size_of___awmod equ __end_of___awmod-___awmod ___awmod: opt stack 0 ; Regs used in ___awmod: [wreg+status,2+status,0] line 8 l4076: bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 clrf (___awmod@sign) line 9 btfss (___awmod@dividend+1),7 goto u3471 goto u3470 u3471: goto l4080 u3470: line 10 l4078: comf (___awmod@dividend),f comf (___awmod@dividend+1),f incf (___awmod@dividend),f skipnz incf (___awmod@dividend+1),f line 11 clrf (___awmod@sign) bsf status,0 rlf (___awmod@sign),f goto l4080 line 12 l1664: line 13 l4080: btfss (___awmod@divisor+1),7 goto u3481 goto u3480 u3481: goto l4084 u3480: line 14 l4082: comf (___awmod@divisor),f comf (___awmod@divisor+1),f incf (___awmod@divisor),f skipnz incf (___awmod@divisor+1),f goto l4084 l1665: line 15 l4084: movf (___awmod@divisor+1),w iorwf (___awmod@divisor),w skipnz goto u3491 goto u3490 u3491: goto l4102 u3490: line 16 l4086: clrf (___awmod@counter) bsf status,0 rlf (___awmod@counter),f line 17 goto l4092 l1668: line 18 l4088: movlw 01h u3505: clrc rlf (___awmod@divisor),f rlf (___awmod@divisor+1),f addlw -1 skipz goto u3505 line 19 l4090: movlw (01h) movwf (??___awmod+0)+0 movf (??___awmod+0)+0,w addwf (___awmod@counter),f goto l4092 line 20 l1667: line 17 l4092: btfss (___awmod@divisor+1),(15)&7 goto u3511 goto u3510 u3511: goto l4088 u3510: goto l4094 l1669: goto l4094 line 21 l1670: line 22 l4094: movf (___awmod@divisor+1),w subwf (___awmod@dividend+1),w skipz goto u3525 movf (___awmod@divisor),w subwf (___awmod@dividend),w u3525: skipc goto u3521 goto u3520 u3521: goto l4098 u3520: line 23 l4096: movf (___awmod@divisor),w subwf (___awmod@dividend),f movf (___awmod@divisor+1),w skipc decf (___awmod@dividend+1),f subwf (___awmod@dividend+1),f goto l4098 l1671: line 24 l4098: movlw 01h u3535: clrc rrf (___awmod@divisor+1),f rrf (___awmod@divisor),f addlw -1 skipz goto u3535 line 25 l4100: movlw low(01h) subwf (___awmod@counter),f btfss status,2 goto u3541 goto u3540 u3541: goto l4094 u3540: goto l4102 l1672: goto l4102 line 26 l1666: line 27 l4102: movf (___awmod@sign),w skipz goto u3550 goto l4106 u3550: line 28 l4104: comf (___awmod@dividend),f comf (___awmod@dividend+1),f incf (___awmod@dividend),f skipnz incf (___awmod@dividend+1),f goto l4106 l1673: line 29 l4106: movf (___awmod@dividend+1),w clrf (?___awmod+1) addwf (?___awmod+1) movf (___awmod@dividend),w clrf (?___awmod) addwf (?___awmod) goto l1674 l4108: line 30 l1674: return opt stack 0 GLOBAL __end_of___awmod __end_of___awmod: ;; =============== function ___awmod ends ============ signat ___awmod,8314 global ___awdiv psect text751,local,class=CODE,delta=2 global __ptext751 __ptext751: ;; *************** function ___awdiv ***************** ;; Defined at: ;; line 5 in file "C:\Program Files (x86)\HI-TECH Software\PICC\9.83\sources\awdiv.c" ;; Parameters: Size Location Type ;; divisor 2 0[BANK1 ] int ;; dividend 2 2[BANK1 ] int ;; Auto vars: Size Location Type ;; quotient 2 6[BANK1 ] int ;; sign 1 5[BANK1 ] unsigned char ;; counter 1 4[BANK1 ] unsigned char ;; Return value: Size Location Type ;; 2 0[BANK1 ] int ;; Registers used: ;; wreg, status,2, status,0 ;; Tracked objects: ;; On entry : 0/0 ;; On exit : 0/0 ;; Unchanged: 0/0 ;; Data sizes: COMMON BANK0 BANK1 BANK3 BANK2 ;; Params: 0 0 4 0 0 ;; Locals: 0 0 4 0 0 ;; Temps: 0 1 0 0 0 ;; Totals: 0 1 8 0 0 ;;Total ram usage: 9 bytes ;; Hardware stack levels used: 1 ;; Hardware stack levels required when called: 5 ;; This function calls: ;; Nothing ;; This function is called by: ;; _int_display ;; This function uses a non-reentrant model ;; psect text751 file "C:\Program Files (x86)\HI-TECH Software\PICC\9.83\sources\awdiv.c" line 5 global __size_of___awdiv __size_of___awdiv equ __end_of___awdiv-___awdiv ___awdiv: opt stack 0 ; Regs used in ___awdiv: [wreg+status,2+status,0] line 9 l4036: bsf status, 5 ;RP0=1, select bank1 bcf status, 6 ;RP1=0, select bank1 clrf (___awdiv@sign)^080h line 10 btfss (___awdiv@divisor+1)^080h,7 goto u3371 goto u3370 u3371: goto l4040 u3370: line 11 l4038: comf (___awdiv@divisor)^080h,f comf (___awdiv@divisor+1)^080h,f incf (___awdiv@divisor)^080h,f skipnz incf (___awdiv@divisor+1)^080h,f line 12 clrf (___awdiv@sign)^080h bsf status,0 rlf (___awdiv@sign)^080h,f goto l4040 line 13 l1596: line 14 l4040: btfss (___awdiv@dividend+1)^080h,7 goto u3381 goto u3380 u3381: goto l4046 u3380: line 15 l4042: comf (___awdiv@dividend)^080h,f comf (___awdiv@dividend+1)^080h,f incf (___awdiv@dividend)^080h,f skipnz incf (___awdiv@dividend+1)^080h,f line 16 l4044: movlw (01h) bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movwf (??___awdiv+0)+0 movf (??___awdiv+0)+0,w bsf status, 5 ;RP0=1, select bank1 bcf status, 6 ;RP1=0, select bank1 xorwf (___awdiv@sign)^080h,f goto l4046 line 17 l1597: line 18 l4046: clrf (___awdiv@quotient)^080h clrf (___awdiv@quotient+1)^080h line 19 l4048: movf (___awdiv@divisor+1)^080h,w iorwf (___awdiv@divisor)^080h,w skipnz goto u3391 goto u3390 u3391: goto l4068 u3390: line 20 l4050: clrf (___awdiv@counter)^080h bsf status,0 rlf (___awdiv@counter)^080h,f line 21 goto l4056 l1600: line 22 l4052: movlw 01h u3405: clrc rlf (___awdiv@divisor)^080h,f rlf (___awdiv@divisor+1)^080h,f addlw -1 skipz goto u3405 line 23 l4054: movlw (01h) bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movwf (??___awdiv+0)+0 movf (??___awdiv+0)+0,w bsf status, 5 ;RP0=1, select bank1 bcf status, 6 ;RP1=0, select bank1 addwf (___awdiv@counter)^080h,f goto l4056 line 24 l1599: line 21 l4056: btfss (___awdiv@divisor+1)^080h,(15)&7 goto u3411 goto u3410 u3411: goto l4052 u3410: goto l4058 l1601: goto l4058 line 25 l1602: line 26 l4058: movlw 01h u3425: clrc rlf (___awdiv@quotient)^080h,f rlf (___awdiv@quotient+1)^080h,f addlw -1 skipz goto u3425 line 27 movf (___awdiv@divisor+1)^080h,w subwf (___awdiv@dividend+1)^080h,w skipz goto u3435 movf (___awdiv@divisor)^080h,w subwf (___awdiv@dividend)^080h,w u3435: skipc goto u3431 goto u3430 u3431: goto l4064 u3430: line 28 l4060: movf (___awdiv@divisor)^080h,w subwf (___awdiv@dividend)^080h,f movf (___awdiv@divisor+1)^080h,w skipc decf (___awdiv@dividend+1)^080h,f subwf (___awdiv@dividend+1)^080h,f line 29 l4062: bsf (___awdiv@quotient)^080h+(0/8),(0)&7 goto l4064 line 30 l1603: line 31 l4064: movlw 01h u3445: clrc rrf (___awdiv@divisor+1)^080h,f rrf (___awdiv@divisor)^080h,f addlw -1 skipz goto u3445 line 32 l4066: movlw low(01h) subwf (___awdiv@counter)^080h,f btfss status,2 goto u3451 goto u3450 u3451: goto l4058 u3450: goto l4068 l1604: goto l4068 line 33 l1598: line 34 l4068: movf (___awdiv@sign)^080h,w skipz goto u3460 goto l4072 u3460: line 35 l4070: comf (___awdiv@quotient)^080h,f comf (___awdiv@quotient+1)^080h,f incf (___awdiv@quotient)^080h,f skipnz incf (___awdiv@quotient+1)^080h,f goto l4072 l1605: line 36 l4072: movf (___awdiv@quotient+1)^080h,w clrf (?___awdiv+1)^080h addwf (?___awdiv+1)^080h movf (___awdiv@quotient)^080h,w clrf (?___awdiv)^080h addwf (?___awdiv)^080h goto l1606 l4074: line 37 l1606: return opt stack 0 GLOBAL __end_of___awdiv __end_of___awdiv: ;; =============== function ___awdiv ends ============ signat ___awdiv,8314 global _flilflop_Enable psect text752,local,class=CODE,delta=2 global __ptext752 __ptext752: ;; *************** function _flilflop_Enable ***************** ;; Defined at: ;; line 59 in file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH19_IRRemote\test_all_code.c" ;; Parameters: Size Location Type ;; Add 1 wreg unsigned char ;; OuputData 1 25[BANK0 ] unsigned char ;; Auto vars: Size Location Type ;; Add 1 27[BANK0 ] unsigned char ;; Return value: Size Location Type ;; None void ;; Registers used: ;; wreg, status,2, status,0 ;; Tracked objects: ;; On entry : 0/0 ;; On exit : 0/0 ;; Unchanged: 0/0 ;; Data sizes: COMMON BANK0 BANK1 BANK3 BANK2 ;; Params: 0 1 0 0 0 ;; Locals: 0 1 0 0 0 ;; Temps: 0 1 0 0 0 ;; Totals: 0 3 0 0 0 ;;Total ram usage: 3 bytes ;; Hardware stack levels used: 1 ;; Hardware stack levels required when called: 5 ;; This function calls: ;; Nothing ;; This function is called by: ;; _dsp_str_TLCD ;; _dsp_cmd_TLCD ;; _DeviceInit ;; _main ;; This function uses a non-reentrant model ;; psect text752 file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH19_IRRemote\test_all_code.c" line 59 global __size_of_flilflop_Enable __size_of_flilflop_Enable equ __end_of_flilflop_Enable-_flilflop_Enable _flilflop_Enable: opt stack 2 ; Regs used in _flilflop_Enable: [wreg+status,2+status,0] ;flilflop_Enable@Add stored from wreg bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movwf (flilflop_Enable@Add) line 60 l4028: ;test_all_code.c: 60: PORTD = OuputData; movf (flilflop_Enable@OuputData),w movwf (8) ;volatile line 61 l4030: ;test_all_code.c: 61: PORTB |= 0X10; bsf (6)+(4/8),(4)&7 ;volatile line 62 ;test_all_code.c: 62: PORTC = Add; movf (flilflop_Enable@Add),w movwf (7) ;volatile line 63 l4032: ;test_all_code.c: 63: PORTB &= ~0X10; movlw (0EFh) movwf (??_flilflop_Enable+0)+0 movf (??_flilflop_Enable+0)+0,w andwf (6),f ;volatile line 64 l4034: ;test_all_code.c: 64: PORTB |= 0X10; bsf (6)+(4/8),(4)&7 ;volatile line 65 l715: return opt stack 0 GLOBAL __end_of_flilflop_Enable __end_of_flilflop_Enable: ;; =============== function _flilflop_Enable ends ============ signat _flilflop_Enable,8312 global _HIGH_ISR psect text753,local,class=CODE,delta=2 global __ptext753 __ptext753: ;; *************** function _HIGH_ISR ***************** ;; Defined at: ;; line 166 in file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH19_IRRemote\test_all_code.c" ;; Parameters: Size Location Type ;; None ;; Auto vars: Size Location Type ;; None ;; Return value: Size Location Type ;; None void ;; Registers used: ;; wreg, fsr0l, fsr0h, status,2, status,0, pclath, cstack ;; Tracked objects: ;; On entry : 0/0 ;; On exit : 0/0 ;; Unchanged: 0/0 ;; Data sizes: COMMON BANK0 BANK1 BANK3 BANK2 ;; Params: 0 0 0 0 0 ;; Locals: 0 0 0 0 0 ;; Temps: 0 7 0 0 0 ;; Totals: 0 7 0 0 0 ;;Total ram usage: 7 bytes ;; Hardware stack levels used: 1 ;; Hardware stack levels required when called: 4 ;; This function calls: ;; i1___awdiv ;; i1_textLcdDisplay ;; This function is called by: ;; Interrupt level 1 ;; This function uses a non-reentrant model ;; psect text753 file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH19_IRRemote\test_all_code.c" line 166 global __size_of_HIGH_ISR __size_of_HIGH_ISR equ __end_of_HIGH_ISR-_HIGH_ISR _HIGH_ISR: ;; hardware stack exceeded opt stack 0 ; Regs used in _HIGH_ISR: [wreg-fsr0h+status,2+status,0+pclath+cstack] psect intentry,class=CODE,delta=2 global __pintentry __pintentry: global interrupt_function interrupt_function: global saved_w saved_w set btemp+0 movwf saved_w swapf status,w bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movwf (??_HIGH_ISR+3) movf fsr0,w movwf (??_HIGH_ISR+4) movf pclath,w movwf (??_HIGH_ISR+5) movf btemp+1,w movwf (??_HIGH_ISR+6) ljmp _HIGH_ISR psect text753 line 167 i1l3530: ;test_all_code.c: 167: if(INTF == 1) btfss (89/8),(89)&7 goto u281_21 goto u281_20 u281_21: goto i1l3592 u281_20: line 169 i1l3532: ;test_all_code.c: 168: { ;test_all_code.c: 169: INTF=0; bcf (89/8),(89)&7 line 170 ;test_all_code.c: 170: TMR0IE = 0; bcf (93/8),(93)&7 line 171 ;test_all_code.c: 171: switch(ir_state){ goto i1l3586 line 172 ;test_all_code.c: 172: case 0 : i1l750: line 173 i1l3534: ;test_all_code.c: 173: ir_state = 1; clrf (_ir_state) ;volatile bsf status,0 rlf (_ir_state),f ;volatile line 174 ;test_all_code.c: 174: break; goto i1l751 line 175 ;test_all_code.c: 175: case 1 : i1l752: line 177 i1l3536: ;test_all_code.c: 177: if((ir_timer_cnt>=134) && (ir_timer_cnt<138)) movlw high(086h) subwf (_ir_timer_cnt+1),w ;volatile movlw low(086h) skipnz subwf (_ir_timer_cnt),w ;volatile skipc goto u282_21 goto u282_20 u282_21: goto i1l3542 u282_20: i1l3538: movlw high(08Ah) subwf (_ir_timer_cnt+1),w ;volatile movlw low(08Ah) skipnz subwf (_ir_timer_cnt),w ;volatile skipnc goto u283_21 goto u283_20 u283_21: goto i1l3542 u283_20: line 179 i1l3540: ;test_all_code.c: 178: { ;test_all_code.c: 179: ir_state = 2; movlw (02h) movwf (??_HIGH_ISR+0)+0 movf (??_HIGH_ISR+0)+0,w movwf (_ir_state) ;volatile goto i1l3542 line 180 i1l753: line 182 i1l3542: ;test_all_code.c: 180: } ;test_all_code.c: 182: ir_bit_cnt = 0; clrf (_ir_bit_cnt) ;volatile line 183 i1l3544: ;test_all_code.c: 183: ir_rx_temp = 0; clrf (_ir_rx_temp) ;volatile line 184 ;test_all_code.c: 184: break; goto i1l751 line 186 ;test_all_code.c: 186: case 2 : i1l754: line 188 i1l3546: ;test_all_code.c: 188: if((ir_timer_cnt>=9) && (ir_timer_cnt<25)) movlw high(09h) subwf (_ir_timer_cnt+1),w ;volatile movlw low(09h) skipnz subwf (_ir_timer_cnt),w ;volatile skipc goto u284_21 goto u284_20 u284_21: goto i1l755 u284_20: i1l3548: movlw high(019h) subwf (_ir_timer_cnt+1),w ;volatile movlw low(019h) skipnz subwf (_ir_timer_cnt),w ;volatile skipnc goto u285_21 goto u285_20 u285_21: goto i1l755 u285_20: line 190 i1l3550: ;test_all_code.c: 189: { ;test_all_code.c: 190: if((ir_timer_cnt>=9) && (ir_timer_cnt<13)){ movlw high(09h) subwf (_ir_timer_cnt+1),w ;volatile movlw low(09h) skipnz subwf (_ir_timer_cnt),w ;volatile skipc goto u286_21 goto u286_20 u286_21: goto i1l3556 u286_20: i1l3552: movlw high(0Dh) subwf (_ir_timer_cnt+1),w ;volatile movlw low(0Dh) skipnz subwf (_ir_timer_cnt),w ;volatile skipnc goto u287_21 goto u287_20 u287_21: goto i1l3556 u287_20: goto i1l3564 line 192 i1l3554: ;test_all_code.c: 192: } goto i1l3564 line 194 i1l756: i1l3556: ;test_all_code.c: 194: else if((ir_timer_cnt>=19) && (ir_timer_cnt<25)){ movlw high(013h) subwf (_ir_timer_cnt+1),w ;volatile movlw low(013h) skipnz subwf (_ir_timer_cnt),w ;volatile skipc goto u288_21 goto u288_20 u288_21: goto i1l3562 u288_20: i1l3558: movlw high(019h) subwf (_ir_timer_cnt+1),w ;volatile movlw low(019h) skipnz subwf (_ir_timer_cnt),w ;volatile skipnc goto u289_21 goto u289_20 u289_21: goto i1l3562 u289_20: line 195 i1l3560: ;test_all_code.c: 195: ir_rx_temp = ir_rx_temp|0x80; movf (_ir_rx_temp),w ;volatile iorlw 080h movwf (??_HIGH_ISR+0)+0 movf (??_HIGH_ISR+0)+0,w movwf (_ir_rx_temp) ;volatile line 196 ;test_all_code.c: 196: } goto i1l3564 line 197 i1l758: line 198 i1l3562: ;test_all_code.c: 197: else { ;test_all_code.c: 198: ir_state = 1; clrf (_ir_state) ;volatile bsf status,0 rlf (_ir_state),f ;volatile line 199 ;test_all_code.c: 199: break; goto i1l751 line 200 i1l759: goto i1l3564 i1l757: line 201 i1l3564: ;test_all_code.c: 200: } ;test_all_code.c: 201: ir_bit_cnt++; movlw (01h) movwf (??_HIGH_ISR+0)+0 movf (??_HIGH_ISR+0)+0,w addwf (_ir_bit_cnt),f ;volatile line 202 i1l3566: ;test_all_code.c: 202: if((ir_bit_cnt%8)==0) movf (_ir_bit_cnt),w andlw 07h btfss status,2 goto u290_21 goto u290_20 u290_21: goto i1l3582 u290_20: line 204 i1l3568: ;test_all_code.c: 203: { ;test_all_code.c: 204: ir_rx_data[(ir_bit_cnt / 8) - 1] = ir_rx_temp; movf (_ir_rx_temp),w ;volatile movwf (??_HIGH_ISR+0)+0 movlw low(08h) movwf (?i1___awdiv) movlw high(08h) movwf ((?i1___awdiv))+1 movf (_ir_bit_cnt),w ;volatile movwf (??_HIGH_ISR+1)+0 clrf (??_HIGH_ISR+1)+0+1 movf 0+(??_HIGH_ISR+1)+0,w movwf 0+(?i1___awdiv)+02h movf 1+(??_HIGH_ISR+1)+0,w movwf 1+(?i1___awdiv)+02h fcall i1___awdiv movf (0+(?i1___awdiv)),w addlw 0FFh addlw _ir_rx_data&0ffh movwf fsr0 bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movf (??_HIGH_ISR+0)+0,w bcf status, 7 ;select IRP bank0 movwf indf line 205 i1l3570: ;test_all_code.c: 205: ir_rx_temp = 0; clrf (_ir_rx_temp) ;volatile line 206 i1l3572: ;test_all_code.c: 206: if (ir_bit_cnt >= 32) movlw (020h) subwf (_ir_bit_cnt),w ;volatile skipc goto u291_21 goto u291_20 u291_21: goto i1l3582 u291_20: line 208 i1l3574: ;test_all_code.c: 207: { ;test_all_code.c: 208: ir_state = 0; clrf (_ir_state) ;volatile line 209 ;test_all_code.c: 209: ir_bit_cnt = 0; clrf (_ir_bit_cnt) ;volatile line 210 i1l3576: ;test_all_code.c: 210: ir_rx_flag = 1; clrf (_ir_rx_flag) ;volatile bsf status,0 rlf (_ir_rx_flag),f ;volatile line 211 i1l3578: ;test_all_code.c: 211: Value_rx_data[2] = ir_rx_data[2]; movf 0+(_ir_rx_data)+02h,w ;volatile movwf (??_HIGH_ISR+0)+0 movf (??_HIGH_ISR+0)+0,w movwf 0+(_Value_rx_data)+02h ;volatile line 212 i1l3580: ;test_all_code.c: 212: textLcdDisplay(ir_rx_data[0],ir_rx_data[1],ir_rx_data[2],ir_rx_data[3]); movf 0+(_ir_rx_data)+01h,w ;volatile movwf (??_HIGH_ISR+0)+0 movf (??_HIGH_ISR+0)+0,w movwf (?i1_textLcdDisplay) movf 0+(_ir_rx_data)+02h,w ;volatile movwf (??_HIGH_ISR+1)+0 movf (??_HIGH_ISR+1)+0,w movwf 0+(?i1_textLcdDisplay)+01h movf 0+(_ir_rx_data)+03h,w ;volatile movwf (??_HIGH_ISR+2)+0 movf (??_HIGH_ISR+2)+0,w movwf 0+(?i1_textLcdDisplay)+02h movf (_ir_rx_data),w ;volatile fcall i1_textLcdDisplay goto i1l3582 line 213 i1l761: goto i1l3582 line 214 i1l760: line 216 i1l3582: ;test_all_code.c: 213: } ;test_all_code.c: 214: } ;test_all_code.c: 216: ir_rx_temp = ir_rx_temp>>1; bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movf (_ir_rx_temp),w ;volatile movwf (??_HIGH_ISR+0)+0 clrc rrf (??_HIGH_ISR+0)+0,w movwf (??_HIGH_ISR+1)+0 movf (??_HIGH_ISR+1)+0,w movwf (_ir_rx_temp) ;volatile line 217 ;test_all_code.c: 217: } goto i1l751 line 218 i1l755: line 219 ;test_all_code.c: 218: else { ;test_all_code.c: 219: ir_state = 0; clrf (_ir_state) ;volatile line 220 ;test_all_code.c: 220: break; goto i1l751 line 221 i1l762: line 223 ;test_all_code.c: 221: } ;test_all_code.c: 223: break; goto i1l751 line 224 i1l3584: ;test_all_code.c: 224: } goto i1l751 line 171 i1l749: i1l3586: movf (_ir_state),w ;volatile ; Switch size 1, requested type "space" ; Number of cases is 3, Range of values is 0 to 2 ; switch strategies available: ; Name Instructions Cycles ; simple_byte 10 6 (average) ; direct_byte 17 8 (fixed) ; jumptable 260 6 (fixed) ; rangetable 7 6 (fixed) ; spacedrange 12 9 (fixed) ; locatedrange 3 3 (fixed) ; Chosen strategy is simple_byte opt asmopt_off xorlw 0^0 ; case 0 skipnz goto i1l3534 xorlw 1^0 ; case 1 skipnz goto i1l3536 xorlw 2^1 ; case 2 skipnz goto i1l3546 goto i1l751 opt asmopt_on line 224 i1l751: line 225 ;test_all_code.c: 225: TMR0IE = 1; bsf (93/8),(93)&7 line 226 i1l3588: ;test_all_code.c: 226: TMR0 = 156; movlw (09Ch) movwf (1) ;volatile line 228 i1l3590: ;test_all_code.c: 228: ir_timer_cnt = 0; clrf (_ir_timer_cnt) ;volatile clrf (_ir_timer_cnt+1) ;volatile goto i1l3592 line 229 i1l748: line 230 i1l3592: ;test_all_code.c: 229: } ;test_all_code.c: 230: if(TMR0IF == 1 ) btfss (90/8),(90)&7 goto u292_21 goto u292_20 u292_21: goto i1l764 u292_20: line 232 i1l3594: ;test_all_code.c: 231: { ;test_all_code.c: 232: TMR0IF = 0; bcf (90/8),(90)&7 line 233 i1l3596: ;test_all_code.c: 233: ir_timer_cnt++; movlw low(01h) addwf (_ir_timer_cnt),f ;volatile skipnc incf (_ir_timer_cnt+1),f ;volatile movlw high(01h) addwf (_ir_timer_cnt+1),f ;volatile line 234 i1l3598: ;test_all_code.c: 234: TMR0+=156; movlw (09Ch) movwf (??_HIGH_ISR+0)+0 movf (??_HIGH_ISR+0)+0,w addwf (1),f ;volatile goto i1l764 line 235 i1l763: line 236 i1l764: movf (??_HIGH_ISR+6),w movwf btemp+1 movf (??_HIGH_ISR+5),w movwf pclath movf (??_HIGH_ISR+4),w movwf fsr0 swapf (??_HIGH_ISR+3)^00h,w movwf status swapf saved_w,f swapf saved_w,w retfie opt stack 0 GLOBAL __end_of_HIGH_ISR __end_of_HIGH_ISR: ;; =============== function _HIGH_ISR ends ============ signat _HIGH_ISR,88 global i1_textLcdDisplay psect text754,local,class=CODE,delta=2 global __ptext754 __ptext754: ;; *************** function i1_textLcdDisplay ***************** ;; Defined at: ;; line 150 in file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH19_IRRemote\test_all_code.c" ;; Parameters: Size Location Type ;; textLcdDispl 1 wreg unsigned char ;; textLcdDispl 1 12[BANK0 ] unsigned char ;; textLcdDispl 1 13[BANK0 ] unsigned char ;; textLcdDispl 1 14[BANK0 ] unsigned char ;; Auto vars: Size Location Type ;; textLcdDispl 1 17[BANK0 ] unsigned char ;; textLcdDispl 2 15[BANK0 ] int ;; Return value: Size Location Type ;; None void ;; Registers used: ;; wreg, fsr0l, fsr0h, status,2, status,0, pclath, cstack ;; Tracked objects: ;; On entry : 0/0 ;; On exit : 0/0 ;; Unchanged: 0/0 ;; Data sizes: COMMON BANK0 BANK1 BANK3 BANK2 ;; Params: 0 3 0 0 0 ;; Locals: 0 3 0 0 0 ;; Temps: 2 0 0 0 0 ;; Totals: 2 6 0 0 0 ;;Total ram usage: 8 bytes ;; Hardware stack levels used: 1 ;; Hardware stack levels required when called: 3 ;; This function calls: ;; i1_clcd_line1 ;; i1_string_out ;; i1_clcd_line2 ;; i1_int_display ;; This function is called by: ;; _HIGH_ISR ;; This function uses a non-reentrant model ;; psect text754 file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH19_IRRemote\test_all_code.c" line 150 global __size_ofi1_textLcdDisplay __size_ofi1_textLcdDisplay equ __end_ofi1_textLcdDisplay-i1_textLcdDisplay i1_textLcdDisplay: ;; hardware stack exceeded opt stack 0 ; Regs used in i1_textLcdDisplay: [wreg-fsr0h+status,2+status,0+pclath+cstack] ;i1textLcdDisplay@d1 stored from wreg bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movwf (i1textLcdDisplay@d1) line 151 i1l3770: ;test_all_code.c: 151: int i=0; clrf (i1textLcdDisplay@i) clrf (i1textLcdDisplay@i+1) line 152 i1l3772: ;test_all_code.c: 152: clcd_line1(); fcall i1_clcd_line1 line 153 i1l3774: ;test_all_code.c: 153: string_out("IR Recived Test"); movlw ((STR_1-__stringbase))&0ffh fcall i1_string_out line 154 i1l3776: ;test_all_code.c: 154: clcd_line2(); fcall i1_clcd_line2 line 155 i1l3778: ;test_all_code.c: 155: int_display(d1); bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movf (i1textLcdDisplay@d1),w movwf (??i1_textLcdDisplay+0)+0 clrf (??i1_textLcdDisplay+0)+0+1 movf 0+(??i1_textLcdDisplay+0)+0,w movwf (?i1_int_display) movf 1+(??i1_textLcdDisplay+0)+0,w movwf (?i1_int_display+1) fcall i1_int_display line 156 i1l3780: ;test_all_code.c: 156: string_out("_"); movlw ((STR_2-__stringbase))&0ffh fcall i1_string_out line 157 i1l3782: ;test_all_code.c: 157: int_display(d2); bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movf (i1textLcdDisplay@d2),w movwf (??i1_textLcdDisplay+0)+0 clrf (??i1_textLcdDisplay+0)+0+1 movf 0+(??i1_textLcdDisplay+0)+0,w movwf (?i1_int_display) movf 1+(??i1_textLcdDisplay+0)+0,w movwf (?i1_int_display+1) fcall i1_int_display line 158 i1l3784: ;test_all_code.c: 158: string_out("_"); movlw ((STR_3-__stringbase))&0ffh fcall i1_string_out line 159 i1l3786: ;test_all_code.c: 159: int_display(d3); bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movf (i1textLcdDisplay@d3),w movwf (??i1_textLcdDisplay+0)+0 clrf (??i1_textLcdDisplay+0)+0+1 movf 0+(??i1_textLcdDisplay+0)+0,w movwf (?i1_int_display) movf 1+(??i1_textLcdDisplay+0)+0,w movwf (?i1_int_display+1) fcall i1_int_display line 160 i1l3788: ;test_all_code.c: 160: string_out("_"); movlw ((STR_4-__stringbase))&0ffh fcall i1_string_out line 161 i1l3790: ;test_all_code.c: 161: int_display(d4); bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movf (i1textLcdDisplay@d4),w movwf (??i1_textLcdDisplay+0)+0 clrf (??i1_textLcdDisplay+0)+0+1 movf 0+(??i1_textLcdDisplay+0)+0,w movwf (?i1_int_display) movf 1+(??i1_textLcdDisplay+0)+0,w movwf (?i1_int_display+1) fcall i1_int_display line 162 i1l745: return opt stack 0 GLOBAL __end_ofi1_textLcdDisplay __end_ofi1_textLcdDisplay: ;; =============== function i1_textLcdDisplay ends ============ signat i1_textLcdDisplay,88 global i1_int_display psect text755,local,class=CODE,delta=2 global __ptext755 __ptext755: ;; *************** function i1_int_display ***************** ;; Defined at: ;; line 138 in file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH19_IRRemote\test_all_code.c" ;; Parameters: Size Location Type ;; int_display 2 4[BANK0 ] int ;; Auto vars: Size Location Type ;; int_display 2 10[BANK0 ] int ;; int_display 2 8[BANK0 ] int ;; int_display 2 6[BANK0 ] int ;; Return value: Size Location Type ;; None void ;; Registers used: ;; wreg, fsr0l, fsr0h, status,2, status,0, pclath, cstack ;; Tracked objects: ;; On entry : 0/0 ;; On exit : 0/0 ;; Unchanged: 0/0 ;; Data sizes: COMMON BANK0 BANK1 BANK3 BANK2 ;; Params: 0 2 0 0 0 ;; Locals: 0 6 0 0 0 ;; Temps: 0 0 0 0 0 ;; Totals: 0 8 0 0 0 ;;Total ram usage: 8 bytes ;; Hardware stack levels used: 1 ;; Hardware stack levels required when called: 2 ;; This function calls: ;; i1___awmod ;; i1___awdiv ;; i1_dsp_str_TLCD ;; This function is called by: ;; i1_textLcdDisplay ;; This function uses a non-reentrant model ;; psect text755 file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH19_IRRemote\test_all_code.c" line 138 global __size_ofi1_int_display __size_ofi1_int_display equ __end_ofi1_int_display-i1_int_display i1_int_display: ;; hardware stack exceeded opt stack 0 ; Regs used in i1_int_display: [wreg-fsr0h+status,2+status,0+pclath+cstack] line 139 i1l3754: ;test_all_code.c: 139: int j, k, l = 0; bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 clrf (i1int_display@l) clrf (i1int_display@l+1) line 140 i1l3756: ;test_all_code.c: 140: j = (i % 1000) / 100; movlw low(064h) movwf (?i1___awdiv) movlw high(064h) movwf ((?i1___awdiv))+1 movf (i1int_display@i+1),w clrf 1+(?i1___awmod)+02h addwf 1+(?i1___awmod)+02h movf (i1int_display@i),w clrf 0+(?i1___awmod)+02h addwf 0+(?i1___awmod)+02h movlw low(03E8h) movwf (?i1___awmod) movlw high(03E8h) movwf ((?i1___awmod))+1 fcall i1___awmod movf (1+(?i1___awmod)),w clrf 1+(?i1___awdiv)+02h addwf 1+(?i1___awdiv)+02h movf (0+(?i1___awmod)),w clrf 0+(?i1___awdiv)+02h addwf 0+(?i1___awdiv)+02h fcall i1___awdiv movf (1+(?i1___awdiv)),w bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 clrf (i1int_display@j+1) addwf (i1int_display@j+1) movf (0+(?i1___awdiv)),w clrf (i1int_display@j) addwf (i1int_display@j) line 141 i1l3758: ;test_all_code.c: 141: k = (i % 100) / 10; movlw low(0Ah) movwf (?i1___awdiv) movlw high(0Ah) movwf ((?i1___awdiv))+1 movf (i1int_display@i+1),w clrf 1+(?i1___awmod)+02h addwf 1+(?i1___awmod)+02h movf (i1int_display@i),w clrf 0+(?i1___awmod)+02h addwf 0+(?i1___awmod)+02h movlw low(064h) movwf (?i1___awmod) movlw high(064h) movwf ((?i1___awmod))+1 fcall i1___awmod movf (1+(?i1___awmod)),w clrf 1+(?i1___awdiv)+02h addwf 1+(?i1___awdiv)+02h movf (0+(?i1___awmod)),w clrf 0+(?i1___awdiv)+02h addwf 0+(?i1___awdiv)+02h fcall i1___awdiv movf (1+(?i1___awdiv)),w bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 clrf (i1int_display@k+1) addwf (i1int_display@k+1) movf (0+(?i1___awdiv)),w clrf (i1int_display@k) addwf (i1int_display@k) line 142 i1l3760: ;test_all_code.c: 142: l = i % 10 ; movlw low(0Ah) movwf (?i1___awmod) movlw high(0Ah) movwf ((?i1___awmod))+1 movf (i1int_display@i+1),w clrf 1+(?i1___awmod)+02h addwf 1+(?i1___awmod)+02h movf (i1int_display@i),w clrf 0+(?i1___awmod)+02h addwf 0+(?i1___awmod)+02h fcall i1___awmod movf (1+(?i1___awmod)),w bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 clrf (i1int_display@l+1) addwf (i1int_display@l+1) movf (0+(?i1___awmod)),w clrf (i1int_display@l) addwf (i1int_display@l) line 144 i1l3762: ;test_all_code.c: 144: dsp_str_TLCD(Number[j]); movf (i1int_display@j),w addlw _Number&0ffh movwf fsr0 bcf status, 7 ;select IRP bank1 movf indf,w fcall i1_dsp_str_TLCD line 145 i1l3764: ;test_all_code.c: 145: dsp_str_TLCD(Number[k]); bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movf (i1int_display@k),w addlw _Number&0ffh movwf fsr0 bcf status, 7 ;select IRP bank1 movf indf,w fcall i1_dsp_str_TLCD line 146 i1l3766: ;test_all_code.c: 146: dsp_str_TLCD('.'); movlw (02Eh) fcall i1_dsp_str_TLCD line 147 i1l3768: ;test_all_code.c: 147: dsp_str_TLCD(Number[l]); bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movf (i1int_display@l),w addlw _Number&0ffh movwf fsr0 bcf status, 7 ;select IRP bank1 movf indf,w fcall i1_dsp_str_TLCD line 148 i1l742: return opt stack 0 GLOBAL __end_ofi1_int_display __end_ofi1_int_display: ;; =============== function i1_int_display ends ============ signat i1_int_display,88 global i1_string_out psect text756,local,class=CODE,delta=2 global __ptext756 __ptext756: ;; *************** function i1_string_out ***************** ;; Defined at: ;; line 130 in file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH19_IRRemote\test_all_code.c" ;; Parameters: Size Location Type ;; string_out 1 wreg PTR unsigned char ;; -> STR_4(2), STR_3(2), STR_2(2), STR_1(16), ;; Auto vars: Size Location Type ;; string_out 1 6[COMMON] PTR unsigned char ;; -> STR_4(2), STR_3(2), STR_2(2), STR_1(16), ;; string_out 2 7[COMMON] unsigned int ;; Return value: Size Location Type ;; None void ;; Registers used: ;; wreg, fsr0l, fsr0h, status,2, status,0, pclath, cstack ;; Tracked objects: ;; On entry : 0/0 ;; On exit : 0/0 ;; Unchanged: 0/0 ;; Data sizes: COMMON BANK0 BANK1 BANK3 BANK2 ;; Params: 0 0 0 0 0 ;; Locals: 3 0 0 0 0 ;; Temps: 0 0 0 0 0 ;; Totals: 3 0 0 0 0 ;;Total ram usage: 3 bytes ;; Hardware stack levels used: 1 ;; Hardware stack levels required when called: 2 ;; This function calls: ;; i1_dsp_str_TLCD ;; This function is called by: ;; i1_textLcdDisplay ;; This function uses a non-reentrant model ;; psect text756 file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH19_IRRemote\test_all_code.c" line 130 global __size_ofi1_string_out __size_ofi1_string_out equ __end_ofi1_string_out-i1_string_out i1_string_out: ;; hardware stack exceeded opt stack 0 ; Regs used in i1_string_out: [wreg-fsr0h+status,2+status,0+pclath+cstack] ;i1string_out@str stored from wreg movwf (i1string_out@str) line 131 i1l3748: ;test_all_code.c: 131: unsigned int i=0; clrf (i1string_out@i) clrf (i1string_out@i+1) goto i1l3750 line 132 ;test_all_code.c: 132: do{ i1l737: line 133 i1l3750: ;test_all_code.c: 133: dsp_str_TLCD(str[i]); movf (i1string_out@i),w addwf (i1string_out@str),w movwf fsr0 fcall stringdir fcall i1_dsp_str_TLCD line 135 i1l3752: ;test_all_code.c: 134: } ;test_all_code.c: 135: while(str[++i]!='\0'); movlw low(01h) addwf (i1string_out@i),f skipnc incf (i1string_out@i+1),f movlw high(01h) addwf (i1string_out@i+1),f movf ((i1string_out@i)),w addwf (i1string_out@str),w movwf fsr0 fcall stringdir iorlw 0 skipz goto u314_21 goto u314_20 u314_21: goto i1l3750 u314_20: goto i1l739 i1l738: line 136 i1l739: return opt stack 0 GLOBAL __end_ofi1_string_out __end_ofi1_string_out: ;; =============== function i1_string_out ends ============ signat i1_string_out,88 global i1_clcd_line2 psect text757,local,class=CODE,delta=2 global __ptext757 __ptext757: ;; *************** function i1_clcd_line2 ***************** ;; Defined at: ;; line 111 in file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH19_IRRemote\test_all_code.c" ;; Parameters: Size Location Type ;; None ;; Auto vars: Size Location Type ;; None ;; Return value: Size Location Type ;; None void ;; Registers used: ;; wreg, status,2, status,0, pclath, cstack ;; Tracked objects: ;; On entry : 0/0 ;; On exit : 0/0 ;; Unchanged: 0/0 ;; Data sizes: COMMON BANK0 BANK1 BANK3 BANK2 ;; Params: 0 0 0 0 0 ;; Locals: 0 0 0 0 0 ;; Temps: 0 0 0 0 0 ;; Totals: 0 0 0 0 0 ;;Total ram usage: 0 bytes ;; Hardware stack levels used: 1 ;; Hardware stack levels required when called: 2 ;; This function calls: ;; i1_dsp_cmd_TLCD ;; This function is called by: ;; i1_textLcdDisplay ;; This function uses a non-reentrant model ;; psect text757 file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH19_IRRemote\test_all_code.c" line 111 global __size_ofi1_clcd_line2 __size_ofi1_clcd_line2 equ __end_ofi1_clcd_line2-i1_clcd_line2 i1_clcd_line2: ;; hardware stack exceeded opt stack 0 ; Regs used in i1_clcd_line2: [wreg+status,2+status,0+pclath+cstack] line 112 i1l3746: ;test_all_code.c: 112: dsp_cmd_TLCD(0XC0); movlw (0C0h) fcall i1_dsp_cmd_TLCD line 113 i1l731: return opt stack 0 GLOBAL __end_ofi1_clcd_line2 __end_ofi1_clcd_line2: ;; =============== function i1_clcd_line2 ends ============ signat i1_clcd_line2,88 global i1_clcd_line1 psect text758,local,class=CODE,delta=2 global __ptext758 __ptext758: ;; *************** function i1_clcd_line1 ***************** ;; Defined at: ;; line 107 in file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH19_IRRemote\test_all_code.c" ;; Parameters: Size Location Type ;; None ;; Auto vars: Size Location Type ;; None ;; Return value: Size Location Type ;; None void ;; Registers used: ;; wreg, status,2, status,0, pclath, cstack ;; Tracked objects: ;; On entry : 0/0 ;; On exit : 0/0 ;; Unchanged: 0/0 ;; Data sizes: COMMON BANK0 BANK1 BANK3 BANK2 ;; Params: 0 0 0 0 0 ;; Locals: 0 0 0 0 0 ;; Temps: 0 0 0 0 0 ;; Totals: 0 0 0 0 0 ;;Total ram usage: 0 bytes ;; Hardware stack levels used: 1 ;; Hardware stack levels required when called: 2 ;; This function calls: ;; i1_dsp_cmd_TLCD ;; This function is called by: ;; i1_textLcdDisplay ;; This function uses a non-reentrant model ;; psect text758 file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH19_IRRemote\test_all_code.c" line 107 global __size_ofi1_clcd_line1 __size_ofi1_clcd_line1 equ __end_ofi1_clcd_line1-i1_clcd_line1 i1_clcd_line1: ;; hardware stack exceeded opt stack 0 ; Regs used in i1_clcd_line1: [wreg+status,2+status,0+pclath+cstack] line 108 i1l3744: ;test_all_code.c: 108: dsp_cmd_TLCD(0x80); movlw (080h) fcall i1_dsp_cmd_TLCD line 109 i1l728: return opt stack 0 GLOBAL __end_ofi1_clcd_line1 __end_ofi1_clcd_line1: ;; =============== function i1_clcd_line1 ends ============ signat i1_clcd_line1,88 global i1_dsp_cmd_TLCD psect text759,local,class=CODE,delta=2 global __ptext759 __ptext759: ;; *************** function i1_dsp_cmd_TLCD ***************** ;; Defined at: ;; line 90 in file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH19_IRRemote\test_all_code.c" ;; Parameters: Size Location Type ;; dsp_cmd_TLCD 1 wreg unsigned char ;; Auto vars: Size Location Type ;; dsp_cmd_TLCD 1 5[COMMON] unsigned char ;; Return value: Size Location Type ;; None void ;; Registers used: ;; wreg, status,2, status,0, pclath, cstack ;; Tracked objects: ;; On entry : 0/0 ;; On exit : 0/0 ;; Unchanged: 0/0 ;; Data sizes: COMMON BANK0 BANK1 BANK3 BANK2 ;; Params: 0 0 0 0 0 ;; Locals: 1 0 0 0 0 ;; Temps: 2 0 0 0 0 ;; Totals: 3 0 0 0 0 ;;Total ram usage: 3 bytes ;; Hardware stack levels used: 1 ;; Hardware stack levels required when called: 1 ;; This function calls: ;; i1_flilflop_Enable ;; This function is called by: ;; i1_clcd_line1 ;; i1_clcd_line2 ;; This function uses a non-reentrant model ;; psect text759 file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH19_IRRemote\test_all_code.c" line 90 global __size_ofi1_dsp_cmd_TLCD __size_ofi1_dsp_cmd_TLCD equ __end_ofi1_dsp_cmd_TLCD-i1_dsp_cmd_TLCD i1_dsp_cmd_TLCD: ;; hardware stack exceeded opt stack 0 ; Regs used in i1_dsp_cmd_TLCD: [wreg+status,2+status,0+pclath+cstack] ;i1dsp_cmd_TLCD@n stored from wreg line 92 movwf (i1dsp_cmd_TLCD@n) i1l3718: ;test_all_code.c: 91: static unsigned char buff_con = 0; ;test_all_code.c: 92: buff_con = (n&0xf0); movf (i1dsp_cmd_TLCD@n),w andlw 0F0h movwf (??i1_dsp_cmd_TLCD+0)+0 movf (??i1_dsp_cmd_TLCD+0)+0,w bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movwf (dsp_cmd_TLCD@buff_con) line 93 i1l3720: ;test_all_code.c: 93: flilflop_Enable(0X03,buff_con); movf (dsp_cmd_TLCD@buff_con),w movwf (??i1_dsp_cmd_TLCD+0)+0 movf (??i1_dsp_cmd_TLCD+0)+0,w movwf (?i1_flilflop_Enable) movlw (03h) fcall i1_flilflop_Enable line 94 i1l3722: ;test_all_code.c: 94: buff_con |= 0x04; bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 bsf (dsp_cmd_TLCD@buff_con)+(2/8),(2)&7 line 95 i1l3724: ;test_all_code.c: 95: flilflop_Enable(0X03,buff_con); movf (dsp_cmd_TLCD@buff_con),w movwf (??i1_dsp_cmd_TLCD+0)+0 movf (??i1_dsp_cmd_TLCD+0)+0,w movwf (?i1_flilflop_Enable) movlw (03h) fcall i1_flilflop_Enable line 96 i1l3726: ;test_all_code.c: 96: buff_con &= ~0x04; movlw (0FBh) movwf (??i1_dsp_cmd_TLCD+0)+0 movf (??i1_dsp_cmd_TLCD+0)+0,w bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 andwf (dsp_cmd_TLCD@buff_con),f line 97 i1l3728: ;test_all_code.c: 97: flilflop_Enable(0X03,buff_con); movf (dsp_cmd_TLCD@buff_con),w movwf (??i1_dsp_cmd_TLCD+0)+0 movf (??i1_dsp_cmd_TLCD+0)+0,w movwf (?i1_flilflop_Enable) movlw (03h) fcall i1_flilflop_Enable line 98 i1l3730: ;test_all_code.c: 98: buff_con = ((n<<4)&0xf0); movf (i1dsp_cmd_TLCD@n),w movwf (??i1_dsp_cmd_TLCD+0)+0 movlw (04h)-1 u313_25: clrc rlf (??i1_dsp_cmd_TLCD+0)+0,f addlw -1 skipz goto u313_25 clrc rlf (??i1_dsp_cmd_TLCD+0)+0,w andlw 0F0h movwf (??i1_dsp_cmd_TLCD+1)+0 movf (??i1_dsp_cmd_TLCD+1)+0,w bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movwf (dsp_cmd_TLCD@buff_con) line 99 i1l3732: ;test_all_code.c: 99: flilflop_Enable(0X03,buff_con); movf (dsp_cmd_TLCD@buff_con),w movwf (??i1_dsp_cmd_TLCD+0)+0 movf (??i1_dsp_cmd_TLCD+0)+0,w movwf (?i1_flilflop_Enable) movlw (03h) fcall i1_flilflop_Enable line 100 i1l3734: ;test_all_code.c: 100: buff_con |= 0x04; bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 bsf (dsp_cmd_TLCD@buff_con)+(2/8),(2)&7 line 101 i1l3736: ;test_all_code.c: 101: flilflop_Enable(0X03,buff_con); movf (dsp_cmd_TLCD@buff_con),w movwf (??i1_dsp_cmd_TLCD+0)+0 movf (??i1_dsp_cmd_TLCD+0)+0,w movwf (?i1_flilflop_Enable) movlw (03h) fcall i1_flilflop_Enable line 102 i1l3738: ;test_all_code.c: 102: buff_con &= ~0x04; movlw (0FBh) movwf (??i1_dsp_cmd_TLCD+0)+0 movf (??i1_dsp_cmd_TLCD+0)+0,w bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 andwf (dsp_cmd_TLCD@buff_con),f line 103 i1l3740: ;test_all_code.c: 103: flilflop_Enable(0X03,buff_con); movf (dsp_cmd_TLCD@buff_con),w movwf (??i1_dsp_cmd_TLCD+0)+0 movf (??i1_dsp_cmd_TLCD+0)+0,w movwf (?i1_flilflop_Enable) movlw (03h) fcall i1_flilflop_Enable line 104 i1l3742: ;test_all_code.c: 104: _delay((unsigned long)((1)*(16000000/4000.0))); opt asmopt_off movlw 6 movwf ((??i1_dsp_cmd_TLCD+0)+0+1),f movlw 48 movwf ((??i1_dsp_cmd_TLCD+0)+0),f u366_27: decfsz ((??i1_dsp_cmd_TLCD+0)+0),f goto u366_27 decfsz ((??i1_dsp_cmd_TLCD+0)+0+1),f goto u366_27 clrwdt opt asmopt_on line 105 i1l725: return opt stack 0 GLOBAL __end_ofi1_dsp_cmd_TLCD __end_ofi1_dsp_cmd_TLCD: ;; =============== function i1_dsp_cmd_TLCD ends ============ signat i1_dsp_cmd_TLCD,88 global i1_dsp_str_TLCD psect text760,local,class=CODE,delta=2 global __ptext760 __ptext760: ;; *************** function i1_dsp_str_TLCD ***************** ;; Defined at: ;; line 68 in file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH19_IRRemote\test_all_code.c" ;; Parameters: Size Location Type ;; dsp_str_TLCD 1 wreg unsigned char ;; Auto vars: Size Location Type ;; dsp_str_TLCD 1 5[COMMON] unsigned char ;; Return value: Size Location Type ;; None void ;; Registers used: ;; wreg, status,2, status,0, pclath, cstack ;; Tracked objects: ;; On entry : 0/0 ;; On exit : 0/0 ;; Unchanged: 0/0 ;; Data sizes: COMMON BANK0 BANK1 BANK3 BANK2 ;; Params: 0 0 0 0 0 ;; Locals: 1 0 0 0 0 ;; Temps: 2 0 0 0 0 ;; Totals: 3 0 0 0 0 ;;Total ram usage: 3 bytes ;; Hardware stack levels used: 1 ;; Hardware stack levels required when called: 1 ;; This function calls: ;; i1_flilflop_Enable ;; This function is called by: ;; i1_string_out ;; i1_int_display ;; This function uses a non-reentrant model ;; psect text760 file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH19_IRRemote\test_all_code.c" line 68 global __size_ofi1_dsp_str_TLCD __size_ofi1_dsp_str_TLCD equ __end_ofi1_dsp_str_TLCD-i1_dsp_str_TLCD i1_dsp_str_TLCD: ;; hardware stack exceeded opt stack 0 ; Regs used in i1_dsp_str_TLCD: [wreg+status,2+status,0+pclath+cstack] ;i1dsp_str_TLCD@n stored from wreg line 70 movwf (i1dsp_str_TLCD@n) i1l3682: ;test_all_code.c: 69: static unsigned char buff_con = 0; ;test_all_code.c: 70: buff_con = (n&0xf0)|0x01; movf (i1dsp_str_TLCD@n),w andlw 0F0h iorlw 01h movwf (??i1_dsp_str_TLCD+0)+0 movf (??i1_dsp_str_TLCD+0)+0,w bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movwf (dsp_str_TLCD@buff_con) line 71 i1l3684: ;test_all_code.c: 71: flilflop_Enable(0X03,buff_con); movf (dsp_str_TLCD@buff_con),w movwf (??i1_dsp_str_TLCD+0)+0 movf (??i1_dsp_str_TLCD+0)+0,w movwf (?i1_flilflop_Enable) movlw (03h) fcall i1_flilflop_Enable line 72 i1l3686: ;test_all_code.c: 72: buff_con |= 0x04; bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 bsf (dsp_str_TLCD@buff_con)+(2/8),(2)&7 line 73 i1l3688: ;test_all_code.c: 73: flilflop_Enable(0X03,buff_con); movf (dsp_str_TLCD@buff_con),w movwf (??i1_dsp_str_TLCD+0)+0 movf (??i1_dsp_str_TLCD+0)+0,w movwf (?i1_flilflop_Enable) movlw (03h) fcall i1_flilflop_Enable line 74 i1l3690: ;test_all_code.c: 74: buff_con &= ~0x04; movlw (0FBh) movwf (??i1_dsp_str_TLCD+0)+0 movf (??i1_dsp_str_TLCD+0)+0,w bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 andwf (dsp_str_TLCD@buff_con),f line 75 i1l3692: ;test_all_code.c: 75: flilflop_Enable(0X03,buff_con); movf (dsp_str_TLCD@buff_con),w movwf (??i1_dsp_str_TLCD+0)+0 movf (??i1_dsp_str_TLCD+0)+0,w movwf (?i1_flilflop_Enable) movlw (03h) fcall i1_flilflop_Enable line 76 i1l3694: ;test_all_code.c: 76: _delay((unsigned long)((1)*(16000000/4000.0))); opt asmopt_off movlw 6 movwf ((??i1_dsp_str_TLCD+0)+0+1),f movlw 48 movwf ((??i1_dsp_str_TLCD+0)+0),f u367_27: decfsz ((??i1_dsp_str_TLCD+0)+0),f goto u367_27 decfsz ((??i1_dsp_str_TLCD+0)+0+1),f goto u367_27 clrwdt opt asmopt_on line 77 i1l3696: ;test_all_code.c: 77: buff_con &= ~0x01 ; movlw (0FEh) movwf (??i1_dsp_str_TLCD+0)+0 movf (??i1_dsp_str_TLCD+0)+0,w bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 andwf (dsp_str_TLCD@buff_con),f line 78 i1l3698: ;test_all_code.c: 78: flilflop_Enable(0X03,buff_con); movf (dsp_str_TLCD@buff_con),w movwf (??i1_dsp_str_TLCD+0)+0 movf (??i1_dsp_str_TLCD+0)+0,w movwf (?i1_flilflop_Enable) movlw (03h) fcall i1_flilflop_Enable line 79 i1l3700: ;test_all_code.c: 79: buff_con = ((n<<4)&0xf0)|0x01; movf (i1dsp_str_TLCD@n),w movwf (??i1_dsp_str_TLCD+0)+0 movlw (04h)-1 u312_25: clrc rlf (??i1_dsp_str_TLCD+0)+0,f addlw -1 skipz goto u312_25 clrc rlf (??i1_dsp_str_TLCD+0)+0,w andlw 0F0h iorlw 01h movwf (??i1_dsp_str_TLCD+1)+0 movf (??i1_dsp_str_TLCD+1)+0,w bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movwf (dsp_str_TLCD@buff_con) line 80 i1l3702: ;test_all_code.c: 80: flilflop_Enable(0X03,buff_con); movf (dsp_str_TLCD@buff_con),w movwf (??i1_dsp_str_TLCD+0)+0 movf (??i1_dsp_str_TLCD+0)+0,w movwf (?i1_flilflop_Enable) movlw (03h) fcall i1_flilflop_Enable line 81 i1l3704: ;test_all_code.c: 81: buff_con |= 0x04; bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 bsf (dsp_str_TLCD@buff_con)+(2/8),(2)&7 line 82 i1l3706: ;test_all_code.c: 82: flilflop_Enable(0X03,buff_con); movf (dsp_str_TLCD@buff_con),w movwf (??i1_dsp_str_TLCD+0)+0 movf (??i1_dsp_str_TLCD+0)+0,w movwf (?i1_flilflop_Enable) movlw (03h) fcall i1_flilflop_Enable line 83 i1l3708: ;test_all_code.c: 83: buff_con &= ~0x04; movlw (0FBh) movwf (??i1_dsp_str_TLCD+0)+0 movf (??i1_dsp_str_TLCD+0)+0,w bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 andwf (dsp_str_TLCD@buff_con),f line 84 i1l3710: ;test_all_code.c: 84: flilflop_Enable(0X03,buff_con); movf (dsp_str_TLCD@buff_con),w movwf (??i1_dsp_str_TLCD+0)+0 movf (??i1_dsp_str_TLCD+0)+0,w movwf (?i1_flilflop_Enable) movlw (03h) fcall i1_flilflop_Enable line 85 i1l3712: ;test_all_code.c: 85: _delay((unsigned long)((1)*(16000000/4000.0))); opt asmopt_off movlw 6 movwf ((??i1_dsp_str_TLCD+0)+0+1),f movlw 48 movwf ((??i1_dsp_str_TLCD+0)+0),f u368_27: decfsz ((??i1_dsp_str_TLCD+0)+0),f goto u368_27 decfsz ((??i1_dsp_str_TLCD+0)+0+1),f goto u368_27 clrwdt opt asmopt_on line 86 i1l3714: ;test_all_code.c: 86: buff_con &= ~0x01 ; movlw (0FEh) movwf (??i1_dsp_str_TLCD+0)+0 movf (??i1_dsp_str_TLCD+0)+0,w bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 andwf (dsp_str_TLCD@buff_con),f line 87 i1l3716: ;test_all_code.c: 87: flilflop_Enable(0X03,buff_con); movf (dsp_str_TLCD@buff_con),w movwf (??i1_dsp_str_TLCD+0)+0 movf (??i1_dsp_str_TLCD+0)+0,w movwf (?i1_flilflop_Enable) movlw (03h) fcall i1_flilflop_Enable line 88 i1l720: return opt stack 0 GLOBAL __end_ofi1_dsp_str_TLCD __end_ofi1_dsp_str_TLCD: ;; =============== function i1_dsp_str_TLCD ends ============ signat i1_dsp_str_TLCD,88 global i1___awmod psect text761,local,class=CODE,delta=2 global __ptext761 __ptext761: ;; *************** function i1___awmod ***************** ;; Defined at: ;; line 5 in file "C:\Program Files (x86)\HI-TECH Software\PICC\9.83\sources\awmod.c" ;; Parameters: Size Location Type ;; __awmod 2 0[COMMON] int ;; __awmod 2 2[COMMON] int ;; Auto vars: Size Location Type ;; __awmod 1 6[COMMON] unsigned char ;; __awmod 1 5[COMMON] unsigned char ;; Return value: Size Location Type ;; 2 0[COMMON] int ;; Registers used: ;; wreg, status,2, status,0 ;; Tracked objects: ;; On entry : 0/0 ;; On exit : 0/0 ;; Unchanged: 0/0 ;; Data sizes: COMMON BANK0 BANK1 BANK3 BANK2 ;; Params: 4 0 0 0 0 ;; Locals: 2 0 0 0 0 ;; Temps: 1 0 0 0 0 ;; Totals: 7 0 0 0 0 ;;Total ram usage: 7 bytes ;; Hardware stack levels used: 1 ;; This function calls: ;; Nothing ;; This function is called by: ;; i1_int_display ;; This function uses a non-reentrant model ;; psect text761 file "C:\Program Files (x86)\HI-TECH Software\PICC\9.83\sources\awmod.c" line 5 global __size_ofi1___awmod __size_ofi1___awmod equ __end_ofi1___awmod-i1___awmod i1___awmod: opt stack 0 ; Regs used in i1___awmod: [wreg+status,2+status,0] line 8 i1l3832: clrf (i1___awmod@sign) line 9 btfss (i1___awmod@dividend+1),7 goto u325_21 goto u325_20 u325_21: goto i1l3836 u325_20: line 10 i1l3834: comf (i1___awmod@dividend),f comf (i1___awmod@dividend+1),f incf (i1___awmod@dividend),f skipnz incf (i1___awmod@dividend+1),f line 11 clrf (i1___awmod@sign) bsf status,0 rlf (i1___awmod@sign),f goto i1l3836 line 12 i1l1664: line 13 i1l3836: btfss (i1___awmod@divisor+1),7 goto u326_21 goto u326_20 u326_21: goto i1l3840 u326_20: line 14 i1l3838: comf (i1___awmod@divisor),f comf (i1___awmod@divisor+1),f incf (i1___awmod@divisor),f skipnz incf (i1___awmod@divisor+1),f goto i1l3840 i1l1665: line 15 i1l3840: movf (i1___awmod@divisor+1),w iorwf (i1___awmod@divisor),w skipnz goto u327_21 goto u327_20 u327_21: goto i1l3858 u327_20: line 16 i1l3842: clrf (i1___awmod@counter) bsf status,0 rlf (i1___awmod@counter),f line 17 goto i1l3848 i1l1668: line 18 i1l3844: movlw 01h u328_25: clrc rlf (i1___awmod@divisor),f rlf (i1___awmod@divisor+1),f addlw -1 skipz goto u328_25 line 19 i1l3846: movlw (01h) movwf (??i1___awmod+0)+0 movf (??i1___awmod+0)+0,w addwf (i1___awmod@counter),f goto i1l3848 line 20 i1l1667: line 17 i1l3848: btfss (i1___awmod@divisor+1),(15)&7 goto u329_21 goto u329_20 u329_21: goto i1l3844 u329_20: goto i1l3850 i1l1669: goto i1l3850 line 21 i1l1670: line 22 i1l3850: movf (i1___awmod@divisor+1),w subwf (i1___awmod@dividend+1),w skipz goto u330_25 movf (i1___awmod@divisor),w subwf (i1___awmod@dividend),w u330_25: skipc goto u330_21 goto u330_20 u330_21: goto i1l3854 u330_20: line 23 i1l3852: movf (i1___awmod@divisor),w subwf (i1___awmod@dividend),f movf (i1___awmod@divisor+1),w skipc decf (i1___awmod@dividend+1),f subwf (i1___awmod@dividend+1),f goto i1l3854 i1l1671: line 24 i1l3854: movlw 01h u331_25: clrc rrf (i1___awmod@divisor+1),f rrf (i1___awmod@divisor),f addlw -1 skipz goto u331_25 line 25 i1l3856: movlw low(01h) subwf (i1___awmod@counter),f btfss status,2 goto u332_21 goto u332_20 u332_21: goto i1l3850 u332_20: goto i1l3858 i1l1672: goto i1l3858 line 26 i1l1666: line 27 i1l3858: movf (i1___awmod@sign),w skipz goto u333_20 goto i1l3862 u333_20: line 28 i1l3860: comf (i1___awmod@dividend),f comf (i1___awmod@dividend+1),f incf (i1___awmod@dividend),f skipnz incf (i1___awmod@dividend+1),f goto i1l3862 i1l1673: line 29 i1l3862: movf (i1___awmod@dividend+1),w clrf (?i1___awmod+1) addwf (?i1___awmod+1) movf (i1___awmod@dividend),w clrf (?i1___awmod) addwf (?i1___awmod) goto i1l1674 i1l3864: line 30 i1l1674: return opt stack 0 GLOBAL __end_ofi1___awmod __end_ofi1___awmod: ;; =============== function i1___awmod ends ============ signat i1___awmod,90 global i1___awdiv psect text762,local,class=CODE,delta=2 global __ptext762 __ptext762: ;; *************** function i1___awdiv ***************** ;; Defined at: ;; line 5 in file "C:\Program Files (x86)\HI-TECH Software\PICC\9.83\sources\awdiv.c" ;; Parameters: Size Location Type ;; __awdiv 2 7[COMMON] int ;; __awdiv 2 9[COMMON] int ;; Auto vars: Size Location Type ;; __awdiv 2 2[BANK0 ] int ;; __awdiv 1 1[BANK0 ] unsigned char ;; __awdiv 1 0[BANK0 ] unsigned char ;; Return value: Size Location Type ;; 2 7[COMMON] int ;; Registers used: ;; wreg, status,2, status,0 ;; Tracked objects: ;; On entry : 0/0 ;; On exit : 0/0 ;; Unchanged: 0/0 ;; Data sizes: COMMON BANK0 BANK1 BANK3 BANK2 ;; Params: 4 0 0 0 0 ;; Locals: 0 4 0 0 0 ;; Temps: 1 0 0 0 0 ;; Totals: 5 4 0 0 0 ;;Total ram usage: 9 bytes ;; Hardware stack levels used: 1 ;; This function calls: ;; Nothing ;; This function is called by: ;; _HIGH_ISR ;; i1_int_display ;; This function uses a non-reentrant model ;; psect text762 file "C:\Program Files (x86)\HI-TECH Software\PICC\9.83\sources\awdiv.c" line 5 global __size_ofi1___awdiv __size_ofi1___awdiv equ __end_ofi1___awdiv-i1___awdiv i1___awdiv: opt stack 0 ; Regs used in i1___awdiv: [wreg+status,2+status,0] line 9 i1l3792: bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 clrf (i1___awdiv@sign) line 10 btfss (i1___awdiv@divisor+1),7 goto u315_21 goto u315_20 u315_21: goto i1l3796 u315_20: line 11 i1l3794: comf (i1___awdiv@divisor),f comf (i1___awdiv@divisor+1),f incf (i1___awdiv@divisor),f skipnz incf (i1___awdiv@divisor+1),f line 12 clrf (i1___awdiv@sign) bsf status,0 rlf (i1___awdiv@sign),f goto i1l3796 line 13 i1l1596: line 14 i1l3796: btfss (i1___awdiv@dividend+1),7 goto u316_21 goto u316_20 u316_21: goto i1l3802 u316_20: line 15 i1l3798: comf (i1___awdiv@dividend),f comf (i1___awdiv@dividend+1),f incf (i1___awdiv@dividend),f skipnz incf (i1___awdiv@dividend+1),f line 16 i1l3800: movlw (01h) movwf (??i1___awdiv+0)+0 movf (??i1___awdiv+0)+0,w xorwf (i1___awdiv@sign),f goto i1l3802 line 17 i1l1597: line 18 i1l3802: clrf (i1___awdiv@quotient) clrf (i1___awdiv@quotient+1) line 19 i1l3804: movf (i1___awdiv@divisor+1),w iorwf (i1___awdiv@divisor),w skipnz goto u317_21 goto u317_20 u317_21: goto i1l3824 u317_20: line 20 i1l3806: clrf (i1___awdiv@counter) bsf status,0 rlf (i1___awdiv@counter),f line 21 goto i1l3812 i1l1600: line 22 i1l3808: movlw 01h u318_25: clrc rlf (i1___awdiv@divisor),f rlf (i1___awdiv@divisor+1),f addlw -1 skipz goto u318_25 line 23 i1l3810: movlw (01h) movwf (??i1___awdiv+0)+0 movf (??i1___awdiv+0)+0,w addwf (i1___awdiv@counter),f goto i1l3812 line 24 i1l1599: line 21 i1l3812: btfss (i1___awdiv@divisor+1),(15)&7 goto u319_21 goto u319_20 u319_21: goto i1l3808 u319_20: goto i1l3814 i1l1601: goto i1l3814 line 25 i1l1602: line 26 i1l3814: movlw 01h u320_25: clrc rlf (i1___awdiv@quotient),f rlf (i1___awdiv@quotient+1),f addlw -1 skipz goto u320_25 line 27 movf (i1___awdiv@divisor+1),w subwf (i1___awdiv@dividend+1),w skipz goto u321_25 movf (i1___awdiv@divisor),w subwf (i1___awdiv@dividend),w u321_25: skipc goto u321_21 goto u321_20 u321_21: goto i1l3820 u321_20: line 28 i1l3816: movf (i1___awdiv@divisor),w subwf (i1___awdiv@dividend),f movf (i1___awdiv@divisor+1),w skipc decf (i1___awdiv@dividend+1),f subwf (i1___awdiv@dividend+1),f line 29 i1l3818: bsf (i1___awdiv@quotient)+(0/8),(0)&7 goto i1l3820 line 30 i1l1603: line 31 i1l3820: movlw 01h u322_25: clrc rrf (i1___awdiv@divisor+1),f rrf (i1___awdiv@divisor),f addlw -1 skipz goto u322_25 line 32 i1l3822: movlw low(01h) subwf (i1___awdiv@counter),f btfss status,2 goto u323_21 goto u323_20 u323_21: goto i1l3814 u323_20: goto i1l3824 i1l1604: goto i1l3824 line 33 i1l1598: line 34 i1l3824: movf (i1___awdiv@sign),w skipz goto u324_20 goto i1l3828 u324_20: line 35 i1l3826: comf (i1___awdiv@quotient),f comf (i1___awdiv@quotient+1),f incf (i1___awdiv@quotient),f skipnz incf (i1___awdiv@quotient+1),f goto i1l3828 i1l1605: line 36 i1l3828: movf (i1___awdiv@quotient+1),w clrf (?i1___awdiv+1) addwf (?i1___awdiv+1) movf (i1___awdiv@quotient),w clrf (?i1___awdiv) addwf (?i1___awdiv) goto i1l1606 i1l3830: line 37 i1l1606: return opt stack 0 GLOBAL __end_ofi1___awdiv __end_ofi1___awdiv: ;; =============== function i1___awdiv ends ============ signat i1___awdiv,90 global i1_flilflop_Enable psect text763,local,class=CODE,delta=2 global __ptext763 __ptext763: ;; *************** function i1_flilflop_Enable ***************** ;; Defined at: ;; line 59 in file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH19_IRRemote\test_all_code.c" ;; Parameters: Size Location Type ;; flilflop_Ena 1 wreg unsigned char ;; flilflop_Ena 1 0[COMMON] unsigned char ;; Auto vars: Size Location Type ;; flilflop_Ena 1 2[COMMON] unsigned char ;; Return value: Size Location Type ;; None void ;; Registers used: ;; wreg, status,2, status,0 ;; Tracked objects: ;; On entry : 0/0 ;; On exit : 0/0 ;; Unchanged: 0/0 ;; Data sizes: COMMON BANK0 BANK1 BANK3 BANK2 ;; Params: 1 0 0 0 0 ;; Locals: 1 0 0 0 0 ;; Temps: 1 0 0 0 0 ;; Totals: 3 0 0 0 0 ;;Total ram usage: 3 bytes ;; Hardware stack levels used: 1 ;; This function calls: ;; Nothing ;; This function is called by: ;; i1_dsp_str_TLCD ;; i1_dsp_cmd_TLCD ;; This function uses a non-reentrant model ;; psect text763 file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH19_IRRemote\test_all_code.c" line 59 global __size_ofi1_flilflop_Enable __size_ofi1_flilflop_Enable equ __end_ofi1_flilflop_Enable-i1_flilflop_Enable i1_flilflop_Enable: ;; hardware stack exceeded opt stack 0 ; Regs used in i1_flilflop_Enable: [wreg+status,2+status,0] ;i1flilflop_Enable@Add stored from wreg movwf (i1flilflop_Enable@Add) line 60 i1l3674: ;test_all_code.c: 60: PORTD = OuputData; movf (i1flilflop_Enable@OuputData),w bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movwf (8) ;volatile line 61 i1l3676: ;test_all_code.c: 61: PORTB |= 0X10; bsf (6)+(4/8),(4)&7 ;volatile line 62 ;test_all_code.c: 62: PORTC = Add; movf (i1flilflop_Enable@Add),w movwf (7) ;volatile line 63 i1l3678: ;test_all_code.c: 63: PORTB &= ~0X10; movlw (0EFh) movwf (??i1_flilflop_Enable+0)+0 movf (??i1_flilflop_Enable+0)+0,w andwf (6),f ;volatile line 64 i1l3680: ;test_all_code.c: 64: PORTB |= 0X10; bsf (6)+(4/8),(4)&7 ;volatile line 65 i1l715: return opt stack 0 GLOBAL __end_ofi1_flilflop_Enable __end_ofi1_flilflop_Enable: ;; =============== function i1_flilflop_Enable ends ============ signat i1_flilflop_Enable,88 psect text764,local,class=CODE,delta=2 global __ptext764 __ptext764: global btemp btemp set 07Eh DABS 1,126,2 ;btemp global wtemp0 wtemp0 set btemp end