opt subtitle "HI-TECH Software Omniscient Code Generator (PRO mode) build 11162" opt pagewidth 120 opt pm processor 18F452 porta equ 0F80h portb equ 0F81h portc equ 0F82h portd equ 0F83h porte equ 0F84h lata equ 0F89h latb equ 0F8Ah latc equ 0F8Bh latd equ 0F8Ch late equ 0F8Dh trisa equ 0F92h trisb equ 0F93h trisc equ 0F94h trisd equ 0F95h trise equ 0F96h pie1 equ 0F9Dh pir1 equ 0F9Eh ipr1 equ 0F9Fh pie2 equ 0FA0h pir2 equ 0FA1h ipr2 equ 0FA2h t3con equ 0FB1h tmr3l equ 0FB2h tmr3h equ 0FB3h ccp1con equ 0FBDh ccpr1l equ 0FBEh ccpr1h equ 0FBFh adcon1 equ 0FC1h adcon0 equ 0FC2h adresl equ 0FC3h adresh equ 0FC4h sspcon2 equ 0FC5h sspcon1 equ 0FC6h sspstat equ 0FC7h sspadd equ 0FC8h sspbuf equ 0FC9h t2con equ 0FCAh pr2 equ 0FCBh tmr2 equ 0FCCh t1con equ 0FCDh tmr1l equ 0FCEh tmr1h equ 0FCFh rcon equ 0FD0h wdtcon equ 0FD1h lvdcon equ 0FD2h osccon equ 0FD3h t0con equ 0FD5h tmr0l equ 0FD6h tmr0h equ 0FD7h status equ 0FD8h fsr2 equ 0FD9h fsr2l equ 0FD9h fsr2h equ 0FDAh plusw2 equ 0FDBh preinc2 equ 0FDCh postdec2 equ 0FDDh postinc2 equ 0FDEh indf2 equ 0FDFh bsr equ 0FE0h fsr1 equ 0FE1h fsr1l equ 0FE1h fsr1h equ 0FE2h plusw1 equ 0FE3h preinc1 equ 0FE4h postdec1 equ 0FE5h postinc1 equ 0FE6h indf1 equ 0FE7h wreg equ 0FE8h fsr0 equ 0FE9h fsr0l equ 0FE9h fsr0h equ 0FEAh plusw0 equ 0FEBh preinc0 equ 0FECh postdec0 equ 0FEDh postinc0 equ 0FEEh indf0 equ 0FEFh intcon3 equ 0FF0h intcon2 equ 0FF1h intcon equ 0FF2h prod equ 0FF3h prodl equ 0FF3h prodh equ 0FF4h tablat equ 0FF5h tblptr equ 0FF6h tblptrl equ 0FF6h tblptrh equ 0FF7h tblptru equ 0FF8h pcl equ 0FF9h pclat equ 0FFAh pclath equ 0FFAh pclatu equ 0FFBh stkptr equ 0FFCh tosl equ 0FFDh tosh equ 0FFEh tosu equ 0FFFh skipnz macro btfsc status,2 endm global __ramtop global __accesstop # 19 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" PORTA equ 0F80h ;# # 72 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" PORTB equ 0F81h ;# # 112 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" PORTC equ 0F82h ;# # 162 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" PORTD equ 0F83h ;# # 198 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" PORTE equ 0F84h ;# # 307 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" LATA equ 0F89h ;# # 363 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" LATB equ 0F8Ah ;# # 416 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" LATC equ 0F8Bh ;# # 469 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" LATD equ 0F8Ch ;# # 522 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" LATE equ 0F8Dh ;# # 570 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" TRISA equ 0F92h ;# # 575 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" DDRA equ 0F92h ;# # 629 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" TRISB equ 0F93h ;# # 634 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" DDRB equ 0F93h ;# # 700 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" TRISC equ 0F94h ;# # 705 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" DDRC equ 0F94h ;# # 771 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" TRISD equ 0F95h ;# # 776 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" DDRD equ 0F95h ;# # 834 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" TRISE equ 0F96h ;# # 839 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" DDRE equ 0F96h ;# # 887 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" PIE1 equ 0F9Dh ;# # 914 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" PIR1 equ 0F9Eh ;# # 950 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" IPR1 equ 0F9Fh ;# # 977 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" PIE2 equ 0FA0h ;# # 993 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" PIR2 equ 0FA1h ;# # 1009 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" IPR2 equ 0FA2h ;# # 1025 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" EECON1 equ 0FA6h ;# # 1048 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" EECON2 equ 0FA7h ;# # 1060 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" EEDATA equ 0FA8h ;# # 1072 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" EEADR equ 0FA9h ;# # 1084 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" RCSTA equ 0FABh ;# # 1089 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" RCSTA1 equ 0FABh ;# # 1163 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" TXSTA equ 0FACh ;# # 1168 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" TXSTA1 equ 0FACh ;# # 1280 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" TXREG equ 0FADh ;# # 1285 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" TXREG1 equ 0FADh ;# # 1303 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" RCREG equ 0FAEh ;# # 1308 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" RCREG1 equ 0FAEh ;# # 1326 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" SPBRG equ 0FAFh ;# # 1331 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" SPBRG1 equ 0FAFh ;# # 1349 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" T3CON equ 0FB1h ;# # 1394 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" TMR3 equ 0FB2h ;# # 1406 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" TMR3L equ 0FB2h ;# # 1418 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" TMR3H equ 0FB3h ;# # 1430 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" CCP2CON equ 0FBAh ;# # 1460 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" CCPR2 equ 0FBBh ;# # 1472 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" CCPR2L equ 0FBBh ;# # 1484 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" CCPR2H equ 0FBCh ;# # 1496 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" CCP1CON equ 0FBDh ;# # 1522 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" CCPR1 equ 0FBEh ;# # 1534 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" CCPR1L equ 0FBEh ;# # 1546 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" CCPR1H equ 0FBFh ;# # 1558 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" ADCON1 equ 0FC1h ;# # 1583 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" ADCON0 equ 0FC2h ;# # 1647 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" ADRES equ 0FC3h ;# # 1659 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" ADRESL equ 0FC3h ;# # 1671 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" ADRESH equ 0FC4h ;# # 1683 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" SSPCON2 equ 0FC5h ;# # 1702 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" SSPCON1 equ 0FC6h ;# # 1724 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" SSPSTAT equ 0FC7h ;# # 1842 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" SSPADD equ 0FC8h ;# # 1854 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" SSPBUF equ 0FC9h ;# # 1866 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" T2CON equ 0FCAh ;# # 1889 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" PR2 equ 0FCBh ;# # 1894 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" MEMCON equ 0FCBh ;# # 1912 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" TMR2 equ 0FCCh ;# # 1924 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" T1CON equ 0FCDh ;# # 1965 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" TMR1 equ 0FCEh ;# # 1977 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" TMR1L equ 0FCEh ;# # 1989 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" TMR1H equ 0FCFh ;# # 2001 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" RCON equ 0FD0h ;# # 2051 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" WDTCON equ 0FD1h ;# # 2066 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" LVDCON equ 0FD2h ;# # 2086 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" OSCCON equ 0FD3h ;# # 2098 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" T0CON equ 0FD5h ;# # 2120 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" TMR0 equ 0FD6h ;# # 2132 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" TMR0L equ 0FD6h ;# # 2144 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" TMR0H equ 0FD7h ;# # 2156 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" STATUS equ 0FD8h ;# # 2187 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" FSR2 equ 0FD9h ;# # 2199 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" FSR2L equ 0FD9h ;# # 2211 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" FSR2H equ 0FDAh ;# # 2223 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" PLUSW2 equ 0FDBh ;# # 2235 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" PREINC2 equ 0FDCh ;# # 2247 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" POSTDEC2 equ 0FDDh ;# # 2259 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" POSTINC2 equ 0FDEh ;# # 2271 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" INDF2 equ 0FDFh ;# # 2283 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" BSR equ 0FE0h ;# # 2295 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" FSR1 equ 0FE1h ;# # 2307 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" FSR1L equ 0FE1h ;# # 2319 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" FSR1H equ 0FE2h ;# # 2331 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" PLUSW1 equ 0FE3h ;# # 2343 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" PREINC1 equ 0FE4h ;# # 2355 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" POSTDEC1 equ 0FE5h ;# # 2367 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" POSTINC1 equ 0FE6h ;# # 2379 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" INDF1 equ 0FE7h ;# # 2391 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" WREG equ 0FE8h ;# # 2414 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" FSR0 equ 0FE9h ;# # 2426 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" FSR0L equ 0FE9h ;# # 2438 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" FSR0H equ 0FEAh ;# # 2450 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" PLUSW0 equ 0FEBh ;# # 2462 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" PREINC0 equ 0FECh ;# # 2474 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" POSTDEC0 equ 0FEDh ;# # 2486 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" POSTINC0 equ 0FEEh ;# # 2498 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" INDF0 equ 0FEFh ;# # 2510 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" INTCON3 equ 0FF0h ;# # 2539 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" INTCON2 equ 0FF1h ;# # 2568 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" INTCON equ 0FF2h ;# # 2573 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" INTCON1 equ 0FF2h ;# # 2695 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" PROD equ 0FF3h ;# # 2707 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" PRODL equ 0FF3h ;# # 2719 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" PRODH equ 0FF4h ;# # 2731 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" TABLAT equ 0FF5h ;# # 2743 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" TBLPTR equ 0FF6h ;# # 2756 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" TBLPTRL equ 0FF6h ;# # 2768 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" TBLPTRH equ 0FF7h ;# # 2780 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" TBLPTRU equ 0FF8h ;# # 2793 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" PCLAT equ 0FF9h ;# # 2798 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" PC equ 0FF9h ;# # 2816 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" PCL equ 0FF9h ;# # 2828 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" PCLATH equ 0FFAh ;# # 2840 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" PCLATU equ 0FFBh ;# # 2852 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" STKPTR equ 0FFCh ;# # 2883 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" TOS equ 0FFDh ;# # 2895 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" TOSL equ 0FFDh ;# # 2907 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" TOSH equ 0FFEh ;# # 2919 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" TOSU equ 0FFFh ;# FNCALL _main,_init_SPI FNCALL _main,_lcd_reset FNCALL _main,_lcd_set_graphic_mode FNCALL _main,_clear_lcd FNCALL _main,_First_Line FNCALL _main,_Second_Line FNCALL _main,_Third_Line FNCALL _main,_Fourth_Line FNCALL _lcd_reset,_lcd_instruction FNCALL _lcd_reset,_lcd_clear FNCALL _lcd_clear,_lcd_instruction FNCALL _lcd_set_graphic_mode,_lcd_instruction FNCALL _clear_lcd,_draw_data FNCALL _First_Line,_hangulDisplay FNCALL _Second_Line,_hangulDisplay FNCALL _Second_Line,_number_display 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 _Third_Line,_hangulDisplay FNCALL _Fourth_Line,_hangulDisplay FNCALL _hangulDisplay,_page_0 FNCALL _hangulDisplay,_page_1 FNCALL _hangulDisplay,_page_2 FNCALL _hangulDisplay,_page_3 FNCALL _hangulDisplay,_draw_data FNCALL _draw_data,_lcd_instruction FNCALL _draw_data,_lcd_data FNCALL _lcd_instruction,_spi_send FNCALL _lcd_data,_spi_send FNROOT _main global _string psect mediumconst,class=MEDIUMCONST,space=0,reloc=2 global __pmediumconst __pmediumconst: file "C:\Users\LK\Desktop\exam\GraphicLCD_Test\test.c" line 78 _string: dw (01818h)&0ffffh dw (07C7Ch)&0ffffh dw (0FCE6h)&0ffffh dw (0FE66h)&0ffffh dw (07F27h)&0ffffh dw (07E67h)&0ffffh dw (03CE7h)&0ffffh dw (031E7h)&0ffffh dw (07E7h)&0ffffh dw (07E7h)&0ffffh dw (03E7h)&0ffffh dw (03E0h)&0ffffh dw (01E0h)&0ffffh dw (01FFh)&0ffffh dw (0FCh)&0ffffh dw (0F0h)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (060Ch)&0ffffh dw (0618h)&0ffffh dw (0630h)&0ffffh dw (0660h)&0ffffh dw (06C0h)&0ffffh dw (087C0h)&0ffffh dw (08760h)&0ffffh dw (0C630h)&0ffffh dw (0E618h)&0ffffh dw (0C60Ch)&0ffffh dw (08606h)&0ffffh dw (0603h)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0F0Ch)&0ffffh dw (0198Ch)&0ffffh dw (030CCh)&0ffffh dw (030CCh)&0ffffh dw (030CCh)&0ffffh dw (0198Ch)&0ffffh dw (0F0Ch)&0ffffh dw (0Ch)&0ffffh dw (0)&0ffffh dw (01FFCh)&0ffffh dw (0180Ch)&0ffffh dw (0180Ch)&0ffffh dw (01FFCh)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (06Ch)&0ffffh dw (0336Ch)&0ffffh dw (0336Ch)&0ffffh dw (0336Ch)&0ffffh dw (0336Ch)&0ffffh dw (03FECh)&0ffffh dw (0336Ch)&0ffffh dw (0336Ch)&0ffffh dw (0336Ch)&0ffffh dw (0336Ch)&0ffffh dw (0336Ch)&0ffffh dw (01E6Ch)&0ffffh dw (06Ch)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0Ch)&0ffffh dw (01FCCh)&0ffffh dw (0300Ch)&0ffffh dw (0300Ch)&0ffffh dw (0300Ch)&0ffffh dw (0300Ch)&0ffffh dw (0300Ch)&0ffffh dw (0300Ch)&0ffffh dw (0300Ch)&0ffffh dw (0300Ch)&0ffffh dw (0300Ch)&0ffffh dw (01FECh)&0ffffh dw (0Ch)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0FFCh)&0ffffh dw (01800h)&0ffffh dw (01800h)&0ffffh dw (01800h)&0ffffh dw (01800h)&0ffffh dw (0FFCh)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (03FFEh)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (01FF8h)&0ffffh dw (0Ch)&0ffffh dw (0Ch)&0ffffh dw (0Ch)&0ffffh dw (0Ch)&0ffffh dw (0Ch)&0ffffh dw (0Ch)&0ffffh dw (0Ch)&0ffffh dw (018h)&0ffffh dw (018h)&0ffffh dw (03FFEh)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (06Ch)&0ffffh dw (03E6Ch)&0ffffh dw (036Ch)&0ffffh dw (036Ch)&0ffffh dw (036Ch)&0ffffh dw (037Ch)&0ffffh dw (01E6Ch)&0ffffh dw (0306Ch)&0ffffh dw (0306Ch)&0ffffh dw (0306Ch)&0ffffh dw (0306Ch)&0ffffh dw (01FECh)&0ffffh dw (06Ch)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (03FECh)&0ffffh dw (0Ch)&0ffffh dw (0198Ch)&0ffffh dw (0198Ch)&0ffffh dw (0198Ch)&0ffffh dw (0F0Ch)&0ffffh dw (03FECh)&0ffffh dw (0Ch)&0ffffh dw (0)&0ffffh dw (01FF8h)&0ffffh dw (0Ch)&0ffffh dw (0Ch)&0ffffh dw (0Ch)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0C00h)&0ffffh dw (0C00h)&0ffffh dw (0C00h)&0ffffh dw (0C00h)&0ffffh dw (0C00h)&0ffffh dw (0C00h)&0ffffh dw (0C00h)&0ffffh dw (0C00h)&0ffffh dw (0C00h)&0ffffh dw (0C00h)&0ffffh dw (0FF0h)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (03E0h)&0ffffh dw (0630h)&0ffffh dw (0C18h)&0ffffh dw (0C00h)&0ffffh dw (0C00h)&0ffffh dw (0C00h)&0ffffh dw (0C00h)&0ffffh dw (0C00h)&0ffffh dw (0C18h)&0ffffh dw (0630h)&0ffffh dw (03E0h)&0ffffh dw (0)&0ffffh dw 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dw (01F9h)&0ffffh dw (03019h)&0ffffh dw (0E318h)&0ffffh dw (01F0h)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (018h)&0ffffh dw (078h)&0ffffh dw (018h)&0ffffh dw (0F818h)&0ffffh dw (08C18h)&0ffffh dw (0C18h)&0ffffh dw (0FC18h)&0ffffh dw (08C18h)&0ffffh dw (08C18h)&0ffffh dw (08C18h)&0ffffh dw (0FE18h)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0783Ch)&0ffffh dw (0CC66h)&0ffffh dw (086C3h)&0ffffh dw (08666h)&0ffffh dw (0C3Ch)&0ffffh dw (01866h)&0ffffh dw (030C3h)&0ffffh dw (060C3h)&0ffffh dw (0C0C3h)&0ffffh dw (08066h)&0ffffh dw (0FE3Ch)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0C30h)&0ffffh dw (0C30h)&0ffffh dw (0660h)&0ffffh dw (0660h)&0ffffh dw (03C0h)&0ffffh dw (0180h)&0ffffh dw (03C0h)&0ffffh dw (0660h)&0ffffh dw (0660h)&0ffffh dw (0C30h)&0ffffh dw (0C30h)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (030Ch)&0ffffh dw (030Ch)&0ffffh dw (070Ch)&0ffffh dw (078Ch)&0ffffh dw (0CCCh)&0ffffh dw (0186Ch)&0ffffh dw (03000h)&0ffffh dw (01FF8h)&0ffffh dw (0Ch)&0ffffh dw (0FF8h)&0ffffh dw (01800h)&0ffffh dw (01800h)&0ffffh dw (0FFCh)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0C0h)&0ffffh dw (0C0h)&0ffffh dw (03F0h)&0ffffh dw (01E1Eh)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (03FFEh)&0ffffh dw (0)&0ffffh dw (0180Ch)&0ffffh dw (0180Ch)&0ffffh dw (01FFCh)&0ffffh dw (0180Ch)&0ffffh dw (0FF8h)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (01818h)&0ffffh dw (03C3Ch)&0ffffh dw (06666h)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0)&0ffffh global _string_number psect mediumconst file "C:\Users\LK\Desktop\exam\GraphicLCD_Test\test.c" line 102 _string_number: dw (0)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (03C0h)&0ffffh dw (0660h)&0ffffh dw (0C30h)&0ffffh dw (0C30h)&0ffffh dw (0C30h)&0ffffh dw (0C30h)&0ffffh dw (0C30h)&0ffffh dw (0C30h)&0ffffh dw (0C30h)&0ffffh dw (0660h)&0ffffh dw (03C0h)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0180h)&0ffffh dw (0780h)&0ffffh dw (0180h)&0ffffh dw (0180h)&0ffffh dw (0180h)&0ffffh dw (0180h)&0ffffh dw (0180h)&0ffffh dw (0180h)&0ffffh dw (0180h)&0ffffh dw (0180h)&0ffffh dw (0180h)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (03C0h)&0ffffh dw (0660h)&0ffffh dw (0C30h)&0ffffh dw (0C30h)&0ffffh dw (060h)&0ffffh dw (0C0h)&0ffffh dw (0180h)&0ffffh dw (0300h)&0ffffh dw (0600h)&0ffffh dw (0C00h)&0ffffh dw (0FF0h)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (03C0h)&0ffffh dw (0660h)&0ffffh dw (0C30h)&0ffffh dw (060h)&0ffffh dw (03C0h)&0ffffh dw (060h)&0ffffh dw (030h)&0ffffh dw (030h)&0ffffh dw (0C30h)&0ffffh dw (0660h)&0ffffh dw (03C0h)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (01C0h)&0ffffh dw (01C0h)&0ffffh dw (03C0h)&0ffffh dw (03C0h)&0ffffh dw (06C0h)&0ffffh dw (06C0h)&0ffffh dw (0CC0h)&0ffffh dw (0FF0h)&0ffffh dw (0C0h)&0ffffh dw (0C0h)&0ffffh dw (0C0h)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0FE0h)&0ffffh dw (0C00h)&0ffffh dw (0C00h)&0ffffh dw (0C00h)&0ffffh dw (0FC0h)&0ffffh dw (0C60h)&0ffffh dw (030h)&0ffffh dw (030h)&0ffffh dw (030h)&0ffffh dw (0C60h)&0ffffh dw (07C0h)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (03C0h)&0ffffh dw (0660h)&0ffffh dw (0C30h)&0ffffh dw (0C00h)&0ffffh dw (0FC0h)&0ffffh dw (0E60h)&0ffffh dw (0C30h)&0ffffh dw (0C30h)&0ffffh dw (0C30h)&0ffffh dw (0660h)&0ffffh dw (03C0h)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0FF0h)&0ffffh dw (030h)&0ffffh dw (060h)&0ffffh dw (060h)&0ffffh dw (0C0h)&0ffffh dw (0C0h)&0ffffh dw (0C0h)&0ffffh dw (0180h)&0ffffh dw (0180h)&0ffffh dw (0180h)&0ffffh dw (0180h)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (03C0h)&0ffffh dw (0660h)&0ffffh dw (0C30h)&0ffffh dw (0660h)&0ffffh dw (03C0h)&0ffffh dw (0660h)&0ffffh dw (0C30h)&0ffffh dw (0C30h)&0ffffh dw (0C30h)&0ffffh dw (0660h)&0ffffh dw (03C0h)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (0)&0ffffh dw (03C0h)&0ffffh dw (0660h)&0ffffh dw (0C30h)&0ffffh dw (0C30h)&0ffffh dw (0C30h)&0ffffh dw (0670h)&0ffffh dw (03F0h)&0ffffh dw (030h)&0ffffh dw (0C30h)&0ffffh dw (0660h)&0ffffh dw (03C0h)&0ffffh dw (0)&0ffffh dw (0)&0ffffh global _string global _string_number global _x global _y global _PORTB _PORTB set 0xF81 global _SSPBUF _SSPBUF set 0xFC9 global _SSPCON1 _SSPCON1 set 0xFC6 global _SSPSTAT _SSPSTAT set 0xFC7 global _TRISB _TRISB set 0xF93 global _TRISC _TRISC set 0xF94 global _SSPIE _SSPIE set 0x7CEB global _SSPIF _SSPIF set 0x7CF3 ; #config settings file "Test.as" line # psect cinit,class=CODE,delta=1,reloc=2 global __pcinit __pcinit: global start_initialization start_initialization: psect bssCOMRAM,class=COMRAM,space=1 global __pbssCOMRAM __pbssCOMRAM: global _x _x: ds 2 global _y _y: ds 2 psect cinit ; Clear objects allocated to COMRAM (4 bytes) global __pbssCOMRAM clrf (__pbssCOMRAM+3)&0xffh,c clrf (__pbssCOMRAM+2)&0xffh,c clrf (__pbssCOMRAM+1)&0xffh,c clrf (__pbssCOMRAM+0)&0xffh,c psect cinit,class=CODE,delta=1 global end_of_initialization ;End of C runtime variable initialization code end_of_initialization: GLOBAL __Lmediumconst movlw low highword(__Lmediumconst) movwf tblptru movlb 0 goto _main ;jump to C main() function psect cstackCOMRAM,class=COMRAM,space=1 global __pcstackCOMRAM __pcstackCOMRAM: 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 ?_main ?_main: ; 0 bytes @ 0x0 global ?___awmod ?___awmod: ; 2 bytes @ 0x0 global spi_send@data spi_send@data: ; 1 bytes @ 0x0 global ___awmod@dividend ___awmod@dividend: ; 2 bytes @ 0x0 ds 1 global ??_lcd_instruction ??_lcd_instruction: ; 0 bytes @ 0x1 global ??_lcd_data ??_lcd_data: ; 0 bytes @ 0x1 global lcd_instruction@ins lcd_instruction@ins: ; 1 bytes @ 0x1 global lcd_data@data lcd_data@data: ; 1 bytes @ 0x1 ds 1 global ??_lcd_clear ??_lcd_clear: ; 0 bytes @ 0x2 global ?_draw_data ?_draw_data: ; 0 bytes @ 0x2 global ??_lcd_set_graphic_mode ??_lcd_set_graphic_mode: ; 0 bytes @ 0x2 global draw_data@y draw_data@y: ; 1 bytes @ 0x2 global ___awmod@divisor ___awmod@divisor: ; 2 bytes @ 0x2 ds 1 global ??_lcd_reset ??_lcd_reset: ; 0 bytes @ 0x3 global draw_data@data draw_data@data: ; 2 bytes @ 0x3 ds 1 global ??___awmod ??___awmod: ; 0 bytes @ 0x4 global ___awmod@counter ___awmod@counter: ; 1 bytes @ 0x4 ds 1 global ??_draw_data ??_draw_data: ; 0 bytes @ 0x5 global draw_data@x draw_data@x: ; 1 bytes @ 0x5 global ___awmod@sign ___awmod@sign: ; 1 bytes @ 0x5 ds 1 global ??_clear_lcd ??_clear_lcd: ; 0 bytes @ 0x6 global ?_hangulDisplay ?_hangulDisplay: ; 0 bytes @ 0x6 global ?___awdiv ?___awdiv: ; 2 bytes @ 0x6 global hangulDisplay@y_axis hangulDisplay@y_axis: ; 1 bytes @ 0x6 global clear_lcd@i clear_lcd@i: ; 2 bytes @ 0x6 global ___awdiv@dividend ___awdiv@dividend: ; 2 bytes @ 0x6 ds 1 global hangulDisplay@string_sel hangulDisplay@string_sel: ; 1 bytes @ 0x7 ds 1 global ??_hangulDisplay ??_hangulDisplay: ; 0 bytes @ 0x8 global clear_lcd@j clear_lcd@j: ; 2 bytes @ 0x8 global ___awdiv@divisor ___awdiv@divisor: ; 2 bytes @ 0x8 ds 2 global ??___awdiv ??___awdiv: ; 0 bytes @ 0xA global ___awdiv@counter ___awdiv@counter: ; 1 bytes @ 0xA ds 1 global ___awdiv@sign ___awdiv@sign: ; 1 bytes @ 0xB ds 1 global ___awdiv@quotient ___awdiv@quotient: ; 2 bytes @ 0xC ds 2 global ?_number_display ?_number_display: ; 0 bytes @ 0xE global number_display@y_axis number_display@y_axis: ; 1 bytes @ 0xE global hangulDisplay@x_axis hangulDisplay@x_axis: ; 1 bytes @ 0xE ds 1 global number_display@number number_display@number: ; 2 bytes @ 0xF global hangulDisplay@j hangulDisplay@j: ; 2 bytes @ 0xF ds 2 global ??_number_display ??_number_display: ; 0 bytes @ 0x11 global ??_First_Line ??_First_Line: ; 0 bytes @ 0x11 global ??_Third_Line ??_Third_Line: ; 0 bytes @ 0x11 global ??_Fourth_Line ??_Fourth_Line: ; 0 bytes @ 0x11 ds 8 global number_display@x_axis number_display@x_axis: ; 1 bytes @ 0x19 ds 1 global number_display@seq number_display@seq: ; 1 bytes @ 0x1A ds 1 global number_display@l number_display@l: ; 2 bytes @ 0x1B ds 2 global number_display@k number_display@k: ; 2 bytes @ 0x1D ds 2 global number_display@j number_display@j: ; 2 bytes @ 0x1F ds 2 global number_display@m number_display@m: ; 2 bytes @ 0x21 ds 2 global number_display@i number_display@i: ; 2 bytes @ 0x23 ds 2 global ??_Second_Line ??_Second_Line: ; 0 bytes @ 0x25 global ??_main ??_main: ; 0 bytes @ 0x25 ;! ;!Data Sizes: ;! Strings 0 ;! Constant 992 ;! Data 0 ;! BSS 4 ;! Persistent 0 ;! Stack 0 ;! ;!Auto Spaces: ;! Space Size Autos Used ;! COMRAM 127 37 41 ;! BANK0 128 0 0 ;! BANK1 256 0 0 ;! BANK2 256 0 0 ;! BANK3 256 0 0 ;! BANK4 256 0 0 ;! BANK5 256 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 COMRAM ;! ;! _lcd_reset->_lcd_clear ;! _lcd_clear->_lcd_instruction ;! _lcd_set_graphic_mode->_lcd_instruction ;! _clear_lcd->_draw_data ;! _First_Line->_hangulDisplay ;! _Second_Line->_number_display ;! _number_display->___awdiv ;! _Third_Line->_hangulDisplay ;! _Fourth_Line->_hangulDisplay ;! _hangulDisplay->_draw_data ;! _draw_data->_lcd_instruction ;! _draw_data->_lcd_data ;! _lcd_instruction->_spi_send ;! _lcd_data->_spi_send ;! ___awdiv->___awmod ;! ;!Critical Paths under _main in BANK0 ;! ;! None. ;! ;!Critical Paths under _main in BANK1 ;! ;! None. ;! ;!Critical Paths under _main in BANK2 ;! ;! None. ;! ;!Critical Paths under _main in BANK3 ;! ;! None. ;! ;!Critical Paths under _main in BANK4 ;! ;! None. ;! ;!Critical Paths under _main in BANK5 ;! ;! 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 2805 ;! _init_SPI ;! _lcd_reset ;! _lcd_set_graphic_mode ;! _clear_lcd ;! _First_Line ;! _Second_Line ;! _Third_Line ;! _Fourth_Line ;! --------------------------------------------------------------------------------- ;! (1) _lcd_reset 1 1 0 90 ;! 3 COMRAM 1 1 0 ;! _lcd_instruction ;! _lcd_clear ;! --------------------------------------------------------------------------------- ;! (2) _lcd_clear 1 1 0 45 ;! 2 COMRAM 1 1 0 ;! _lcd_instruction ;! --------------------------------------------------------------------------------- ;! (1) _lcd_set_graphic_mode 1 1 0 45 ;! 2 COMRAM 1 1 0 ;! _lcd_instruction ;! --------------------------------------------------------------------------------- ;! (1) _clear_lcd 8 8 0 240 ;! 6 COMRAM 4 4 0 ;! _draw_data ;! --------------------------------------------------------------------------------- ;! (1) _First_Line 0 0 0 330 ;! _hangulDisplay ;! --------------------------------------------------------------------------------- ;! (1) _Second_Line 0 0 0 1440 ;! _hangulDisplay ;! _number_display ;! --------------------------------------------------------------------------------- ;! (2) _number_display 23 20 3 1110 ;! 14 COMRAM 23 20 3 ;! ___awmod ;! ___awdiv ;! _page_0 ;! _page_1 ;! _page_2 ;! _page_3 ;! _draw_data ;! --------------------------------------------------------------------------------- ;! (1) _Third_Line 0 0 0 330 ;! _hangulDisplay ;! --------------------------------------------------------------------------------- ;! (1) _Fourth_Line 0 0 0 330 ;! _hangulDisplay ;! --------------------------------------------------------------------------------- ;! (2) _hangulDisplay 11 9 2 330 ;! 6 COMRAM 11 9 2 ;! _page_0 ;! _page_1 ;! _page_2 ;! _page_3 ;! _draw_data ;! --------------------------------------------------------------------------------- ;! (3) _draw_data 4 1 3 150 ;! 2 COMRAM 4 1 3 ;! _lcd_instruction ;! _lcd_data ;! --------------------------------------------------------------------------------- ;! (4) _lcd_instruction 1 1 0 45 ;! 1 COMRAM 1 1 0 ;! _spi_send ;! --------------------------------------------------------------------------------- ;! (4) _lcd_data 1 1 0 45 ;! 1 COMRAM 1 1 0 ;! _spi_send ;! --------------------------------------------------------------------------------- ;! (5) _spi_send 2 2 0 15 ;! 0 COMRAM 1 1 0 ;! --------------------------------------------------------------------------------- ;! (3) _page_0 0 0 0 0 ;! --------------------------------------------------------------------------------- ;! (3) _page_1 0 0 0 0 ;! --------------------------------------------------------------------------------- ;! (3) _page_2 0 0 0 0 ;! --------------------------------------------------------------------------------- ;! (3) _page_3 0 0 0 0 ;! --------------------------------------------------------------------------------- ;! (1) _init_SPI 0 0 0 0 ;! --------------------------------------------------------------------------------- ;! (3) ___awdiv 8 4 4 195 ;! 6 COMRAM 8 4 4 ;! ___awmod (ARG) ;! --------------------------------------------------------------------------------- ;! (3) ___awmod 6 2 4 195 ;! 0 COMRAM 6 2 4 ;! --------------------------------------------------------------------------------- ;! 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 ;! _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 ;!BIGRAM 5FF 0 0 17 0.0% ;!EEDATA 100 0 0 0 0.0% ;!BITBANK5 100 0 0 16 0.0% ;!BANK5 100 0 0 14 0.0% ;!BITBANK4 100 0 0 12 0.0% ;!BANK4 100 0 0 13 0.0% ;!BITBANK3 100 0 0 10 0.0% ;!BANK3 100 0 0 11 0.0% ;!BITBANK2 100 0 0 8 0.0% ;!BANK2 100 0 0 9 0.0% ;!BITBANK1 100 0 0 6 0.0% ;!BANK1 100 0 0 7 0.0% ;!BITBANK0 80 0 0 4 0.0% ;!BANK0 80 0 0 5 0.0% ;!BITCOMRAM 7F 0 0 0 0.0% ;!COMRAM 7F 25 29 1 32.3% ;!BITSFR 0 0 0 40 0.0% ;!SFR 0 0 0 40 0.0% ;!STACK 0 0 5 2 0.0% ;!NULL 0 0 0 0 0.0% ;!ABS 0 0 29 15 0.0% ;!DATA 0 0 2E 3 0.0% ;!CODE 0 0 0 0 0.0% global _main ;; *************** function _main ***************** ;; Defined at: ;; line 377 in file "C:\Users\LK\Desktop\exam\GraphicLCD_Test\test.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, tblptrl, tblptrh, tblptru, prodl, prodh, cstack ;; Tracked objects: ;; On entry : 0/0 ;; On exit : 0/0 ;; Unchanged: 0/0 ;; Data sizes: COMRAM BANK0 BANK1 BANK2 BANK3 BANK4 BANK5 ;; Params: 0 0 0 0 0 0 0 ;; Locals: 0 0 0 0 0 0 0 ;; Temps: 0 0 0 0 0 0 0 ;; Totals: 0 0 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 ;; _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 text0,class=CODE,space=0,reloc=2 global __ptext0 __ptext0: psect text0 file "C:\Users\LK\Desktop\exam\GraphicLCD_Test\test.c" line 377 global __size_of_main __size_of_main equ __end_of_main-_main _main: opt stack 26 dw 0FFFFh line 378 l1106: ;test.c: 378: init_SPI(); call _init_SPI ;wreg free line 379 l1108: ;test.c: 379: lcd_reset(); call _lcd_reset ;wreg free line 380 l1110: ;test.c: 380: lcd_set_graphic_mode(); call _lcd_set_graphic_mode ;wreg free line 381 l1112: ;test.c: 381: clear_lcd(); call _clear_lcd ;wreg free line 384 l1114: ;test.c: 383: { ;test.c: 384: First_Line(); call _First_Line ;wreg free line 385 l1116: ;test.c: 385: Second_Line(); call _Second_Line ;wreg free line 386 l1118: ;test.c: 386: Third_Line(); call _Third_Line ;wreg free line 387 l1120: ;test.c: 387: Fourth_Line(); call _Fourth_Line ;wreg free goto l1114 global start goto start opt stack 0 psect text1,class=CODE,space=0,reloc=2 global __ptext1 __ptext1: line 389 GLOBAL __end_of_main __end_of_main: signat _main,88 global _lcd_reset ;; *************** function _lcd_reset ***************** ;; Defined at: ;; line 164 in file "C:\Users\LK\Desktop\exam\GraphicLCD_Test\test.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, cstack ;; Tracked objects: ;; On entry : 0/0 ;; On exit : 0/0 ;; Unchanged: 0/0 ;; Data sizes: COMRAM BANK0 BANK1 BANK2 BANK3 BANK4 BANK5 ;; Params: 0 0 0 0 0 0 0 ;; Locals: 0 0 0 0 0 0 0 ;; Temps: 1 0 0 0 0 0 0 ;; Totals: 1 0 0 0 0 0 0 ;;Total ram usage: 1 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 text1 file "C:\Users\LK\Desktop\exam\GraphicLCD_Test\test.c" line 164 global __size_of_lcd_reset __size_of_lcd_reset equ __end_of_lcd_reset-_lcd_reset _lcd_reset: opt stack 27 dw 0FFFFh line 166 l938: ;test.c: 166: PORTB &= ~0x01; bcf (0+(0/8)+(c:3969)),c,(0)&7 ;volatile line 167 l940: ;test.c: 167: _delay((unsigned long)((1)*(16000000/4000.0))); movlw 4 movwf (??_lcd_reset+0+0)&0ffh,c,f movlw 229 u337: decfsz wreg,f goto u337 decfsz (??_lcd_reset+0+0)&0ffh,c,f goto u337 nop line 168 l942: ;test.c: 168: PORTB |= 0x01; bsf (0+(0/8)+(c:3969)),c,(0)&7 ;volatile line 169 ;test.c: 169: _delay((unsigned long)((10)*(16000000/4000.0))); movlw 39 movwf (??_lcd_reset+0+0)&0ffh,c,f movlw 251 u347: decfsz wreg,f goto u347 decfsz (??_lcd_reset+0+0)&0ffh,c,f goto u347 nop2 nop line 170 l944: ;test.c: 170: lcd_instruction(0b00110000); movlw (030h)&0ffh call _lcd_instruction line 171 l946: ;test.c: 171: lcd_instruction(0b00110000); movlw (030h)&0ffh call _lcd_instruction line 172 l948: ;test.c: 172: lcd_instruction(0b00001100); movlw (0Ch)&0ffh call _lcd_instruction line 173 l950: ;test.c: 173: lcd_clear(); call _lcd_clear ;wreg free line 174 ;test.c: 174: _delay((unsigned long)((10)*(16000000/4000.0))); movlw 39 movwf (??_lcd_reset+0+0)&0ffh,c,f movlw 251 u357: decfsz wreg,f goto u357 decfsz (??_lcd_reset+0+0)&0ffh,c,f goto u357 nop2 nop line 175 l952: ;test.c: 175: lcd_instruction(0b00000110); movlw (06h)&0ffh call _lcd_instruction line 176 l45: return dw 0FFFFh; errata NOP opt stack 0 GLOBAL __end_of_lcd_reset __end_of_lcd_reset: signat _lcd_reset,88 global _lcd_clear ;; *************** function _lcd_clear ***************** ;; Defined at: ;; line 157 in file "C:\Users\LK\Desktop\exam\GraphicLCD_Test\test.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, cstack ;; Tracked objects: ;; On entry : 0/0 ;; On exit : 0/0 ;; Unchanged: 0/0 ;; Data sizes: COMRAM BANK0 BANK1 BANK2 BANK3 BANK4 BANK5 ;; Params: 0 0 0 0 0 0 0 ;; Locals: 0 0 0 0 0 0 0 ;; Temps: 1 0 0 0 0 0 0 ;; Totals: 1 0 0 0 0 0 0 ;;Total ram usage: 1 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 text2,class=CODE,space=0,reloc=2 global __ptext2 __ptext2: psect text2 file "C:\Users\LK\Desktop\exam\GraphicLCD_Test\test.c" line 157 global __size_of_lcd_clear __size_of_lcd_clear equ __end_of_lcd_clear-_lcd_clear _lcd_clear: opt stack 27 dw 0FFFFh line 158 l924: ;test.c: 158: lcd_instruction(0b00000001); movlw (01h)&0ffh call _lcd_instruction line 159 l926: ;test.c: 159: _delay((unsigned long)((2)*(16000000/4000.0))); movlw 8 movwf (??_lcd_clear+0+0)&0ffh,c,f movlw 203 u367: decfsz wreg,f goto u367 decfsz (??_lcd_clear+0+0)&0ffh,c,f goto u367 nop line 160 l42: return dw 0FFFFh; errata NOP opt stack 0 GLOBAL __end_of_lcd_clear __end_of_lcd_clear: signat _lcd_clear,88 global _lcd_set_graphic_mode ;; *************** function _lcd_set_graphic_mode ***************** ;; Defined at: ;; line 185 in file "C:\Users\LK\Desktop\exam\GraphicLCD_Test\test.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, cstack ;; Tracked objects: ;; On entry : 0/0 ;; On exit : 0/0 ;; Unchanged: 0/0 ;; Data sizes: COMRAM BANK0 BANK1 BANK2 BANK3 BANK4 BANK5 ;; Params: 0 0 0 0 0 0 0 ;; Locals: 0 0 0 0 0 0 0 ;; Temps: 1 0 0 0 0 0 0 ;; Totals: 1 0 0 0 0 0 0 ;;Total ram usage: 1 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 text3,class=CODE,space=0,reloc=2 global __ptext3 __ptext3: psect text3 file "C:\Users\LK\Desktop\exam\GraphicLCD_Test\test.c" line 185 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 28 dw 0FFFFh line 186 l930: ;test.c: 186: lcd_instruction(0X01); movlw (01h)&0ffh call _lcd_instruction line 187 l932: ;test.c: 187: _delay((unsigned long)((10)*(16000000/4000.0))); movlw 39 movwf (??_lcd_set_graphic_mode+0+0)&0ffh,c,f movlw 251 u377: decfsz wreg,f goto u377 decfsz (??_lcd_set_graphic_mode+0+0)&0ffh,c,f goto u377 nop2 nop line 189 l934: ;test.c: 189: lcd_instruction(0X20 | 0X04 | 0X02); movlw (026h)&0ffh call _lcd_instruction line 190 l936: ;test.c: 190: lcd_instruction(0X02); movlw (02h)&0ffh call _lcd_instruction line 191 l51: return dw 0FFFFh; errata NOP opt stack 0 GLOBAL __end_of_lcd_set_graphic_mode __end_of_lcd_set_graphic_mode: signat _lcd_set_graphic_mode,88 global _clear_lcd ;; *************** function _clear_lcd ***************** ;; Defined at: ;; line 193 in file "C:\Users\LK\Desktop\exam\GraphicLCD_Test\test.c" ;; Parameters: Size Location Type ;; None ;; Auto vars: Size Location Type ;; j 2 8[COMRAM] int ;; i 2 6[COMRAM] int ;; y 2 0 int ;; x 2 0 int ;; Return value: Size Location Type ;; None void ;; Registers used: ;; wreg, status,2, status,0, cstack ;; Tracked objects: ;; On entry : 0/0 ;; On exit : 0/0 ;; Unchanged: 0/0 ;; Data sizes: COMRAM BANK0 BANK1 BANK2 BANK3 BANK4 BANK5 ;; Params: 0 0 0 0 0 0 0 ;; Locals: 4 0 0 0 0 0 0 ;; Temps: 0 0 0 0 0 0 0 ;; Totals: 4 0 0 0 0 0 0 ;;Total ram usage: 4 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 text4,class=CODE,space=0,reloc=2 global __ptext4 __ptext4: psect text4 file "C:\Users\LK\Desktop\exam\GraphicLCD_Test\test.c" line 193 global __size_of_clear_lcd __size_of_clear_lcd equ __end_of_clear_lcd-_clear_lcd _clear_lcd: opt stack 27 dw 0FFFFh line 194 l954: line 195 ;test.c: 195: for (i = 0;i < 64;i++) clrf ((c:clear_lcd@i)),c clrf ((c:clear_lcd@i+1)),c line 196 l54: line 197 ;test.c: 196: { ;test.c: 197: for (j = 0;j < 16;j++) clrf ((c:clear_lcd@j)),c clrf ((c:clear_lcd@j+1)),c line 199 l964: ;test.c: 198: { ;test.c: 199: draw_data(j, i, 0); movff (c:clear_lcd@i),(c:?_draw_data) movlw high(0) movwf (1+((c:?_draw_data)+01h)),c movlw low(0) movwf (0+((c:?_draw_data)+01h)),c movf ((c:clear_lcd@j)),c,w call _draw_data line 197 l966: infsnz ((c:clear_lcd@j)),c incf ((c:clear_lcd@j+1)),c l968: movf ((c:clear_lcd@j+1)),c,w xorlw 80h addlw -((0)^80h) movlw 010h btfsc status,2 subwf ((c:clear_lcd@j)),c,w btfss status,0 goto u141 goto u140 u141: goto l964 u140: line 195 l970: infsnz ((c:clear_lcd@i)),c incf ((c:clear_lcd@i+1)),c l972: movf ((c:clear_lcd@i+1)),c,w xorlw 80h addlw -((0)^80h) movlw 040h btfsc status,2 subwf ((c:clear_lcd@i)),c,w btfss status,0 goto u151 goto u150 u151: goto l54 u150: line 202 l58: return dw 0FFFFh; errata NOP opt stack 0 GLOBAL __end_of_clear_lcd __end_of_clear_lcd: signat _clear_lcd,88 global _First_Line ;; *************** function _First_Line ***************** ;; Defined at: ;; line 327 in file "C:\Users\LK\Desktop\exam\GraphicLCD_Test\test.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, tblptrl, tblptrh, tblptru, prodl, prodh, cstack ;; Tracked objects: ;; On entry : 0/0 ;; On exit : 0/0 ;; Unchanged: 0/0 ;; Data sizes: COMRAM BANK0 BANK1 BANK2 BANK3 BANK4 BANK5 ;; Params: 0 0 0 0 0 0 0 ;; Locals: 0 0 0 0 0 0 0 ;; Temps: 0 0 0 0 0 0 0 ;; Totals: 0 0 0 0 0 0 0 ;;Total ram usage: 0 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 text5,class=CODE,space=0,reloc=2 global __ptext5 __ptext5: psect text5 file "C:\Users\LK\Desktop\exam\GraphicLCD_Test\test.c" line 327 global __size_of_First_Line __size_of_First_Line equ __end_of_First_Line-_First_Line _First_Line: opt stack 26 dw 0FFFFh line 328 l1094: ;test.c: 328: hangulDisplay(0, 0, 99); movlw low(0) movwf ((c:?_hangulDisplay)),c movlw low(063h) movwf (0+((c:?_hangulDisplay)+01h)),c movlw (0)&0ffh call _hangulDisplay line 329 ;test.c: 329: hangulDisplay(1, 0, 0); movlw low(0) movwf ((c:?_hangulDisplay)),c movlw low(0) movwf (0+((c:?_hangulDisplay)+01h)),c movlw (01h)&0ffh call _hangulDisplay line 330 ;test.c: 330: hangulDisplay(2, 0, 1); movlw low(0) movwf ((c:?_hangulDisplay)),c movlw low(01h) movwf (0+((c:?_hangulDisplay)+01h)),c movlw (02h)&0ffh call _hangulDisplay line 331 ;test.c: 331: hangulDisplay(3, 0, 2); movlw low(0) movwf ((c:?_hangulDisplay)),c movlw low(02h) movwf (0+((c:?_hangulDisplay)+01h)),c movlw (03h)&0ffh call _hangulDisplay line 332 ;test.c: 332: hangulDisplay(4, 0, 3); movlw low(0) movwf ((c:?_hangulDisplay)),c movlw low(03h) movwf (0+((c:?_hangulDisplay)+01h)),c movlw (04h)&0ffh call _hangulDisplay line 333 ;test.c: 333: hangulDisplay(5, 0, 4); movlw low(0) movwf ((c:?_hangulDisplay)),c movlw low(04h) movwf (0+((c:?_hangulDisplay)+01h)),c movlw (05h)&0ffh call _hangulDisplay line 334 ;test.c: 334: hangulDisplay(6, 0, 5); movlw low(0) movwf ((c:?_hangulDisplay)),c movlw low(05h) movwf (0+((c:?_hangulDisplay)+01h)),c movlw (06h)&0ffh call _hangulDisplay line 335 ;test.c: 335: hangulDisplay(7, 0, 99); movlw low(0) movwf ((c:?_hangulDisplay)),c movlw low(063h) movwf (0+((c:?_hangulDisplay)+01h)),c movlw (07h)&0ffh call _hangulDisplay line 336 l115: return dw 0FFFFh; errata NOP opt stack 0 GLOBAL __end_of_First_Line __end_of_First_Line: signat _First_Line,88 global _Second_Line ;; *************** function _Second_Line ***************** ;; Defined at: ;; line 338 in file "C:\Users\LK\Desktop\exam\GraphicLCD_Test\test.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, tblptrl, tblptrh, tblptru, prodl, prodh, cstack ;; Tracked objects: ;; On entry : 0/0 ;; On exit : 0/0 ;; Unchanged: 0/0 ;; Data sizes: COMRAM BANK0 BANK1 BANK2 BANK3 BANK4 BANK5 ;; Params: 0 0 0 0 0 0 0 ;; Locals: 0 0 0 0 0 0 0 ;; Temps: 0 0 0 0 0 0 0 ;; Totals: 0 0 0 0 0 0 0 ;;Total ram usage: 0 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 text6,class=CODE,space=0,reloc=2 global __ptext6 __ptext6: psect text6 file "C:\Users\LK\Desktop\exam\GraphicLCD_Test\test.c" line 338 global __size_of_Second_Line __size_of_Second_Line equ __end_of_Second_Line-_Second_Line _Second_Line: opt stack 26 dw 0FFFFh line 339 l1096: ;test.c: 339: hangulDisplay(0, 1, 99); movlw low(01h) movwf ((c:?_hangulDisplay)),c movlw low(063h) movwf (0+((c:?_hangulDisplay)+01h)),c movlw (0)&0ffh call _hangulDisplay line 340 l1098: ;test.c: 340: number_display(1, 1, 128); movlw low(01h) movwf ((c:?_number_display)),c movlw high(080h) movwf (1+((c:?_number_display)+01h)),c movlw low(080h) movwf (0+((c:?_number_display)+01h)),c movlw (01h)&0ffh call _number_display line 341 l1100: ;test.c: 341: hangulDisplay(4, 1, 17); movlw low(01h) movwf ((c:?_hangulDisplay)),c movlw low(011h) movwf (0+((c:?_hangulDisplay)+01h)),c movlw (04h)&0ffh call _hangulDisplay line 342 ;test.c: 342: number_display(5, 1, 64); movlw low(01h) movwf ((c:?_number_display)),c movlw high(040h) movwf (1+((c:?_number_display)+01h)),c movlw low(040h) movwf (0+((c:?_number_display)+01h)),c movlw (05h)&0ffh call _number_display line 343 l118: return dw 0FFFFh; errata NOP opt stack 0 GLOBAL __end_of_Second_Line __end_of_Second_Line: signat _Second_Line,88 global _number_display ;; *************** function _number_display ***************** ;; Defined at: ;; line 225 in file "C:\Users\LK\Desktop\exam\GraphicLCD_Test\test.c" ;; Parameters: Size Location Type ;; x_axis 1 wreg unsigned char ;; y_axis 1 14[COMRAM] unsigned char ;; number 2 15[COMRAM] int ;; Auto vars: Size Location Type ;; x_axis 1 25[COMRAM] unsigned char ;; m 2 33[COMRAM] int ;; i 2 35[COMRAM] volatile unsigned int ;; j 2 31[COMRAM] volatile unsigned int ;; k 2 29[COMRAM] volatile unsigned int ;; l 2 27[COMRAM] volatile unsigned int ;; seq 1 26[COMRAM] unsigned char ;; Return value: Size Location Type ;; None void ;; Registers used: ;; wreg, status,2, status,0, tblptrl, tblptrh, tblptru, cstack ;; Tracked objects: ;; On entry : 0/0 ;; On exit : 0/0 ;; Unchanged: 0/0 ;; Data sizes: COMRAM BANK0 BANK1 BANK2 BANK3 BANK4 BANK5 ;; Params: 3 0 0 0 0 0 0 ;; Locals: 12 0 0 0 0 0 0 ;; Temps: 8 0 0 0 0 0 0 ;; Totals: 23 0 0 0 0 0 0 ;;Total ram usage: 23 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 text7,class=CODE,space=0,reloc=2 global __ptext7 __ptext7: psect text7 file "C:\Users\LK\Desktop\exam\GraphicLCD_Test\test.c" line 225 global __size_of_number_display __size_of_number_display equ __end_of_number_display-_number_display _number_display: opt stack 26 dw 0FFFFh ;number_display@x_axis stored from wreg movff wreg,(c:number_display@x_axis) line 226 l974: ;test.c: 226: volatile unsigned int i, j, k, l = 0; clrf ((c:number_display@l)),c ;volatile clrf ((c:number_display@l+1)),c ;volatile line 227 ;test.c: 227: unsigned char seq = 0; clrf ((c:number_display@seq)),c line 229 l976: ;test.c: 229: i = (number % 10000) / 1000; movlw high(02710h) movwf (1+((c:?___awmod)+02h)),c movlw low(02710h) movwf (0+((c:?___awmod)+02h)),c movff (c:number_display@number),(c:?___awmod) movff (c:number_display@number+1),(c:?___awmod+1) call ___awmod ;wreg free movff 0+?___awmod,(c:?___awdiv) movff 1+?___awmod,(c:?___awdiv+1) movlw high(03E8h) movwf (1+((c:?___awdiv)+02h)),c movlw low(03E8h) movwf (0+((c:?___awdiv)+02h)),c call ___awdiv ;wreg free movff 0+?___awdiv,(c:number_display@i) movff 1+?___awdiv,(c:number_display@i+1) line 230 ;test.c: 230: j = (number % 1000) / 100; movlw high(03E8h) movwf (1+((c:?___awmod)+02h)),c movlw low(03E8h) movwf (0+((c:?___awmod)+02h)),c movff (c:number_display@number),(c:?___awmod) movff (c:number_display@number+1),(c:?___awmod+1) call ___awmod ;wreg free movff 0+?___awmod,(c:?___awdiv) movff 1+?___awmod,(c:?___awdiv+1) movlw high(064h) movwf (1+((c:?___awdiv)+02h)),c movlw low(064h) movwf (0+((c:?___awdiv)+02h)),c call ___awdiv ;wreg free movff 0+?___awdiv,(c:number_display@j) movff 1+?___awdiv,(c:number_display@j+1) line 231 ;test.c: 231: k = (number % 100) / 10; movlw high(064h) movwf (1+((c:?___awmod)+02h)),c movlw low(064h) movwf (0+((c:?___awmod)+02h)),c movff (c:number_display@number),(c:?___awmod) movff (c:number_display@number+1),(c:?___awmod+1) call ___awmod ;wreg free movff 0+?___awmod,(c:?___awdiv) movff 1+?___awmod,(c:?___awdiv+1) movlw high(0Ah) movwf (1+((c:?___awdiv)+02h)),c movlw low(0Ah) movwf (0+((c:?___awdiv)+02h)),c call ___awdiv ;wreg free movff 0+?___awdiv,(c:number_display@k) movff 1+?___awdiv,(c:number_display@k+1) line 232 ;test.c: 232: l = (number % 10); movff (c:number_display@number),(c:?___awmod) movff (c:number_display@number+1),(c:?___awmod+1) movlw high(0Ah) movwf (1+((c:?___awmod)+02h)),c movlw low(0Ah) movwf (0+((c:?___awmod)+02h)),c call ___awmod ;wreg free movff 0+?___awmod,(c:number_display@l) movff 1+?___awmod,(c:number_display@l+1) line 233 ;test.c: 233: switch (y_axis) goto l988 line 236 l978: ;test.c: 236: page_0(); call _page_0 ;wreg free line 237 ;test.c: 237: break; goto l990 line 239 l980: ;test.c: 239: page_1(); call _page_1 ;wreg free line 240 ;test.c: 240: break; goto l990 line 242 l982: ;test.c: 242: page_2(); call _page_2 ;wreg free line 243 ;test.c: 243: break; goto l990 line 245 l984: ;test.c: 245: page_3(); call _page_3 ;wreg free line 246 ;test.c: 246: break; goto l990 line 233 l988: movf ((c:number_display@y_axis)),c,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) ; Chosen strategy is simple_byte xorlw 0^0 ; case 0 skipnz goto l978 xorlw 1^0 ; case 1 skipnz goto l980 xorlw 2^1 ; case 2 skipnz goto l982 xorlw 3^2 ; case 3 skipnz goto l984 goto l990 line 248 l990: ;test.c: 248: if (i == 0) movf ((c:number_display@i+1)),c,w ;volatile iorwf ((c:number_display@i)),c,w ;volatile btfss status,2 goto u161 goto u160 u161: goto l83 u160: line 250 l992: ;test.c: 249: { ;test.c: 250: seq = 0; clrf ((c:number_display@seq)),c line 251 ;test.c: 251: } goto l1006 line 252 l83: line 254 ;test.c: 252: else ;test.c: 253: { ;test.c: 254: for (m = 0;m < 16;m++) clrf ((c:number_display@m)),c clrf ((c:number_display@m+1)),c line 256 l998: ;test.c: 255: { ;test.c: 256: draw_data((x_axis + x), (m + y), string_number[i][m]); movf ((c:number_display@m)),c,w addwf ((c:_y)),c,w movwf ((c:?_draw_data)),c bcf status,0 rlcf ((c:number_display@m)),c,w movwf (??_number_display+0+0)&0ffh,c rlcf ((c:number_display@m+1)),c,w movwf 1+(??_number_display+0+0)&0ffh,c movff (c:number_display@i),??_number_display+2+0 ;volatile movff (c:number_display@i+1),??_number_display+2+0+1 ;volatile movlw 05h u175: bcf status,0 rlcf (??_number_display+2+0),c rlcf (??_number_display+2+1),c decfsz wreg goto u175 movlw low(_string_number) addwf (??_number_display+2+0),c,w movwf (??_number_display+4+0)&0ffh,c movlw high(_string_number) addwfc (??_number_display+2+1),c,w movwf 1+(??_number_display+4+0)&0ffh,c movf (??_number_display+0+0),c,w addwf (??_number_display+4+0),c,w movwf (??_number_display+6+0)&0ffh,c movf (??_number_display+0+1),c,w addwfc (??_number_display+4+1),c,w movwf 1+(??_number_display+6+0)&0ffh,c movff ??_number_display+6+0,tblptrl movff ??_number_display+6+1,tblptrh tblrd*+ dw 0FFFFh; errata NOP movff tablat,0+((c:?_draw_data)+01h) tblrd*- dw 0FFFFh; errata NOP movff tablat,1+((c:?_draw_data)+01h) movf ((c:number_display@x_axis)),c,w addwf ((c:_x)),c,w call _draw_data line 254 l1000: infsnz ((c:number_display@m)),c incf ((c:number_display@m+1)),c l1002: movf ((c:number_display@m+1)),c,w xorlw 80h addlw -((0)^80h) movlw 010h btfsc status,2 subwf ((c:number_display@m)),c,w btfss status,0 goto u181 goto u180 u181: goto l998 u180: line 258 l1004: ;test.c: 257: } ;test.c: 258: seq++; incf ((c:number_display@seq)),c line 260 l1006: ;test.c: 259: } ;test.c: 260: if (i == 0 && j == 0) movf ((c:number_display@i+1)),c,w ;volatile iorwf ((c:number_display@i)),c,w ;volatile btfss status,2 goto u191 goto u190 u191: goto l87 u190: l1008: movf ((c:number_display@j+1)),c,w ;volatile iorwf ((c:number_display@j)),c,w ;volatile btfss status,2 goto u201 goto u200 u201: goto l87 u200: line 262 l1010: ;test.c: 261: { ;test.c: 262: seq = 0; clrf ((c:number_display@seq)),c line 263 ;test.c: 263: } goto l1024 line 264 l87: line 266 ;test.c: 264: else ;test.c: 265: { ;test.c: 266: for (m = 0;m < 16;m++) clrf ((c:number_display@m)),c clrf ((c:number_display@m+1)),c line 268 l1016: ;test.c: 267: { ;test.c: 268: draw_data((x_axis + x + seq), (m + y), string_number[j][m]); movf ((c:number_display@m)),c,w addwf ((c:_y)),c,w movwf ((c:?_draw_data)),c bcf status,0 rlcf ((c:number_display@m)),c,w movwf (??_number_display+0+0)&0ffh,c rlcf ((c:number_display@m+1)),c,w movwf 1+(??_number_display+0+0)&0ffh,c movff (c:number_display@j),??_number_display+2+0 ;volatile movff (c:number_display@j+1),??_number_display+2+0+1 ;volatile movlw 05h u215: bcf status,0 rlcf (??_number_display+2+0),c rlcf (??_number_display+2+1),c decfsz wreg goto u215 movlw low(_string_number) addwf (??_number_display+2+0),c,w movwf (??_number_display+4+0)&0ffh,c movlw high(_string_number) addwfc (??_number_display+2+1),c,w movwf 1+(??_number_display+4+0)&0ffh,c movf (??_number_display+0+0),c,w addwf (??_number_display+4+0),c,w movwf (??_number_display+6+0)&0ffh,c movf (??_number_display+0+1),c,w addwfc (??_number_display+4+1),c,w movwf 1+(??_number_display+6+0)&0ffh,c movff ??_number_display+6+0,tblptrl movff ??_number_display+6+1,tblptrh tblrd*+ dw 0FFFFh; errata NOP movff tablat,0+((c:?_draw_data)+01h) tblrd*- dw 0FFFFh; errata NOP movff tablat,1+((c:?_draw_data)+01h) movf ((c:number_display@x_axis)),c,w addwf ((c:number_display@seq)),c,w addwf ((c:_x)),c,w call _draw_data line 266 l1018: infsnz ((c:number_display@m)),c incf ((c:number_display@m+1)),c l1020: movf ((c:number_display@m+1)),c,w xorlw 80h addlw -((0)^80h) movlw 010h btfsc status,2 subwf ((c:number_display@m)),c,w btfss status,0 goto u221 goto u220 u221: goto l1016 u220: line 270 l1022: ;test.c: 269: } ;test.c: 270: seq++; incf ((c:number_display@seq)),c line 272 l1024: ;test.c: 271: } ;test.c: 272: if (i == 0 && j == 0 && k == 0) movf ((c:number_display@i+1)),c,w ;volatile iorwf ((c:number_display@i)),c,w ;volatile btfss status,2 goto u231 goto u230 u231: goto l91 u230: l1026: movf ((c:number_display@j+1)),c,w ;volatile iorwf ((c:number_display@j)),c,w ;volatile btfss status,2 goto u241 goto u240 u241: goto l91 u240: l1028: movf ((c:number_display@k+1)),c,w ;volatile iorwf ((c:number_display@k)),c,w ;volatile btfss status,2 goto u251 goto u250 u251: goto l91 u250: line 274 l1030: ;test.c: 273: { ;test.c: 274: seq = 0; clrf ((c:number_display@seq)),c line 275 ;test.c: 275: } goto l1044 line 276 l91: line 278 ;test.c: 276: else ;test.c: 277: { ;test.c: 278: for (m = 0;m < 16;m++) clrf ((c:number_display@m)),c clrf ((c:number_display@m+1)),c line 280 l1036: ;test.c: 279: { ;test.c: 280: draw_data((x_axis + x + seq), (m + y), string_number[k][m]); movf ((c:number_display@m)),c,w addwf ((c:_y)),c,w movwf ((c:?_draw_data)),c bcf status,0 rlcf ((c:number_display@m)),c,w movwf (??_number_display+0+0)&0ffh,c rlcf ((c:number_display@m+1)),c,w movwf 1+(??_number_display+0+0)&0ffh,c movff (c:number_display@k),??_number_display+2+0 ;volatile movff (c:number_display@k+1),??_number_display+2+0+1 ;volatile movlw 05h u265: bcf status,0 rlcf (??_number_display+2+0),c rlcf (??_number_display+2+1),c decfsz wreg goto u265 movlw low(_string_number) addwf (??_number_display+2+0),c,w movwf (??_number_display+4+0)&0ffh,c movlw high(_string_number) addwfc (??_number_display+2+1),c,w movwf 1+(??_number_display+4+0)&0ffh,c movf (??_number_display+0+0),c,w addwf (??_number_display+4+0),c,w movwf (??_number_display+6+0)&0ffh,c movf (??_number_display+0+1),c,w addwfc (??_number_display+4+1),c,w movwf 1+(??_number_display+6+0)&0ffh,c movff ??_number_display+6+0,tblptrl movff ??_number_display+6+1,tblptrh tblrd*+ dw 0FFFFh; errata NOP movff tablat,0+((c:?_draw_data)+01h) tblrd*- dw 0FFFFh; errata NOP movff tablat,1+((c:?_draw_data)+01h) movf ((c:number_display@x_axis)),c,w addwf ((c:number_display@seq)),c,w addwf ((c:_x)),c,w call _draw_data line 278 l1038: infsnz ((c:number_display@m)),c incf ((c:number_display@m+1)),c l1040: movf ((c:number_display@m+1)),c,w xorlw 80h addlw -((0)^80h) movlw 010h btfsc status,2 subwf ((c:number_display@m)),c,w btfss status,0 goto u271 goto u270 u271: goto l1036 u270: line 282 l1042: ;test.c: 281: } ;test.c: 282: seq++; incf ((c:number_display@seq)),c line 284 l1044: ;test.c: 283: } ;test.c: 284: for (m = 0;m < 16;m++) clrf ((c:number_display@m)),c clrf ((c:number_display@m+1)),c line 286 l1050: ;test.c: 285: { ;test.c: 286: draw_data((x_axis + x + seq), (m + y), string_number[l][m]); movf ((c:number_display@m)),c,w addwf ((c:_y)),c,w movwf ((c:?_draw_data)),c bcf status,0 rlcf ((c:number_display@m)),c,w movwf (??_number_display+0+0)&0ffh,c rlcf ((c:number_display@m+1)),c,w movwf 1+(??_number_display+0+0)&0ffh,c movff (c:number_display@l),??_number_display+2+0 ;volatile movff (c:number_display@l+1),??_number_display+2+0+1 ;volatile movlw 05h u285: bcf status,0 rlcf (??_number_display+2+0),c rlcf (??_number_display+2+1),c decfsz wreg goto u285 movlw low(_string_number) addwf (??_number_display+2+0),c,w movwf (??_number_display+4+0)&0ffh,c movlw high(_string_number) addwfc (??_number_display+2+1),c,w movwf 1+(??_number_display+4+0)&0ffh,c movf (??_number_display+0+0),c,w addwf (??_number_display+4+0),c,w movwf (??_number_display+6+0)&0ffh,c movf (??_number_display+0+1),c,w addwfc (??_number_display+4+1),c,w movwf 1+(??_number_display+6+0)&0ffh,c movff ??_number_display+6+0,tblptrl movff ??_number_display+6+1,tblptrh tblrd*+ dw 0FFFFh; errata NOP movff tablat,0+((c:?_draw_data)+01h) tblrd*- dw 0FFFFh; errata NOP movff tablat,1+((c:?_draw_data)+01h) movf ((c:number_display@x_axis)),c,w addwf ((c:number_display@seq)),c,w addwf ((c:_x)),c,w call _draw_data line 284 l1052: infsnz ((c:number_display@m)),c incf ((c:number_display@m+1)),c l1054: movf ((c:number_display@m+1)),c,w xorlw 80h addlw -((0)^80h) movlw 010h btfsc status,2 subwf ((c:number_display@m)),c,w btfss status,0 goto u291 goto u290 u291: goto l1050 u290: line 289 l97: return dw 0FFFFh; errata NOP opt stack 0 GLOBAL __end_of_number_display __end_of_number_display: signat _number_display,12408 global _Third_Line ;; *************** function _Third_Line ***************** ;; Defined at: ;; line 345 in file "C:\Users\LK\Desktop\exam\GraphicLCD_Test\test.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, tblptrl, tblptrh, tblptru, prodl, prodh, cstack ;; Tracked objects: ;; On entry : 0/0 ;; On exit : 0/0 ;; Unchanged: 0/0 ;; Data sizes: COMRAM BANK0 BANK1 BANK2 BANK3 BANK4 BANK5 ;; Params: 0 0 0 0 0 0 0 ;; Locals: 0 0 0 0 0 0 0 ;; Temps: 0 0 0 0 0 0 0 ;; Totals: 0 0 0 0 0 0 0 ;;Total ram usage: 0 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 text8,class=CODE,space=0,reloc=2 global __ptext8 __ptext8: psect text8 file "C:\Users\LK\Desktop\exam\GraphicLCD_Test\test.c" line 345 global __size_of_Third_Line __size_of_Third_Line equ __end_of_Third_Line-_Third_Line _Third_Line: opt stack 26 dw 0FFFFh line 347 l1102: ;test.c: 347: hangulDisplay(0, 2, 99); movlw low(02h) movwf ((c:?_hangulDisplay)),c movlw low(063h) movwf (0+((c:?_hangulDisplay)+01h)),c movlw (0)&0ffh call _hangulDisplay line 348 ;test.c: 348: hangulDisplay(1, 2, 6); movlw low(02h) movwf ((c:?_hangulDisplay)),c movlw low(06h) movwf (0+((c:?_hangulDisplay)+01h)),c movlw (01h)&0ffh call _hangulDisplay line 349 ;test.c: 349: hangulDisplay(2, 2, 7); movlw low(02h) movwf ((c:?_hangulDisplay)),c movlw low(07h) movwf (0+((c:?_hangulDisplay)+01h)),c movlw (02h)&0ffh call _hangulDisplay line 350 ;test.c: 350: hangulDisplay(3, 2, 8); movlw low(02h) movwf ((c:?_hangulDisplay)),c movlw low(08h) movwf (0+((c:?_hangulDisplay)+01h)),c movlw (03h)&0ffh call _hangulDisplay line 351 ;test.c: 351: hangulDisplay(4, 2, 9); movlw low(02h) movwf ((c:?_hangulDisplay)),c movlw low(09h) movwf (0+((c:?_hangulDisplay)+01h)),c movlw (04h)&0ffh call _hangulDisplay line 352 ;test.c: 352: hangulDisplay(5, 2, 10); movlw low(02h) movwf ((c:?_hangulDisplay)),c movlw low(0Ah) movwf (0+((c:?_hangulDisplay)+01h)),c movlw (05h)&0ffh call _hangulDisplay line 353 ;test.c: 353: hangulDisplay(6, 2, 11); movlw low(02h) movwf ((c:?_hangulDisplay)),c movlw low(0Bh) movwf (0+((c:?_hangulDisplay)+01h)),c movlw (06h)&0ffh call _hangulDisplay line 354 ;test.c: 354: hangulDisplay(7, 2, 99); movlw low(02h) movwf ((c:?_hangulDisplay)),c movlw low(063h) movwf (0+((c:?_hangulDisplay)+01h)),c movlw (07h)&0ffh call _hangulDisplay line 355 l121: return dw 0FFFFh; errata NOP opt stack 0 GLOBAL __end_of_Third_Line __end_of_Third_Line: signat _Third_Line,88 global _Fourth_Line ;; *************** function _Fourth_Line ***************** ;; Defined at: ;; line 357 in file "C:\Users\LK\Desktop\exam\GraphicLCD_Test\test.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, tblptrl, tblptrh, tblptru, prodl, prodh, cstack ;; Tracked objects: ;; On entry : 0/0 ;; On exit : 0/0 ;; Unchanged: 0/0 ;; Data sizes: COMRAM BANK0 BANK1 BANK2 BANK3 BANK4 BANK5 ;; Params: 0 0 0 0 0 0 0 ;; Locals: 0 0 0 0 0 0 0 ;; Temps: 0 0 0 0 0 0 0 ;; Totals: 0 0 0 0 0 0 0 ;;Total ram usage: 0 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 text9,class=CODE,space=0,reloc=2 global __ptext9 __ptext9: psect text9 file "C:\Users\LK\Desktop\exam\GraphicLCD_Test\test.c" line 357 global __size_of_Fourth_Line __size_of_Fourth_Line equ __end_of_Fourth_Line-_Fourth_Line _Fourth_Line: opt stack 26 dw 0FFFFh line 358 l1104: ;test.c: 358: hangulDisplay(0, 3, 12); movlw low(03h) movwf ((c:?_hangulDisplay)),c movlw low(0Ch) movwf (0+((c:?_hangulDisplay)+01h)),c movlw (0)&0ffh call _hangulDisplay line 359 ;test.c: 359: hangulDisplay(1, 3, 13); movlw low(03h) movwf ((c:?_hangulDisplay)),c movlw low(0Dh) movwf (0+((c:?_hangulDisplay)+01h)),c movlw (01h)&0ffh call _hangulDisplay line 360 ;test.c: 360: hangulDisplay(2, 3, 14); movlw low(03h) movwf ((c:?_hangulDisplay)),c movlw low(0Eh) movwf (0+((c:?_hangulDisplay)+01h)),c movlw (02h)&0ffh call _hangulDisplay line 361 ;test.c: 361: hangulDisplay(3, 3, 15); movlw low(03h) movwf ((c:?_hangulDisplay)),c movlw low(0Fh) movwf (0+((c:?_hangulDisplay)+01h)),c movlw (03h)&0ffh call _hangulDisplay line 362 ;test.c: 362: hangulDisplay(4, 3, 16); movlw low(03h) movwf ((c:?_hangulDisplay)),c movlw low(010h) movwf (0+((c:?_hangulDisplay)+01h)),c movlw (04h)&0ffh call _hangulDisplay line 363 ;test.c: 363: hangulDisplay(5, 3, 18); movlw low(03h) movwf ((c:?_hangulDisplay)),c movlw low(012h) movwf (0+((c:?_hangulDisplay)+01h)),c movlw (05h)&0ffh call _hangulDisplay line 364 ;test.c: 364: hangulDisplay(6, 3, 19); movlw low(03h) movwf ((c:?_hangulDisplay)),c movlw low(013h) movwf (0+((c:?_hangulDisplay)+01h)),c movlw (06h)&0ffh call _hangulDisplay line 365 ;test.c: 365: hangulDisplay(7, 3, 20); movlw low(03h) movwf ((c:?_hangulDisplay)),c movlw low(014h) movwf (0+((c:?_hangulDisplay)+01h)),c movlw (07h)&0ffh call _hangulDisplay line 366 l124: return dw 0FFFFh; errata NOP opt stack 0 GLOBAL __end_of_Fourth_Line __end_of_Fourth_Line: signat _Fourth_Line,88 global _hangulDisplay ;; *************** function _hangulDisplay ***************** ;; Defined at: ;; line 292 in file "C:\Users\LK\Desktop\exam\GraphicLCD_Test\test.c" ;; Parameters: Size Location Type ;; x_axis 1 wreg unsigned char ;; y_axis 1 6[COMRAM] unsigned char ;; string_sel 1 7[COMRAM] unsigned char ;; Auto vars: Size Location Type ;; x_axis 1 14[COMRAM] unsigned char ;; j 2 15[COMRAM] int ;; Return value: Size Location Type ;; None void ;; Registers used: ;; wreg, status,2, status,0, tblptrl, tblptrh, tblptru, prodl, prodh, cstack ;; Tracked objects: ;; On entry : 0/0 ;; On exit : 0/0 ;; Unchanged: 0/0 ;; Data sizes: COMRAM BANK0 BANK1 BANK2 BANK3 BANK4 BANK5 ;; Params: 2 0 0 0 0 0 0 ;; Locals: 3 0 0 0 0 0 0 ;; Temps: 6 0 0 0 0 0 0 ;; Totals: 11 0 0 0 0 0 0 ;;Total ram usage: 11 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 text10,class=CODE,space=0,reloc=2 global __ptext10 __ptext10: psect text10 file "C:\Users\LK\Desktop\exam\GraphicLCD_Test\test.c" line 292 global __size_of_hangulDisplay __size_of_hangulDisplay equ __end_of_hangulDisplay-_hangulDisplay _hangulDisplay: opt stack 26 dw 0FFFFh ;hangulDisplay@x_axis stored from wreg movff wreg,(c:hangulDisplay@x_axis) line 293 l1056: line 294 ;test.c: 294: switch (y_axis) goto l1068 line 297 l1058: ;test.c: 297: page_0(); call _page_0 ;wreg free line 298 ;test.c: 298: break; goto l1070 line 300 l1060: ;test.c: 300: page_1(); call _page_1 ;wreg free line 301 ;test.c: 301: break; goto l1070 line 303 l1062: ;test.c: 303: page_2(); call _page_2 ;wreg free line 304 ;test.c: 304: break; goto l1070 line 306 l1064: ;test.c: 306: page_3(); call _page_3 ;wreg free line 307 ;test.c: 307: break; goto l1070 line 294 l1068: movf ((c:hangulDisplay@y_axis)),c,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) ; Chosen strategy is simple_byte xorlw 0^0 ; case 0 skipnz goto l1058 xorlw 1^0 ; case 1 skipnz goto l1060 xorlw 2^1 ; case 2 skipnz goto l1062 xorlw 3^2 ; case 3 skipnz goto l1064 goto l1070 line 309 l1070: ;test.c: 309: if (string_sel == 99) movf ((c:hangulDisplay@string_sel)),c,w xorlw 99 btfss status,2 goto u301 goto u300 u301: goto l106 u300: line 311 l1072: ;test.c: 310: { ;test.c: 311: for (j = 0;j < 16;j++) clrf ((c:hangulDisplay@j)),c clrf ((c:hangulDisplay@j+1)),c line 313 l1078: ;test.c: 312: { ;test.c: 313: draw_data((x_axis + x), (j + y), 0); movf ((c:hangulDisplay@j)),c,w addwf ((c:_y)),c,w movwf ((c:?_draw_data)),c movlw high(0) movwf (1+((c:?_draw_data)+01h)),c movlw low(0) movwf (0+((c:?_draw_data)+01h)),c movf ((c:hangulDisplay@x_axis)),c,w addwf ((c:_x)),c,w call _draw_data line 311 l1080: infsnz ((c:hangulDisplay@j)),c incf ((c:hangulDisplay@j+1)),c l1082: movf ((c:hangulDisplay@j+1)),c,w xorlw 80h addlw -((0)^80h) movlw 010h btfsc status,2 subwf ((c:hangulDisplay@j)),c,w btfss status,0 goto u311 goto u310 u311: goto l1078 u310: goto l112 line 317 l106: line 319 ;test.c: 317: else ;test.c: 318: { ;test.c: 319: for (j = 0;j < 16;j++) clrf ((c:hangulDisplay@j)),c clrf ((c:hangulDisplay@j+1)),c line 321 l1088: ;test.c: 320: { ;test.c: 321: draw_data((x_axis + x), (j + y), string[string_sel][j]); movf ((c:hangulDisplay@j)),c,w addwf ((c:_y)),c,w movwf ((c:?_draw_data)),c bcf status,0 rlcf ((c:hangulDisplay@j)),c,w movwf (??_hangulDisplay+0+0)&0ffh,c rlcf ((c:hangulDisplay@j+1)),c,w movwf 1+(??_hangulDisplay+0+0)&0ffh,c movf ((c:hangulDisplay@string_sel)),c,w mullw 020h movlw low(_string) addwf (prodl),c,w movwf (??_hangulDisplay+2+0)&0ffh,c movlw high(_string) addwfc prod+1,w movwf 1+(??_hangulDisplay+2+0)&0ffh,c movf (??_hangulDisplay+0+0),c,w addwf (??_hangulDisplay+2+0),c,w movwf (??_hangulDisplay+4+0)&0ffh,c movf (??_hangulDisplay+0+1),c,w addwfc (??_hangulDisplay+2+1),c,w movwf 1+(??_hangulDisplay+4+0)&0ffh,c movff ??_hangulDisplay+4+0,tblptrl movff ??_hangulDisplay+4+1,tblptrh tblrd*+ dw 0FFFFh; errata NOP movff tablat,0+((c:?_draw_data)+01h) tblrd*- dw 0FFFFh; errata NOP movff tablat,1+((c:?_draw_data)+01h) movf ((c:hangulDisplay@x_axis)),c,w addwf ((c:_x)),c,w call _draw_data line 319 l1090: infsnz ((c:hangulDisplay@j)),c incf ((c:hangulDisplay@j+1)),c l1092: movf ((c:hangulDisplay@j+1)),c,w xorlw 80h addlw -((0)^80h) movlw 010h btfsc status,2 subwf ((c:hangulDisplay@j)),c,w btfss status,0 goto u321 goto u320 u321: goto l1088 u320: line 325 l112: return dw 0FFFFh; errata NOP opt stack 0 GLOBAL __end_of_hangulDisplay __end_of_hangulDisplay: signat _hangulDisplay,12408 global _draw_data ;; *************** function _draw_data ***************** ;; Defined at: ;; line 178 in file "C:\Users\LK\Desktop\exam\GraphicLCD_Test\test.c" ;; Parameters: Size Location Type ;; x 1 wreg unsigned char ;; y 1 2[COMRAM] unsigned char ;; data 2 3[COMRAM] unsigned int ;; Auto vars: Size Location Type ;; x 1 5[COMRAM] unsigned char ;; Return value: Size Location Type ;; None void ;; Registers used: ;; wreg, status,2, status,0, cstack ;; Tracked objects: ;; On entry : 0/0 ;; On exit : 0/0 ;; Unchanged: 0/0 ;; Data sizes: COMRAM BANK0 BANK1 BANK2 BANK3 BANK4 BANK5 ;; Params: 3 0 0 0 0 0 0 ;; Locals: 1 0 0 0 0 0 0 ;; Temps: 0 0 0 0 0 0 0 ;; Totals: 4 0 0 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 text11,class=CODE,space=0,reloc=2 global __ptext11 __ptext11: psect text11 file "C:\Users\LK\Desktop\exam\GraphicLCD_Test\test.c" line 178 global __size_of_draw_data __size_of_draw_data equ __end_of_draw_data-_draw_data _draw_data: opt stack 26 dw 0FFFFh ;draw_data@x stored from wreg movff wreg,(c:draw_data@x) line 179 l928: ;test.c: 179: lcd_instruction(0X80 | (y & 0x3F)); movf ((c:draw_data@y)),c,w andlw low(03Fh) iorlw low(080h) call _lcd_instruction line 180 ;test.c: 180: lcd_instruction(0X80 | (x & 0x0F)); movf ((c:draw_data@x)),c,w andlw low(0Fh) iorlw low(080h) call _lcd_instruction line 181 ;test.c: 181: lcd_data((data >> 8) & 0xFF); movf ((c:draw_data@data+1)),c,w call _lcd_data line 182 ;test.c: 182: lcd_data(data & 0xFF); movf ((c:draw_data@data)),c,w call _lcd_data line 183 l48: return dw 0FFFFh; errata NOP opt stack 0 GLOBAL __end_of_draw_data __end_of_draw_data: signat _draw_data,12408 global _lcd_instruction ;; *************** function _lcd_instruction ***************** ;; Defined at: ;; line 124 in file "C:\Users\LK\Desktop\exam\GraphicLCD_Test\test.c" ;; Parameters: Size Location Type ;; ins 1 wreg unsigned char ;; Auto vars: Size Location Type ;; ins 1 1[COMRAM] unsigned char ;; Return value: Size Location Type ;; None void ;; Registers used: ;; wreg, status,2, status,0, cstack ;; Tracked objects: ;; On entry : 0/0 ;; On exit : 0/0 ;; Unchanged: 0/0 ;; Data sizes: COMRAM BANK0 BANK1 BANK2 BANK3 BANK4 BANK5 ;; Params: 0 0 0 0 0 0 0 ;; Locals: 1 0 0 0 0 0 0 ;; Temps: 0 0 0 0 0 0 0 ;; Totals: 1 0 0 0 0 0 0 ;;Total ram usage: 1 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 ;; This function uses a non-reentrant model ;; psect text12,class=CODE,space=0,reloc=2 global __ptext12 __ptext12: psect text12 file "C:\Users\LK\Desktop\exam\GraphicLCD_Test\test.c" line 124 global __size_of_lcd_instruction __size_of_lcd_instruction equ __end_of_lcd_instruction-_lcd_instruction _lcd_instruction: opt stack 26 dw 0FFFFh ;lcd_instruction@ins stored from wreg movff wreg,(c:lcd_instruction@ins) line 125 l866: ;test.c: 125: spi_send(0b11111000); movlw (0F8h)&0ffh call _spi_send line 126 l868: ;test.c: 126: spi_send(ins & 0xf0); movf ((c:lcd_instruction@ins)),c,w andlw low(0F0h) call _spi_send line 127 l870: ;test.c: 127: spi_send(ins << 4); swapf ((c:lcd_instruction@ins)),c,w andlw (0ffh shl 4) & 0ffh call _spi_send line 128 l872: ;test.c: 128: _delay((unsigned long)((72)*(16000000/4000000.0))); movlw 72 u387: decfsz wreg,f goto u387 line 129 l31: return dw 0FFFFh; errata NOP opt stack 0 GLOBAL __end_of_lcd_instruction __end_of_lcd_instruction: signat _lcd_instruction,4216 global _lcd_data ;; *************** function _lcd_data ***************** ;; Defined at: ;; line 132 in file "C:\Users\LK\Desktop\exam\GraphicLCD_Test\test.c" ;; Parameters: Size Location Type ;; data 1 wreg unsigned char ;; Auto vars: Size Location Type ;; data 1 1[COMRAM] unsigned char ;; Return value: Size Location Type ;; None void ;; Registers used: ;; wreg, status,2, status,0, cstack ;; Tracked objects: ;; On entry : 0/0 ;; On exit : 0/0 ;; Unchanged: 0/0 ;; Data sizes: COMRAM BANK0 BANK1 BANK2 BANK3 BANK4 BANK5 ;; Params: 0 0 0 0 0 0 0 ;; Locals: 1 0 0 0 0 0 0 ;; Temps: 0 0 0 0 0 0 0 ;; Totals: 1 0 0 0 0 0 0 ;;Total ram usage: 1 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 text13,class=CODE,space=0,reloc=2 global __ptext13 __ptext13: psect text13 file "C:\Users\LK\Desktop\exam\GraphicLCD_Test\test.c" line 132 global __size_of_lcd_data __size_of_lcd_data equ __end_of_lcd_data-_lcd_data _lcd_data: opt stack 26 dw 0FFFFh ;lcd_data@data stored from wreg movff wreg,(c:lcd_data@data) line 133 l874: ;test.c: 133: spi_send(0b11111010); movlw (0FAh)&0ffh call _spi_send line 134 l876: ;test.c: 134: spi_send(data & 0xf0); movf ((c:lcd_data@data)),c,w andlw low(0F0h) call _spi_send line 135 l878: ;test.c: 135: spi_send(data << 4); swapf ((c:lcd_data@data)),c,w andlw (0ffh shl 4) & 0ffh call _spi_send line 136 l880: ;test.c: 136: _delay((unsigned long)((72)*(16000000/4000000.0))); movlw 72 u397: decfsz wreg,f goto u397 line 137 l34: return dw 0FFFFh; errata NOP opt stack 0 GLOBAL __end_of_lcd_data __end_of_lcd_data: signat _lcd_data,4216 global _spi_send ;; *************** function _spi_send ***************** ;; Defined at: ;; line 118 in file "C:\Users\LK\Desktop\exam\GraphicLCD_Test\test.c" ;; Parameters: Size Location Type ;; data 1 wreg unsigned char ;; Auto vars: Size Location Type ;; data 1 0[COMRAM] 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: FFFFFFFF/0 ;; Data sizes: COMRAM BANK0 BANK1 BANK2 BANK3 BANK4 BANK5 ;; Params: 0 0 0 0 0 0 0 ;; Locals: 1 0 0 0 0 0 0 ;; Temps: 0 0 0 0 0 0 0 ;; Totals: 1 0 0 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 text14,class=CODE,space=0,reloc=2 global __ptext14 __ptext14: psect text14 file "C:\Users\LK\Desktop\exam\GraphicLCD_Test\test.c" line 118 global __size_of_spi_send __size_of_spi_send equ __end_of_spi_send-_spi_send _spi_send: opt stack 26 dw 0FFFFh ;spi_send@data stored from wreg line 120 movff wreg,(c:spi_send@data) l810: ;test.c: 119: unsigned char x; ;test.c: 120: SSPBUF = data; movff (c:spi_send@data),(c:4041) ;volatile line 121 ;test.c: 121: while (!SSPIF); l25: btfss c:(31987/8),(31987)&7 ;volatile goto u11 goto u10 u11: goto l25 u10: line 122 l28: return dw 0FFFFh; errata NOP opt stack 0 GLOBAL __end_of_spi_send __end_of_spi_send: signat _spi_send,4216 global _page_0 ;; *************** function _page_0 ***************** ;; Defined at: ;; line 205 in file "C:\Users\LK\Desktop\exam\GraphicLCD_Test\test.c" ;; Parameters: Size Location Type ;; None ;; Auto vars: Size Location Type ;; None ;; Return value: Size Location Type ;; None void ;; Registers used: ;; None ;; Tracked objects: ;; On entry : 0/0 ;; On exit : 0/0 ;; Unchanged: FFFFFFFF/0 ;; Data sizes: COMRAM BANK0 BANK1 BANK2 BANK3 BANK4 BANK5 ;; Params: 0 0 0 0 0 0 0 ;; Locals: 0 0 0 0 0 0 0 ;; Temps: 0 0 0 0 0 0 0 ;; Totals: 0 0 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 text15,class=CODE,space=0,reloc=2 global __ptext15 __ptext15: psect text15 file "C:\Users\LK\Desktop\exam\GraphicLCD_Test\test.c" line 205 global __size_of_page_0 __size_of_page_0 equ __end_of_page_0-_page_0 _page_0: opt stack 28 dw 0FFFFh line 206 l812: ;test.c: 206: x = 0; clrf ((c:_x)),c clrf ((c:_x+1)),c line 207 ;test.c: 207: y = 0; clrf ((c:_y)),c clrf ((c:_y+1)),c line 208 l65: return dw 0FFFFh; errata NOP opt stack 0 GLOBAL __end_of_page_0 __end_of_page_0: signat _page_0,88 global _page_1 ;; *************** function _page_1 ***************** ;; Defined at: ;; line 210 in file "C:\Users\LK\Desktop\exam\GraphicLCD_Test\test.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: FFFFFFFF/0 ;; Data sizes: COMRAM BANK0 BANK1 BANK2 BANK3 BANK4 BANK5 ;; Params: 0 0 0 0 0 0 0 ;; Locals: 0 0 0 0 0 0 0 ;; Temps: 0 0 0 0 0 0 0 ;; Totals: 0 0 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 text16,class=CODE,space=0,reloc=2 global __ptext16 __ptext16: psect text16 file "C:\Users\LK\Desktop\exam\GraphicLCD_Test\test.c" line 210 global __size_of_page_1 __size_of_page_1 equ __end_of_page_1-_page_1 _page_1: opt stack 28 dw 0FFFFh line 211 l814: ;test.c: 211: x = 0; clrf ((c:_x)),c clrf ((c:_x+1)),c line 212 l816: ;test.c: 212: y = 16; movlw high(010h) movwf ((c:_y+1)),c movlw low(010h) movwf ((c:_y)),c line 213 l68: return dw 0FFFFh; errata NOP opt stack 0 GLOBAL __end_of_page_1 __end_of_page_1: signat _page_1,88 global _page_2 ;; *************** function _page_2 ***************** ;; Defined at: ;; line 215 in file "C:\Users\LK\Desktop\exam\GraphicLCD_Test\test.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: FFFFFFFF/0 ;; Data sizes: COMRAM BANK0 BANK1 BANK2 BANK3 BANK4 BANK5 ;; Params: 0 0 0 0 0 0 0 ;; Locals: 0 0 0 0 0 0 0 ;; Temps: 0 0 0 0 0 0 0 ;; Totals: 0 0 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 text17,class=CODE,space=0,reloc=2 global __ptext17 __ptext17: psect text17 file "C:\Users\LK\Desktop\exam\GraphicLCD_Test\test.c" line 215 global __size_of_page_2 __size_of_page_2 equ __end_of_page_2-_page_2 _page_2: opt stack 28 dw 0FFFFh line 216 l818: ;test.c: 216: x = 8; movlw high(08h) movwf ((c:_x+1)),c movlw low(08h) movwf ((c:_x)),c line 217 l820: ;test.c: 217: y = 0; clrf ((c:_y)),c clrf ((c:_y+1)),c line 218 l71: return dw 0FFFFh; errata NOP opt stack 0 GLOBAL __end_of_page_2 __end_of_page_2: signat _page_2,88 global _page_3 ;; *************** function _page_3 ***************** ;; Defined at: ;; line 220 in file "C:\Users\LK\Desktop\exam\GraphicLCD_Test\test.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: FFFFFFFF/0 ;; Data sizes: COMRAM BANK0 BANK1 BANK2 BANK3 BANK4 BANK5 ;; Params: 0 0 0 0 0 0 0 ;; Locals: 0 0 0 0 0 0 0 ;; Temps: 0 0 0 0 0 0 0 ;; Totals: 0 0 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 text18,class=CODE,space=0,reloc=2 global __ptext18 __ptext18: psect text18 file "C:\Users\LK\Desktop\exam\GraphicLCD_Test\test.c" line 220 global __size_of_page_3 __size_of_page_3 equ __end_of_page_3-_page_3 _page_3: opt stack 28 dw 0FFFFh line 221 l822: ;test.c: 221: x = 8; movlw high(08h) movwf ((c:_x+1)),c movlw low(08h) movwf ((c:_x)),c line 222 ;test.c: 222: y = 16; movlw high(010h) movwf ((c:_y+1)),c movlw low(010h) movwf ((c:_y)),c line 223 l74: return dw 0FFFFh; errata NOP opt stack 0 GLOBAL __end_of_page_3 __end_of_page_3: signat _page_3,88 global _init_SPI ;; *************** function _init_SPI ***************** ;; Defined at: ;; line 368 in file "C:\Users\LK\Desktop\exam\GraphicLCD_Test\test.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: FFFFFFFF/0 ;; Data sizes: COMRAM BANK0 BANK1 BANK2 BANK3 BANK4 BANK5 ;; Params: 0 0 0 0 0 0 0 ;; Locals: 0 0 0 0 0 0 0 ;; Temps: 0 0 0 0 0 0 0 ;; Totals: 0 0 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 text19,class=CODE,space=0,reloc=2 global __ptext19 __ptext19: psect text19 file "C:\Users\LK\Desktop\exam\GraphicLCD_Test\test.c" line 368 global __size_of_init_SPI __size_of_init_SPI equ __end_of_init_SPI-_init_SPI _init_SPI: opt stack 30 dw 0FFFFh line 369 l824: ;test.c: 369: TRISC = 0X00; clrf ((c:3988)),c ;volatile line 370 ;test.c: 370: TRISB = 0X00; clrf ((c:3987)),c ;volatile line 371 l826: ;test.c: 371: SSPSTAT = 0b01000000; movlw low(040h) movwf ((c:4039)),c ;volatile line 372 ;test.c: 372: SSPCON1 = 0b00110000; movlw low(030h) movwf ((c:4038)),c ;volatile line 373 l828: ;test.c: 373: SSPIE = 1; bsf c:(31979/8),(31979)&7 ;volatile line 374 l830: ;test.c: 374: SSPIF = 0; bcf c:(31987/8),(31987)&7 ;volatile line 375 l127: return dw 0FFFFh; errata NOP opt stack 0 GLOBAL __end_of_init_SPI __end_of_init_SPI: signat _init_SPI,88 global ___awdiv ;; *************** function ___awdiv ***************** ;; Defined at: ;; line 10 in file "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\sources\awdiv.c" ;; Parameters: Size Location Type ;; dividend 2 6[COMRAM] int ;; divisor 2 8[COMRAM] int ;; Auto vars: Size Location Type ;; quotient 2 12[COMRAM] int ;; sign 1 11[COMRAM] unsigned char ;; counter 1 10[COMRAM] unsigned char ;; Return value: Size Location Type ;; 2 6[COMRAM] int ;; Registers used: ;; wreg, status,2, status,0 ;; Tracked objects: ;; On entry : 0/0 ;; On exit : 0/0 ;; Unchanged: FFFFFFFF/0 ;; Data sizes: COMRAM BANK0 BANK1 BANK2 BANK3 BANK4 BANK5 ;; Params: 4 0 0 0 0 0 0 ;; Locals: 4 0 0 0 0 0 0 ;; Temps: 0 0 0 0 0 0 0 ;; Totals: 8 0 0 0 0 0 0 ;;Total ram usage: 8 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 text20,class=CODE,space=0,reloc=2 global __ptext20 __ptext20: psect text20 file "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\sources\awdiv.c" line 10 global __size_of___awdiv __size_of___awdiv equ __end_of___awdiv-___awdiv ___awdiv: opt stack 28 dw 0FFFFh line 14 l882: clrf ((c:___awdiv@sign)),c line 15 btfss ((c:___awdiv@divisor+1)),c,7 goto u81 goto u80 u81: goto l888 u80: line 16 l884: negf ((c:___awdiv@divisor)),c comf ((c:___awdiv@divisor+1)),c btfsc status,0 incf ((c:___awdiv@divisor+1)),c line 17 l886: movlw low(01h) movwf ((c:___awdiv@sign)),c line 19 l888: btfss ((c:___awdiv@dividend+1)),c,7 goto u91 goto u90 u91: goto l894 u90: line 20 l890: negf ((c:___awdiv@dividend)),c comf ((c:___awdiv@dividend+1)),c btfsc status,0 incf ((c:___awdiv@dividend+1)),c line 21 l892: movlw (01h)&0ffh xorwf ((c:___awdiv@sign)),c line 23 l894: clrf ((c:___awdiv@quotient)),c clrf ((c:___awdiv@quotient+1)),c line 24 l896: movf ((c:___awdiv@divisor+1)),c,w iorwf ((c:___awdiv@divisor)),c,w btfsc status,2 goto u101 goto u100 u101: goto l916 u100: line 25 l898: movlw low(01h) movwf ((c:___awdiv@counter)),c line 26 goto l902 line 27 l900: bcf status,0 rlcf ((c:___awdiv@divisor)),c rlcf ((c:___awdiv@divisor+1)),c line 28 incf ((c:___awdiv@counter)),c line 26 l902: btfss ((c:___awdiv@divisor+1)),c,(15)&7 goto u111 goto u110 u111: goto l900 u110: line 31 l904: bcf status,0 rlcf ((c:___awdiv@quotient)),c rlcf ((c:___awdiv@quotient+1)),c line 32 l906: movf ((c:___awdiv@divisor)),c,w subwf ((c:___awdiv@dividend)),c,w movf ((c:___awdiv@divisor+1)),c,w subwfb ((c:___awdiv@dividend+1)),c,w btfss status,0 goto u121 goto u120 u121: goto l912 u120: line 33 l908: movf ((c:___awdiv@divisor)),c,w subwf ((c:___awdiv@dividend)),c movf ((c:___awdiv@divisor+1)),c,w subwfb ((c:___awdiv@dividend+1)),c line 34 l910: bsf (0+(0/8)+(c:___awdiv@quotient)),c,(0)&7 line 36 l912: bcf status,0 rrcf ((c:___awdiv@divisor+1)),c rrcf ((c:___awdiv@divisor)),c line 37 l914: decfsz ((c:___awdiv@counter)),c goto l904 line 39 l916: movf ((c:___awdiv@sign)),c,w btfsc status,2 goto u131 goto u130 u131: goto l920 u130: line 40 l918: negf ((c:___awdiv@quotient)),c comf ((c:___awdiv@quotient+1)),c btfsc status,0 incf ((c:___awdiv@quotient+1)),c line 41 l920: movff (c:___awdiv@quotient),(c:?___awdiv) movff (c:___awdiv@quotient+1),(c:?___awdiv+1) line 42 l263: return dw 0FFFFh; errata NOP opt stack 0 GLOBAL __end_of___awdiv __end_of___awdiv: signat ___awdiv,8314 global ___awmod ;; *************** function ___awmod ***************** ;; Defined at: ;; line 10 in file "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\sources\awmod.c" ;; Parameters: Size Location Type ;; dividend 2 0[COMRAM] int ;; divisor 2 2[COMRAM] int ;; Auto vars: Size Location Type ;; sign 1 5[COMRAM] unsigned char ;; counter 1 4[COMRAM] unsigned char ;; Return value: Size Location Type ;; 2 0[COMRAM] int ;; Registers used: ;; wreg, status,2, status,0 ;; Tracked objects: ;; On entry : 0/0 ;; On exit : 0/0 ;; Unchanged: FFFFFFFF/0 ;; Data sizes: COMRAM BANK0 BANK1 BANK2 BANK3 BANK4 BANK5 ;; Params: 4 0 0 0 0 0 0 ;; Locals: 2 0 0 0 0 0 0 ;; Temps: 0 0 0 0 0 0 0 ;; Totals: 6 0 0 0 0 0 0 ;;Total ram usage: 6 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 text21,class=CODE,space=0,reloc=2 global __ptext21 __ptext21: psect text21 file "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\sources\awmod.c" line 10 global __size_of___awmod __size_of___awmod equ __end_of___awmod-___awmod ___awmod: opt stack 28 dw 0FFFFh line 13 l832: clrf ((c:___awmod@sign)),c line 14 btfss ((c:___awmod@dividend+1)),c,7 goto u21 goto u20 u21: goto l838 u20: line 15 l834: negf ((c:___awmod@dividend)),c comf ((c:___awmod@dividend+1)),c btfsc status,0 incf ((c:___awmod@dividend+1)),c line 16 l836: movlw low(01h) movwf ((c:___awmod@sign)),c line 18 l838: btfss ((c:___awmod@divisor+1)),c,7 goto u31 goto u30 u31: goto l842 u30: line 19 l840: negf ((c:___awmod@divisor)),c comf ((c:___awmod@divisor+1)),c btfsc status,0 incf ((c:___awmod@divisor+1)),c line 20 l842: movf ((c:___awmod@divisor+1)),c,w iorwf ((c:___awmod@divisor)),c,w btfsc status,2 goto u41 goto u40 u41: goto l858 u40: line 21 l844: movlw low(01h) movwf ((c:___awmod@counter)),c line 22 goto l848 line 23 l846: bcf status,0 rlcf ((c:___awmod@divisor)),c rlcf ((c:___awmod@divisor+1)),c line 24 incf ((c:___awmod@counter)),c line 22 l848: btfss ((c:___awmod@divisor+1)),c,(15)&7 goto u51 goto u50 u51: goto l846 u50: line 27 l850: movf ((c:___awmod@divisor)),c,w subwf ((c:___awmod@dividend)),c,w movf ((c:___awmod@divisor+1)),c,w subwfb ((c:___awmod@dividend+1)),c,w btfss status,0 goto u61 goto u60 u61: goto l854 u60: line 28 l852: movf ((c:___awmod@divisor)),c,w subwf ((c:___awmod@dividend)),c movf ((c:___awmod@divisor+1)),c,w subwfb ((c:___awmod@dividend+1)),c line 29 l854: bcf status,0 rrcf ((c:___awmod@divisor+1)),c rrcf ((c:___awmod@divisor)),c line 30 l856: decfsz ((c:___awmod@counter)),c goto l850 line 32 l858: movf ((c:___awmod@sign)),c,w btfsc status,2 goto u71 goto u70 u71: goto l862 u70: line 33 l860: negf ((c:___awmod@dividend)),c comf ((c:___awmod@dividend+1)),c btfsc status,0 incf ((c:___awmod@dividend+1)),c line 34 l862: movff (c:___awmod@dividend),(c:?___awmod) movff (c:___awmod@dividend+1),(c:?___awmod+1) line 35 l276: return dw 0FFFFh; errata NOP opt stack 0 GLOBAL __end_of___awmod __end_of___awmod: signat ___awmod,8314 psect mediumconst db 0 ; dummy byte at the end global __mediumconst GLOBAL __activetblptr __activetblptr EQU 2 psect intsave_regs,class=BIGRAM,space=1 PSECT rparam,class=COMRAM,space=1 GLOBAL __Lrparam FNCONF rparam,??,? GLOBAL __Lparam, __Hparam GLOBAL __Lrparam, __Hrparam __Lparam EQU __Lrparam __Hparam EQU __Hrparam end