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,_init_SPI FNCALL _main,_lcd_reset FNCALL _main,_lcd_set_graphic_mode FNCALL _main,_clear_lcd FNCALL _main,_DeviceInit FNCALL _main,_First_Line FNCALL _main,_Second_Line FNCALL _main,_Third_Line FNCALL _main,_Fourth_Line FNCALL _Fourth_Line,_hangulDisplay FNCALL _Third_Line,_hangulDisplay FNCALL _Second_Line,_hangulDisplay FNCALL _Second_Line,_number_display FNCALL _First_Line,_hangulDisplay FNCALL _hangulDisplay,_page_0 FNCALL _hangulDisplay,_page_1 FNCALL _hangulDisplay,_page_2 FNCALL _hangulDisplay,_page_3 FNCALL _hangulDisplay,_draw_data FNCALL _number_display,___awmod FNCALL _number_display,___awdiv FNCALL _number_display,_page_0 FNCALL _number_display,_page_1 FNCALL _number_display,_page_2 FNCALL _number_display,_page_3 FNCALL _number_display,_draw_data FNCALL _clear_lcd,_draw_data FNCALL _lcd_reset,_lcd_instruction FNCALL _lcd_reset,_lcd_clear FNCALL _lcd_set_graphic_mode,_lcd_instruction FNCALL _draw_data,_lcd_instruction FNCALL _draw_data,_lcd_data FNCALL _lcd_clear,_lcd_instruction FNCALL _DeviceInit,_flilflop_Enable FNCALL _lcd_data,_spi_send FNCALL _lcd_instruction,_spi_send FNROOT _main global _string psect stringtext,class=STRCODE,delta=2,reloc=256 global __pstringtext __pstringtext: ; global stringtab,__stringbase stringtab: ; String table - string pointers are 2 bytes each btfsc (btemp+1),7 ljmp stringcode bcf status,7 btfsc (btemp+1),0 bsf status,7 movf indf,w incf fsr skipnz incf btemp+1 return stringcode: movf btemp+1,w andlw 7Fh movwf pclath movf fsr,w incf fsr skipnz incf btemp+1 movwf pc __stringbase: file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH10_GLCD\test_all_code.c" line 76 _string: retlw 018h retlw 018h retlw 07Ch retlw 07Ch retlw 0E6h retlw 0FCh retlw 066h retlw 0FEh retlw 027h retlw 07Fh retlw 067h retlw 07Eh retlw 0E7h retlw 03Ch retlw 0E7h retlw 031h retlw 0E7h retlw 07h retlw 0E7h retlw 07h retlw 0E7h retlw 03h retlw 0E0h retlw 03h retlw 0E0h retlw 01h retlw 0FFh retlw 01h retlw 0FCh retlw 0 retlw 0F0h retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0Ch retlw 06h retlw 018h retlw 06h retlw 030h retlw 06h retlw 060h retlw 06h retlw 0C0h retlw 06h retlw 0C0h retlw 087h retlw 060h retlw 087h retlw 030h retlw 0C6h retlw 018h retlw 0E6h retlw 0Ch retlw 0C6h retlw 06h retlw 086h retlw 03h retlw 06h retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0Ch retlw 0Fh retlw 08Ch retlw 019h retlw 0CCh retlw 030h retlw 0CCh retlw 030h retlw 0CCh retlw 030h retlw 08Ch retlw 019h retlw 0Ch retlw 0Fh retlw 0Ch retlw 0 retlw 0 retlw 0 retlw 0FCh retlw 01Fh retlw 0Ch retlw 018h retlw 0Ch retlw 018h retlw 0FCh retlw 01Fh retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 06Ch retlw 0 retlw 06Ch retlw 033h retlw 06Ch retlw 033h retlw 06Ch retlw 033h retlw 06Ch retlw 033h retlw 0ECh retlw 03Fh retlw 06Ch retlw 033h retlw 06Ch retlw 033h retlw 06Ch retlw 033h retlw 06Ch retlw 033h retlw 06Ch retlw 033h retlw 06Ch retlw 01Eh retlw 06Ch retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0Ch retlw 0 retlw 0CCh retlw 01Fh retlw 0Ch retlw 030h retlw 0Ch retlw 030h retlw 0Ch retlw 030h retlw 0Ch retlw 030h retlw 0Ch retlw 030h retlw 0Ch retlw 030h retlw 0Ch retlw 030h retlw 0Ch retlw 030h retlw 0Ch retlw 030h retlw 0ECh retlw 01Fh retlw 0Ch retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0FCh retlw 0Fh retlw 0 retlw 018h retlw 0 retlw 018h retlw 0 retlw 018h retlw 0 retlw 018h retlw 0FCh retlw 0Fh retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0FEh retlw 03Fh retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0F8h retlw 01Fh retlw 0Ch retlw 0 retlw 0Ch retlw 0 retlw 0Ch retlw 0 retlw 0Ch retlw 0 retlw 0Ch retlw 0 retlw 0Ch retlw 0 retlw 0Ch retlw 0 retlw 018h retlw 0 retlw 018h retlw 0 retlw 0FEh retlw 03Fh retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 06Ch retlw 0 retlw 06Ch retlw 03Eh retlw 06Ch retlw 03h retlw 06Ch retlw 03h retlw 06Ch retlw 03h retlw 07Ch retlw 03h retlw 06Ch retlw 01Eh retlw 06Ch retlw 030h retlw 06Ch retlw 030h retlw 06Ch retlw 030h retlw 06Ch retlw 030h retlw 0ECh retlw 01Fh retlw 06Ch retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0ECh retlw 03Fh retlw 0Ch retlw 0 retlw 08Ch retlw 019h retlw 08Ch retlw 019h retlw 08Ch retlw 019h retlw 0Ch retlw 0Fh retlw 0ECh retlw 03Fh retlw 0Ch retlw 0 retlw 0 retlw 0 retlw 0F8h retlw 01Fh retlw 0Ch retlw 0 retlw 0Ch retlw 0 retlw 0Ch retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0Ch retlw 0 retlw 0Ch retlw 0 retlw 0Ch retlw 0 retlw 0Ch retlw 0 retlw 0Ch retlw 0 retlw 0Ch retlw 0 retlw 0Ch retlw 0 retlw 0Ch retlw 0 retlw 0Ch retlw 0 retlw 0Ch retlw 0F0h retlw 0Fh retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0E0h retlw 03h retlw 030h retlw 06h retlw 018h retlw 0Ch retlw 0 retlw 0Ch retlw 0 retlw 0Ch retlw 0 retlw 0Ch retlw 0 retlw 0Ch retlw 0 retlw 0Ch retlw 018h retlw 0Ch retlw 030h retlw 06h retlw 0E0h retlw 03h retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0C0h retlw 0Fh retlw 060h retlw 0Ch retlw 030h retlw 0Ch retlw 018h retlw 0Ch retlw 018h retlw 0Ch retlw 018h retlw 0Ch retlw 018h retlw 0Ch retlw 018h retlw 0Ch retlw 030h retlw 0Ch retlw 060h retlw 0Ch retlw 0C0h retlw 0Fh retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0FFh retlw 01Ch retlw 018h retlw 01Ch retlw 018h retlw 036h retlw 018h retlw 036h retlw 018h retlw 036h retlw 018h retlw 063h retlw 018h retlw 063h retlw 018h retlw 07Fh retlw 098h retlw 0C1h retlw 098h retlw 0C1h retlw 098h retlw 0C1h retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0C3h retlw 07Dh retlw 066h retlw 077h retlw 066h retlw 066h retlw 067h retlw 066h retlw 066h retlw 066h retlw 066h retlw 066h retlw 066h retlw 066h retlw 063h retlw 066h retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0F8h retlw 0E1h retlw 019h retlw 033h retlw 018h retlw 033h retlw 018h retlw 0F3h retlw 019h retlw 03h retlw 0F9h retlw 01h retlw 019h retlw 030h retlw 018h retlw 0E3h retlw 0F0h retlw 01h retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 018h retlw 0 retlw 078h retlw 0 retlw 018h retlw 0 retlw 018h retlw 0F8h retlw 018h retlw 08Ch retlw 018h retlw 0Ch retlw 018h retlw 0FCh retlw 018h retlw 08Ch retlw 018h retlw 08Ch retlw 018h retlw 08Ch retlw 018h retlw 0FEh retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 03Ch retlw 078h retlw 066h retlw 0CCh retlw 0C3h retlw 086h retlw 066h retlw 086h retlw 03Ch retlw 0Ch retlw 066h retlw 018h retlw 0C3h retlw 030h retlw 0C3h retlw 060h retlw 0C3h retlw 0C0h retlw 066h retlw 080h retlw 03Ch retlw 0FEh retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 030h retlw 0Ch retlw 030h retlw 0Ch retlw 060h retlw 06h retlw 060h retlw 06h retlw 0C0h retlw 03h retlw 080h retlw 01h retlw 0C0h retlw 03h retlw 060h retlw 06h retlw 060h retlw 06h retlw 030h retlw 0Ch retlw 030h retlw 0Ch retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0Ch retlw 03h retlw 0Ch retlw 03h retlw 0Ch retlw 07h retlw 08Ch retlw 07h retlw 0CCh retlw 0Ch retlw 06Ch retlw 018h retlw 0 retlw 030h retlw 0F8h retlw 01Fh retlw 0Ch retlw 0 retlw 0F8h retlw 0Fh retlw 0 retlw 018h retlw 0 retlw 018h retlw 0FCh retlw 0Fh retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0C0h retlw 0 retlw 0C0h retlw 0 retlw 0F0h retlw 03h retlw 01Eh retlw 01Eh retlw 0 retlw 0 retlw 0 retlw 0 retlw 0FEh retlw 03Fh retlw 0 retlw 0 retlw 0Ch retlw 018h retlw 0Ch retlw 018h retlw 0FCh retlw 01Fh retlw 0Ch retlw 018h retlw 0F8h retlw 0Fh retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 018h retlw 018h retlw 03Ch retlw 03Ch retlw 066h retlw 066h retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 global _string_number psect stringtext file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH10_GLCD\test_all_code.c" line 100 _string_number: retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0C0h retlw 03h retlw 060h retlw 06h retlw 030h retlw 0Ch retlw 030h retlw 0Ch retlw 030h retlw 0Ch retlw 030h retlw 0Ch retlw 030h retlw 0Ch retlw 030h retlw 0Ch retlw 030h retlw 0Ch retlw 060h retlw 06h retlw 0C0h retlw 03h retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 080h retlw 01h retlw 080h retlw 07h retlw 080h retlw 01h retlw 080h retlw 01h retlw 080h retlw 01h retlw 080h retlw 01h retlw 080h retlw 01h retlw 080h retlw 01h retlw 080h retlw 01h retlw 080h retlw 01h retlw 080h retlw 01h retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0C0h retlw 03h retlw 060h retlw 06h retlw 030h retlw 0Ch retlw 030h retlw 0Ch retlw 060h retlw 0 retlw 0C0h retlw 0 retlw 080h retlw 01h retlw 0 retlw 03h retlw 0 retlw 06h retlw 0 retlw 0Ch retlw 0F0h retlw 0Fh retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0C0h retlw 03h retlw 060h retlw 06h retlw 030h retlw 0Ch retlw 060h retlw 0 retlw 0C0h retlw 03h retlw 060h retlw 0 retlw 030h retlw 0 retlw 030h retlw 0 retlw 030h retlw 0Ch retlw 060h retlw 06h retlw 0C0h retlw 03h retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0C0h retlw 01h retlw 0C0h retlw 01h retlw 0C0h retlw 03h retlw 0C0h retlw 03h retlw 0C0h retlw 06h retlw 0C0h retlw 06h retlw 0C0h retlw 0Ch retlw 0F0h retlw 0Fh retlw 0C0h retlw 0 retlw 0C0h retlw 0 retlw 0C0h retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0E0h retlw 0Fh retlw 0 retlw 0Ch retlw 0 retlw 0Ch retlw 0 retlw 0Ch retlw 0C0h retlw 0Fh retlw 060h retlw 0Ch retlw 030h retlw 0 retlw 030h retlw 0 retlw 030h retlw 0 retlw 060h retlw 0Ch retlw 0C0h retlw 07h retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0C0h retlw 03h retlw 060h retlw 06h retlw 030h retlw 0Ch retlw 0 retlw 0Ch retlw 0C0h retlw 0Fh retlw 060h retlw 0Eh retlw 030h retlw 0Ch retlw 030h retlw 0Ch retlw 030h retlw 0Ch retlw 060h retlw 06h retlw 0C0h retlw 03h retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0F0h retlw 0Fh retlw 030h retlw 0 retlw 060h retlw 0 retlw 060h retlw 0 retlw 0C0h retlw 0 retlw 0C0h retlw 0 retlw 0C0h retlw 0 retlw 080h retlw 01h retlw 080h retlw 01h retlw 080h retlw 01h retlw 080h retlw 01h retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0C0h retlw 03h retlw 060h retlw 06h retlw 030h retlw 0Ch retlw 060h retlw 06h retlw 0C0h retlw 03h retlw 060h retlw 06h retlw 030h retlw 0Ch retlw 030h retlw 0Ch retlw 030h retlw 0Ch retlw 060h retlw 06h retlw 0C0h retlw 03h retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0 retlw 0C0h retlw 03h retlw 060h retlw 06h retlw 030h retlw 0Ch retlw 030h retlw 0Ch retlw 030h retlw 0Ch retlw 070h retlw 06h retlw 0F0h retlw 03h retlw 030h retlw 0 retlw 030h retlw 0Ch retlw 060h retlw 06h retlw 0C0h retlw 03h retlw 0 retlw 0 retlw 0 retlw 0 global _string global _string_number global _x global _y global _PORTB _PORTB set 6 global _PORTC _PORTC set 7 global _PORTD _PORTD set 8 global _SSPBUF _SSPBUF set 19 global _SSPCON _SSPCON set 20 global _CARRY _CARRY set 24 global _GIE _GIE set 95 global _SSPIF _SSPIF set 99 global _SSPSTAT _SSPSTAT set 148 global _TRISB _TRISB set 134 global _TRISC _TRISC set 135 global _SSPIE _SSPIE set 1123 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 file "Test.as" line # psect cinit,class=CODE,delta=2 global start_initialization start_initialization: psect bssBANK0,class=BANK0,space=1 global __pbssBANK0 __pbssBANK0: _x: ds 2 _y: ds 2 ; Clear objects allocated to BANK0 psect cinit,class=CODE,delta=2 clrf ((__pbssBANK0)+0)&07Fh clrf ((__pbssBANK0)+1)&07Fh clrf ((__pbssBANK0)+2)&07Fh clrf ((__pbssBANK0)+3)&07Fh 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 cstackCOMMON,class=COMMON,space=1 global __pcstackCOMMON __pcstackCOMMON: global ?_spi_send ?_spi_send: ; 0 bytes @ 0x0 global ??_spi_send ??_spi_send: ; 0 bytes @ 0x0 global ?_lcd_instruction ?_lcd_instruction: ; 0 bytes @ 0x0 global ?_lcd_data ?_lcd_data: ; 0 bytes @ 0x0 global ?_lcd_clear ?_lcd_clear: ; 0 bytes @ 0x0 global ?_lcd_reset ?_lcd_reset: ; 0 bytes @ 0x0 global ?_lcd_set_graphic_mode ?_lcd_set_graphic_mode: ; 0 bytes @ 0x0 global ?_clear_lcd ?_clear_lcd: ; 0 bytes @ 0x0 global ?_page_0 ?_page_0: ; 0 bytes @ 0x0 global ??_page_0 ??_page_0: ; 0 bytes @ 0x0 global ?_page_1 ?_page_1: ; 0 bytes @ 0x0 global ??_page_1 ??_page_1: ; 0 bytes @ 0x0 global ?_page_2 ?_page_2: ; 0 bytes @ 0x0 global ??_page_2 ??_page_2: ; 0 bytes @ 0x0 global ?_page_3 ?_page_3: ; 0 bytes @ 0x0 global ??_page_3 ??_page_3: ; 0 bytes @ 0x0 global ?_First_Line ?_First_Line: ; 0 bytes @ 0x0 global ?_Second_Line ?_Second_Line: ; 0 bytes @ 0x0 global ?_Third_Line ?_Third_Line: ; 0 bytes @ 0x0 global ?_Fourth_Line ?_Fourth_Line: ; 0 bytes @ 0x0 global ?_init_SPI ?_init_SPI: ; 0 bytes @ 0x0 global ??_init_SPI ??_init_SPI: ; 0 bytes @ 0x0 global ?_flilflop_Enable ?_flilflop_Enable: ; 0 bytes @ 0x0 global ?_DeviceInit ?_DeviceInit: ; 0 bytes @ 0x0 global ?_main ?_main: ; 0 bytes @ 0x0 global ?___awmod ?___awmod: ; 2 bytes @ 0x0 global spi_send@data spi_send@data: ; 1 bytes @ 0x0 global flilflop_Enable@OuputData flilflop_Enable@OuputData: ; 1 bytes @ 0x0 global ___awmod@divisor ___awmod@divisor: ; 2 bytes @ 0x0 ds 1 global ??_lcd_instruction ??_lcd_instruction: ; 0 bytes @ 0x1 global ??_lcd_data ??_lcd_data: ; 0 bytes @ 0x1 global ??_flilflop_Enable ??_flilflop_Enable: ; 0 bytes @ 0x1 ds 1 global lcd_instruction@ins lcd_instruction@ins: ; 1 bytes @ 0x2 global lcd_data@data lcd_data@data: ; 1 bytes @ 0x2 global flilflop_Enable@Add flilflop_Enable@Add: ; 1 bytes @ 0x2 global ___awmod@dividend ___awmod@dividend: ; 2 bytes @ 0x2 ds 1 global ??_lcd_clear ??_lcd_clear: ; 0 bytes @ 0x3 global ?_draw_data ?_draw_data: ; 0 bytes @ 0x3 global ??_lcd_set_graphic_mode ??_lcd_set_graphic_mode: ; 0 bytes @ 0x3 global ??_DeviceInit ??_DeviceInit: ; 0 bytes @ 0x3 global draw_data@y draw_data@y: ; 1 bytes @ 0x3 ds 1 global ??___awmod ??___awmod: ; 0 bytes @ 0x4 global draw_data@data draw_data@data: ; 2 bytes @ 0x4 ds 1 global ??_lcd_reset ??_lcd_reset: ; 0 bytes @ 0x5 global ___awmod@counter ___awmod@counter: ; 1 bytes @ 0x5 ds 1 global ??_draw_data ??_draw_data: ; 0 bytes @ 0x6 global draw_data@x draw_data@x: ; 1 bytes @ 0x6 global ___awmod@sign ___awmod@sign: ; 1 bytes @ 0x6 ds 1 global ??_clear_lcd ??_clear_lcd: ; 0 bytes @ 0x7 global ?_hangulDisplay ?_hangulDisplay: ; 0 bytes @ 0x7 global ?___awdiv ?___awdiv: ; 2 bytes @ 0x7 global hangulDisplay@y_axis hangulDisplay@y_axis: ; 1 bytes @ 0x7 global ___awdiv@divisor ___awdiv@divisor: ; 2 bytes @ 0x7 ds 1 global hangulDisplay@string_sel hangulDisplay@string_sel: ; 1 bytes @ 0x8 global clear_lcd@i clear_lcd@i: ; 2 bytes @ 0x8 ds 1 global hangulDisplay@x_axis hangulDisplay@x_axis: ; 1 bytes @ 0x9 global ___awdiv@dividend ___awdiv@dividend: ; 2 bytes @ 0x9 ds 1 global clear_lcd@j clear_lcd@j: ; 2 bytes @ 0xA global hangulDisplay@j hangulDisplay@j: ; 2 bytes @ 0xA ds 1 global ??___awdiv ??___awdiv: ; 0 bytes @ 0xB ds 1 global ??_First_Line ??_First_Line: ; 0 bytes @ 0xC global ??_Second_Line ??_Second_Line: ; 0 bytes @ 0xC global ??_Third_Line ??_Third_Line: ; 0 bytes @ 0xC global ??_Fourth_Line ??_Fourth_Line: ; 0 bytes @ 0xC ds 2 global ??_main ??_main: ; 0 bytes @ 0xE psect cstackBANK0,class=BANK0,space=1 global __pcstackBANK0 __pcstackBANK0: global ??_hangulDisplay ??_hangulDisplay: ; 0 bytes @ 0x0 global ___awdiv@counter ___awdiv@counter: ; 1 bytes @ 0x0 ds 1 global ___awdiv@sign ___awdiv@sign: ; 1 bytes @ 0x1 ds 1 global ___awdiv@quotient ___awdiv@quotient: ; 2 bytes @ 0x2 ds 2 global ?_number_display ?_number_display: ; 0 bytes @ 0x4 global number_display@y_axis number_display@y_axis: ; 1 bytes @ 0x4 ds 1 global number_display@number number_display@number: ; 2 bytes @ 0x5 ds 2 global ??_number_display ??_number_display: ; 0 bytes @ 0x7 ds 10 global number_display@x_axis number_display@x_axis: ; 1 bytes @ 0x11 ds 1 global number_display@seq number_display@seq: ; 1 bytes @ 0x12 ds 1 global number_display@l number_display@l: ; 2 bytes @ 0x13 ds 2 global number_display@k number_display@k: ; 2 bytes @ 0x15 ds 2 global number_display@j number_display@j: ; 2 bytes @ 0x17 ds 2 global number_display@m number_display@m: ; 2 bytes @ 0x19 ds 2 global number_display@i number_display@i: ; 2 bytes @ 0x1B ds 2 ;;Data sizes: Strings 0, constant 992, data 0, bss 4, persistent 0 stack 0 ;;Auto spaces: Size Autos Used ;; COMMON 14 14 14 ;; BANK0 80 29 33 ;; BANK1 80 0 0 ;; BANK3 96 0 0 ;; BANK2 96 0 0 ;; ;; Pointer list with targets: ;; ?___awdiv int size(1) Largest target is 0 ;; ;; ?___awmod int size(1) Largest target is 0 ;; ;; ;; Critical Paths under _main in COMMON ;; ;; _main->_Third_Line ;; _main->_Fourth_Line ;; _Fourth_Line->_hangulDisplay ;; _Third_Line->_hangulDisplay ;; _Second_Line->_hangulDisplay ;; _First_Line->_hangulDisplay ;; _hangulDisplay->_draw_data ;; _number_display->___awdiv ;; _clear_lcd->_draw_data ;; _lcd_reset->_lcd_clear ;; _lcd_set_graphic_mode->_lcd_instruction ;; _draw_data->_lcd_instruction ;; _draw_data->_lcd_data ;; _lcd_clear->_lcd_instruction ;; _DeviceInit->_flilflop_Enable ;; _lcd_data->_spi_send ;; _lcd_instruction->_spi_send ;; ___awdiv->___awmod ;; ;; Critical Paths under _main in BANK0 ;; ;; _Fourth_Line->_hangulDisplay ;; _Third_Line->_hangulDisplay ;; _Second_Line->_number_display ;; _First_Line->_hangulDisplay ;; _number_display->___awdiv ;; ;; Critical Paths under _main in BANK1 ;; ;; None. ;; ;; Critical Paths under _main in BANK3 ;; ;; None. ;; ;; Critical Paths under _main in BANK2 ;; ;; None. ;; ;;Main: autosize = 0, tempsize = 0, incstack = 0, save=0 ;; ;; ;;Call Graph Tables: ;; ;; --------------------------------------------------------------------------------- ;; (Depth) Function Calls Base Space Used Autos Params Refs ;; --------------------------------------------------------------------------------- ;; (0) _main 0 0 0 4214 ;; _init_SPI ;; _lcd_reset ;; _lcd_set_graphic_mode ;; _clear_lcd ;; _DeviceInit ;; _First_Line ;; _Second_Line ;; _Third_Line ;; _Fourth_Line ;; --------------------------------------------------------------------------------- ;; (1) _Fourth_Line 2 2 0 489 ;; 12 COMMON 2 2 0 ;; _hangulDisplay ;; --------------------------------------------------------------------------------- ;; (1) _Third_Line 2 2 0 489 ;; 12 COMMON 2 2 0 ;; _hangulDisplay ;; --------------------------------------------------------------------------------- ;; (1) _Second_Line 1 1 0 2162 ;; 12 COMMON 1 1 0 ;; _hangulDisplay ;; _number_display ;; --------------------------------------------------------------------------------- ;; (1) _First_Line 1 1 0 489 ;; 12 COMMON 1 1 0 ;; _hangulDisplay ;; --------------------------------------------------------------------------------- ;; (2) _hangulDisplay 14 12 2 489 ;; 7 COMMON 5 3 2 ;; 0 BANK0 9 9 0 ;; _page_0 ;; _page_1 ;; _page_2 ;; _page_3 ;; _draw_data ;; --------------------------------------------------------------------------------- ;; (2) _number_display 25 22 3 1673 ;; 4 BANK0 25 22 3 ;; ___awmod ;; ___awdiv ;; _page_0 ;; _page_1 ;; _page_2 ;; _page_3 ;; _draw_data ;; --------------------------------------------------------------------------------- ;; (1) _clear_lcd 9 9 0 357 ;; 7 COMMON 5 5 0 ;; _draw_data ;; --------------------------------------------------------------------------------- ;; (1) _lcd_reset 2 2 0 132 ;; 5 COMMON 2 2 0 ;; _lcd_instruction ;; _lcd_clear ;; --------------------------------------------------------------------------------- ;; (1) _lcd_set_graphic_mode 2 2 0 66 ;; 3 COMMON 2 2 0 ;; _lcd_instruction ;; --------------------------------------------------------------------------------- ;; (3) _draw_data 4 1 3 220 ;; 3 COMMON 4 1 3 ;; _lcd_instruction ;; _lcd_data ;; --------------------------------------------------------------------------------- ;; (2) _lcd_clear 2 2 0 66 ;; 3 COMMON 2 2 0 ;; _lcd_instruction ;; --------------------------------------------------------------------------------- ;; (1) _DeviceInit 0 0 0 30 ;; _flilflop_Enable ;; --------------------------------------------------------------------------------- ;; (4) _lcd_data 2 2 0 66 ;; 1 COMMON 2 2 0 ;; _spi_send ;; --------------------------------------------------------------------------------- ;; (4) _lcd_instruction 2 2 0 66 ;; 1 COMMON 2 2 0 ;; _spi_send ;; --------------------------------------------------------------------------------- ;; (3) ___awmod 7 3 4 296 ;; 0 COMMON 7 3 4 ;; --------------------------------------------------------------------------------- ;; (3) ___awdiv 9 5 4 300 ;; 7 COMMON 5 1 4 ;; 0 BANK0 4 4 0 ;; ___awmod (ARG) ;; --------------------------------------------------------------------------------- ;; (2) _flilflop_Enable 3 2 1 30 ;; 0 COMMON 3 2 1 ;; --------------------------------------------------------------------------------- ;; (1) _init_SPI 0 0 0 0 ;; --------------------------------------------------------------------------------- ;; (3) _page_3 0 0 0 0 ;; --------------------------------------------------------------------------------- ;; (3) _page_2 0 0 0 0 ;; --------------------------------------------------------------------------------- ;; (3) _page_1 0 0 0 0 ;; --------------------------------------------------------------------------------- ;; (3) _page_0 0 0 0 0 ;; --------------------------------------------------------------------------------- ;; (5) _spi_send 2 2 0 22 ;; 0 COMMON 1 1 0 ;; --------------------------------------------------------------------------------- ;; Estimated maximum stack depth 5 ;; --------------------------------------------------------------------------------- ;; Call Graph Graphs: ;; _main (ROOT) ;; _init_SPI ;; _lcd_reset ;; _lcd_instruction ;; _spi_send ;; _lcd_clear ;; _lcd_instruction ;; _spi_send ;; _lcd_set_graphic_mode ;; _lcd_instruction ;; _spi_send ;; _clear_lcd ;; _draw_data ;; _lcd_instruction ;; _spi_send ;; _lcd_data ;; _spi_send ;; _DeviceInit ;; _flilflop_Enable ;; _First_Line ;; _hangulDisplay ;; _page_0 ;; _page_1 ;; _page_2 ;; _page_3 ;; _draw_data ;; _lcd_instruction ;; _spi_send ;; _lcd_data ;; _spi_send ;; _Second_Line ;; _hangulDisplay ;; _page_0 ;; _page_1 ;; _page_2 ;; _page_3 ;; _draw_data ;; _lcd_instruction ;; _spi_send ;; _lcd_data ;; _spi_send ;; _number_display ;; ___awmod ;; ___awdiv ;; ___awmod (ARG) ;; _page_0 ;; _page_1 ;; _page_2 ;; _page_3 ;; _draw_data ;; _lcd_instruction ;; _spi_send ;; _lcd_data ;; _spi_send ;; _Third_Line ;; _hangulDisplay ;; _page_0 ;; _page_1 ;; _page_2 ;; _page_3 ;; _draw_data ;; _lcd_instruction ;; _spi_send ;; _lcd_data ;; _spi_send ;; _Fourth_Line ;; _hangulDisplay ;; _page_0 ;; _page_1 ;; _page_2 ;; _page_3 ;; _draw_data ;; _lcd_instruction ;; _spi_send ;; _lcd_data ;; _spi_send ;; ;; Address spaces: ;;Name Size Autos Total Cost Usage ;;BITCOMMON E 0 0 0 0.0% ;;EEDATA 100 0 0 0 0.0% ;;NULL 0 0 0 0 0.0% ;;CODE 0 0 0 0 0.0% ;;COMMON E E E 1 100.0% ;;BITSFR0 0 0 0 1 0.0% ;;SFR0 0 0 0 1 0.0% ;;BITSFR1 0 0 0 2 0.0% ;;SFR1 0 0 0 2 0.0% ;;STACK 0 0 5 2 0.0% ;;ABS 0 0 2F 3 0.0% ;;BITBANK0 50 0 0 4 0.0% ;;BITSFR3 0 0 0 4 0.0% ;;SFR3 0 0 0 4 0.0% ;;BANK0 50 1D 21 5 41.3% ;;BITSFR2 0 0 0 5 0.0% ;;SFR2 0 0 0 5 0.0% ;;BITBANK1 50 0 0 6 0.0% ;;BANK1 50 0 0 7 0.0% ;;BITBANK3 60 0 0 8 0.0% ;;BANK3 60 0 0 9 0.0% ;;BITBANK2 60 0 0 10 0.0% ;;BANK2 60 0 0 11 0.0% ;;DATA 0 0 34 12 0.0% global _main psect maintext,global,class=CODE,delta=2 global __pmaintext __pmaintext: ;; *************** function _main ***************** ;; Defined at: ;; line 395 in file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH10_GLCD\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, btemp+1, 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 0 0 0 ;; Totals: 0 0 0 0 0 ;;Total ram usage: 0 bytes ;; Hardware stack levels required when called: 5 ;; This function calls: ;; _init_SPI ;; _lcd_reset ;; _lcd_set_graphic_mode ;; _clear_lcd ;; _DeviceInit ;; _First_Line ;; _Second_Line ;; _Third_Line ;; _Fourth_Line ;; 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\CH10_GLCD\test_all_code.c" line 395 global __size_of_main __size_of_main equ __end_of_main-_main _main: opt stack 3 ; Regs used in _main: [wreg-fsr0h+status,2+status,0+btemp+1+pclath+cstack] line 396 l3398: ;test_all_code.c: 396: init_SPI(); fcall _init_SPI line 397 ;test_all_code.c: 397: lcd_reset(); fcall _lcd_reset line 398 ;test_all_code.c: 398: lcd_set_graphic_mode(); fcall _lcd_set_graphic_mode line 399 l3400: ;test_all_code.c: 399: clear_lcd(); fcall _clear_lcd line 400 l3402: ;test_all_code.c: 400: DeviceInit(); fcall _DeviceInit goto l3404 line 401 ;test_all_code.c: 401: while (1) l802: line 403 l3404: ;test_all_code.c: 402: { ;test_all_code.c: 403: First_Line(); fcall _First_Line line 404 l3406: ;test_all_code.c: 404: Second_Line(); fcall _Second_Line line 405 l3408: ;test_all_code.c: 405: Third_Line(); fcall _Third_Line line 406 l3410: ;test_all_code.c: 406: Fourth_Line(); fcall _Fourth_Line goto l3404 line 407 l803: line 401 goto l3404 l804: line 408 l805: global start ljmp start opt stack 0 GLOBAL __end_of_main __end_of_main: ;; =============== function _main ends ============ signat _main,88 global _Fourth_Line psect text432,local,class=CODE,delta=2 global __ptext432 __ptext432: ;; *************** function _Fourth_Line ***************** ;; Defined at: ;; line 355 in file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH10_GLCD\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, btemp+1, 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: 2 0 0 0 0 ;; Totals: 2 0 0 0 0 ;;Total ram usage: 2 bytes ;; Hardware stack levels used: 1 ;; Hardware stack levels required when called: 4 ;; This function calls: ;; _hangulDisplay ;; This function is called by: ;; _main ;; This function uses a non-reentrant model ;; psect text432 file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH10_GLCD\test_all_code.c" line 355 global __size_of_Fourth_Line __size_of_Fourth_Line equ __end_of_Fourth_Line-_Fourth_Line _Fourth_Line: opt stack 3 ; Regs used in _Fourth_Line: [wreg-fsr0h+status,2+status,0+btemp+1+pclath+cstack] line 356 l3396: ;test_all_code.c: 356: hangulDisplay(0, 3, 12); movlw (03h) movwf (??_Fourth_Line+0)+0 movf (??_Fourth_Line+0)+0,w movwf (?_hangulDisplay) movlw (0Ch) movwf (??_Fourth_Line+1)+0 movf (??_Fourth_Line+1)+0,w movwf 0+(?_hangulDisplay)+01h movlw (0) fcall _hangulDisplay line 357 ;test_all_code.c: 357: hangulDisplay(1, 3, 13); movlw (03h) movwf (??_Fourth_Line+0)+0 movf (??_Fourth_Line+0)+0,w movwf (?_hangulDisplay) movlw (0Dh) movwf (??_Fourth_Line+1)+0 movf (??_Fourth_Line+1)+0,w movwf 0+(?_hangulDisplay)+01h movlw (01h) fcall _hangulDisplay line 358 ;test_all_code.c: 358: hangulDisplay(2, 3, 14); movlw (03h) movwf (??_Fourth_Line+0)+0 movf (??_Fourth_Line+0)+0,w movwf (?_hangulDisplay) movlw (0Eh) movwf (??_Fourth_Line+1)+0 movf (??_Fourth_Line+1)+0,w movwf 0+(?_hangulDisplay)+01h movlw (02h) fcall _hangulDisplay line 359 ;test_all_code.c: 359: hangulDisplay(3, 3, 15); movlw (03h) movwf (??_Fourth_Line+0)+0 movf (??_Fourth_Line+0)+0,w movwf (?_hangulDisplay) movlw (0Fh) movwf (??_Fourth_Line+1)+0 movf (??_Fourth_Line+1)+0,w movwf 0+(?_hangulDisplay)+01h movlw (03h) fcall _hangulDisplay line 360 ;test_all_code.c: 360: hangulDisplay(4, 3, 16); movlw (03h) movwf (??_Fourth_Line+0)+0 movf (??_Fourth_Line+0)+0,w movwf (?_hangulDisplay) movlw (010h) movwf (??_Fourth_Line+1)+0 movf (??_Fourth_Line+1)+0,w movwf 0+(?_hangulDisplay)+01h movlw (04h) fcall _hangulDisplay line 361 ;test_all_code.c: 361: hangulDisplay(5, 3, 18); movlw (03h) movwf (??_Fourth_Line+0)+0 movf (??_Fourth_Line+0)+0,w movwf (?_hangulDisplay) movlw (012h) movwf (??_Fourth_Line+1)+0 movf (??_Fourth_Line+1)+0,w movwf 0+(?_hangulDisplay)+01h movlw (05h) fcall _hangulDisplay line 362 ;test_all_code.c: 362: hangulDisplay(6, 3, 19); movlw (03h) movwf (??_Fourth_Line+0)+0 movf (??_Fourth_Line+0)+0,w movwf (?_hangulDisplay) movlw (013h) movwf (??_Fourth_Line+1)+0 movf (??_Fourth_Line+1)+0,w movwf 0+(?_hangulDisplay)+01h movlw (06h) fcall _hangulDisplay line 363 ;test_all_code.c: 363: hangulDisplay(7, 3, 20); movlw (03h) movwf (??_Fourth_Line+0)+0 movf (??_Fourth_Line+0)+0,w movwf (?_hangulDisplay) movlw (014h) movwf (??_Fourth_Line+1)+0 movf (??_Fourth_Line+1)+0,w movwf 0+(?_hangulDisplay)+01h movlw (07h) fcall _hangulDisplay line 364 l790: return opt stack 0 GLOBAL __end_of_Fourth_Line __end_of_Fourth_Line: ;; =============== function _Fourth_Line ends ============ signat _Fourth_Line,88 global _Third_Line psect text433,local,class=CODE,delta=2 global __ptext433 __ptext433: ;; *************** function _Third_Line ***************** ;; Defined at: ;; line 343 in file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH10_GLCD\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, btemp+1, 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: 2 0 0 0 0 ;; Totals: 2 0 0 0 0 ;;Total ram usage: 2 bytes ;; Hardware stack levels used: 1 ;; Hardware stack levels required when called: 4 ;; This function calls: ;; _hangulDisplay ;; This function is called by: ;; _main ;; This function uses a non-reentrant model ;; psect text433 file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH10_GLCD\test_all_code.c" line 343 global __size_of_Third_Line __size_of_Third_Line equ __end_of_Third_Line-_Third_Line _Third_Line: opt stack 3 ; Regs used in _Third_Line: [wreg-fsr0h+status,2+status,0+btemp+1+pclath+cstack] line 345 l3394: ;test_all_code.c: 345: hangulDisplay(0, 2, 99); movlw (02h) movwf (??_Third_Line+0)+0 movf (??_Third_Line+0)+0,w movwf (?_hangulDisplay) movlw (063h) movwf (??_Third_Line+1)+0 movf (??_Third_Line+1)+0,w movwf 0+(?_hangulDisplay)+01h movlw (0) fcall _hangulDisplay line 346 ;test_all_code.c: 346: hangulDisplay(1, 2, 6); movlw (02h) movwf (??_Third_Line+0)+0 movf (??_Third_Line+0)+0,w movwf (?_hangulDisplay) movlw (06h) movwf (??_Third_Line+1)+0 movf (??_Third_Line+1)+0,w movwf 0+(?_hangulDisplay)+01h movlw (01h) fcall _hangulDisplay line 347 ;test_all_code.c: 347: hangulDisplay(2, 2, 7); movlw (02h) movwf (??_Third_Line+0)+0 movf (??_Third_Line+0)+0,w movwf (?_hangulDisplay) movlw (07h) movwf (??_Third_Line+1)+0 movf (??_Third_Line+1)+0,w movwf 0+(?_hangulDisplay)+01h movlw (02h) fcall _hangulDisplay line 348 ;test_all_code.c: 348: hangulDisplay(3, 2, 8); movlw (02h) movwf (??_Third_Line+0)+0 movf (??_Third_Line+0)+0,w movwf (?_hangulDisplay) movlw (08h) movwf (??_Third_Line+1)+0 movf (??_Third_Line+1)+0,w movwf 0+(?_hangulDisplay)+01h movlw (03h) fcall _hangulDisplay line 349 ;test_all_code.c: 349: hangulDisplay(4, 2, 9); movlw (02h) movwf (??_Third_Line+0)+0 movf (??_Third_Line+0)+0,w movwf (?_hangulDisplay) movlw (09h) movwf (??_Third_Line+1)+0 movf (??_Third_Line+1)+0,w movwf 0+(?_hangulDisplay)+01h movlw (04h) fcall _hangulDisplay line 350 ;test_all_code.c: 350: hangulDisplay(5, 2, 10); movlw (02h) movwf (??_Third_Line+0)+0 movf (??_Third_Line+0)+0,w movwf (?_hangulDisplay) movlw (0Ah) movwf (??_Third_Line+1)+0 movf (??_Third_Line+1)+0,w movwf 0+(?_hangulDisplay)+01h movlw (05h) fcall _hangulDisplay line 351 ;test_all_code.c: 351: hangulDisplay(6, 2, 11); movlw (02h) movwf (??_Third_Line+0)+0 movf (??_Third_Line+0)+0,w movwf (?_hangulDisplay) movlw (0Bh) movwf (??_Third_Line+1)+0 movf (??_Third_Line+1)+0,w movwf 0+(?_hangulDisplay)+01h movlw (06h) fcall _hangulDisplay line 352 ;test_all_code.c: 352: hangulDisplay(7, 2, 99); movlw (02h) movwf (??_Third_Line+0)+0 movf (??_Third_Line+0)+0,w movwf (?_hangulDisplay) movlw (063h) movwf (??_Third_Line+1)+0 movf (??_Third_Line+1)+0,w movwf 0+(?_hangulDisplay)+01h movlw (07h) fcall _hangulDisplay line 353 l787: return opt stack 0 GLOBAL __end_of_Third_Line __end_of_Third_Line: ;; =============== function _Third_Line ends ============ signat _Third_Line,88 global _Second_Line psect text434,local,class=CODE,delta=2 global __ptext434 __ptext434: ;; *************** function _Second_Line ***************** ;; Defined at: ;; line 336 in file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH10_GLCD\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, btemp+1, 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: 1 0 0 0 0 ;; Totals: 1 0 0 0 0 ;;Total ram usage: 1 bytes ;; Hardware stack levels used: 1 ;; Hardware stack levels required when called: 4 ;; This function calls: ;; _hangulDisplay ;; _number_display ;; This function is called by: ;; _main ;; This function uses a non-reentrant model ;; psect text434 file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH10_GLCD\test_all_code.c" line 336 global __size_of_Second_Line __size_of_Second_Line equ __end_of_Second_Line-_Second_Line _Second_Line: opt stack 3 ; Regs used in _Second_Line: [wreg-fsr0h+status,2+status,0+btemp+1+pclath+cstack] line 337 l3392: ;test_all_code.c: 337: hangulDisplay(0, 1, 99); clrf (?_hangulDisplay) bsf status,0 rlf (?_hangulDisplay),f movlw (063h) movwf (??_Second_Line+0)+0 movf (??_Second_Line+0)+0,w movwf 0+(?_hangulDisplay)+01h movlw (0) fcall _hangulDisplay line 338 ;test_all_code.c: 338: number_display(1, 1, 128); bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 clrf (?_number_display) bsf status,0 rlf (?_number_display),f movlw low(080h) movwf 0+(?_number_display)+01h movlw high(080h) movwf (0+(?_number_display)+01h)+1 movlw (01h) fcall _number_display line 339 ;test_all_code.c: 339: hangulDisplay(4, 1, 17); clrf (?_hangulDisplay) bsf status,0 rlf (?_hangulDisplay),f movlw (011h) movwf (??_Second_Line+0)+0 movf (??_Second_Line+0)+0,w movwf 0+(?_hangulDisplay)+01h movlw (04h) fcall _hangulDisplay line 340 ;test_all_code.c: 340: number_display(5, 1, 64); bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 clrf (?_number_display) bsf status,0 rlf (?_number_display),f movlw low(040h) movwf 0+(?_number_display)+01h movlw high(040h) movwf (0+(?_number_display)+01h)+1 movlw (05h) fcall _number_display line 341 l784: return opt stack 0 GLOBAL __end_of_Second_Line __end_of_Second_Line: ;; =============== function _Second_Line ends ============ signat _Second_Line,88 global _First_Line psect text435,local,class=CODE,delta=2 global __ptext435 __ptext435: ;; *************** function _First_Line ***************** ;; Defined at: ;; line 325 in file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH10_GLCD\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, btemp+1, 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: 1 0 0 0 0 ;; Totals: 1 0 0 0 0 ;;Total ram usage: 1 bytes ;; Hardware stack levels used: 1 ;; Hardware stack levels required when called: 4 ;; This function calls: ;; _hangulDisplay ;; This function is called by: ;; _main ;; This function uses a non-reentrant model ;; psect text435 file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH10_GLCD\test_all_code.c" line 325 global __size_of_First_Line __size_of_First_Line equ __end_of_First_Line-_First_Line _First_Line: opt stack 3 ; Regs used in _First_Line: [wreg-fsr0h+status,2+status,0+btemp+1+pclath+cstack] line 326 l3390: ;test_all_code.c: 326: hangulDisplay(0, 0, 99); clrf (?_hangulDisplay) movlw (063h) movwf (??_First_Line+0)+0 movf (??_First_Line+0)+0,w movwf 0+(?_hangulDisplay)+01h movlw (0) fcall _hangulDisplay line 327 ;test_all_code.c: 327: hangulDisplay(1, 0, 0); clrf (?_hangulDisplay) clrf 0+(?_hangulDisplay)+01h movlw (01h) fcall _hangulDisplay line 328 ;test_all_code.c: 328: hangulDisplay(2, 0, 1); clrf (?_hangulDisplay) clrf 0+(?_hangulDisplay)+01h bsf status,0 rlf 0+(?_hangulDisplay)+01h,f movlw (02h) fcall _hangulDisplay line 329 ;test_all_code.c: 329: hangulDisplay(3, 0, 2); clrf (?_hangulDisplay) movlw (02h) movwf (??_First_Line+0)+0 movf (??_First_Line+0)+0,w movwf 0+(?_hangulDisplay)+01h movlw (03h) fcall _hangulDisplay line 330 ;test_all_code.c: 330: hangulDisplay(4, 0, 3); clrf (?_hangulDisplay) movlw (03h) movwf (??_First_Line+0)+0 movf (??_First_Line+0)+0,w movwf 0+(?_hangulDisplay)+01h movlw (04h) fcall _hangulDisplay line 331 ;test_all_code.c: 331: hangulDisplay(5, 0, 4); clrf (?_hangulDisplay) movlw (04h) movwf (??_First_Line+0)+0 movf (??_First_Line+0)+0,w movwf 0+(?_hangulDisplay)+01h movlw (05h) fcall _hangulDisplay line 332 ;test_all_code.c: 332: hangulDisplay(6, 0, 5); clrf (?_hangulDisplay) movlw (05h) movwf (??_First_Line+0)+0 movf (??_First_Line+0)+0,w movwf 0+(?_hangulDisplay)+01h movlw (06h) fcall _hangulDisplay line 333 ;test_all_code.c: 333: hangulDisplay(7, 0, 99); clrf (?_hangulDisplay) movlw (063h) movwf (??_First_Line+0)+0 movf (??_First_Line+0)+0,w movwf 0+(?_hangulDisplay)+01h movlw (07h) fcall _hangulDisplay line 334 l781: return opt stack 0 GLOBAL __end_of_First_Line __end_of_First_Line: ;; =============== function _First_Line ends ============ signat _First_Line,88 global _hangulDisplay psect text436,local,class=CODE,delta=2 global __ptext436 __ptext436: ;; *************** function _hangulDisplay ***************** ;; Defined at: ;; line 290 in file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH10_GLCD\test_all_code.c" ;; Parameters: Size Location Type ;; x_axis 1 wreg unsigned char ;; y_axis 1 7[COMMON] unsigned char ;; string_sel 1 8[COMMON] unsigned char ;; Auto vars: Size Location Type ;; x_axis 1 9[COMMON] unsigned char ;; j 2 10[COMMON] int ;; Return value: Size Location Type ;; None void ;; Registers used: ;; wreg, fsr0l, fsr0h, status,2, status,0, btemp+1, pclath, cstack ;; Tracked objects: ;; On entry : 0/0 ;; On exit : 0/0 ;; Unchanged: 0/0 ;; Data sizes: COMMON BANK0 BANK1 BANK3 BANK2 ;; Params: 2 0 0 0 0 ;; Locals: 3 0 0 0 0 ;; Temps: 0 9 0 0 0 ;; Totals: 5 9 0 0 0 ;;Total ram usage: 14 bytes ;; Hardware stack levels used: 1 ;; Hardware stack levels required when called: 3 ;; This function calls: ;; _page_0 ;; _page_1 ;; _page_2 ;; _page_3 ;; _draw_data ;; This function is called by: ;; _First_Line ;; _Second_Line ;; _Third_Line ;; _Fourth_Line ;; This function uses a non-reentrant model ;; psect text436 file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH10_GLCD\test_all_code.c" line 290 global __size_of_hangulDisplay __size_of_hangulDisplay equ __end_of_hangulDisplay-_hangulDisplay _hangulDisplay: opt stack 3 ; Regs used in _hangulDisplay: [wreg-fsr0h+status,2+status,0+btemp+1+pclath+cstack] ;hangulDisplay@x_axis stored from wreg movwf (hangulDisplay@x_axis) line 291 l3350: ;test_all_code.c: 291: int j = 0; clrf (hangulDisplay@j) clrf (hangulDisplay@j+1) line 292 ;test_all_code.c: 292: switch (y_axis) goto l3362 line 294 ;test_all_code.c: 293: { ;test_all_code.c: 294: case 0: l767: line 295 l3352: ;test_all_code.c: 295: page_0(); fcall _page_0 line 296 ;test_all_code.c: 296: break; goto l3364 line 297 ;test_all_code.c: 297: case 1: l769: line 298 l3354: ;test_all_code.c: 298: page_1(); fcall _page_1 line 299 ;test_all_code.c: 299: break; goto l3364 line 300 ;test_all_code.c: 300: case 2: l770: line 301 l3356: ;test_all_code.c: 301: page_2(); fcall _page_2 line 302 ;test_all_code.c: 302: break; goto l3364 line 303 ;test_all_code.c: 303: case 3: l771: line 304 l3358: ;test_all_code.c: 304: page_3(); fcall _page_3 line 305 ;test_all_code.c: 305: break; goto l3364 line 306 l3360: ;test_all_code.c: 306: } goto l3364 line 292 l766: l3362: movf (hangulDisplay@y_axis),w ; Switch size 1, requested type "space" ; Number of cases is 4, Range of values is 0 to 3 ; switch strategies available: ; Name Instructions Cycles ; simple_byte 13 7 (average) ; direct_byte 20 8 (fixed) ; jumptable 260 6 (fixed) ; rangetable 8 6 (fixed) ; spacedrange 14 9 (fixed) ; locatedrange 4 3 (fixed) ; Chosen strategy is simple_byte opt asmopt_off xorlw 0^0 ; case 0 skipnz goto l3352 xorlw 1^0 ; case 1 skipnz goto l3354 xorlw 2^1 ; case 2 skipnz goto l3356 xorlw 3^2 ; case 3 skipnz goto l3358 goto l3364 opt asmopt_on line 306 l768: line 307 l3364: ;test_all_code.c: 307: if (string_sel == 99) movf (hangulDisplay@string_sel),w xorlw 063h skipz goto u3101 goto u3100 u3101: goto l3378 u3100: line 309 l3366: ;test_all_code.c: 308: { ;test_all_code.c: 309: for (j = 0;j < 16;j++) clrf (hangulDisplay@j) clrf (hangulDisplay@j+1) l3368: movf (hangulDisplay@j+1),w xorlw 80h movwf btemp+1 movlw (high(010h))^80h subwf btemp+1,w skipz goto u3115 movlw low(010h) subwf (hangulDisplay@j),w u3115: skipc goto u3111 goto u3110 u3111: goto l3372 u3110: goto l778 l3370: goto l778 line 310 l773: line 311 l3372: ;test_all_code.c: 310: { ;test_all_code.c: 311: draw_data((x_axis + x), (j + y), 0); bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movf (_y),w addwf (hangulDisplay@j),w movwf (??_hangulDisplay+0)+0 movf (??_hangulDisplay+0)+0,w movwf (?_draw_data) movlw low(0) movwf 0+(?_draw_data)+01h movlw high(0) movwf (0+(?_draw_data)+01h)+1 movf (_x),w addwf (hangulDisplay@x_axis),w fcall _draw_data line 309 l3374: movlw low(01h) addwf (hangulDisplay@j),f skipnc incf (hangulDisplay@j+1),f movlw high(01h) addwf (hangulDisplay@j+1),f l3376: movf (hangulDisplay@j+1),w xorlw 80h movwf btemp+1 movlw (high(010h))^80h subwf btemp+1,w skipz goto u3125 movlw low(010h) subwf (hangulDisplay@j),w u3125: skipc goto u3121 goto u3120 u3121: goto l3372 u3120: goto l778 l774: line 314 ;test_all_code.c: 312: } ;test_all_code.c: 314: } goto l778 line 315 l772: line 317 l3378: ;test_all_code.c: 315: else ;test_all_code.c: 316: { ;test_all_code.c: 317: for (j = 0;j < 16;j++) clrf (hangulDisplay@j) clrf (hangulDisplay@j+1) l3380: movf (hangulDisplay@j+1),w xorlw 80h movwf btemp+1 movlw (high(010h))^80h subwf btemp+1,w skipz goto u3135 movlw low(010h) subwf (hangulDisplay@j),w u3135: skipc goto u3131 goto u3130 u3131: goto l3384 u3130: goto l778 l3382: goto l778 line 318 l776: line 319 l3384: ;test_all_code.c: 318: { ;test_all_code.c: 319: draw_data((x_axis + x), (j + y), string[string_sel][j]); bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movf (_y),w addwf (hangulDisplay@j),w movwf (??_hangulDisplay+0)+0 movf (??_hangulDisplay+0)+0,w movwf (?_draw_data) movf (hangulDisplay@j+1),w movwf (??_hangulDisplay+1)+0+1 movf (hangulDisplay@j),w movwf (??_hangulDisplay+1)+0 movlw 01h movwf btemp+1 u3145: clrc rlf (??_hangulDisplay+1)+0,f rlf (??_hangulDisplay+1)+1,f decfsz btemp+1,f goto u3145 movf (hangulDisplay@string_sel),w movwf (??_hangulDisplay+3)+0 clrf (??_hangulDisplay+3)+0+1 movlw 05h movwf btemp+1 u3155: clrc rlf (??_hangulDisplay+3)+0,f rlf (??_hangulDisplay+3)+1,f decfsz btemp+1,f goto u3155 movlw low(_string|8000h) movwf (??_hangulDisplay+5)+0 movlw high(_string|8000h) movwf (??_hangulDisplay+5)+0+1 movf 0+(??_hangulDisplay+3)+0,w addwf 0+(??_hangulDisplay+5)+0,w movwf (??_hangulDisplay+7)+0 movf 1+(??_hangulDisplay+3)+0,w skipnc incf 1+(??_hangulDisplay+3)+0,w addwf 1+(??_hangulDisplay+5)+0,w movwf 1+(??_hangulDisplay+7)+0 movf 0+(??_hangulDisplay+1)+0,w addwf 0+(??_hangulDisplay+7)+0,w movwf fsr0 movf 1+(??_hangulDisplay+1)+0,w skipnc incf 1+(??_hangulDisplay+1)+0,w addwf 1+(??_hangulDisplay+7)+0,w movwf btemp+1 fcall stringtab movwf 0+(?_draw_data)+01h fcall stringtab movwf 1+(?_draw_data)+01h movf (_x),w addwf (hangulDisplay@x_axis),w fcall _draw_data line 317 l3386: movlw low(01h) addwf (hangulDisplay@j),f skipnc incf (hangulDisplay@j+1),f movlw high(01h) addwf (hangulDisplay@j+1),f l3388: movf (hangulDisplay@j+1),w xorlw 80h movwf btemp+1 movlw (high(010h))^80h subwf btemp+1,w skipz goto u3165 movlw low(010h) subwf (hangulDisplay@j),w u3165: skipc goto u3161 goto u3160 u3161: goto l3384 u3160: goto l778 l777: goto l778 line 321 l775: line 323 l778: return opt stack 0 GLOBAL __end_of_hangulDisplay __end_of_hangulDisplay: ;; =============== function _hangulDisplay ends ============ signat _hangulDisplay,12408 global _number_display psect text437,local,class=CODE,delta=2 global __ptext437 __ptext437: ;; *************** function _number_display ***************** ;; Defined at: ;; line 223 in file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH10_GLCD\test_all_code.c" ;; Parameters: Size Location Type ;; x_axis 1 wreg unsigned char ;; y_axis 1 4[BANK0 ] unsigned char ;; number 2 5[BANK0 ] int ;; Auto vars: Size Location Type ;; x_axis 1 17[BANK0 ] unsigned char ;; m 2 25[BANK0 ] int ;; i 2 27[BANK0 ] volatile unsigned int ;; j 2 23[BANK0 ] volatile unsigned int ;; k 2 21[BANK0 ] volatile unsigned int ;; l 2 19[BANK0 ] volatile unsigned int ;; seq 1 18[BANK0 ] unsigned char ;; Return value: Size Location Type ;; None void ;; Registers used: ;; wreg, fsr0l, fsr0h, status,2, status,0, btemp+1, 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 12 0 0 0 ;; Temps: 0 10 0 0 0 ;; Totals: 0 25 0 0 0 ;;Total ram usage: 25 bytes ;; Hardware stack levels used: 1 ;; Hardware stack levels required when called: 3 ;; This function calls: ;; ___awmod ;; ___awdiv ;; _page_0 ;; _page_1 ;; _page_2 ;; _page_3 ;; _draw_data ;; This function is called by: ;; _Second_Line ;; This function uses a non-reentrant model ;; psect text437 file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH10_GLCD\test_all_code.c" line 223 global __size_of_number_display __size_of_number_display equ __end_of_number_display-_number_display _number_display: opt stack 3 ; Regs used in _number_display: [wreg-fsr0h+status,2+status,0+btemp+1+pclath+cstack] ;number_display@x_axis stored from wreg bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movwf (number_display@x_axis) line 224 l3254: ;test_all_code.c: 224: volatile unsigned int i, j, k, l = 0; clrf (number_display@l) ;volatile clrf (number_display@l+1) ;volatile line 225 l3256: ;test_all_code.c: 225: unsigned char seq = 0; clrf (number_display@seq) line 226 ;test_all_code.c: 226: int m = 0; clrf (number_display@m) clrf (number_display@m+1) line 227 l3258: ;test_all_code.c: 227: i = (number % 10000) / 1000; movlw low(03E8h) movwf (?___awdiv) movlw high(03E8h) movwf ((?___awdiv))+1 movf (number_display@number+1),w clrf 1+(?___awmod)+02h addwf 1+(?___awmod)+02h movf (number_display@number),w clrf 0+(?___awmod)+02h addwf 0+(?___awmod)+02h movlw low(02710h) movwf (?___awmod) movlw high(02710h) movwf ((?___awmod))+1 fcall ___awmod movf (1+(?___awmod)),w clrf 1+(?___awdiv)+02h addwf 1+(?___awdiv)+02h movf (0+(?___awmod)),w clrf 0+(?___awdiv)+02h addwf 0+(?___awdiv)+02h fcall ___awdiv movf (1+(?___awdiv)),w bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 clrf (number_display@i+1) addwf (number_display@i+1) movf (0+(?___awdiv)),w clrf (number_display@i) addwf (number_display@i) line 228 l3260: ;test_all_code.c: 228: j = (number % 1000) / 100; movlw low(064h) movwf (?___awdiv) movlw high(064h) movwf ((?___awdiv))+1 movf (number_display@number+1),w clrf 1+(?___awmod)+02h addwf 1+(?___awmod)+02h movf (number_display@number),w clrf 0+(?___awmod)+02h addwf 0+(?___awmod)+02h movlw low(03E8h) movwf (?___awmod) movlw high(03E8h) movwf ((?___awmod))+1 fcall ___awmod movf (1+(?___awmod)),w clrf 1+(?___awdiv)+02h addwf 1+(?___awdiv)+02h movf (0+(?___awmod)),w clrf 0+(?___awdiv)+02h addwf 0+(?___awdiv)+02h fcall ___awdiv movf (1+(?___awdiv)),w bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 clrf (number_display@j+1) addwf (number_display@j+1) movf (0+(?___awdiv)),w clrf (number_display@j) addwf (number_display@j) line 229 l3262: ;test_all_code.c: 229: k = (number % 100) / 10; movlw low(0Ah) movwf (?___awdiv) movlw high(0Ah) movwf ((?___awdiv))+1 movf (number_display@number+1),w clrf 1+(?___awmod)+02h addwf 1+(?___awmod)+02h movf (number_display@number),w clrf 0+(?___awmod)+02h addwf 0+(?___awmod)+02h movlw low(064h) movwf (?___awmod) movlw high(064h) movwf ((?___awmod))+1 fcall ___awmod movf (1+(?___awmod)),w clrf 1+(?___awdiv)+02h addwf 1+(?___awdiv)+02h movf (0+(?___awmod)),w clrf 0+(?___awdiv)+02h addwf 0+(?___awdiv)+02h fcall ___awdiv movf (1+(?___awdiv)),w bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 clrf (number_display@k+1) addwf (number_display@k+1) movf (0+(?___awdiv)),w clrf (number_display@k) addwf (number_display@k) line 230 l3264: ;test_all_code.c: 230: l = (number % 10); movlw low(0Ah) movwf (?___awmod) movlw high(0Ah) movwf ((?___awmod))+1 movf (number_display@number+1),w clrf 1+(?___awmod)+02h addwf 1+(?___awmod)+02h movf (number_display@number),w clrf 0+(?___awmod)+02h addwf 0+(?___awmod)+02h fcall ___awmod movf (1+(?___awmod)),w bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 clrf (number_display@l+1) addwf (number_display@l+1) movf (0+(?___awmod)),w clrf (number_display@l) addwf (number_display@l) line 231 ;test_all_code.c: 231: switch (y_axis) goto l3276 line 233 ;test_all_code.c: 232: { ;test_all_code.c: 233: case 0: l744: line 234 l3266: ;test_all_code.c: 234: page_0(); fcall _page_0 line 235 ;test_all_code.c: 235: break; goto l3278 line 236 ;test_all_code.c: 236: case 1: l746: line 237 l3268: ;test_all_code.c: 237: page_1(); fcall _page_1 line 238 ;test_all_code.c: 238: break; goto l3278 line 239 ;test_all_code.c: 239: case 2: l747: line 240 l3270: ;test_all_code.c: 240: page_2(); fcall _page_2 line 241 ;test_all_code.c: 241: break; goto l3278 line 242 ;test_all_code.c: 242: case 3: l748: line 243 l3272: ;test_all_code.c: 243: page_3(); fcall _page_3 line 244 ;test_all_code.c: 244: break; goto l3278 line 245 l3274: ;test_all_code.c: 245: } goto l3278 line 231 l743: l3276: bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movf (number_display@y_axis),w ; Switch size 1, requested type "space" ; Number of cases is 4, Range of values is 0 to 3 ; switch strategies available: ; Name Instructions Cycles ; simple_byte 13 7 (average) ; direct_byte 20 8 (fixed) ; jumptable 260 6 (fixed) ; rangetable 8 6 (fixed) ; spacedrange 14 9 (fixed) ; locatedrange 4 3 (fixed) ; Chosen strategy is simple_byte opt asmopt_off xorlw 0^0 ; case 0 skipnz goto l3266 xorlw 1^0 ; case 1 skipnz goto l3268 xorlw 2^1 ; case 2 skipnz goto l3270 xorlw 3^2 ; case 3 skipnz goto l3272 goto l3278 opt asmopt_on line 245 l745: line 246 l3278: ;test_all_code.c: 246: if (i == 0) bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movf ((number_display@i+1)),w ;volatile iorwf ((number_display@i)),w ;volatile skipz goto u2881 goto u2880 u2881: goto l3282 u2880: line 248 l3280: ;test_all_code.c: 247: { ;test_all_code.c: 248: seq = 0; clrf (number_display@seq) line 249 ;test_all_code.c: 249: } goto l3296 line 250 l749: line 252 l3282: ;test_all_code.c: 250: else ;test_all_code.c: 251: { ;test_all_code.c: 252: for (m = 0;m < 16;m++) clrf (number_display@m) clrf (number_display@m+1) l3284: movf (number_display@m+1),w xorlw 80h movwf btemp+1 movlw (high(010h))^80h subwf btemp+1,w skipz goto u2895 movlw low(010h) subwf (number_display@m),w u2895: skipc goto u2891 goto u2890 u2891: goto l3288 u2890: goto l3294 l3286: goto l3294 line 253 l751: line 254 l3288: ;test_all_code.c: 253: { ;test_all_code.c: 254: draw_data((x_axis + x), (m + y), string_number[i][m]); bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movf (_y),w addwf (number_display@m),w movwf (??_number_display+0)+0 movf (??_number_display+0)+0,w movwf (?_draw_data) movf (number_display@m+1),w movwf (??_number_display+1)+0+1 movf (number_display@m),w movwf (??_number_display+1)+0 movlw 01h movwf btemp+1 u2905: clrc rlf (??_number_display+1)+0,f rlf (??_number_display+1)+1,f decfsz btemp+1,f goto u2905 movf (number_display@i+1),w ;volatile movwf (??_number_display+3)+0+1 movf (number_display@i),w ;volatile movwf (??_number_display+3)+0 movlw 05h movwf btemp+1 u2915: clrc rlf (??_number_display+3)+0,f rlf (??_number_display+3)+1,f decfsz btemp+1,f goto u2915 movlw low(_string_number|8000h) movwf (??_number_display+5)+0 movlw high(_string_number|8000h) movwf (??_number_display+5)+0+1 movf 0+(??_number_display+3)+0,w addwf 0+(??_number_display+5)+0,w movwf (??_number_display+7)+0 movf 1+(??_number_display+3)+0,w skipnc incf 1+(??_number_display+3)+0,w addwf 1+(??_number_display+5)+0,w movwf 1+(??_number_display+7)+0 movf 0+(??_number_display+1)+0,w addwf 0+(??_number_display+7)+0,w movwf fsr0 movf 1+(??_number_display+1)+0,w skipnc incf 1+(??_number_display+1)+0,w addwf 1+(??_number_display+7)+0,w movwf btemp+1 fcall stringtab movwf 0+(?_draw_data)+01h fcall stringtab movwf 1+(?_draw_data)+01h movf (_x),w addwf (number_display@x_axis),w fcall _draw_data line 252 l3290: movlw low(01h) bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 addwf (number_display@m),f skipnc incf (number_display@m+1),f movlw high(01h) addwf (number_display@m+1),f l3292: movf (number_display@m+1),w xorlw 80h movwf btemp+1 movlw (high(010h))^80h subwf btemp+1,w skipz goto u2925 movlw low(010h) subwf (number_display@m),w u2925: skipc goto u2921 goto u2920 u2921: goto l3288 u2920: goto l3294 l752: line 256 l3294: ;test_all_code.c: 255: } ;test_all_code.c: 256: seq++; movlw (01h) bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movwf (??_number_display+0)+0 movf (??_number_display+0)+0,w addwf (number_display@seq),f goto l3296 line 257 l750: line 258 l3296: ;test_all_code.c: 257: } ;test_all_code.c: 258: if (i == 0 && j == 0) movf ((number_display@i+1)),w ;volatile iorwf ((number_display@i)),w ;volatile skipz goto u2931 goto u2930 u2931: goto l3302 u2930: l3298: movf ((number_display@j+1)),w ;volatile iorwf ((number_display@j)),w ;volatile skipz goto u2941 goto u2940 u2941: goto l3302 u2940: line 260 l3300: ;test_all_code.c: 259: { ;test_all_code.c: 260: seq = 0; clrf (number_display@seq) line 261 ;test_all_code.c: 261: } goto l3316 line 262 l753: line 264 l3302: ;test_all_code.c: 262: else ;test_all_code.c: 263: { ;test_all_code.c: 264: for (m = 0;m < 16;m++) clrf (number_display@m) clrf (number_display@m+1) l3304: movf (number_display@m+1),w xorlw 80h movwf btemp+1 movlw (high(010h))^80h subwf btemp+1,w skipz goto u2955 movlw low(010h) subwf (number_display@m),w u2955: skipc goto u2951 goto u2950 u2951: goto l3308 u2950: goto l3314 l3306: goto l3314 line 265 l755: line 266 l3308: ;test_all_code.c: 265: { ;test_all_code.c: 266: draw_data((x_axis + x + seq), (m + y), string_number[j][m]); bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movf (_y),w addwf (number_display@m),w movwf (??_number_display+0)+0 movf (??_number_display+0)+0,w movwf (?_draw_data) movf (number_display@m+1),w movwf (??_number_display+1)+0+1 movf (number_display@m),w movwf (??_number_display+1)+0 movlw 01h movwf btemp+1 u2965: clrc rlf (??_number_display+1)+0,f rlf (??_number_display+1)+1,f decfsz btemp+1,f goto u2965 movf (number_display@j+1),w ;volatile movwf (??_number_display+3)+0+1 movf (number_display@j),w ;volatile movwf (??_number_display+3)+0 movlw 05h movwf btemp+1 u2975: clrc rlf (??_number_display+3)+0,f rlf (??_number_display+3)+1,f decfsz btemp+1,f goto u2975 movlw low(_string_number|8000h) movwf (??_number_display+5)+0 movlw high(_string_number|8000h) movwf (??_number_display+5)+0+1 movf 0+(??_number_display+3)+0,w addwf 0+(??_number_display+5)+0,w movwf (??_number_display+7)+0 movf 1+(??_number_display+3)+0,w skipnc incf 1+(??_number_display+3)+0,w addwf 1+(??_number_display+5)+0,w movwf 1+(??_number_display+7)+0 movf 0+(??_number_display+1)+0,w addwf 0+(??_number_display+7)+0,w movwf fsr0 movf 1+(??_number_display+1)+0,w skipnc incf 1+(??_number_display+1)+0,w addwf 1+(??_number_display+7)+0,w movwf btemp+1 fcall stringtab movwf 0+(?_draw_data)+01h fcall stringtab movwf 1+(?_draw_data)+01h movf (number_display@seq),w addwf (number_display@x_axis),w movwf (??_number_display+9)+0 movf (_x),w addwf 0+(??_number_display+9)+0,w fcall _draw_data line 264 l3310: movlw low(01h) bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 addwf (number_display@m),f skipnc incf (number_display@m+1),f movlw high(01h) addwf (number_display@m+1),f l3312: movf (number_display@m+1),w xorlw 80h movwf btemp+1 movlw (high(010h))^80h subwf btemp+1,w skipz goto u2985 movlw low(010h) subwf (number_display@m),w u2985: skipc goto u2981 goto u2980 u2981: goto l3308 u2980: goto l3314 l756: line 268 l3314: ;test_all_code.c: 267: } ;test_all_code.c: 268: seq++; movlw (01h) bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movwf (??_number_display+0)+0 movf (??_number_display+0)+0,w addwf (number_display@seq),f goto l3316 line 269 l754: line 270 l3316: ;test_all_code.c: 269: } ;test_all_code.c: 270: if (i == 0 && j == 0 && k == 0) movf ((number_display@i+1)),w ;volatile iorwf ((number_display@i)),w ;volatile skipz goto u2991 goto u2990 u2991: goto l3324 u2990: l3318: movf ((number_display@j+1)),w ;volatile iorwf ((number_display@j)),w ;volatile skipz goto u3001 goto u3000 u3001: goto l3324 u3000: l3320: movf ((number_display@k+1)),w ;volatile iorwf ((number_display@k)),w ;volatile skipz goto u3011 goto u3010 u3011: goto l3324 u3010: line 272 l3322: ;test_all_code.c: 271: { ;test_all_code.c: 272: seq = 0; clrf (number_display@seq) line 273 ;test_all_code.c: 273: } goto l3338 line 274 l757: line 276 l3324: ;test_all_code.c: 274: else ;test_all_code.c: 275: { ;test_all_code.c: 276: for (m = 0;m < 16;m++) clrf (number_display@m) clrf (number_display@m+1) l3326: movf (number_display@m+1),w xorlw 80h movwf btemp+1 movlw (high(010h))^80h subwf btemp+1,w skipz goto u3025 movlw low(010h) subwf (number_display@m),w u3025: skipc goto u3021 goto u3020 u3021: goto l3330 u3020: goto l3336 l3328: goto l3336 line 277 l759: line 278 l3330: ;test_all_code.c: 277: { ;test_all_code.c: 278: draw_data((x_axis + x + seq), (m + y), string_number[k][m]); bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movf (_y),w addwf (number_display@m),w movwf (??_number_display+0)+0 movf (??_number_display+0)+0,w movwf (?_draw_data) movf (number_display@m+1),w movwf (??_number_display+1)+0+1 movf (number_display@m),w movwf (??_number_display+1)+0 movlw 01h movwf btemp+1 u3035: clrc rlf (??_number_display+1)+0,f rlf (??_number_display+1)+1,f decfsz btemp+1,f goto u3035 movf (number_display@k+1),w ;volatile movwf (??_number_display+3)+0+1 movf (number_display@k),w ;volatile movwf (??_number_display+3)+0 movlw 05h movwf btemp+1 u3045: clrc rlf (??_number_display+3)+0,f rlf (??_number_display+3)+1,f decfsz btemp+1,f goto u3045 movlw low(_string_number|8000h) movwf (??_number_display+5)+0 movlw high(_string_number|8000h) movwf (??_number_display+5)+0+1 movf 0+(??_number_display+3)+0,w addwf 0+(??_number_display+5)+0,w movwf (??_number_display+7)+0 movf 1+(??_number_display+3)+0,w skipnc incf 1+(??_number_display+3)+0,w addwf 1+(??_number_display+5)+0,w movwf 1+(??_number_display+7)+0 movf 0+(??_number_display+1)+0,w addwf 0+(??_number_display+7)+0,w movwf fsr0 movf 1+(??_number_display+1)+0,w skipnc incf 1+(??_number_display+1)+0,w addwf 1+(??_number_display+7)+0,w movwf btemp+1 fcall stringtab movwf 0+(?_draw_data)+01h fcall stringtab movwf 1+(?_draw_data)+01h movf (number_display@seq),w addwf (number_display@x_axis),w movwf (??_number_display+9)+0 movf (_x),w addwf 0+(??_number_display+9)+0,w fcall _draw_data line 276 l3332: movlw low(01h) bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 addwf (number_display@m),f skipnc incf (number_display@m+1),f movlw high(01h) addwf (number_display@m+1),f l3334: movf (number_display@m+1),w xorlw 80h movwf btemp+1 movlw (high(010h))^80h subwf btemp+1,w skipz goto u3055 movlw low(010h) subwf (number_display@m),w u3055: skipc goto u3051 goto u3050 u3051: goto l3330 u3050: goto l3336 l760: line 280 l3336: ;test_all_code.c: 279: } ;test_all_code.c: 280: seq++; movlw (01h) bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movwf (??_number_display+0)+0 movf (??_number_display+0)+0,w addwf (number_display@seq),f goto l3338 line 281 l758: line 282 l3338: ;test_all_code.c: 281: } ;test_all_code.c: 282: for (m = 0;m < 16;m++) clrf (number_display@m) clrf (number_display@m+1) l3340: movf (number_display@m+1),w xorlw 80h movwf btemp+1 movlw (high(010h))^80h subwf btemp+1,w skipz goto u3065 movlw low(010h) subwf (number_display@m),w u3065: skipc goto u3061 goto u3060 u3061: goto l3344 u3060: goto l763 l3342: goto l763 line 283 l761: line 284 l3344: ;test_all_code.c: 283: { ;test_all_code.c: 284: draw_data((x_axis + x + seq), (m + y), string_number[l][m]); bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movf (_y),w addwf (number_display@m),w movwf (??_number_display+0)+0 movf (??_number_display+0)+0,w movwf (?_draw_data) movf (number_display@m+1),w movwf (??_number_display+1)+0+1 movf (number_display@m),w movwf (??_number_display+1)+0 movlw 01h movwf btemp+1 u3075: clrc rlf (??_number_display+1)+0,f rlf (??_number_display+1)+1,f decfsz btemp+1,f goto u3075 movf (number_display@l+1),w ;volatile movwf (??_number_display+3)+0+1 movf (number_display@l),w ;volatile movwf (??_number_display+3)+0 movlw 05h movwf btemp+1 u3085: clrc rlf (??_number_display+3)+0,f rlf (??_number_display+3)+1,f decfsz btemp+1,f goto u3085 movlw low(_string_number|8000h) movwf (??_number_display+5)+0 movlw high(_string_number|8000h) movwf (??_number_display+5)+0+1 movf 0+(??_number_display+3)+0,w addwf 0+(??_number_display+5)+0,w movwf (??_number_display+7)+0 movf 1+(??_number_display+3)+0,w skipnc incf 1+(??_number_display+3)+0,w addwf 1+(??_number_display+5)+0,w movwf 1+(??_number_display+7)+0 movf 0+(??_number_display+1)+0,w addwf 0+(??_number_display+7)+0,w movwf fsr0 movf 1+(??_number_display+1)+0,w skipnc incf 1+(??_number_display+1)+0,w addwf 1+(??_number_display+7)+0,w movwf btemp+1 fcall stringtab movwf 0+(?_draw_data)+01h fcall stringtab movwf 1+(?_draw_data)+01h movf (number_display@seq),w addwf (number_display@x_axis),w movwf (??_number_display+9)+0 movf (_x),w addwf 0+(??_number_display+9)+0,w fcall _draw_data line 282 l3346: movlw low(01h) bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 addwf (number_display@m),f skipnc incf (number_display@m+1),f movlw high(01h) addwf (number_display@m+1),f l3348: movf (number_display@m+1),w xorlw 80h movwf btemp+1 movlw (high(010h))^80h subwf btemp+1,w skipz goto u3095 movlw low(010h) subwf (number_display@m),w u3095: skipc goto u3091 goto u3090 u3091: goto l3344 u3090: goto l763 l762: line 287 l763: return opt stack 0 GLOBAL __end_of_number_display __end_of_number_display: ;; =============== function _number_display ends ============ signat _number_display,12408 global _clear_lcd psect text438,local,class=CODE,delta=2 global __ptext438 __ptext438: ;; *************** function _clear_lcd ***************** ;; Defined at: ;; line 191 in file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH10_GLCD\test_all_code.c" ;; Parameters: Size Location Type ;; None ;; Auto vars: Size Location Type ;; j 2 10[COMMON] int ;; i 2 8[COMMON] int ;; y 2 0 int ;; x 2 0 int ;; Return value: Size Location Type ;; None void ;; Registers used: ;; wreg, status,2, status,0, btemp+1, 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: 4 0 0 0 0 ;; Temps: 1 0 0 0 0 ;; Totals: 5 0 0 0 0 ;;Total ram usage: 5 bytes ;; Hardware stack levels used: 1 ;; Hardware stack levels required when called: 3 ;; This function calls: ;; _draw_data ;; This function is called by: ;; _main ;; This function uses a non-reentrant model ;; psect text438 file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH10_GLCD\test_all_code.c" line 191 global __size_of_clear_lcd __size_of_clear_lcd equ __end_of_clear_lcd-_clear_lcd _clear_lcd: opt stack 4 ; Regs used in _clear_lcd: [wreg+status,2+status,0+btemp+1+pclath+cstack] line 192 l3232: ;test_all_code.c: 192: int x, y, i, j = 0; clrf (clear_lcd@j) clrf (clear_lcd@j+1) line 193 ;test_all_code.c: 193: for (i = 0;i < 64;i++) clrf (clear_lcd@i) clrf (clear_lcd@i+1) l3234: movf (clear_lcd@i+1),w xorlw 80h movwf btemp+1 movlw (high(040h))^80h subwf btemp+1,w skipz goto u2845 movlw low(040h) subwf (clear_lcd@i),w u2845: skipc goto u2841 goto u2840 u2841: goto l3238 u2840: goto l728 l3236: goto l728 line 194 l724: line 195 l3238: ;test_all_code.c: 194: { ;test_all_code.c: 195: for (j = 0;j < 16;j++) clrf (clear_lcd@j) clrf (clear_lcd@j+1) l3240: movf (clear_lcd@j+1),w xorlw 80h movwf btemp+1 movlw (high(010h))^80h subwf btemp+1,w skipz goto u2855 movlw low(010h) subwf (clear_lcd@j),w u2855: skipc goto u2851 goto u2850 u2851: goto l3244 u2850: goto l3250 l3242: goto l3250 line 196 l726: line 197 l3244: ;test_all_code.c: 196: { ;test_all_code.c: 197: draw_data(j, i, 0); movf (clear_lcd@i),w movwf (??_clear_lcd+0)+0 movf (??_clear_lcd+0)+0,w movwf (?_draw_data) movlw low(0) movwf 0+(?_draw_data)+01h movlw high(0) movwf (0+(?_draw_data)+01h)+1 movf (clear_lcd@j),w fcall _draw_data line 195 l3246: movlw low(01h) addwf (clear_lcd@j),f skipnc incf (clear_lcd@j+1),f movlw high(01h) addwf (clear_lcd@j+1),f l3248: movf (clear_lcd@j+1),w xorlw 80h movwf btemp+1 movlw (high(010h))^80h subwf btemp+1,w skipz goto u2865 movlw low(010h) subwf (clear_lcd@j),w u2865: skipc goto u2861 goto u2860 u2861: goto l3244 u2860: goto l3250 l727: line 193 l3250: movlw low(01h) addwf (clear_lcd@i),f skipnc incf (clear_lcd@i+1),f movlw high(01h) addwf (clear_lcd@i+1),f l3252: movf (clear_lcd@i+1),w xorlw 80h movwf btemp+1 movlw (high(040h))^80h subwf btemp+1,w skipz goto u2875 movlw low(040h) subwf (clear_lcd@i),w u2875: skipc goto u2871 goto u2870 u2871: goto l3238 u2870: goto l728 l725: line 200 l728: return opt stack 0 GLOBAL __end_of_clear_lcd __end_of_clear_lcd: ;; =============== function _clear_lcd ends ============ signat _clear_lcd,88 global _lcd_reset psect text439,local,class=CODE,delta=2 global __ptext439 __ptext439: ;; *************** function _lcd_reset ***************** ;; Defined at: ;; line 162 in file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH10_GLCD\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: 2 0 0 0 0 ;; Totals: 2 0 0 0 0 ;;Total ram usage: 2 bytes ;; Hardware stack levels used: 1 ;; Hardware stack levels required when called: 3 ;; This function calls: ;; _lcd_instruction ;; _lcd_clear ;; This function is called by: ;; _main ;; This function uses a non-reentrant model ;; psect text439 file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH10_GLCD\test_all_code.c" line 162 global __size_of_lcd_reset __size_of_lcd_reset equ __end_of_lcd_reset-_lcd_reset _lcd_reset: opt stack 4 ; Regs used in _lcd_reset: [wreg+status,2+status,0+pclath+cstack] line 164 l3212: ;test_all_code.c: 164: PORTB &= ~0x01; movlw (0FEh) movwf (??_lcd_reset+0)+0 movf (??_lcd_reset+0)+0,w bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 andwf (6),f ;volatile line 165 l3214: ;test_all_code.c: 165: _delay((unsigned long)((1)*(16000000/4000.0))); opt asmopt_off movlw 6 movwf ((??_lcd_reset+0)+0+1),f movlw 48 movwf ((??_lcd_reset+0)+0),f u3177: decfsz ((??_lcd_reset+0)+0),f goto u3177 decfsz ((??_lcd_reset+0)+0+1),f goto u3177 clrwdt opt asmopt_on line 166 l3216: ;test_all_code.c: 166: PORTB |= 0x01; bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 bsf (6)+(0/8),(0)&7 ;volatile line 167 l3218: ;test_all_code.c: 167: _delay((unsigned long)((10)*(16000000/4000.0))); opt asmopt_off movlw 52 movwf ((??_lcd_reset+0)+0+1),f movlw 241 movwf ((??_lcd_reset+0)+0),f u3187: decfsz ((??_lcd_reset+0)+0),f goto u3187 decfsz ((??_lcd_reset+0)+0+1),f goto u3187 nop2 opt asmopt_on line 168 l3220: ;test_all_code.c: 168: lcd_instruction(0b00110000); movlw (030h) fcall _lcd_instruction line 169 l3222: ;test_all_code.c: 169: lcd_instruction(0b00110000); movlw (030h) fcall _lcd_instruction line 170 l3224: ;test_all_code.c: 170: lcd_instruction(0b00001100); movlw (0Ch) fcall _lcd_instruction line 171 l3226: ;test_all_code.c: 171: lcd_clear(); fcall _lcd_clear line 172 l3228: ;test_all_code.c: 172: _delay((unsigned long)((10)*(16000000/4000.0))); opt asmopt_off movlw 52 movwf ((??_lcd_reset+0)+0+1),f movlw 241 movwf ((??_lcd_reset+0)+0),f u3197: decfsz ((??_lcd_reset+0)+0),f goto u3197 decfsz ((??_lcd_reset+0)+0+1),f goto u3197 nop2 opt asmopt_on line 173 l3230: ;test_all_code.c: 173: lcd_instruction(0b00000110); movlw (06h) fcall _lcd_instruction line 174 l715: return opt stack 0 GLOBAL __end_of_lcd_reset __end_of_lcd_reset: ;; =============== function _lcd_reset ends ============ signat _lcd_reset,88 global _lcd_set_graphic_mode psect text440,local,class=CODE,delta=2 global __ptext440 __ptext440: ;; *************** function _lcd_set_graphic_mode ***************** ;; Defined at: ;; line 183 in file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH10_GLCD\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: 2 0 0 0 0 ;; Totals: 2 0 0 0 0 ;;Total ram usage: 2 bytes ;; Hardware stack levels used: 1 ;; Hardware stack levels required when called: 2 ;; This function calls: ;; _lcd_instruction ;; This function is called by: ;; _main ;; This function uses a non-reentrant model ;; psect text440 file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH10_GLCD\test_all_code.c" line 183 global __size_of_lcd_set_graphic_mode __size_of_lcd_set_graphic_mode equ __end_of_lcd_set_graphic_mode-_lcd_set_graphic_mode _lcd_set_graphic_mode: opt stack 5 ; Regs used in _lcd_set_graphic_mode: [wreg+status,2+status,0+pclath+cstack] line 184 l3204: ;test_all_code.c: 184: lcd_instruction(0X01); movlw (01h) fcall _lcd_instruction line 185 l3206: ;test_all_code.c: 185: _delay((unsigned long)((10)*(16000000/4000.0))); opt asmopt_off movlw 52 movwf ((??_lcd_set_graphic_mode+0)+0+1),f movlw 241 movwf ((??_lcd_set_graphic_mode+0)+0),f u3207: decfsz ((??_lcd_set_graphic_mode+0)+0),f goto u3207 decfsz ((??_lcd_set_graphic_mode+0)+0+1),f goto u3207 nop2 opt asmopt_on line 187 l3208: ;test_all_code.c: 187: lcd_instruction(0X20 | 0X04 | 0X02); movlw (026h) fcall _lcd_instruction line 188 l3210: ;test_all_code.c: 188: lcd_instruction(0X02); movlw (02h) fcall _lcd_instruction line 189 l721: return opt stack 0 GLOBAL __end_of_lcd_set_graphic_mode __end_of_lcd_set_graphic_mode: ;; =============== function _lcd_set_graphic_mode ends ============ signat _lcd_set_graphic_mode,88 global _draw_data psect text441,local,class=CODE,delta=2 global __ptext441 __ptext441: ;; *************** function _draw_data ***************** ;; Defined at: ;; line 176 in file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH10_GLCD\test_all_code.c" ;; Parameters: Size Location Type ;; x 1 wreg unsigned char ;; y 1 3[COMMON] unsigned char ;; data 2 4[COMMON] unsigned int ;; Auto vars: Size Location Type ;; x 1 6[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: 3 0 0 0 0 ;; Locals: 1 0 0 0 0 ;; Temps: 0 0 0 0 0 ;; Totals: 4 0 0 0 0 ;;Total ram usage: 4 bytes ;; Hardware stack levels used: 1 ;; Hardware stack levels required when called: 2 ;; This function calls: ;; _lcd_instruction ;; _lcd_data ;; This function is called by: ;; _clear_lcd ;; _number_display ;; _hangulDisplay ;; This function uses a non-reentrant model ;; psect text441 file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH10_GLCD\test_all_code.c" line 176 global __size_of_draw_data __size_of_draw_data equ __end_of_draw_data-_draw_data _draw_data: opt stack 3 ; Regs used in _draw_data: [wreg+status,2+status,0+pclath+cstack] ;draw_data@x stored from wreg movwf (draw_data@x) line 177 l3202: ;test_all_code.c: 177: lcd_instruction(0X80 | (y & 0x3F)); movf (draw_data@y),w andlw 03Fh iorlw 080h fcall _lcd_instruction line 178 ;test_all_code.c: 178: lcd_instruction(0X80 | (x & 0x0F)); movf (draw_data@x),w andlw 0Fh iorlw 080h fcall _lcd_instruction line 179 ;test_all_code.c: 179: lcd_data((data >> 8) & 0xFF); movf (draw_data@data+1),w fcall _lcd_data line 180 ;test_all_code.c: 180: lcd_data(data & 0xFF); movf (draw_data@data),w fcall _lcd_data line 181 l718: return opt stack 0 GLOBAL __end_of_draw_data __end_of_draw_data: ;; =============== function _draw_data ends ============ signat _draw_data,12408 global _lcd_clear psect text442,local,class=CODE,delta=2 global __ptext442 __ptext442: ;; *************** function _lcd_clear ***************** ;; Defined at: ;; line 155 in file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH10_GLCD\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: 2 0 0 0 0 ;; Totals: 2 0 0 0 0 ;;Total ram usage: 2 bytes ;; Hardware stack levels used: 1 ;; Hardware stack levels required when called: 2 ;; This function calls: ;; _lcd_instruction ;; This function is called by: ;; _lcd_reset ;; This function uses a non-reentrant model ;; psect text442 file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH10_GLCD\test_all_code.c" line 155 global __size_of_lcd_clear __size_of_lcd_clear equ __end_of_lcd_clear-_lcd_clear _lcd_clear: opt stack 4 ; Regs used in _lcd_clear: [wreg+status,2+status,0+pclath+cstack] line 156 l3198: ;test_all_code.c: 156: lcd_instruction(0b00000001); movlw (01h) fcall _lcd_instruction line 157 l3200: ;test_all_code.c: 157: _delay((unsigned long)((2)*(16000000/4000.0))); opt asmopt_off movlw 11 movwf ((??_lcd_clear+0)+0+1),f movlw 98 movwf ((??_lcd_clear+0)+0),f u3217: decfsz ((??_lcd_clear+0)+0),f goto u3217 decfsz ((??_lcd_clear+0)+0+1),f goto u3217 clrwdt opt asmopt_on line 158 l712: return opt stack 0 GLOBAL __end_of_lcd_clear __end_of_lcd_clear: ;; =============== function _lcd_clear ends ============ signat _lcd_clear,88 global _DeviceInit psect text443,local,class=CODE,delta=2 global __ptext443 __ptext443: ;; *************** function _DeviceInit ***************** ;; Defined at: ;; line 383 in file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH10_GLCD\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: 1 ;; This function calls: ;; _flilflop_Enable ;; This function is called by: ;; _main ;; This function uses a non-reentrant model ;; psect text443 file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH10_GLCD\test_all_code.c" line 383 global __size_of_DeviceInit __size_of_DeviceInit equ __end_of_DeviceInit-_DeviceInit _DeviceInit: opt stack 6 ; Regs used in _DeviceInit: [wreg+status,2+status,0+pclath+cstack] line 385 l2862: ;test_all_code.c: 385: flilflop_Enable(0X00,0X00); clrf (?_flilflop_Enable) movlw (0) fcall _flilflop_Enable line 386 ;test_all_code.c: 386: flilflop_Enable(0X01,0X00); clrf (?_flilflop_Enable) movlw (01h) fcall _flilflop_Enable line 387 ;test_all_code.c: 387: flilflop_Enable(0X02,0X00); clrf (?_flilflop_Enable) movlw (02h) fcall _flilflop_Enable line 388 ;test_all_code.c: 388: flilflop_Enable(0X03,0X00); clrf (?_flilflop_Enable) movlw (03h) fcall _flilflop_Enable line 389 ;test_all_code.c: 389: flilflop_Enable(0X04,0X00); clrf (?_flilflop_Enable) movlw (04h) fcall _flilflop_Enable line 390 ;test_all_code.c: 390: flilflop_Enable(0X05,0X00); clrf (?_flilflop_Enable) movlw (05h) fcall _flilflop_Enable line 391 ;test_all_code.c: 391: flilflop_Enable(0X06,0X00); clrf (?_flilflop_Enable) movlw (06h) fcall _flilflop_Enable line 392 ;test_all_code.c: 392: flilflop_Enable(0X07,0X00); clrf (?_flilflop_Enable) movlw (07h) fcall _flilflop_Enable line 393 l799: return opt stack 0 GLOBAL __end_of_DeviceInit __end_of_DeviceInit: ;; =============== function _DeviceInit ends ============ signat _DeviceInit,88 global _lcd_data psect text444,local,class=CODE,delta=2 global __ptext444 __ptext444: ;; *************** function _lcd_data ***************** ;; Defined at: ;; line 130 in file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH10_GLCD\test_all_code.c" ;; Parameters: Size Location Type ;; data 1 wreg unsigned char ;; Auto vars: Size Location Type ;; data 1 2[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: 1 0 0 0 0 ;; Totals: 2 0 0 0 0 ;;Total ram usage: 2 bytes ;; Hardware stack levels used: 1 ;; Hardware stack levels required when called: 1 ;; This function calls: ;; _spi_send ;; This function is called by: ;; _draw_data ;; This function uses a non-reentrant model ;; psect text444 file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH10_GLCD\test_all_code.c" line 130 global __size_of_lcd_data __size_of_lcd_data equ __end_of_lcd_data-_lcd_data _lcd_data: opt stack 3 ; Regs used in _lcd_data: [wreg+status,2+status,0+pclath+cstack] ;lcd_data@data stored from wreg movwf (lcd_data@data) line 131 l3194: ;test_all_code.c: 131: spi_send(0b11111010); movlw (0FAh) fcall _spi_send line 132 ;test_all_code.c: 132: spi_send(data & 0xf0); movf (lcd_data@data),w andlw 0F0h fcall _spi_send line 133 ;test_all_code.c: 133: spi_send(data << 4); movf (lcd_data@data),w movwf (??_lcd_data+0)+0 movlw (04h)-1 u2835: clrc rlf (??_lcd_data+0)+0,f addlw -1 skipz goto u2835 clrc rlf (??_lcd_data+0)+0,w fcall _spi_send line 134 l3196: ;test_all_code.c: 134: _delay((unsigned long)((72)*(16000000/4000000.0))); opt asmopt_off movlw 95 movwf (??_lcd_data+0)+0,f u3227: decfsz (??_lcd_data+0)+0,f goto u3227 nop2 ;nop opt asmopt_on line 135 l704: return opt stack 0 GLOBAL __end_of_lcd_data __end_of_lcd_data: ;; =============== function _lcd_data ends ============ signat _lcd_data,4216 global _lcd_instruction psect text445,local,class=CODE,delta=2 global __ptext445 __ptext445: ;; *************** function _lcd_instruction ***************** ;; Defined at: ;; line 122 in file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH10_GLCD\test_all_code.c" ;; Parameters: Size Location Type ;; ins 1 wreg unsigned char ;; Auto vars: Size Location Type ;; ins 1 2[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: 1 0 0 0 0 ;; Totals: 2 0 0 0 0 ;;Total ram usage: 2 bytes ;; Hardware stack levels used: 1 ;; Hardware stack levels required when called: 1 ;; This function calls: ;; _spi_send ;; This function is called by: ;; _lcd_clear ;; _lcd_reset ;; _draw_data ;; _lcd_set_graphic_mode ;; _lcd_set_cursor ;; This function uses a non-reentrant model ;; psect text445 file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH10_GLCD\test_all_code.c" line 122 global __size_of_lcd_instruction __size_of_lcd_instruction equ __end_of_lcd_instruction-_lcd_instruction _lcd_instruction: opt stack 3 ; Regs used in _lcd_instruction: [wreg+status,2+status,0+pclath+cstack] ;lcd_instruction@ins stored from wreg movwf (lcd_instruction@ins) line 123 l3190: ;test_all_code.c: 123: spi_send(0b11111000); movlw (0F8h) fcall _spi_send line 124 ;test_all_code.c: 124: spi_send(ins & 0xf0); movf (lcd_instruction@ins),w andlw 0F0h fcall _spi_send line 125 ;test_all_code.c: 125: spi_send(ins << 4); movf (lcd_instruction@ins),w movwf (??_lcd_instruction+0)+0 movlw (04h)-1 u2825: clrc rlf (??_lcd_instruction+0)+0,f addlw -1 skipz goto u2825 clrc rlf (??_lcd_instruction+0)+0,w fcall _spi_send line 126 l3192: ;test_all_code.c: 126: _delay((unsigned long)((72)*(16000000/4000000.0))); opt asmopt_off movlw 95 movwf (??_lcd_instruction+0)+0,f u3237: decfsz (??_lcd_instruction+0)+0,f goto u3237 nop2 ;nop opt asmopt_on line 127 l701: return opt stack 0 GLOBAL __end_of_lcd_instruction __end_of_lcd_instruction: ;; =============== function _lcd_instruction ends ============ signat _lcd_instruction,4216 global ___awmod psect text446,local,class=CODE,delta=2 global __ptext446 __ptext446: ;; *************** 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 0[COMMON] int ;; dividend 2 2[COMMON] int ;; Auto vars: Size Location Type ;; sign 1 6[COMMON] unsigned char ;; counter 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: ;; _number_display ;; This function uses a non-reentrant model ;; psect text446 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 5 ; Regs used in ___awmod: [wreg+status,2+status,0] line 8 l3156: clrf (___awmod@sign) line 9 btfss (___awmod@dividend+1),7 goto u2731 goto u2730 u2731: goto l3160 u2730: line 10 l3158: 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 l3160 line 12 l1696: line 13 l3160: btfss (___awmod@divisor+1),7 goto u2741 goto u2740 u2741: goto l3164 u2740: line 14 l3162: comf (___awmod@divisor),f comf (___awmod@divisor+1),f incf (___awmod@divisor),f skipnz incf (___awmod@divisor+1),f goto l3164 l1697: line 15 l3164: movf (___awmod@divisor+1),w iorwf (___awmod@divisor),w skipnz goto u2751 goto u2750 u2751: goto l3182 u2750: line 16 l3166: clrf (___awmod@counter) bsf status,0 rlf (___awmod@counter),f line 17 goto l3172 l1700: line 18 l3168: movlw 01h u2765: clrc rlf (___awmod@divisor),f rlf (___awmod@divisor+1),f addlw -1 skipz goto u2765 line 19 l3170: movlw (01h) movwf (??___awmod+0)+0 movf (??___awmod+0)+0,w addwf (___awmod@counter),f goto l3172 line 20 l1699: line 17 l3172: btfss (___awmod@divisor+1),(15)&7 goto u2771 goto u2770 u2771: goto l3168 u2770: goto l3174 l1701: goto l3174 line 21 l1702: line 22 l3174: movf (___awmod@divisor+1),w subwf (___awmod@dividend+1),w skipz goto u2785 movf (___awmod@divisor),w subwf (___awmod@dividend),w u2785: skipc goto u2781 goto u2780 u2781: goto l3178 u2780: line 23 l3176: 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 l3178 l1703: line 24 l3178: movlw 01h u2795: clrc rrf (___awmod@divisor+1),f rrf (___awmod@divisor),f addlw -1 skipz goto u2795 line 25 l3180: movlw low(01h) subwf (___awmod@counter),f btfss status,2 goto u2801 goto u2800 u2801: goto l3174 u2800: goto l3182 l1704: goto l3182 line 26 l1698: line 27 l3182: movf (___awmod@sign),w skipz goto u2810 goto l3186 u2810: line 28 l3184: comf (___awmod@dividend),f comf (___awmod@dividend+1),f incf (___awmod@dividend),f skipnz incf (___awmod@dividend+1),f goto l3186 l1705: line 29 l3186: movf (___awmod@dividend+1),w clrf (?___awmod+1) addwf (?___awmod+1) movf (___awmod@dividend),w clrf (?___awmod) addwf (?___awmod) goto l1706 l3188: line 30 l1706: return opt stack 0 GLOBAL __end_of___awmod __end_of___awmod: ;; =============== function ___awmod ends ============ signat ___awmod,8314 global ___awdiv psect text447,local,class=CODE,delta=2 global __ptext447 __ptext447: ;; *************** 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 7[COMMON] int ;; dividend 2 9[COMMON] int ;; Auto vars: Size Location Type ;; quotient 2 2[BANK0 ] int ;; sign 1 1[BANK0 ] unsigned char ;; counter 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: ;; _number_display ;; This function uses a non-reentrant model ;; psect text447 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 5 ; Regs used in ___awdiv: [wreg+status,2+status,0] line 9 l3116: bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 clrf (___awdiv@sign) line 10 btfss (___awdiv@divisor+1),7 goto u2631 goto u2630 u2631: goto l3120 u2630: line 11 l3118: comf (___awdiv@divisor),f comf (___awdiv@divisor+1),f incf (___awdiv@divisor),f skipnz incf (___awdiv@divisor+1),f line 12 clrf (___awdiv@sign) bsf status,0 rlf (___awdiv@sign),f goto l3120 line 13 l1628: line 14 l3120: btfss (___awdiv@dividend+1),7 goto u2641 goto u2640 u2641: goto l3126 u2640: line 15 l3122: comf (___awdiv@dividend),f comf (___awdiv@dividend+1),f incf (___awdiv@dividend),f skipnz incf (___awdiv@dividend+1),f line 16 l3124: movlw (01h) movwf (??___awdiv+0)+0 movf (??___awdiv+0)+0,w xorwf (___awdiv@sign),f goto l3126 line 17 l1629: line 18 l3126: clrf (___awdiv@quotient) clrf (___awdiv@quotient+1) line 19 l3128: movf (___awdiv@divisor+1),w iorwf (___awdiv@divisor),w skipnz goto u2651 goto u2650 u2651: goto l3148 u2650: line 20 l3130: clrf (___awdiv@counter) bsf status,0 rlf (___awdiv@counter),f line 21 goto l3136 l1632: line 22 l3132: movlw 01h u2665: clrc rlf (___awdiv@divisor),f rlf (___awdiv@divisor+1),f addlw -1 skipz goto u2665 line 23 l3134: movlw (01h) movwf (??___awdiv+0)+0 movf (??___awdiv+0)+0,w addwf (___awdiv@counter),f goto l3136 line 24 l1631: line 21 l3136: btfss (___awdiv@divisor+1),(15)&7 goto u2671 goto u2670 u2671: goto l3132 u2670: goto l3138 l1633: goto l3138 line 25 l1634: line 26 l3138: movlw 01h u2685: clrc rlf (___awdiv@quotient),f rlf (___awdiv@quotient+1),f addlw -1 skipz goto u2685 line 27 movf (___awdiv@divisor+1),w subwf (___awdiv@dividend+1),w skipz goto u2695 movf (___awdiv@divisor),w subwf (___awdiv@dividend),w u2695: skipc goto u2691 goto u2690 u2691: goto l3144 u2690: line 28 l3140: movf (___awdiv@divisor),w subwf (___awdiv@dividend),f movf (___awdiv@divisor+1),w skipc decf (___awdiv@dividend+1),f subwf (___awdiv@dividend+1),f line 29 l3142: bsf (___awdiv@quotient)+(0/8),(0)&7 goto l3144 line 30 l1635: line 31 l3144: movlw 01h u2705: clrc rrf (___awdiv@divisor+1),f rrf (___awdiv@divisor),f addlw -1 skipz goto u2705 line 32 l3146: movlw low(01h) subwf (___awdiv@counter),f btfss status,2 goto u2711 goto u2710 u2711: goto l3138 u2710: goto l3148 l1636: goto l3148 line 33 l1630: line 34 l3148: movf (___awdiv@sign),w skipz goto u2720 goto l3152 u2720: line 35 l3150: comf (___awdiv@quotient),f comf (___awdiv@quotient+1),f incf (___awdiv@quotient),f skipnz incf (___awdiv@quotient+1),f goto l3152 l1637: line 36 l3152: movf (___awdiv@quotient+1),w clrf (?___awdiv+1) addwf (?___awdiv+1) movf (___awdiv@quotient),w clrf (?___awdiv) addwf (?___awdiv) goto l1638 l3154: line 37 l1638: return opt stack 0 GLOBAL __end_of___awdiv __end_of___awdiv: ;; =============== function ___awdiv ends ============ signat ___awdiv,8314 global _flilflop_Enable psect text448,local,class=CODE,delta=2 global __ptext448 __ptext448: ;; *************** function _flilflop_Enable ***************** ;; Defined at: ;; line 375 in file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH10_GLCD\test_all_code.c" ;; Parameters: Size Location Type ;; Add 1 wreg unsigned char ;; OuputData 1 0[COMMON] unsigned char ;; Auto vars: Size Location Type ;; Add 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: ;; _DeviceInit ;; This function uses a non-reentrant model ;; psect text448 file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH10_GLCD\test_all_code.c" line 375 global __size_of_flilflop_Enable __size_of_flilflop_Enable equ __end_of_flilflop_Enable-_flilflop_Enable _flilflop_Enable: opt stack 6 ; Regs used in _flilflop_Enable: [wreg+status,2+status,0] ;flilflop_Enable@Add stored from wreg movwf (flilflop_Enable@Add) line 376 l1984: ;test_all_code.c: 376: PORTD = OuputData; movf (flilflop_Enable@OuputData),w bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movwf (8) ;volatile line 377 l1986: ;test_all_code.c: 377: PORTB |= 0X10; bsf (6)+(4/8),(4)&7 ;volatile line 378 ;test_all_code.c: 378: PORTC = Add; movf (flilflop_Enable@Add),w movwf (7) ;volatile line 379 l1988: ;test_all_code.c: 379: PORTB &= ~0X10; movlw (0EFh) movwf (??_flilflop_Enable+0)+0 movf (??_flilflop_Enable+0)+0,w andwf (6),f ;volatile line 380 l1990: ;test_all_code.c: 380: PORTB |= 0X10; bsf (6)+(4/8),(4)&7 ;volatile line 381 l796: return opt stack 0 GLOBAL __end_of_flilflop_Enable __end_of_flilflop_Enable: ;; =============== function _flilflop_Enable ends ============ signat _flilflop_Enable,8312 global _init_SPI psect text449,local,class=CODE,delta=2 global __ptext449 __ptext449: ;; *************** function _init_SPI ***************** ;; Defined at: ;; line 366 in file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH10_GLCD\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 ;; 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 ;; This function calls: ;; Nothing ;; This function is called by: ;; _main ;; This function uses a non-reentrant model ;; psect text449 file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH10_GLCD\test_all_code.c" line 366 global __size_of_init_SPI __size_of_init_SPI equ __end_of_init_SPI-_init_SPI _init_SPI: opt stack 7 ; Regs used in _init_SPI: [wreg+status,2] line 367 l1974: ;test_all_code.c: 367: TRISC = 0X00; bsf status, 5 ;RP0=1, select bank1 bcf status, 6 ;RP1=0, select bank1 clrf (135)^080h ;volatile line 368 ;test_all_code.c: 368: TRISB = 0X00; clrf (134)^080h ;volatile line 369 l1976: ;test_all_code.c: 369: SSPSTAT = 0b01000000; movlw (040h) movwf (148)^080h ;volatile line 370 l1978: ;test_all_code.c: 370: SSPCON = 0b00110000; movlw (030h) bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movwf (20) ;volatile line 371 l1980: ;test_all_code.c: 371: SSPIE = 1; bsf status, 5 ;RP0=1, select bank1 bcf status, 6 ;RP1=0, select bank1 bsf (1123/8)^080h,(1123)&7 line 372 l1982: ;test_all_code.c: 372: SSPIF = 0; bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 bcf (99/8),(99)&7 line 373 l793: return opt stack 0 GLOBAL __end_of_init_SPI __end_of_init_SPI: ;; =============== function _init_SPI ends ============ signat _init_SPI,88 global _page_3 psect text450,local,class=CODE,delta=2 global __ptext450 __ptext450: ;; *************** function _page_3 ***************** ;; Defined at: ;; line 218 in file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH10_GLCD\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 ;; 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 ;; This function calls: ;; Nothing ;; This function is called by: ;; _number_display ;; _hangulDisplay ;; This function uses a non-reentrant model ;; psect text450 file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH10_GLCD\test_all_code.c" line 218 global __size_of_page_3 __size_of_page_3 equ __end_of_page_3-_page_3 _page_3: opt stack 5 ; Regs used in _page_3: [wreg] line 219 l3114: ;test_all_code.c: 219: x = 8; movlw low(08h) bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movwf (_x) movlw high(08h) movwf ((_x))+1 line 220 ;test_all_code.c: 220: y = 16; movlw low(010h) movwf (_y) movlw high(010h) movwf ((_y))+1 line 221 l740: return opt stack 0 GLOBAL __end_of_page_3 __end_of_page_3: ;; =============== function _page_3 ends ============ signat _page_3,88 global _page_2 psect text451,local,class=CODE,delta=2 global __ptext451 __ptext451: ;; *************** function _page_2 ***************** ;; Defined at: ;; line 213 in file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH10_GLCD\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 ;; 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 ;; This function calls: ;; Nothing ;; This function is called by: ;; _number_display ;; _hangulDisplay ;; This function uses a non-reentrant model ;; psect text451 file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH10_GLCD\test_all_code.c" line 213 global __size_of_page_2 __size_of_page_2 equ __end_of_page_2-_page_2 _page_2: opt stack 5 ; Regs used in _page_2: [wreg+status,2] line 214 l3110: ;test_all_code.c: 214: x = 8; movlw low(08h) bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movwf (_x) movlw high(08h) movwf ((_x))+1 line 215 l3112: ;test_all_code.c: 215: y = 0; clrf (_y) clrf (_y+1) line 216 l737: return opt stack 0 GLOBAL __end_of_page_2 __end_of_page_2: ;; =============== function _page_2 ends ============ signat _page_2,88 global _page_1 psect text452,local,class=CODE,delta=2 global __ptext452 __ptext452: ;; *************** function _page_1 ***************** ;; Defined at: ;; line 208 in file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH10_GLCD\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 ;; 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 ;; This function calls: ;; Nothing ;; This function is called by: ;; _number_display ;; _hangulDisplay ;; This function uses a non-reentrant model ;; psect text452 file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH10_GLCD\test_all_code.c" line 208 global __size_of_page_1 __size_of_page_1 equ __end_of_page_1-_page_1 _page_1: opt stack 5 ; Regs used in _page_1: [wreg+status,2] line 209 l3106: ;test_all_code.c: 209: x = 0; bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 clrf (_x) clrf (_x+1) line 210 l3108: ;test_all_code.c: 210: y = 16; movlw low(010h) movwf (_y) movlw high(010h) movwf ((_y))+1 line 211 l734: return opt stack 0 GLOBAL __end_of_page_1 __end_of_page_1: ;; =============== function _page_1 ends ============ signat _page_1,88 global _page_0 psect text453,local,class=CODE,delta=2 global __ptext453 __ptext453: ;; *************** function _page_0 ***************** ;; Defined at: ;; line 203 in file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH10_GLCD\test_all_code.c" ;; Parameters: Size Location Type ;; None ;; Auto vars: Size Location Type ;; None ;; Return value: Size Location Type ;; None void ;; Registers used: ;; status,2 ;; 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 ;; This function calls: ;; Nothing ;; This function is called by: ;; _number_display ;; _hangulDisplay ;; This function uses a non-reentrant model ;; psect text453 file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH10_GLCD\test_all_code.c" line 203 global __size_of_page_0 __size_of_page_0 equ __end_of_page_0-_page_0 _page_0: opt stack 5 ; Regs used in _page_0: [status,2] line 204 l3104: ;test_all_code.c: 204: x = 0; bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 clrf (_x) clrf (_x+1) line 205 ;test_all_code.c: 205: y = 0; clrf (_y) clrf (_y+1) line 206 l731: return opt stack 0 GLOBAL __end_of_page_0 __end_of_page_0: ;; =============== function _page_0 ends ============ signat _page_0,88 global _spi_send psect text454,local,class=CODE,delta=2 global __ptext454 __ptext454: ;; *************** function _spi_send ***************** ;; Defined at: ;; line 116 in file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH10_GLCD\test_all_code.c" ;; Parameters: Size Location Type ;; data 1 wreg unsigned char ;; Auto vars: Size Location Type ;; data 1 0[COMMON] unsigned char ;; x 1 0 unsigned char ;; Return value: Size Location Type ;; None void ;; Registers used: ;; wreg ;; 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: 0 0 0 0 0 ;; Totals: 1 0 0 0 0 ;;Total ram usage: 1 bytes ;; Hardware stack levels used: 1 ;; This function calls: ;; Nothing ;; This function is called by: ;; _lcd_instruction ;; _lcd_data ;; This function uses a non-reentrant model ;; psect text454 file "D:\Product\PIC\LK-P16-F\Firmware\V03\PIC16F18F-F_Test_Code_17_0112\Each_Code\CH10_GLCD\test_all_code.c" line 116 global __size_of_spi_send __size_of_spi_send equ __end_of_spi_send-_spi_send _spi_send: opt stack 3 ; Regs used in _spi_send: [wreg] ;spi_send@data stored from wreg line 118 movwf (spi_send@data) l3092: ;test_all_code.c: 117: unsigned char x; ;test_all_code.c: 118: SSPBUF = data; movf (spi_send@data),w bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movwf (19) ;volatile line 119 ;test_all_code.c: 119: while (!SSPIF); goto l695 l696: l695: btfss (99/8),(99)&7 goto u2601 goto u2600 u2601: goto l695 u2600: goto l698 l697: line 120 l698: return opt stack 0 GLOBAL __end_of_spi_send __end_of_spi_send: ;; =============== function _spi_send ends ============ signat _spi_send,4216 psect text455,local,class=CODE,delta=2 global __ptext455 __ptext455: global btemp btemp set 07Eh DABS 1,126,2 ;btemp global wtemp0 wtemp0 set btemp end