opt subtitle "HI-TECH Software Omniscient Code Generator (PRO mode) build 9453" opt pagewidth 120 opt pm processor 16F886 clrc macro bcf 3,0 endm clrz macro bcf 3,2 endm setc macro bsf 3,0 endm setz macro bsf 3,2 endm skipc macro btfss 3,0 endm skipz macro btfss 3,2 endm skipnc macro btfsc 3,0 endm skipnz macro btfsc 3,2 endm indf equ 0 indf0 equ 0 pc equ 2 pcl equ 2 status equ 3 fsr equ 4 fsr0 equ 4 c equ 1 z equ 0 pclath equ 10 # 14 "C:\Users\Nagy Sándor\Desktop\2\1\1\main.c" psect config,class=CONFIG,delta=2 ;# # 14 "C:\Users\Nagy Sándor\Desktop\2\1\1\main.c" dw 0xFFF7 & 0xFFFC & 0xFFFF & 0xFFFF & 0xFCFF & 0xEFFF & 0xF7FF & 0xFBFF ;# FNCALL _main,_eeprom_read FNCALL _main,_lcd_init FNCALL _main,_lcd_init_cgram FNCALL _main,_lcd_goto FNCALL _main,_lcd_put_string FNCALL _main,_onewire_reset_1 FNCALL _main,_read_ROM_1 FNCALL _main,_ds1820_read_1 FNCALL _main,___fttol FNCALL _main,___awdiv FNCALL _main,_lcd_dec FNCALL _main,_lcd_putch FNCALL _main,_eeprom_write FNCALL _lcd_dec,_lcd_goto FNCALL _lcd_dec,___lbdiv FNCALL _lcd_dec,_lcd_putc FNCALL _lcd_dec,___lbmod FNCALL _lcd_init,_lcd_write_command FNCALL _lcd_init,_lcd_clear FNCALL _lcd_init_cgram,_lcd_write_command FNCALL _lcd_init_cgram,_lcd_write_data FNCALL _lcd_init_cgram,_lcd_goto FNCALL _lcd_putc,_lcd_write_data FNCALL _lcd_put_string,_lcd_write_data FNCALL _lcd_putch,_lcd_write_data FNCALL _lcd_clear,_lcd_write_command FNCALL _lcd_goto,_lcd_write_command FNCALL _read_ROM_1,_onewire_reset_1 FNCALL _read_ROM_1,_onewire_write_1 FNCALL _read_ROM_1,_onewire_read_1 FNCALL _ds1820_read_1,_onewire_reset_1 FNCALL _ds1820_read_1,_onewire_write_1 FNCALL _ds1820_read_1,_onewire_read_1 FNCALL _ds1820_read_1,___awtoft FNCALL _ds1820_read_1,___ftdiv FNCALL _lcd_write_data,_lcd_write FNCALL _lcd_write_command,_lcd_write FNCALL ___awtoft,___ftpack FNCALL ___ftdiv,___ftpack FNROOT _main FNCALL intlevel1,_isr global intlevel1 FNROOT intlevel1 global _delay1 global _delay2 psect idataBANK0,class=CODE,space=0,delta=2 global __pidataBANK0 __pidataBANK0: file "C:\Users\Nagy Sándor\Desktop\2\1\1\main.c" line 20 ;initializer for _delay1 retlw 064h retlw 0 ;initializer for _delay2 retlw 064h retlw 0 global _betwk psect strings,class=STRING,delta=2 global __pstrings __pstrings: ; global stringdir,stringtab,__stringbase stringtab: ; String table - string pointers are 1 byte each stringcode:stringdir: movlw high(stringdir) movwf pclath movf fsr,w incf fsr addwf pc __stringbase: retlw 0 psect strings file "C:\Users\Nagy Sándor\Desktop\2\1\1\Lcd_INIT.c" line 77 _betwk: retlw 02h retlw 04h retlw 0Eh retlw 01h retlw 0Fh retlw 011h retlw 0Fh retlw 0 retlw 02h retlw 04h retlw 0Eh retlw 011h retlw 01Fh retlw 010h retlw 0Eh retlw 0 retlw 02h retlw 04h retlw 0Ch retlw 04h retlw 04h retlw 04h retlw 0Eh retlw 0 retlw 02h retlw 04h retlw 0Eh retlw 011h retlw 011h retlw 011h retlw 0Eh retlw 0 retlw 02h retlw 04h retlw 011h retlw 011h retlw 011h retlw 013h retlw 0Dh retlw 0 retlw 0Ah retlw 0 retlw 011h retlw 011h retlw 011h retlw 013h retlw 0Dh retlw 0 retlw 05h retlw 0Ah retlw 011h retlw 011h retlw 011h retlw 013h retlw 0Dh retlw 0 retlw 05h retlw 0Ah retlw 0Eh retlw 011h retlw 011h retlw 011h retlw 0Eh retlw 0 global _betwk global _adress_1 global _tomb_1 global _szum_1 global _aindex_1 global _menu global _atlagmehet_1 global _d_ok global _menu_ok global _nc_1 global _INTCON _INTCON set 11 global _PORTB _PORTB set 6 global _PORTC _PORTC set 7 global _T2CON _T2CON set 18 global _TMR0 _TMR0 set 1 global _CARRY _CARRY set 24 global _GIE _GIE set 95 global _RA0 _RA0 set 40 global _RA1 _RA1 set 41 global _RA2 _RA2 set 42 global _RB4 _RB4 set 52 global _RB5 _RB5 set 53 global _RC1 _RC1 set 57 global _RC6 _RC6 set 62 global _TMR2IF _TMR2IF set 97 global _nTO _nTO set 28 global _ADCON1 _ADCON1 set 159 global _OPTION_REG _OPTION_REG set 129 global _PR2 _PR2 set 146 global _TRISA _TRISA set 133 global _TRISB _TRISB set 134 global _TRISC _TRISC set 135 global _TMR2IE _TMR2IE set 1121 global _TRISC6 _TRISC6 set 1086 global _EEADR _EEADR set 269 global _EEDATA _EEDATA set 268 global _ANSEL _ANSEL set 392 global _ANSELH _ANSELH set 393 global _EECON1 _EECON1 set 396 global _EECON2 _EECON2 set 397 global _RD _RD set 3168 global _WR _WR set 3169 global _WREN _WREN set 3170 STR_6: retlw 72 ;'H' retlw 111 ;'o' retlw 102 ;'f' retlw 111 ;'o' retlw 107 ;'k' retlw 32 ;' ' retlw 49 ;'1' retlw 58 ;':' retlw 32 ;' ' retlw 32 ;' ' retlw 32 ;' ' retlw 32 ;' ' retlw 32 ;' ' retlw 32 ;' ' retlw 32 ;' ' retlw 32 ;' ' retlw 0 psect strings STR_4: retlw 45 ;'-' retlw 45 ;'-' retlw 45 ;'-' retlw 115 ;'s' retlw 122 ;'z' retlw -31 retlw 109 ;'m' retlw -19 retlw 116 ;'t' retlw -31 retlw 115 ;'s' retlw 97 ;'a' retlw 45 ;'-' retlw 45 ;'-' retlw 45 ;'-' retlw 45 ;'-' retlw 0 psect strings STR_3: retlw 45 ;'-' retlw 45 ;'-' retlw 72 ;'H' retlw 111 ;'o' retlw 109 ;'m' retlw -23 retlw 114 ;'r' retlw 115 ;'s' retlw -23 retlw 107 ;'k' retlw 108 ;'l' retlw 101 ;'e' retlw 116 ;'t' retlw 45 ;'-' retlw 45 ;'-' retlw 45 ;'-' retlw 0 psect strings STR_1: retlw 45 ;'-' retlw 45 ;'-' retlw 45 ;'-' retlw 87 ;'W' retlw 65 ;'A' retlw 84 ;'T' retlw 67 ;'C' retlw 72 ;'H' retlw 68 ;'D' retlw 79 ;'O' retlw 71 ;'G' retlw 45 ;'-' retlw 45 ;'-' retlw 45 ;'-' retlw 45 ;'-' retlw 0 psect strings STR_2: retlw 45 ;'-' retlw 45 ;'-' retlw -6 retlw 106 ;'j' retlw 114 ;'r' retlw 97 ;'a' retlw 105 ;'i' retlw 110 ;'n' retlw 100 ;'d' retlw -19 retlw 116 ;'t' retlw -31 retlw 115 ;'s' retlw 45 ;'-' retlw 45 ;'-' retlw 0 psect strings STR_7: retlw 83 ;'S' retlw 122 ;'z' retlw 49 ;'1' retlw 32 ;' ' retlw 98 ;'b' retlw 101 ;'e' retlw 107 ;'k' retlw 97 ;'a' retlw 112 ;'p' retlw 99 ;'c' retlw 115 ;'s' retlw 58 ;':' retlw 32 ;' ' retlw 0 psect strings STR_9: retlw 83 ;'S' retlw 122 ;'z' retlw 50 ;'2' retlw 32 ;' ' retlw 98 ;'b' retlw 101 ;'e' retlw 107 ;'k' retlw 97 ;'a' retlw 112 ;'p' retlw 99 ;'c' retlw 115 ;'s' retlw 58 ;':' retlw 32 ;' ' retlw 0 psect strings STR_8: retlw 83 ;'S' retlw 122 ;'z' retlw 49 ;'1' retlw 32 ;' ' retlw 107 ;'k' retlw 105 ;'i' retlw 107 ;'k' retlw 97 ;'a' retlw 112 ;'p' retlw 99 ;'c' retlw 115 ;'s' retlw 58 ;':' retlw 32 ;' ' retlw 0 psect strings STR_10: retlw 83 ;'S' retlw 122 ;'z' retlw 50 ;'2' retlw 32 ;' ' retlw 107 ;'k' retlw 105 ;'i' retlw 107 ;'k' retlw 97 ;'a' retlw 112 ;'p' retlw 99 ;'c' retlw 115 ;'s' retlw 58 ;':' retlw 32 ;' ' retlw 0 psect strings STR_5: retlw 78 ;'N' retlw 105 ;'i' retlw 110 ;'n' retlw 99 ;'c' retlw 115 ;'s' retlw 32 ;' ' retlw 101 ;'e' retlw 115 ;'s' retlw 122 ;'z' retlw 107 ;'k' retlw -10 retlw 122 ;'z' retlw 33 ;'!' retlw 0 psect strings file "KAZAN.as" line # psect cinit,class=CODE,delta=2 global start_initialization start_initialization: psect bitbssCOMMON,class=COMMON,bit,space=1 global __pbitbssCOMMON __pbitbssCOMMON: _atlagmehet_1: ds 1 _d_ok: ds 1 _menu_ok: ds 1 _nc_1: ds 1 psect bssBANK0,class=BANK0,space=1 global __pbssBANK0 __pbssBANK0: _adress_1: ds 8 _tomb_1: ds 8 _szum_1: ds 2 _aindex_1: ds 1 _menu: ds 1 psect dataBANK0,class=BANK0,space=1 global __pdataBANK0 __pdataBANK0: file "C:\Users\Nagy Sándor\Desktop\2\1\1\main.c" line 20 _delay1: ds 2 psect dataBANK0 file "C:\Users\Nagy Sándor\Desktop\2\1\1\main.c" _delay2: ds 2 psect clrtext,class=CODE,delta=2 global clear_ram ; Called with FSR containing the base address, and ; W with the last address+1 clear_ram: clrwdt ;clear the watchdog before getting into this loop clrloop: clrf indf ;clear RAM location pointed to by FSR incf fsr,f ;increment pointer xorwf fsr,w ;XOR with final address btfsc status,2 ;have we reached the end yet? retlw 0 ;all done for this memory range, return xorwf fsr,w ;XOR again to restore value goto clrloop ;do the next byte ; Clear objects allocated to BITCOMMON psect cinit,class=CODE,delta=2 clrf ((__pbitbssCOMMON/8)+0)&07Fh ; Clear objects allocated to BANK0 psect cinit,class=CODE,delta=2 bcf status, 7 ;select IRP bank0 movlw low(__pbssBANK0) movwf fsr movlw low((__pbssBANK0)+014h) fcall clear_ram ; Initialize objects allocated to BANK0 global __pidataBANK0 psect cinit,class=CODE,delta=2 fcall __pidataBANK0+0 ;fetch initializer movwf __pdataBANK0+0&07fh fcall __pidataBANK0+1 ;fetch initializer movwf __pdataBANK0+1&07fh fcall __pidataBANK0+2 ;fetch initializer movwf __pdataBANK0+2&07fh fcall __pidataBANK0+3 ;fetch initializer movwf __pdataBANK0+3&07fh psect cinit,class=CODE,delta=2 global end_of_initialization ;End of C runtime variable initialization code end_of_initialization: clrf status ljmp _main ;jump to C main() function psect cstackCOMMON,class=COMMON,space=1 global __pcstackCOMMON __pcstackCOMMON: global ?_lcd_write ?_lcd_write: ; 0 bytes @ 0x0 global ?_lcd_goto ?_lcd_goto: ; 0 bytes @ 0x0 global ?_read_ROM_1 ?_read_ROM_1: ; 0 bytes @ 0x0 global ?_lcd_write_command ?_lcd_write_command: ; 0 bytes @ 0x0 global ?_lcd_write_data ?_lcd_write_data: ; 0 bytes @ 0x0 global ?_lcd_init_cgram ?_lcd_init_cgram: ; 0 bytes @ 0x0 global ?_lcd_clear ?_lcd_clear: ; 0 bytes @ 0x0 global ?_lcd_putch ?_lcd_putch: ; 0 bytes @ 0x0 global ?_lcd_init ?_lcd_init: ; 0 bytes @ 0x0 global ?_lcd_put_string ?_lcd_put_string: ; 0 bytes @ 0x0 global ?_lcd_putc ?_lcd_putc: ; 0 bytes @ 0x0 global ?_onewire_reset_1 ?_onewire_reset_1: ; 0 bytes @ 0x0 global ?_onewire_write_1 ?_onewire_write_1: ; 0 bytes @ 0x0 global ?_main ?_main: ; 0 bytes @ 0x0 global ?_isr ?_isr: ; 0 bytes @ 0x0 global ??_isr ??_isr: ; 0 bytes @ 0x0 global ?_eeprom_read ?_eeprom_read: ; 1 bytes @ 0x0 global ?_onewire_read_1 ?_onewire_read_1: ; 1 bytes @ 0x0 ds 2 global ??_lcd_write ??_lcd_write: ; 0 bytes @ 0x2 global ??_eeprom_read ??_eeprom_read: ; 0 bytes @ 0x2 global ?_eeprom_write ?_eeprom_write: ; 1 bytes @ 0x2 global ?___lbmod ?___lbmod: ; 1 bytes @ 0x2 global ?___awdiv ?___awdiv: ; 2 bytes @ 0x2 global ?___ftpack ?___ftpack: ; 3 bytes @ 0x2 global eeprom_read@addr eeprom_read@addr: ; 1 bytes @ 0x2 global eeprom_write@value eeprom_write@value: ; 1 bytes @ 0x2 global ___lbmod@divisor ___lbmod@divisor: ; 1 bytes @ 0x2 global ___awdiv@divisor ___awdiv@divisor: ; 2 bytes @ 0x2 global ___ftpack@arg ___ftpack@arg: ; 3 bytes @ 0x2 ds 1 global ??_eeprom_write ??_eeprom_write: ; 0 bytes @ 0x3 global ??___lbmod ??___lbmod: ; 0 bytes @ 0x3 global lcd_write@x lcd_write@x: ; 1 bytes @ 0x3 global eeprom_write@addr eeprom_write@addr: ; 1 bytes @ 0x3 ds 1 global lcd_write@y lcd_write@y: ; 1 bytes @ 0x4 global ___lbmod@dividend ___lbmod@dividend: ; 1 bytes @ 0x4 global ___awdiv@dividend ___awdiv@dividend: ; 2 bytes @ 0x4 ds 1 global lcd_write@c lcd_write@c: ; 1 bytes @ 0x5 global ___lbmod@counter ___lbmod@counter: ; 1 bytes @ 0x5 global ___ftpack@exp ___ftpack@exp: ; 1 bytes @ 0x5 ds 1 global ??_lcd_write_command ??_lcd_write_command: ; 0 bytes @ 0x6 global ??_lcd_write_data ??_lcd_write_data: ; 0 bytes @ 0x6 global ??___awdiv ??___awdiv: ; 0 bytes @ 0x6 global lcd_write_command@data lcd_write_command@data: ; 1 bytes @ 0x6 global lcd_write_data@data lcd_write_data@data: ; 1 bytes @ 0x6 global ___lbmod@rem ___lbmod@rem: ; 1 bytes @ 0x6 global ___awdiv@counter ___awdiv@counter: ; 1 bytes @ 0x6 global ___ftpack@sign ___ftpack@sign: ; 1 bytes @ 0x6 ds 1 global ??_lcd_goto ??_lcd_goto: ; 0 bytes @ 0x7 global ??___ftpack ??___ftpack: ; 0 bytes @ 0x7 global ??_lcd_clear ??_lcd_clear: ; 0 bytes @ 0x7 global ??_lcd_putch ??_lcd_putch: ; 0 bytes @ 0x7 global ??_lcd_put_string ??_lcd_put_string: ; 0 bytes @ 0x7 global ??_lcd_putc ??_lcd_putc: ; 0 bytes @ 0x7 global ?___lbdiv ?___lbdiv: ; 1 bytes @ 0x7 global lcd_putch@c lcd_putch@c: ; 1 bytes @ 0x7 global lcd_goto@pos lcd_goto@pos: ; 1 bytes @ 0x7 global lcd_put_string@psz_s lcd_put_string@psz_s: ; 1 bytes @ 0x7 global lcd_putc@data lcd_putc@data: ; 1 bytes @ 0x7 global ___lbdiv@divisor ___lbdiv@divisor: ; 1 bytes @ 0x7 global ___awdiv@sign ___awdiv@sign: ; 1 bytes @ 0x7 ds 1 global ??_lcd_init_cgram ??_lcd_init_cgram: ; 0 bytes @ 0x8 global ??___lbdiv ??___lbdiv: ; 0 bytes @ 0x8 global lcd_init_cgram@i lcd_init_cgram@i: ; 1 bytes @ 0x8 global lcd_put_string@cx lcd_put_string@cx: ; 1 bytes @ 0x8 global lcd_putc@c lcd_putc@c: ; 1 bytes @ 0x8 global ___lbdiv@dividend ___lbdiv@dividend: ; 1 bytes @ 0x8 global ___awdiv@quotient ___awdiv@quotient: ; 2 bytes @ 0x8 ds 1 global ??_lcd_init ??_lcd_init: ; 0 bytes @ 0x9 global ___lbdiv@counter ___lbdiv@counter: ; 1 bytes @ 0x9 ds 1 global ??_onewire_reset_1 ??_onewire_reset_1: ; 0 bytes @ 0xA global ??_onewire_write_1 ??_onewire_write_1: ; 0 bytes @ 0xA global ??_onewire_read_1 ??_onewire_read_1: ; 0 bytes @ 0xA global ??___awtoft ??___awtoft: ; 0 bytes @ 0xA global ___lbdiv@quotient ___lbdiv@quotient: ; 1 bytes @ 0xA global ___awtoft@sign ___awtoft@sign: ; 1 bytes @ 0xA ds 1 global ??_read_ROM_1 ??_read_ROM_1: ; 0 bytes @ 0xB global ??_lcd_dec ??_lcd_dec: ; 0 bytes @ 0xB psect cstackBANK0,class=BANK0,space=1 global __pcstackBANK0 __pcstackBANK0: global ?_lcd_dec ?_lcd_dec: ; 0 bytes @ 0x0 global ?___fttol ?___fttol: ; 4 bytes @ 0x0 global lcd_dec@szam lcd_dec@szam: ; 1 bytes @ 0x0 global ___fttol@f1 ___fttol@f1: ; 3 bytes @ 0x0 ds 1 global _lcd_dec$7035 _lcd_dec$7035: ; 1 bytes @ 0x1 ds 1 global lcd_dec@cim lcd_dec@cim: ; 1 bytes @ 0x2 ds 2 global ??___fttol ??___fttol: ; 0 bytes @ 0x4 ds 3 global ___fttol@sign1 ___fttol@sign1: ; 1 bytes @ 0x7 ds 1 global ___fttol@lval ___fttol@lval: ; 4 bytes @ 0x8 ds 4 global ___fttol@exp1 ___fttol@exp1: ; 1 bytes @ 0xC ds 1 global ?___awtoft ?___awtoft: ; 3 bytes @ 0xD global onewire_write_1@data onewire_write_1@data: ; 1 bytes @ 0xD global onewire_read_1@bit_in onewire_read_1@bit_in: ; 1 bytes @ 0xD global ___awtoft@c ___awtoft@c: ; 2 bytes @ 0xD ds 1 global onewire_write_1@data_bit onewire_write_1@data_bit: ; 1 bytes @ 0xE global onewire_read_1@data onewire_read_1@data: ; 1 bytes @ 0xE ds 1 global onewire_write_1@count onewire_write_1@count: ; 1 bytes @ 0xF global onewire_read_1@count onewire_read_1@count: ; 1 bytes @ 0xF ds 1 global ?___ftdiv ?___ftdiv: ; 3 bytes @ 0x10 global read_ROM_1@i read_ROM_1@i: ; 1 bytes @ 0x10 global ___ftdiv@f2 ___ftdiv@f2: ; 3 bytes @ 0x10 ds 3 global ___ftdiv@f1 ___ftdiv@f1: ; 3 bytes @ 0x13 ds 3 global ??___ftdiv ??___ftdiv: ; 0 bytes @ 0x16 ds 3 global ___ftdiv@cntr ___ftdiv@cntr: ; 1 bytes @ 0x19 ds 1 global ___ftdiv@f3 ___ftdiv@f3: ; 3 bytes @ 0x1A ds 3 global ___ftdiv@exp ___ftdiv@exp: ; 1 bytes @ 0x1D ds 1 global ___ftdiv@sign ___ftdiv@sign: ; 1 bytes @ 0x1E ds 1 global ?_ds1820_read_1 ?_ds1820_read_1: ; 3 bytes @ 0x1F ds 3 global ??_ds1820_read_1 ??_ds1820_read_1: ; 0 bytes @ 0x22 ds 3 global ds1820_read_1@result ds1820_read_1@result: ; 3 bytes @ 0x25 ds 3 global ds1820_read_1@temp1 ds1820_read_1@temp1: ; 1 bytes @ 0x28 ds 1 global ds1820_read_1@temp2 ds1820_read_1@temp2: ; 1 bytes @ 0x29 ds 1 global ds1820_read_1@busy ds1820_read_1@busy: ; 1 bytes @ 0x2A ds 1 global ds1820_read_1@temp3 ds1820_read_1@temp3: ; 2 bytes @ 0x2B ds 2 global ??_main ??_main: ; 0 bytes @ 0x2D ds 3 global main@sz1be main@sz1be: ; 1 bytes @ 0x30 ds 1 global main@sz1ki main@sz1ki: ; 1 bytes @ 0x31 ds 1 global main@sz2be main@sz2be: ; 1 bytes @ 0x32 ds 1 global main@sz2ki main@sz2ki: ; 1 bytes @ 0x33 ds 1 global main@i main@i: ; 1 bytes @ 0x34 ds 1 ;;Data sizes: Strings 153, constant 64, data 4, bss 20, persistent 0 stack 0 ;;Auto spaces: Size Autos Used ;; COMMON 14 11 12 ;; BANK0 80 53 77 ;; BANK1 80 0 0 ;; BANK3 96 0 0 ;; BANK2 96 0 0 ;; ;; Pointer list with targets: ;; ?___ftpack float size(1) Largest target is 0 ;; ;; ?___fttol long size(1) Largest target is 0 ;; ;; ?_ds1820_read_1 float size(1) Largest target is 0 ;; ;; ?___ftdiv float size(1) Largest target is 0 ;; ;; ?___awtoft float size(1) Largest target is 0 ;; ;; ?___awdiv int size(1) Largest target is 0 ;; ;; lcd_put_string@psz_s PTR unsigned char size(1) Largest target is 17 ;; -> STR_10(CODE[14]), STR_9(CODE[14]), STR_8(CODE[14]), STR_7(CODE[14]), ;; -> STR_6(CODE[17]), STR_5(CODE[14]), STR_4(CODE[17]), STR_3(CODE[17]), ;; -> STR_2(CODE[16]), STR_1(CODE[16]), ;; ;; ;; Critical Paths under _main in COMMON ;; ;; _main->_lcd_init ;; _main->_onewire_reset_1 ;; _lcd_dec->___lbdiv ;; _lcd_init->_lcd_clear ;; _lcd_init_cgram->_lcd_goto ;; _lcd_putc->_lcd_write_data ;; _lcd_put_string->_lcd_write_data ;; _lcd_putch->_lcd_write_data ;; _lcd_clear->_lcd_write_command ;; _lcd_goto->_lcd_write_command ;; _read_ROM_1->_onewire_reset_1 ;; _read_ROM_1->_onewire_write_1 ;; _read_ROM_1->_onewire_read_1 ;; _ds1820_read_1->_onewire_reset_1 ;; _ds1820_read_1->_onewire_write_1 ;; _ds1820_read_1->_onewire_read_1 ;; _ds1820_read_1->___awtoft ;; _lcd_write_data->_lcd_write ;; _lcd_write_command->_lcd_write ;; ___awtoft->___ftpack ;; ___ftdiv->___awtoft ;; ___fttol->___ftpack ;; ___lbdiv->___lbmod ;; ;; Critical Paths under _isr in COMMON ;; ;; None. ;; ;; Critical Paths under _main in BANK0 ;; ;; _main->_ds1820_read_1 ;; _read_ROM_1->_onewire_write_1 ;; _read_ROM_1->_onewire_read_1 ;; _ds1820_read_1->___ftdiv ;; ___awtoft->___fttol ;; ___ftdiv->___awtoft ;; _onewire_read_1->___fttol ;; _onewire_write_1->___fttol ;; _onewire_reset_1->___fttol ;; ;; Critical Paths under _isr in BANK0 ;; ;; None. ;; ;; Critical Paths under _main in BANK1 ;; ;; None. ;; ;; Critical Paths under _isr in BANK1 ;; ;; None. ;; ;; Critical Paths under _main in BANK3 ;; ;; None. ;; ;; Critical Paths under _isr in BANK3 ;; ;; None. ;; ;; Critical Paths under _main in BANK2 ;; ;; None. ;; ;; Critical Paths under _isr in BANK2 ;; ;; None. ;; ;;Main: autosize = 0, tempsize = 3, incstack = 0, save=0 ;; ;; ;;Call Graph Tables: ;; ;; --------------------------------------------------------------------------------- ;; (Depth) Function Calls Base Space Used Autos Params Refs ;; --------------------------------------------------------------------------------- ;; (0) _main 8 8 0 7546 ;; 45 BANK0 8 8 0 ;; _eeprom_read ;; _lcd_init ;; _lcd_init_cgram ;; _lcd_goto ;; _lcd_put_string ;; _onewire_reset_1 ;; _read_ROM_1 ;; _ds1820_read_1 ;; ___fttol ;; ___awdiv ;; _lcd_dec ;; _lcd_putch ;; _eeprom_write ;; --------------------------------------------------------------------------------- ;; (1) _lcd_dec 3 2 1 1511 ;; 0 BANK0 3 2 1 ;; _lcd_goto ;; ___lbdiv ;; _lcd_putc ;; ___lbmod ;; ___awdiv (ARG) ;; --------------------------------------------------------------------------------- ;; (1) _lcd_init 3 3 0 788 ;; 9 COMMON 2 2 0 ;; 0 BANK0 1 1 0 ;; _lcd_write_command ;; _lcd_clear ;; --------------------------------------------------------------------------------- ;; (1) _lcd_init_cgram 1 1 0 1261 ;; 8 COMMON 1 1 0 ;; _lcd_write_command ;; _lcd_write_data ;; _lcd_goto ;; --------------------------------------------------------------------------------- ;; (2) _lcd_putc 2 2 0 500 ;; 7 COMMON 2 2 0 ;; _lcd_write_data ;; --------------------------------------------------------------------------------- ;; (1) _lcd_put_string 2 2 0 534 ;; 7 COMMON 2 2 0 ;; _lcd_write_data ;; --------------------------------------------------------------------------------- ;; (1) _lcd_putch 1 1 0 408 ;; 7 COMMON 1 1 0 ;; _lcd_write_data ;; --------------------------------------------------------------------------------- ;; (2) _lcd_clear 2 2 0 377 ;; 7 COMMON 2 2 0 ;; _lcd_write_command ;; --------------------------------------------------------------------------------- ;; (2) _lcd_goto 1 1 0 408 ;; 7 COMMON 1 1 0 ;; _lcd_write_command ;; --------------------------------------------------------------------------------- ;; (1) _read_ROM_1 1 1 0 380 ;; 16 BANK0 1 1 0 ;; _onewire_reset_1 ;; _onewire_write_1 ;; _onewire_read_1 ;; --------------------------------------------------------------------------------- ;; (1) _ds1820_read_1 14 11 3 1249 ;; 31 BANK0 14 11 3 ;; _onewire_reset_1 ;; _onewire_write_1 ;; _onewire_read_1 ;; ___awtoft ;; ___ftdiv ;; ___fttol (ARG) ;; --------------------------------------------------------------------------------- ;; (2) _lcd_write_data 1 1 0 377 ;; 6 COMMON 1 1 0 ;; _lcd_write ;; --------------------------------------------------------------------------------- ;; (3) _lcd_write_command 1 1 0 377 ;; 6 COMMON 1 1 0 ;; _lcd_write ;; --------------------------------------------------------------------------------- ;; (2) ___awtoft 4 1 3 300 ;; 10 COMMON 1 1 0 ;; 13 BANK0 3 0 3 ;; ___ftpack ;; ___fttol (ARG) ;; --------------------------------------------------------------------------------- ;; (2) ___ftdiv 15 9 6 489 ;; 16 BANK0 15 9 6 ;; ___ftpack ;; ___fttol (ARG) ;; ___awtoft (ARG) ;; --------------------------------------------------------------------------------- ;; (2) _onewire_read_1 4 4 0 142 ;; 10 COMMON 1 1 0 ;; 13 BANK0 3 3 0 ;; ___fttol (ARG) ;; --------------------------------------------------------------------------------- ;; (2) _onewire_write_1 4 4 0 139 ;; 10 COMMON 1 1 0 ;; 13 BANK0 3 3 0 ;; ___fttol (ARG) ;; --------------------------------------------------------------------------------- ;; (2) _onewire_reset_1 1 1 0 0 ;; 10 COMMON 1 1 0 ;; ___fttol (ARG) ;; --------------------------------------------------------------------------------- ;; (3) _lcd_write 4 4 0 346 ;; 2 COMMON 4 4 0 ;; --------------------------------------------------------------------------------- ;; (1) ___awdiv 8 4 4 300 ;; 2 COMMON 8 4 4 ;; --------------------------------------------------------------------------------- ;; (1) ___fttol 13 9 4 252 ;; 0 BANK0 13 9 4 ;; ___ftpack (ARG) ;; --------------------------------------------------------------------------------- ;; (3) ___ftpack 8 3 5 209 ;; 2 COMMON 8 3 5 ;; --------------------------------------------------------------------------------- ;; (2) ___lbmod 5 4 1 159 ;; 2 COMMON 5 4 1 ;; --------------------------------------------------------------------------------- ;; (2) ___lbdiv 4 3 1 162 ;; 7 COMMON 4 3 1 ;; ___lbmod (ARG) ;; --------------------------------------------------------------------------------- ;; (1) _eeprom_write 2 1 1 50 ;; 2 COMMON 2 1 1 ;; --------------------------------------------------------------------------------- ;; (1) _eeprom_read 1 1 0 22 ;; 2 COMMON 1 1 0 ;; --------------------------------------------------------------------------------- ;; Estimated maximum stack depth 3 ;; --------------------------------------------------------------------------------- ;; (Depth) Function Calls Base Space Used Autos Params Refs ;; --------------------------------------------------------------------------------- ;; (5) _isr 2 2 0 0 ;; 0 COMMON 2 2 0 ;; --------------------------------------------------------------------------------- ;; Estimated maximum stack depth 5 ;; --------------------------------------------------------------------------------- ;; Call Graph Graphs: ;; _main (ROOT) ;; _eeprom_read ;; _lcd_init ;; _lcd_write_command ;; _lcd_write ;; _lcd_clear ;; _lcd_write_command ;; _lcd_write ;; _lcd_init_cgram ;; _lcd_write_command ;; _lcd_write ;; _lcd_write_data ;; _lcd_write ;; _lcd_goto ;; _lcd_write_command ;; _lcd_write ;; _lcd_goto ;; _lcd_write_command ;; _lcd_write ;; _lcd_put_string ;; _lcd_write_data ;; _lcd_write ;; _onewire_reset_1 ;; ___fttol (ARG) ;; ___ftpack (ARG) ;; _read_ROM_1 ;; _onewire_reset_1 ;; ___fttol (ARG) ;; ___ftpack (ARG) ;; _onewire_write_1 ;; ___fttol (ARG) ;; ___ftpack (ARG) ;; _onewire_read_1 ;; ___fttol (ARG) ;; ___ftpack (ARG) ;; _ds1820_read_1 ;; _onewire_reset_1 ;; ___fttol (ARG) ;; ___ftpack (ARG) ;; _onewire_write_1 ;; ___fttol (ARG) ;; ___ftpack (ARG) ;; _onewire_read_1 ;; ___fttol (ARG) ;; ___ftpack (ARG) ;; ___awtoft ;; ___ftpack ;; ___fttol (ARG) ;; ___ftpack (ARG) ;; ___ftdiv ;; ___ftpack ;; ___fttol (ARG) ;; ___ftpack (ARG) ;; ___awtoft (ARG) ;; ___ftpack ;; ___fttol (ARG) ;; ___ftpack (ARG) ;; ___fttol (ARG) ;; ___ftpack (ARG) ;; ___fttol ;; ___ftpack (ARG) ;; ___awdiv ;; _lcd_dec ;; _lcd_goto ;; _lcd_write_command ;; _lcd_write ;; ___lbdiv ;; ___lbmod (ARG) ;; _lcd_putc ;; _lcd_write_data ;; _lcd_write ;; ___lbmod ;; ___awdiv (ARG) ;; _lcd_putch ;; _lcd_write_data ;; _lcd_write ;; _eeprom_write ;; ;; _isr (ROOT) ;; ;; Address spaces: ;;Name Size Autos Total Cost Usage ;;BANK3 60 0 0 9 0.0% ;;BITBANK3 60 0 0 8 0.0% ;;SFR3 0 0 0 4 0.0% ;;BITSFR3 0 0 0 4 0.0% ;;BANK2 60 0 0 11 0.0% ;;BITBANK2 60 0 0 10 0.0% ;;SFR2 0 0 0 5 0.0% ;;BITSFR2 0 0 0 5 0.0% ;;SFR1 0 0 0 2 0.0% ;;BITSFR1 0 0 0 2 0.0% ;;BANK1 50 0 0 7 0.0% ;;BITBANK1 50 0 0 6 0.0% ;;CODE 0 0 0 0 0.0% ;;DATA 0 0 5D 12 0.0% ;;ABS 0 0 59 3 0.0% ;;NULL 0 0 0 0 0.0% ;;STACK 0 0 4 2 0.0% ;;BANK0 50 35 4D 5 96.3% ;;BITBANK0 50 0 0 4 0.0% ;;SFR0 0 0 0 1 0.0% ;;BITSFR0 0 0 0 1 0.0% ;;COMMON E B C 1 85.7% ;;BITCOMMON E 0 1 0 7.1% ;;EEDATA 100 0 0 0 0.0% global _main psect maintext,global,class=CODE,delta=2 global __pmaintext __pmaintext: ;; *************** function _main ***************** ;; Defined at: ;; line 32 in file "C:\Users\Nagy Sándor\Desktop\2\1\1\main.c" ;; Parameters: Size Location Type ;; None ;; Auto vars: Size Location Type ;; i 1 52[BANK0 ] unsigned char ;; sz2ki 1 51[BANK0 ] unsigned char ;; sz2be 1 50[BANK0 ] unsigned char ;; sz1ki 1 49[BANK0 ] unsigned char ;; sz1be 1 48[BANK0 ] unsigned char ;; Return value: Size Location Type ;; None void ;; Registers used: ;; wreg, fsr0l, fsr0h, status,2, status,0, pclath, cstack ;; Tracked objects: ;; On entry : 17F/0 ;; On exit : 60/0 ;; Unchanged: 0/0 ;; Data sizes: COMMON BANK0 BANK1 BANK3 BANK2 ;; Params: 0 0 0 0 0 ;; Locals: 0 5 0 0 0 ;; Temps: 0 3 0 0 0 ;; Totals: 0 8 0 0 0 ;;Total ram usage: 8 bytes ;; Hardware stack levels required when called: 5 ;; This function calls: ;; _eeprom_read ;; _lcd_init ;; _lcd_init_cgram ;; _lcd_goto ;; _lcd_put_string ;; _onewire_reset_1 ;; _read_ROM_1 ;; _ds1820_read_1 ;; ___fttol ;; ___awdiv ;; _lcd_dec ;; _lcd_putch ;; _eeprom_write ;; This function is called by: ;; Startup code after reset ;; This function uses a non-reentrant model ;; psect maintext file "C:\Users\Nagy Sándor\Desktop\2\1\1\main.c" line 32 global __size_of_main __size_of_main equ __end_of_main-_main _main: opt stack 3 ; Regs used in _main: [wreg-fsr0h+status,2+status,0+pclath+cstack] line 33 l9237: ;main.c: 33: unsigned char sz1be=eeprom_read(0x00); movlw (0) fcall _eeprom_read bcf status, 6 ;RP1=0, select bank0 movwf (main@sz1be) line 34 ;main.c: 34: unsigned char sz1ki=eeprom_read(0x01); movlw (01h) fcall _eeprom_read bcf status, 6 ;RP1=0, select bank0 movwf (main@sz1ki) line 35 ;main.c: 35: unsigned char sz2be=eeprom_read(0x02); movlw (02h) fcall _eeprom_read bcf status, 6 ;RP1=0, select bank0 movwf (main@sz2be) line 36 ;main.c: 36: unsigned char sz2ki=eeprom_read(0x03); movlw (03h) fcall _eeprom_read bcf status, 6 ;RP1=0, select bank0 movwf (main@sz2ki) line 38 l9239: ;main.c: 38: ANSEL=0; bsf status, 5 ;RP0=1, select bank3 bsf status, 6 ;RP1=1, select bank3 clrf (392)^0180h ;volatile line 39 l9241: ;main.c: 39: ANSELH=0; clrf (393)^0180h ;volatile line 40 l9243: ;main.c: 40: TMR0=0; bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 clrf (1) ;volatile line 41 l9245: ;main.c: 41: OPTION_REG=0b11011111; movlw (0DFh) bsf status, 5 ;RP0=1, select bank1 movwf (129)^080h ;volatile line 44 l9247: ;main.c: 44: TRISA=0B00000111; movlw (07h) movwf (133)^080h ;volatile line 45 l9249: ;main.c: 45: TRISB = 0b00000000; clrf (134)^080h ;volatile line 46 l9251: ;main.c: 46: PORTB = 0; bcf status, 5 ;RP0=0, select bank0 clrf (6) ;volatile line 47 l9253: ;main.c: 47: TRISC = 0b11000000; movlw (0C0h) bsf status, 5 ;RP0=1, select bank1 movwf (135)^080h ;volatile line 48 l9255: ;main.c: 48: PORTC = 0; bcf status, 5 ;RP0=0, select bank0 clrf (7) ;volatile line 50 l9257: ;main.c: 50: INTCON=0b11000000; movlw (0C0h) movwf (11) ;volatile line 51 l9259: ;main.c: 51: T2CON=0b01111111; movlw (07Fh) movwf (18) ;volatile line 52 l9261: ;main.c: 52: PR2=200; movlw (0C8h) bsf status, 5 ;RP0=1, select bank1 movwf (146)^080h ;volatile line 53 l9263: ;main.c: 53: TMR2IE=1; bsf (1121/8)^080h,(1121)&7 line 55 l9265: ;main.c: 55: _delay((unsigned long)((50)*(4000000/4000.0))); opt asmopt_off movlw 65 bcf status, 5 ;RP0=0, select bank0 movwf ((??_main+0)+0+1),f movlw 238 movwf ((??_main+0)+0),f u2127: decfsz ((??_main+0)+0),f goto u2127 decfsz ((??_main+0)+0+1),f goto u2127 clrwdt opt asmopt_on line 56 l9267: ;main.c: 56: lcd_init(); fcall _lcd_init line 57 l9269: ;main.c: 57: lcd_init_cgram(); fcall _lcd_init_cgram line 58 l9271: ;main.c: 58: _delay((unsigned long)((100)*(4000000/4000.0))); opt asmopt_off movlw 130 movwf ((??_main+0)+0+1),f movlw 221 movwf ((??_main+0)+0),f u2137: decfsz ((??_main+0)+0),f goto u2137 decfsz ((??_main+0)+0+1),f goto u2137 nop2 opt asmopt_on line 74 l9273: ;main.c: 74: if(nTO==0) btfsc (28/8),(28)&7 goto u1861 goto u1860 u1861: goto l9283 u1860: line 76 l9275: ;main.c: 75: { ;main.c: 76: lcd_goto(0x00); movlw (0) fcall _lcd_goto line 77 l9277: ;main.c: 77: lcd_put_string("---WATCHDOG----"); movlw ((STR_1-__stringbase))&0ffh fcall _lcd_put_string line 78 l9279: ;main.c: 78: lcd_goto(0x40); movlw (040h) fcall _lcd_goto line 79 ;main.c: 79: lcd_put_string("--újraindítás--"); movlw ((STR_2-__stringbase))&0ffh fcall _lcd_put_string line 80 l9281: ;main.c: 80: _delay((unsigned long)((2000)*(4000000/4000.0))); opt asmopt_off movlw 11 movwf ((??_main+0)+0+2),f movlw 38 movwf ((??_main+0)+0+1),f movlw 102 movwf ((??_main+0)+0),f u2147: decfsz ((??_main+0)+0),f goto u2147 decfsz ((??_main+0)+0+1),f goto u2147 decfsz ((??_main+0)+0+2),f goto u2147 nop2 opt asmopt_on line 88 l9283: ;main.c: 81: } ;main.c: 88: RC1=0; bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 bcf (57/8),(57)&7 line 90 l9285: ;main.c: 90: onewire_reset_1(); fcall _onewire_reset_1 line 91 l9287: ;main.c: 91: _delay((unsigned long)((100)*(4000000/4000.0))); opt asmopt_off movlw 130 bcf status, 5 ;RP0=0, select bank0 movwf ((??_main+0)+0+1),f movlw 221 movwf ((??_main+0)+0),f u2157: decfsz ((??_main+0)+0),f goto u2157 decfsz ((??_main+0)+0+1),f goto u2157 nop2 opt asmopt_on line 107 l9289: ;main.c: 94: { ;main.c: 107: read_ROM_1(); fcall _read_ROM_1 line 108 l9291: ;main.c: 108: if(adress_1[0]==255&&adress_1[1]==255&&adress_1[2]==255&&adress_1[3]==255&&adress_1[4]==255&&adress_1[5]==255&&adress_1[6]==255&&adress_1[7]==255){ movf (_adress_1),w xorlw 0FFh skipz goto u1871 goto u1870 u1871: goto l4050 u1870: l9293: movf 0+(_adress_1)+01h,w xorlw 0FFh skipz goto u1881 goto u1880 u1881: goto l4050 u1880: l9295: movf 0+(_adress_1)+02h,w xorlw 0FFh skipz goto u1891 goto u1890 u1891: goto l4050 u1890: l9297: movf 0+(_adress_1)+03h,w xorlw 0FFh skipz goto u1901 goto u1900 u1901: goto l4050 u1900: l9299: movf 0+(_adress_1)+04h,w xorlw 0FFh skipz goto u1911 goto u1910 u1911: goto l4050 u1910: l9301: movf 0+(_adress_1)+05h,w xorlw 0FFh skipz goto u1921 goto u1920 u1921: goto l4050 u1920: l9303: movf 0+(_adress_1)+06h,w xorlw 0FFh skipz goto u1931 goto u1930 u1931: goto l4050 u1930: l9305: movf 0+(_adress_1)+07h,w xorlw 0FFh skipz goto u1941 goto u1940 u1941: goto l4050 u1940: line 109 l9307: ;main.c: 109: nc_1=1; bsf (_nc_1/8),(_nc_1)&7 line 110 ;main.c: 110: } goto l9313 line 111 l4050: ;main.c: 111: else{ nc_1=0; bcf (_nc_1/8),(_nc_1)&7 line 112 l9309: ;main.c: 112: ds1820_read_1(); fcall _ds1820_read_1 line 113 l9311: ;main.c: 113: _delay((unsigned long)((100)*(4000000/4000.0))); opt asmopt_off movlw 130 movwf ((??_main+0)+0+1),f movlw 221 movwf ((??_main+0)+0),f u2167: decfsz ((??_main+0)+0),f goto u2167 decfsz ((??_main+0)+0+1),f goto u2167 nop2 opt asmopt_on line 116 l9313: ;main.c: 114: } ;main.c: 116: tomb_1[aindex_1]=(int)ds1820_read_1(); fcall _ds1820_read_1 movf (0+(?_ds1820_read_1)),w movwf (?___fttol) movf (1+(?_ds1820_read_1)),w movwf (?___fttol+1) movf (2+(?_ds1820_read_1)),w movwf (?___fttol+2) fcall ___fttol clrc rlf (_aindex_1),w addlw _tomb_1&0ffh movwf fsr0 movf 0+(((0+(?___fttol)))),w bcf status, 7 ;select IRP bank0 movwf indf incf fsr0,f movf 1+(((0+(?___fttol)))),w movwf indf line 117 l9315: ;main.c: 117: aindex_1++; incf (_aindex_1),f line 118 l9317: ;main.c: 118: _delay((unsigned long)((20)*(4000000/4000.0))); opt asmopt_off movlw 26 movwf ((??_main+0)+0+1),f movlw 248 movwf ((??_main+0)+0),f u2177: decfsz ((??_main+0)+0),f goto u2177 decfsz ((??_main+0)+0+1),f goto u2177 clrwdt opt asmopt_on line 120 l9319: ;main.c: 120: if(atlagmehet_1==0&&nc_1==0){ btfsc (_atlagmehet_1/8),(_atlagmehet_1)&7 goto u1951 goto u1950 u1951: goto l9329 u1950: l9321: btfsc (_nc_1/8),(_nc_1)&7 goto u1961 goto u1960 u1961: goto l9329 u1960: line 121 l9323: ;main.c: 121: lcd_goto(0x00); movlw (0) fcall _lcd_goto line 122 l9325: ;main.c: 122: lcd_put_string("--Homérséklet---"); movlw ((STR_3-__stringbase))&0ffh fcall _lcd_put_string line 123 l9327: ;main.c: 123: lcd_goto(0x40); movlw (040h) fcall _lcd_goto line 124 ;main.c: 124: lcd_put_string("---számítása----"); movlw ((STR_4-__stringbase))&0ffh fcall _lcd_put_string line 126 l9329: ;main.c: 125: } ;main.c: 126: if(atlagmehet_1) btfss (_atlagmehet_1/8),(_atlagmehet_1)&7 goto u1971 goto u1970 u1971: goto l9361 u1970: line 128 l9331: ;main.c: 127: { ;main.c: 128: szum_1=0; bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 clrf (_szum_1) clrf (_szum_1+1) line 129 ;main.c: 129: for(char i=0;i<4;i++) clrf (main@i) line 131 l9337: ;main.c: 130: { ;main.c: 131: szum_1+=(tomb_1[i]); clrc rlf (main@i),w addlw _tomb_1&0ffh movwf fsr0 bcf status, 7 ;select IRP bank0 movf indf,w movwf (??_main+0)+0+0 incf fsr0,f movf indf,w movwf (??_main+0)+0+1 movf 0+(??_main+0)+0,w addwf (_szum_1),f skipnc incf (_szum_1+1),f movf 1+(??_main+0)+0,w addwf (_szum_1+1),f line 129 l9339: incf (main@i),f l9341: movlw (04h) subwf (main@i),w skipc goto u1981 goto u1980 u1981: goto l9337 u1980: line 133 l9343: ;main.c: 132: } ;main.c: 133: lcd_goto(0x00); movlw (0) fcall _lcd_goto line 134 l9345: ;main.c: 134: if(nc_1==1){ btfss (_nc_1/8),(_nc_1)&7 goto u1991 goto u1990 u1991: goto l9349 u1990: line 135 l9347: ;main.c: 135: lcd_put_string("Nincs eszköz!"); movlw ((STR_5-__stringbase))&0ffh fcall _lcd_put_string line 136 ;main.c: 136: } goto l9351 line 138 l9349: ;main.c: 137: else{ ;main.c: 138: lcd_put_string("Hofok 1: "); movlw ((STR_6-__stringbase))&0ffh fcall _lcd_put_string line 140 l9351: ;main.c: 139: } ;main.c: 140: lcd_goto(0x0A); movlw (0Ah) fcall _lcd_goto line 141 l9353: ;main.c: 141: if(nc_1==0){ btfsc (_nc_1/8),(_nc_1)&7 goto u2001 goto u2000 u2001: goto l9359 u2000: line 142 l9355: ;main.c: 142: lcd_dec(0x0A,szum_1/4); movlw 04h movwf (?___awdiv) clrf (?___awdiv+1) movf (_szum_1+1),w movwf 1+(?___awdiv)+02h movf (_szum_1),w movwf 0+(?___awdiv)+02h fcall ___awdiv movf (0+(?___awdiv)),w movwf (?_lcd_dec) movlw (0Ah) fcall _lcd_dec line 143 l9357: ;main.c: 143: lcd_putch('C'); movlw (043h) fcall _lcd_putch line 146 l9359: ;main.c: 144: } ;main.c: 146: szum_1=0; clrf (_szum_1) clrf (_szum_1+1) line 149 l9361: ;main.c: 147: } ;main.c: 149: if(aindex_1==4) bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movf (_aindex_1),w xorlw 04h skipz goto u2011 goto u2010 u2011: goto l9367 u2010: line 151 l9363: ;main.c: 150: { ;main.c: 151: atlagmehet_1=1; bsf (_atlagmehet_1/8),(_atlagmehet_1)&7 line 152 l9365: ;main.c: 152: aindex_1=0; clrf (_aindex_1) line 160 l9367: ;main.c: 153: } ;main.c: 160: if(!RA0){ btfsc (40/8),(40)&7 goto u2021 goto u2020 u2021: goto l9289 u2020: line 161 l9369: ;main.c: 161: _delay((unsigned long)((30)*(4000000/4000.0))); opt asmopt_off movlw 39 movwf ((??_main+0)+0+1),f movlw 245 movwf ((??_main+0)+0),f u2187: decfsz ((??_main+0)+0),f goto u2187 decfsz ((??_main+0)+0+1),f goto u2187 opt asmopt_on line 162 ;main.c: 162: while(!RA0){;} l4061: bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 btfss (40/8),(40)&7 goto u2031 goto u2030 u2031: goto l4061 u2030: line 163 l9371: ;main.c: 163: _delay((unsigned long)((30)*(4000000/4000.0))); opt asmopt_off movlw 39 movwf ((??_main+0)+0+1),f movlw 245 movwf ((??_main+0)+0),f u2197: decfsz ((??_main+0)+0),f goto u2197 decfsz ((??_main+0)+0+1),f goto u2197 opt asmopt_on line 164 l9373: ;main.c: 164: menu_ok=1; bsf (_menu_ok/8),(_menu_ok)&7 line 166 l9375: ;main.c: 166: RC1=1; bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 bsf (57/8),(57)&7 line 167 ;main.c: 167: switch(menu){ goto l9403 line 168 l9377: movlw (040h) fcall _lcd_goto l9379: movlw ((STR_7-__stringbase))&0ffh fcall _lcd_put_string l9381: movf (main@sz1be),w movwf (?_lcd_dec) movlw (04Dh) fcall _lcd_dec goto l4067 line 169 l9383: movlw (040h) fcall _lcd_goto l9385: movlw ((STR_8-__stringbase))&0ffh fcall _lcd_put_string l9387: movf (main@sz1ki),w movwf (?_lcd_dec) movlw (04Dh) fcall _lcd_dec goto l4067 line 170 l9389: movlw (040h) fcall _lcd_goto l9391: movlw ((STR_9-__stringbase))&0ffh fcall _lcd_put_string l9393: movf (main@sz2be),w movwf (?_lcd_dec) movlw (04Dh) fcall _lcd_dec goto l4067 line 171 l9395: movlw (040h) fcall _lcd_goto l9397: movlw ((STR_10-__stringbase))&0ffh fcall _lcd_put_string l9399: movf (main@sz2ki),w movwf (?_lcd_dec) movlw (04Dh) fcall _lcd_dec goto l4067 line 167 l9403: movf (_menu),w ; Switch size 1, requested type "space" ; Number of cases is 4, Range of values is 0 to 3 ; switch strategies available: ; Name Instructions Cycles ; simple_byte 13 7 (average) ; direct_byte 20 8 (fixed) ; jumptable 260 6 (fixed) ; rangetable 8 6 (fixed) ; spacedrange 14 9 (fixed) ; locatedrange 4 3 (fixed) ; Chosen strategy is simple_byte opt asmopt_off xorlw 0^0 ; case 0 skipnz goto l9377 xorlw 1^0 ; case 1 skipnz goto l9383 xorlw 2^1 ; case 2 skipnz goto l9389 xorlw 3^2 ; case 3 skipnz goto l9395 goto l4067 opt asmopt_on line 172 l4067: line 174 ;main.c: 174: if(!RA1){ btfsc (41/8),(41)&7 goto u2041 goto u2040 u2041: goto l4071 u2040: line 175 l9405: ;main.c: 175: _delay((unsigned long)((30)*(4000000/4000.0))); opt asmopt_off movlw 39 movwf ((??_main+0)+0+1),f movlw 245 movwf ((??_main+0)+0),f u2207: decfsz ((??_main+0)+0),f goto u2207 decfsz ((??_main+0)+0+1),f goto u2207 opt asmopt_on line 176 ;main.c: 176: while(!RA1){;} l4072: bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 btfss (41/8),(41)&7 goto u2051 goto u2050 u2051: goto l4072 u2050: line 177 l9407: ;main.c: 177: _delay((unsigned long)((30)*(4000000/4000.0))); opt asmopt_off movlw 39 movwf ((??_main+0)+0+1),f movlw 245 movwf ((??_main+0)+0),f u2217: decfsz ((??_main+0)+0),f goto u2217 decfsz ((??_main+0)+0+1),f goto u2217 opt asmopt_on line 178 ;main.c: 178: switch(menu){ goto l9419 line 179 l9409: incf (main@sz1be),f goto l4071 line 180 l9411: incf (main@sz1ki),f goto l4071 line 181 l9413: incf (main@sz2be),f goto l4071 line 182 l9415: incf (main@sz2ki),f goto l4071 line 178 l9419: bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movf (_menu),w ; Switch size 1, requested type "space" ; Number of cases is 4, Range of values is 0 to 3 ; switch strategies available: ; Name Instructions Cycles ; simple_byte 13 7 (average) ; direct_byte 20 8 (fixed) ; jumptable 260 6 (fixed) ; rangetable 8 6 (fixed) ; spacedrange 14 9 (fixed) ; locatedrange 4 3 (fixed) ; Chosen strategy is simple_byte opt asmopt_off xorlw 0^0 ; case 0 skipnz goto l9409 xorlw 1^0 ; case 1 skipnz goto l9411 xorlw 2^1 ; case 2 skipnz goto l9413 xorlw 3^2 ; case 3 skipnz goto l9415 goto l4071 opt asmopt_on line 184 l4071: line 185 ;main.c: 184: } ;main.c: 185: if(!RA2){ btfsc (42/8),(42)&7 goto u2061 goto u2060 u2061: goto l4081 u2060: line 186 l9421: ;main.c: 186: _delay((unsigned long)((30)*(4000000/4000.0))); opt asmopt_off movlw 39 movwf ((??_main+0)+0+1),f movlw 245 movwf ((??_main+0)+0),f u2227: decfsz ((??_main+0)+0),f goto u2227 decfsz ((??_main+0)+0+1),f goto u2227 opt asmopt_on line 187 ;main.c: 187: while(!RA2){;} l4082: bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 btfss (42/8),(42)&7 goto u2071 goto u2070 u2071: goto l4082 u2070: line 188 l9423: ;main.c: 188: _delay((unsigned long)((30)*(4000000/4000.0))); opt asmopt_off movlw 39 movwf ((??_main+0)+0+1),f movlw 245 movwf ((??_main+0)+0),f u2237: decfsz ((??_main+0)+0),f goto u2237 decfsz ((??_main+0)+0+1),f goto u2237 opt asmopt_on line 189 ;main.c: 189: switch(menu){ goto l9435 line 190 l9425: decf (main@sz1be),f goto l4081 line 191 l9427: decf (main@sz1ki),f goto l4081 line 192 l9429: decf (main@sz2be),f goto l4081 line 193 l9431: decf (main@sz2ki),f goto l4081 line 189 l9435: bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movf (_menu),w ; Switch size 1, requested type "space" ; Number of cases is 4, Range of values is 0 to 3 ; switch strategies available: ; Name Instructions Cycles ; simple_byte 13 7 (average) ; direct_byte 20 8 (fixed) ; jumptable 260 6 (fixed) ; rangetable 8 6 (fixed) ; spacedrange 14 9 (fixed) ; locatedrange 4 3 (fixed) ; Chosen strategy is simple_byte opt asmopt_off xorlw 0^0 ; case 0 skipnz goto l9425 xorlw 1^0 ; case 1 skipnz goto l9427 xorlw 2^1 ; case 2 skipnz goto l9429 xorlw 3^2 ; case 3 skipnz goto l9431 goto l4081 opt asmopt_on line 195 l4081: line 197 ;main.c: 195: } ;main.c: 197: if(!RA0){ btfsc (40/8),(40)&7 goto u2081 goto u2080 u2081: goto l4091 u2080: line 198 l9437: ;main.c: 198: _delay((unsigned long)((30)*(4000000/4000.0))); opt asmopt_off movlw 39 movwf ((??_main+0)+0+1),f movlw 245 movwf ((??_main+0)+0),f u2247: decfsz ((??_main+0)+0),f goto u2247 decfsz ((??_main+0)+0+1),f goto u2247 opt asmopt_on line 199 ;main.c: 199: while(!RA0); l4092: bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 btfss (40/8),(40)&7 goto u2091 goto u2090 u2091: goto l4092 u2090: line 200 l9439: ;main.c: 200: _delay((unsigned long)((30)*(4000000/4000.0))); opt asmopt_off movlw 39 movwf ((??_main+0)+0+1),f movlw 245 movwf ((??_main+0)+0),f u2257: decfsz ((??_main+0)+0),f goto u2257 decfsz ((??_main+0)+0+1),f goto u2257 opt asmopt_on line 201 l9441: ;main.c: 201: menu++; bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 incf (_menu),f line 202 l9443: ;main.c: 202: if(menu==4){ movf (_menu),w xorlw 04h skipz goto u2101 goto u2100 u2101: goto l4091 u2100: line 203 l9445: ;main.c: 203: menu=0; clrf (_menu) line 204 l9447: ;main.c: 204: eeprom_write(0x00,sz1be); movf (main@sz1be),w movwf (?_eeprom_write) movlw (0) fcall _eeprom_write line 205 l9449: ;main.c: 205: eeprom_write(0x01,sz1ki); bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movf (main@sz1ki),w movwf (?_eeprom_write) movlw (01h) fcall _eeprom_write line 206 l9451: ;main.c: 206: eeprom_write(0x02,sz2be); bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movf (main@sz2be),w movwf (?_eeprom_write) movlw (02h) fcall _eeprom_write line 207 l9453: ;main.c: 207: eeprom_write(0x03,sz2ki); bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movf (main@sz2ki),w movwf (?_eeprom_write) movlw (03h) fcall _eeprom_write line 208 l9455: ;main.c: 208: RC1=0; bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 bcf (57/8),(57)&7 line 209 l9457: ;main.c: 209: menu_ok=0; bcf (_menu_ok/8),(_menu_ok)&7 line 210 ;main.c: 210: break; goto l9289 line 212 l4091: line 213 ;main.c: 211: } ;main.c: 212: } ;main.c: 213: if(menu_ok==0)break; btfsc (_menu_ok/8),(_menu_ok)&7 goto u2111 goto u2110 u2111: goto l9375 u2110: goto l9289 global start ljmp start opt stack 0 psect maintext line 217 GLOBAL __end_of_main __end_of_main: ;; =============== function _main ends ============ signat _main,88 global _lcd_dec psect text801,local,class=CODE,delta=2 global __ptext801 __ptext801: ;; *************** function _lcd_dec ***************** ;; Defined at: ;; line 268 in file "C:\Users\Nagy Sándor\Desktop\2\1\1\Lcd_INIT.c" ;; Parameters: Size Location Type ;; cim 1 wreg unsigned char ;; szam 1 0[BANK0 ] unsigned char ;; Auto vars: Size Location Type ;; cim 1 2[BANK0 ] unsigned char ;; Return value: Size Location Type ;; None void ;; Registers used: ;; wreg, fsr0l, fsr0h, status,2, status,0, pclath, cstack ;; Tracked objects: ;; On entry : 60/0 ;; On exit : 60/0 ;; Unchanged: 0/0 ;; Data sizes: COMMON BANK0 BANK1 BANK3 BANK2 ;; Params: 0 1 0 0 0 ;; Locals: 0 2 0 0 0 ;; Temps: 0 0 0 0 0 ;; Totals: 0 3 0 0 0 ;;Total ram usage: 3 bytes ;; Hardware stack levels used: 1 ;; Hardware stack levels required when called: 4 ;; This function calls: ;; _lcd_goto ;; ___lbdiv ;; _lcd_putc ;; ___lbmod ;; This function is called by: ;; _main ;; This function uses a non-reentrant model ;; psect text801 file "C:\Users\Nagy Sándor\Desktop\2\1\1\Lcd_INIT.c" line 268 global __size_of_lcd_dec __size_of_lcd_dec equ __end_of_lcd_dec-_lcd_dec _lcd_dec: opt stack 3 ; Regs used in _lcd_dec: [wreg-fsr0h+status,2+status,0+pclath+cstack] ;lcd_dec@cim stored from wreg movwf (lcd_dec@cim) line 269 l9217: ;Lcd_INIT.c: 269: if(szam>=100){ movlw (064h) subwf (lcd_dec@szam),w skipc goto u1841 goto u1840 u1841: goto l9223 u1840: line 270 l9219: ;Lcd_INIT.c: 270: lcd_goto(cim); movf (lcd_dec@cim),w fcall _lcd_goto line 271 l9221: ;Lcd_INIT.c: 271: lcd_putc(szam/100+48); movlw (064h) movwf (?___lbdiv) movf (lcd_dec@szam),w fcall ___lbdiv addlw 030h fcall _lcd_putc line 272 ;Lcd_INIT.c: 272: } goto l9227 line 274 l9223: ;Lcd_INIT.c: 273: else{ ;Lcd_INIT.c: 274: lcd_goto(cim); movf (lcd_dec@cim),w fcall _lcd_goto line 275 l9225: ;Lcd_INIT.c: 275: lcd_putc(' '); movlw (020h) fcall _lcd_putc line 277 l9227: ;Lcd_INIT.c: 276: } ;Lcd_INIT.c: 277: if(szam>=10){ movlw (0Ah) subwf (lcd_dec@szam),w skipc goto u1851 goto u1850 u1851: goto l9231 u1850: line 278 l9229: ;Lcd_INIT.c: 278: lcd_putc((szam%100)/10+48); movlw (0Ah) movwf (?___lbdiv) movlw (064h) movwf (?___lbmod) movf (lcd_dec@szam),w fcall ___lbmod fcall ___lbdiv addlw 030h fcall _lcd_putc line 279 ;Lcd_INIT.c: 279: } goto l9235 line 281 l9231: ;Lcd_INIT.c: 280: else{ ;Lcd_INIT.c: 281: lcd_putc(' '); movlw (020h) fcall _lcd_putc line 282 l9233: ;Lcd_INIT.c: 282: lcd_goto(cim+2); movf (lcd_dec@cim),w addlw 02h fcall _lcd_goto line 284 l9235: ;Lcd_INIT.c: 283: } ;Lcd_INIT.c: 284: lcd_putc((szam%100)%10+48); movlw (064h) movwf (?___lbmod) movf (lcd_dec@szam),w fcall ___lbmod movwf (_lcd_dec$7035) ;Lcd_INIT.c: 283: } ;Lcd_INIT.c: 284: lcd_putc((szam%100)%10+48); movlw (0Ah) movwf (?___lbmod) movf (_lcd_dec$7035),w fcall ___lbmod addlw 030h fcall _lcd_putc line 285 l1059: return opt stack 0 GLOBAL __end_of_lcd_dec __end_of_lcd_dec: ;; =============== function _lcd_dec ends ============ signat _lcd_dec,8312 global _lcd_init psect text802,local,class=CODE,delta=2 global __ptext802 __ptext802: ;; *************** function _lcd_init ***************** ;; Defined at: ;; line 169 in file "C:\Users\Nagy Sándor\Desktop\2\1\1\Lcd_INIT.c" ;; Parameters: Size Location Type ;; None ;; Auto vars: Size Location Type ;; init_value 1 0 unsigned char ;; Return value: Size Location Type ;; None void ;; Registers used: ;; wreg, status,2, status,0, pclath, cstack ;; Tracked objects: ;; On entry : 0/20 ;; On exit : 60/0 ;; Unchanged: 0/0 ;; Data sizes: COMMON BANK0 BANK1 BANK3 BANK2 ;; Params: 0 0 0 0 0 ;; Locals: 0 1 0 0 0 ;; Temps: 2 0 0 0 0 ;; Totals: 2 1 0 0 0 ;;Total ram usage: 3 bytes ;; Hardware stack levels used: 1 ;; Hardware stack levels required when called: 4 ;; This function calls: ;; _lcd_write_command ;; _lcd_clear ;; This function is called by: ;; _main ;; This function uses a non-reentrant model ;; psect text802 file "C:\Users\Nagy Sándor\Desktop\2\1\1\Lcd_INIT.c" line 169 global __size_of_lcd_init __size_of_lcd_init equ __end_of_lcd_init-_lcd_init _lcd_init: opt stack 3 ; Regs used in _lcd_init: [wreg+status,2+status,0+pclath+cstack] line 172 l9171: ;Lcd_INIT.c: 170: char init_value; ;Lcd_INIT.c: 172: ADCON1 = 0x06; movlw (06h) bsf status, 5 ;RP0=1, select bank1 bcf status, 6 ;RP1=0, select bank1 movwf (159)^080h ;volatile line 176 l9173: ;Lcd_INIT.c: 176: TRISB=0; clrf (134)^080h ;volatile line 177 l9175: ;Lcd_INIT.c: 177: RB5 = 0; bcf status, 5 ;RP0=0, select bank0 bcf (53/8),(53)&7 line 178 l9177: ;Lcd_INIT.c: 178: RB4 = 0; bcf (52/8),(52)&7 line 181 l9179: ;Lcd_INIT.c: 181: _delay((unsigned long)((15)*(4000000/4000.0))); opt asmopt_off movlw 20 movwf ((??_lcd_init+0)+0+1),f movlw 121 movwf ((??_lcd_init+0)+0),f u2267: decfsz ((??_lcd_init+0)+0),f goto u2267 decfsz ((??_lcd_init+0)+0+1),f goto u2267 nop2 opt asmopt_on line 182 l9181: ;Lcd_INIT.c: 182: PORTB = init_value; movlw (0Ch) bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movwf (6) ;volatile line 183 l9183: ;Lcd_INIT.c: 183: ((RB4 = 1),(RB4=0)); bsf (52/8),(52)&7 l9185: bcf (52/8),(52)&7 line 184 l9187: ;Lcd_INIT.c: 184: _delay((unsigned long)((5)*(4000000/4000.0))); opt asmopt_off movlw 7 movwf ((??_lcd_init+0)+0+1),f movlw 125 movwf ((??_lcd_init+0)+0),f u2277: decfsz ((??_lcd_init+0)+0),f goto u2277 decfsz ((??_lcd_init+0)+0+1),f goto u2277 opt asmopt_on line 185 l9189: ;Lcd_INIT.c: 185: ((RB4 = 1),(RB4=0)); bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 bsf (52/8),(52)&7 l9191: bcf (52/8),(52)&7 line 186 l9193: ;Lcd_INIT.c: 186: _delay((unsigned long)((200)*(4000000/4000000.0))); opt asmopt_off movlw 66 movwf (??_lcd_init+0)+0,f u2287: decfsz (??_lcd_init+0)+0,f goto u2287 clrwdt opt asmopt_on line 187 l9195: ;Lcd_INIT.c: 187: ((RB4 = 1),(RB4=0)); bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 bsf (52/8),(52)&7 l9197: bcf (52/8),(52)&7 line 188 l9199: ;Lcd_INIT.c: 188: _delay((unsigned long)((200)*(4000000/4000000.0))); opt asmopt_off movlw 66 movwf (??_lcd_init+0)+0,f u2297: decfsz (??_lcd_init+0)+0,f goto u2297 clrwdt opt asmopt_on line 189 l9201: ;Lcd_INIT.c: 189: PORTB = 0x4; movlw (04h) bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movwf (6) ;volatile line 190 l9203: ;Lcd_INIT.c: 190: ((RB4 = 1),(RB4=0)); bsf (52/8),(52)&7 l9205: bcf (52/8),(52)&7 line 192 l9207: ;Lcd_INIT.c: 192: lcd_write_command(0x28); movlw (028h) fcall _lcd_write_command line 193 l9209: ;Lcd_INIT.c: 193: lcd_write_command(0xc); movlw (0Ch) fcall _lcd_write_command line 194 l9211: ;Lcd_INIT.c: 194: lcd_clear(); fcall _lcd_clear line 195 l9213: ;Lcd_INIT.c: 195: lcd_write_command(0x6); movlw (06h) fcall _lcd_write_command line 196 l9215: ;Lcd_INIT.c: 196: RC1=1; bsf (57/8),(57)&7 line 197 l1004: return opt stack 0 GLOBAL __end_of_lcd_init __end_of_lcd_init: ;; =============== function _lcd_init ends ============ signat _lcd_init,88 global _lcd_init_cgram psect text803,local,class=CODE,delta=2 global __ptext803 __ptext803: ;; *************** function _lcd_init_cgram ***************** ;; Defined at: ;; line 122 in file "C:\Users\Nagy Sándor\Desktop\2\1\1\Lcd_INIT.c" ;; Parameters: Size Location Type ;; None ;; Auto vars: Size Location Type ;; i 1 8[COMMON] unsigned char ;; Return value: Size Location Type ;; None void ;; Registers used: ;; wreg, fsr0l, fsr0h, status,2, status,0, pclath, cstack ;; Tracked objects: ;; On entry : 60/0 ;; On exit : 60/0 ;; Unchanged: 0/0 ;; Data sizes: COMMON BANK0 BANK1 BANK3 BANK2 ;; Params: 0 0 0 0 0 ;; Locals: 1 0 0 0 0 ;; Temps: 0 0 0 0 0 ;; Totals: 1 0 0 0 0 ;;Total ram usage: 1 bytes ;; Hardware stack levels used: 1 ;; Hardware stack levels required when called: 4 ;; This function calls: ;; _lcd_write_command ;; _lcd_write_data ;; _lcd_goto ;; This function is called by: ;; _main ;; This function uses a non-reentrant model ;; psect text803 file "C:\Users\Nagy Sándor\Desktop\2\1\1\Lcd_INIT.c" line 122 global __size_of_lcd_init_cgram __size_of_lcd_init_cgram equ __end_of_lcd_init_cgram-_lcd_init_cgram _lcd_init_cgram: opt stack 3 ; Regs used in _lcd_init_cgram: [wreg-fsr0h+status,2+status,0+pclath+cstack] line 123 l9155: ;Lcd_INIT.c: 123: lcd_write_command(0x40); movlw (040h) fcall _lcd_write_command line 124 l9157: ;Lcd_INIT.c: 124: for(char i=0; i<64; i++) { clrf (lcd_init_cgram@i) line 125 l9163: ;Lcd_INIT.c: 125: lcd_write_data(betwk[i]); movf (lcd_init_cgram@i),w addlw low((_betwk-__stringbase)) movwf fsr0 fcall stringdir fcall _lcd_write_data line 124 l9165: incf (lcd_init_cgram@i),f l9167: movlw (040h) subwf (lcd_init_cgram@i),w skipc goto u1831 goto u1830 u1831: goto l9163 u1830: line 127 l9169: ;Lcd_INIT.c: 126: } ;Lcd_INIT.c: 127: lcd_goto(0x00); movlw (0) fcall _lcd_goto line 128 l986: return opt stack 0 GLOBAL __end_of_lcd_init_cgram __end_of_lcd_init_cgram: ;; =============== function _lcd_init_cgram ends ============ signat _lcd_init_cgram,88 global _lcd_putc psect text804,local,class=CODE,delta=2 global __ptext804 __ptext804: ;; *************** function _lcd_putc ***************** ;; Defined at: ;; line 233 in file "C:\Users\Nagy Sándor\Desktop\2\1\1\Lcd_INIT.c" ;; Parameters: Size Location Type ;; data 1 wreg unsigned char ;; Auto vars: Size Location Type ;; data 1 7[COMMON] unsigned char ;; c 1 8[COMMON] unsigned char ;; Return value: Size Location Type ;; None void ;; Registers used: ;; wreg, fsr0l, fsr0h, status,2, status,0, pclath, cstack ;; Tracked objects: ;; On entry : 60/0 ;; On exit : 60/0 ;; Unchanged: 0/0 ;; Data sizes: COMMON BANK0 BANK1 BANK3 BANK2 ;; Params: 0 0 0 0 0 ;; Locals: 2 0 0 0 0 ;; Temps: 0 0 0 0 0 ;; Totals: 2 0 0 0 0 ;;Total ram usage: 2 bytes ;; Hardware stack levels used: 1 ;; Hardware stack levels required when called: 3 ;; This function calls: ;; _lcd_write_data ;; This function is called by: ;; _lcd_dec ;; This function uses a non-reentrant model ;; psect text804 file "C:\Users\Nagy Sándor\Desktop\2\1\1\Lcd_INIT.c" line 233 global __size_of_lcd_putc __size_of_lcd_putc equ __end_of_lcd_putc-_lcd_putc _lcd_putc: opt stack 3 ; Regs used in _lcd_putc: [wreg-fsr0h+status,2+status,0+pclath+cstack] ;lcd_putc@data stored from wreg line 235 movwf (lcd_putc@data) l9129: ;Lcd_INIT.c: 234: char c; ;Lcd_INIT.c: 235: if (c=data) { movf (lcd_putc@data),w movwf (lcd_putc@c) movf ((lcd_putc@c)) skipnz goto u1821 goto u1820 u1821: goto l1039 u1820: goto l9151 line 237 l9133: clrf (lcd_putc@c) goto l9153 line 238 ;Lcd_INIT.c: 238: case 'é': c = 0x01; break; l1031: clrf (lcd_putc@c) incf (lcd_putc@c),f goto l9153 line 239 l9135: movlw (02h) movwf (lcd_putc@c) goto l9153 line 240 l9137: movlw (03h) movwf (lcd_putc@c) goto l9153 line 241 l9139: movlw (04h) movwf (lcd_putc@c) goto l9153 line 242 l9141: movlw (05h) movwf (lcd_putc@c) goto l9153 line 243 l9143: movlw (06h) movwf (lcd_putc@c) goto l9153 line 244 l9145: movlw (07h) movwf (lcd_putc@c) goto l9153 line 245 l9147: movlw (0EFh) movwf (lcd_putc@c) goto l9153 line 236 l9151: movf (lcd_putc@c),w ; Switch size 1, requested type "space" ; Number of cases is 9, Range of values is 225 to 252 ; switch strategies available: ; Name Instructions Cycles ; simple_byte 28 15 (average) ; direct_byte 95 11 (fixed) ; jumptable 263 9 (fixed) ; Chosen strategy is simple_byte opt asmopt_off xorlw 225^0 ; case 225 skipnz goto l9133 xorlw 233^225 ; case 233 skipnz goto l1031 xorlw 237^233 ; case 237 skipnz goto l9135 xorlw 243^237 ; case 243 skipnz goto l9137 xorlw 245^243 ; case 245 skipnz goto l9145 xorlw 246^245 ; case 246 skipnz goto l9147 xorlw 250^246 ; case 250 skipnz goto l9139 xorlw 251^250 ; case 251 skipnz goto l9143 xorlw 252^251 ; case 252 skipnz goto l9141 goto l9153 opt asmopt_on line 247 l9153: ;Lcd_INIT.c: 247: lcd_write_data(c); movf (lcd_putc@c),w fcall _lcd_write_data line 249 l1039: return opt stack 0 GLOBAL __end_of_lcd_putc __end_of_lcd_putc: ;; =============== function _lcd_putc ends ============ signat _lcd_putc,4216 global _lcd_put_string psect text805,local,class=CODE,delta=2 global __ptext805 __ptext805: ;; *************** function _lcd_put_string ***************** ;; Defined at: ;; line 213 in file "C:\Users\Nagy Sándor\Desktop\2\1\1\Lcd_INIT.c" ;; Parameters: Size Location Type ;; psz_s 1 wreg PTR unsigned char ;; -> STR_10(14), STR_9(14), STR_8(14), STR_7(14), ;; -> STR_6(17), STR_5(14), STR_4(17), STR_3(17), ;; -> STR_2(16), STR_1(16), ;; Auto vars: Size Location Type ;; psz_s 1 7[COMMON] PTR unsigned char ;; -> STR_10(14), STR_9(14), STR_8(14), STR_7(14), ;; -> STR_6(17), STR_5(14), STR_4(17), STR_3(17), ;; -> STR_2(16), STR_1(16), ;; cx 1 8[COMMON] unsigned char ;; Return value: Size Location Type ;; None void ;; Registers used: ;; wreg, fsr0l, fsr0h, status,2, status,0, pclath, cstack ;; Tracked objects: ;; On entry : 60/0 ;; On exit : 60/0 ;; Unchanged: 0/0 ;; Data sizes: COMMON BANK0 BANK1 BANK3 BANK2 ;; Params: 0 0 0 0 0 ;; Locals: 2 0 0 0 0 ;; Temps: 0 0 0 0 0 ;; Totals: 2 0 0 0 0 ;;Total ram usage: 2 bytes ;; Hardware stack levels used: 1 ;; Hardware stack levels required when called: 3 ;; This function calls: ;; _lcd_write_data ;; This function is called by: ;; _main ;; This function uses a non-reentrant model ;; psect text805 file "C:\Users\Nagy Sándor\Desktop\2\1\1\Lcd_INIT.c" line 213 global __size_of_lcd_put_string __size_of_lcd_put_string equ __end_of_lcd_put_string-_lcd_put_string _lcd_put_string: opt stack 4 ; Regs used in _lcd_put_string: [wreg-fsr0h+status,2+status,0+pclath+cstack] ;lcd_put_string@psz_s stored from wreg movwf (lcd_put_string@psz_s) line 215 l9099: ;Lcd_INIT.c: 214: char cx; ;Lcd_INIT.c: 215: while (*psz_s) { goto l9127 line 216 l9101: ;Lcd_INIT.c: 216: cx = *psz_s; movf (lcd_put_string@psz_s),w movwf fsr0 fcall stringdir movwf (lcd_put_string@cx) line 217 ;Lcd_INIT.c: 217: switch(cx) { goto l9121 line 218 l9103: clrf (lcd_put_string@cx) goto l9123 line 219 ;Lcd_INIT.c: 219: case 'é': cx = 0x01; break; l1015: clrf (lcd_put_string@cx) incf (lcd_put_string@cx),f goto l9123 line 220 l9105: movlw (02h) movwf (lcd_put_string@cx) goto l9123 line 221 l9107: movlw (03h) movwf (lcd_put_string@cx) goto l9123 line 222 l9109: movlw (04h) movwf (lcd_put_string@cx) goto l9123 line 223 l9111: movlw (05h) movwf (lcd_put_string@cx) goto l9123 line 224 l9113: movlw (06h) movwf (lcd_put_string@cx) goto l9123 line 225 l9115: movlw (07h) movwf (lcd_put_string@cx) goto l9123 line 226 l9117: movlw (0EFh) movwf (lcd_put_string@cx) goto l9123 line 217 l9121: movf (lcd_put_string@cx),w ; Switch size 1, requested type "space" ; Number of cases is 9, Range of values is 225 to 252 ; switch strategies available: ; Name Instructions Cycles ; simple_byte 28 15 (average) ; direct_byte 95 11 (fixed) ; jumptable 263 9 (fixed) ; Chosen strategy is simple_byte opt asmopt_off xorlw 225^0 ; case 225 skipnz goto l9103 xorlw 233^225 ; case 233 skipnz goto l1015 xorlw 237^233 ; case 237 skipnz goto l9105 xorlw 243^237 ; case 243 skipnz goto l9107 xorlw 245^243 ; case 245 skipnz goto l9115 xorlw 246^245 ; case 246 skipnz goto l9117 xorlw 250^246 ; case 250 skipnz goto l9109 xorlw 251^250 ; case 251 skipnz goto l9113 xorlw 252^251 ; case 252 skipnz goto l9111 goto l9123 opt asmopt_on line 228 l9123: ;Lcd_INIT.c: 228: lcd_write_data(cx); movf (lcd_put_string@cx),w fcall _lcd_write_data line 229 l9125: ;Lcd_INIT.c: 229: psz_s++; incf (lcd_put_string@psz_s),f line 215 l9127: movf (lcd_put_string@psz_s),w movwf fsr0 fcall stringdir iorlw 0 skipz goto u1811 goto u1810 u1811: goto l9101 u1810: line 231 l1024: return opt stack 0 GLOBAL __end_of_lcd_put_string __end_of_lcd_put_string: ;; =============== function _lcd_put_string ends ============ signat _lcd_put_string,4216 global _lcd_putch psect text806,local,class=CODE,delta=2 global __ptext806 __ptext806: ;; *************** function _lcd_putch ***************** ;; Defined at: ;; line 151 in file "C:\Users\Nagy Sándor\Desktop\2\1\1\Lcd_INIT.c" ;; Parameters: Size Location Type ;; c 1 wreg unsigned char ;; Auto vars: Size Location Type ;; c 1 7[COMMON] unsigned char ;; Return value: Size Location Type ;; None void ;; Registers used: ;; wreg, status,2, status,0, pclath, cstack ;; Tracked objects: ;; On entry : 60/0 ;; On exit : 60/0 ;; Unchanged: 0/0 ;; Data sizes: COMMON BANK0 BANK1 BANK3 BANK2 ;; Params: 0 0 0 0 0 ;; Locals: 1 0 0 0 0 ;; Temps: 0 0 0 0 0 ;; Totals: 1 0 0 0 0 ;;Total ram usage: 1 bytes ;; Hardware stack levels used: 1 ;; Hardware stack levels required when called: 3 ;; This function calls: ;; _lcd_write_data ;; This function is called by: ;; _main ;; This function uses a non-reentrant model ;; psect text806 file "C:\Users\Nagy Sándor\Desktop\2\1\1\Lcd_INIT.c" line 151 global __size_of_lcd_putch __size_of_lcd_putch equ __end_of_lcd_putch-_lcd_putch _lcd_putch: opt stack 4 ; Regs used in _lcd_putch: [wreg+status,2+status,0+pclath+cstack] ;lcd_putch@c stored from wreg movwf (lcd_putch@c) line 152 l9097: ;Lcd_INIT.c: 152: lcd_write_data( c ); movf (lcd_putch@c),w fcall _lcd_write_data line 153 l998: return opt stack 0 GLOBAL __end_of_lcd_putch __end_of_lcd_putch: ;; =============== function _lcd_putch ends ============ signat _lcd_putch,4216 global _lcd_clear psect text807,local,class=CODE,delta=2 global __ptext807 __ptext807: ;; *************** function _lcd_clear ***************** ;; Defined at: ;; line 132 in file "C:\Users\Nagy Sándor\Desktop\2\1\1\Lcd_INIT.c" ;; Parameters: Size Location Type ;; None ;; Auto vars: Size Location Type ;; None ;; Return value: Size Location Type ;; None void ;; Registers used: ;; wreg, status,2, status,0, pclath, cstack ;; Tracked objects: ;; On entry : 60/0 ;; On exit : 0/0 ;; Unchanged: 0/0 ;; Data sizes: COMMON BANK0 BANK1 BANK3 BANK2 ;; Params: 0 0 0 0 0 ;; Locals: 0 0 0 0 0 ;; Temps: 2 0 0 0 0 ;; Totals: 2 0 0 0 0 ;;Total ram usage: 2 bytes ;; Hardware stack levels used: 1 ;; Hardware stack levels required when called: 3 ;; This function calls: ;; _lcd_write_command ;; This function is called by: ;; _lcd_init ;; This function uses a non-reentrant model ;; psect text807 file "C:\Users\Nagy Sándor\Desktop\2\1\1\Lcd_INIT.c" line 132 global __size_of_lcd_clear __size_of_lcd_clear equ __end_of_lcd_clear-_lcd_clear _lcd_clear: opt stack 3 ; Regs used in _lcd_clear: [wreg+status,2+status,0+pclath+cstack] line 133 l9093: ;Lcd_INIT.c: 133: lcd_write_command(0x1); movlw (01h) fcall _lcd_write_command line 134 l9095: ;Lcd_INIT.c: 134: _delay((unsigned long)((2)*(4000000/4000.0))); opt asmopt_off movlw 3 movwf ((??_lcd_clear+0)+0+1),f movlw 151 movwf ((??_lcd_clear+0)+0),f u2307: decfsz ((??_lcd_clear+0)+0),f goto u2307 decfsz ((??_lcd_clear+0)+0+1),f goto u2307 nop2 opt asmopt_on line 135 l989: return opt stack 0 GLOBAL __end_of_lcd_clear __end_of_lcd_clear: ;; =============== function _lcd_clear ends ============ signat _lcd_clear,88 global _lcd_goto psect text808,local,class=CODE,delta=2 global __ptext808 __ptext808: ;; *************** function _lcd_goto ***************** ;; Defined at: ;; line 162 in file "C:\Users\Nagy Sándor\Desktop\2\1\1\Lcd_INIT.c" ;; Parameters: Size Location Type ;; pos 1 wreg unsigned char ;; Auto vars: Size Location Type ;; pos 1 7[COMMON] unsigned char ;; Return value: Size Location Type ;; None void ;; Registers used: ;; wreg, status,2, status,0, pclath, cstack ;; Tracked objects: ;; On entry : 0/0 ;; On exit : 60/0 ;; Unchanged: 0/0 ;; Data sizes: COMMON BANK0 BANK1 BANK3 BANK2 ;; Params: 0 0 0 0 0 ;; Locals: 1 0 0 0 0 ;; Temps: 0 0 0 0 0 ;; Totals: 1 0 0 0 0 ;;Total ram usage: 1 bytes ;; Hardware stack levels used: 1 ;; Hardware stack levels required when called: 3 ;; This function calls: ;; _lcd_write_command ;; This function is called by: ;; _lcd_init_cgram ;; _lcd_dec ;; _main ;; This function uses a non-reentrant model ;; psect text808 file "C:\Users\Nagy Sándor\Desktop\2\1\1\Lcd_INIT.c" line 162 global __size_of_lcd_goto __size_of_lcd_goto equ __end_of_lcd_goto-_lcd_goto _lcd_goto: opt stack 3 ; Regs used in _lcd_goto: [wreg+status,2+status,0+pclath+cstack] ;lcd_goto@pos stored from wreg movwf (lcd_goto@pos) line 163 l9091: ;Lcd_INIT.c: 163: lcd_write_command(0x80+pos); movf (lcd_goto@pos),w addlw 080h fcall _lcd_write_command line 164 l1001: return opt stack 0 GLOBAL __end_of_lcd_goto __end_of_lcd_goto: ;; =============== function _lcd_goto ends ============ signat _lcd_goto,4216 global _read_ROM_1 psect text809,local,class=CODE,delta=2 global __ptext809 __ptext809: ;; *************** function _read_ROM_1 ***************** ;; Defined at: ;; line 248 in file "C:\Users\Nagy Sándor\Desktop\2\1\1\main.c" ;; Parameters: Size Location Type ;; None ;; Auto vars: Size Location Type ;; i 1 16[BANK0 ] unsigned char ;; Return value: Size Location Type ;; None void ;; Registers used: ;; wreg, fsr0l, fsr0h, status,2, status,0, pclath, cstack ;; Tracked objects: ;; On entry : 0/20 ;; On exit : 160/0 ;; Unchanged: 0/0 ;; Data sizes: COMMON BANK0 BANK1 BANK3 BANK2 ;; Params: 0 0 0 0 0 ;; Locals: 0 1 0 0 0 ;; Temps: 0 0 0 0 0 ;; Totals: 0 1 0 0 0 ;;Total ram usage: 1 bytes ;; Hardware stack levels used: 1 ;; Hardware stack levels required when called: 2 ;; This function calls: ;; _onewire_reset_1 ;; _onewire_write_1 ;; _onewire_read_1 ;; This function is called by: ;; _main ;; This function uses a non-reentrant model ;; psect text809 file "C:\Users\Nagy Sándor\Desktop\2\1\1\main.c" line 248 global __size_of_read_ROM_1 __size_of_read_ROM_1 equ __end_of_read_ROM_1-_read_ROM_1 _read_ROM_1: opt stack 5 ; Regs used in _read_ROM_1: [wreg-fsr0h+status,2+status,0+pclath+cstack] line 249 l9077: ;main.c: 249: onewire_reset_1(); fcall _onewire_reset_1 line 250 ;main.c: 250: onewire_write_1(0x33); movlw (033h) fcall _onewire_write_1 line 251 l9079: ;main.c: 251: for(unsigned char i=0;i<8;i++){ clrf (read_ROM_1@i) line 252 l9085: ;main.c: 252: adress_1[i]=onewire_read_1(); movf (read_ROM_1@i),w addlw _adress_1&0ffh movwf fsr0 fcall _onewire_read_1 bcf status, 7 ;select IRP bank0 movwf indf line 251 l9087: incf (read_ROM_1@i),f l9089: movlw (08h) subwf (read_ROM_1@i),w skipc goto u1801 goto u1800 u1801: goto l9085 u1800: line 254 l4117: return opt stack 0 GLOBAL __end_of_read_ROM_1 __end_of_read_ROM_1: ;; =============== function _read_ROM_1 ends ============ signat _read_ROM_1,88 global _ds1820_read_1 psect text810,local,class=CODE,delta=2 global __ptext810 __ptext810: ;; *************** function _ds1820_read_1 ***************** ;; Defined at: ;; line 79 in file "C:\Users\Nagy Sándor\Desktop\2\1\1\1wire_1.c" ;; Parameters: Size Location Type ;; None ;; Auto vars: Size Location Type ;; result 3 37[BANK0 ] float ;; temp3 2 43[BANK0 ] int ;; busy 1 42[BANK0 ] unsigned char ;; temp2 1 41[BANK0 ] unsigned char ;; temp1 1 40[BANK0 ] unsigned char ;; Return value: Size Location Type ;; 3 31[BANK0 ] float ;; Registers used: ;; wreg, status,2, status,0, pclath, cstack ;; Tracked objects: ;; On entry : 0/0 ;; On exit : 60/0 ;; Unchanged: 0/0 ;; Data sizes: COMMON BANK0 BANK1 BANK3 BANK2 ;; Params: 0 3 0 0 0 ;; Locals: 0 8 0 0 0 ;; Temps: 0 3 0 0 0 ;; Totals: 0 14 0 0 0 ;;Total ram usage: 14 bytes ;; Hardware stack levels used: 1 ;; Hardware stack levels required when called: 3 ;; This function calls: ;; _onewire_reset_1 ;; _onewire_write_1 ;; _onewire_read_1 ;; ___awtoft ;; ___ftdiv ;; This function is called by: ;; _main ;; This function uses a non-reentrant model ;; psect text810 file "C:\Users\Nagy Sándor\Desktop\2\1\1\1wire_1.c" line 79 global __size_of_ds1820_read_1 __size_of_ds1820_read_1 equ __end_of_ds1820_read_1-_ds1820_read_1 _ds1820_read_1: opt stack 4 ; Regs used in _ds1820_read_1: [wreg+status,2+status,0+pclath+cstack] line 80 l9053: ;1wire_1.c: 80: unsigned char busy=0, temp1, temp2; bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 clrf (ds1820_read_1@busy) line 84 l9055: ;1wire_1.c: 81: int temp3; ;1wire_1.c: 82: float result; ;1wire_1.c: 84: onewire_reset_1(); fcall _onewire_reset_1 line 85 l9057: ;1wire_1.c: 85: onewire_write_1(0xCC); movlw (0CCh) fcall _onewire_write_1 line 86 l9059: ;1wire_1.c: 86: onewire_write_1(0x44); movlw (044h) fcall _onewire_write_1 line 88 ;1wire_1.c: 88: while(busy == 0) goto l9063 line 89 l9061: ;1wire_1.c: 89: busy = onewire_read_1(); fcall _onewire_read_1 movwf (ds1820_read_1@busy) line 88 l9063: movf (ds1820_read_1@busy),w skipz goto u1790 goto l9061 u1790: line 91 l9065: ;1wire_1.c: 91: onewire_reset_1(); fcall _onewire_reset_1 line 92 ;1wire_1.c: 92: onewire_write_1(0xCC); movlw (0CCh) fcall _onewire_write_1 line 93 ;1wire_1.c: 93: onewire_write_1(0xBE); movlw (0BEh) fcall _onewire_write_1 line 94 ;1wire_1.c: 94: temp1 = onewire_read_1(); fcall _onewire_read_1 movwf (ds1820_read_1@temp1) line 95 ;1wire_1.c: 95: temp2 = onewire_read_1(); fcall _onewire_read_1 movwf (ds1820_read_1@temp2) line 97 l9067: ;1wire_1.c: 97: temp3 = temp2; movf (ds1820_read_1@temp2),w movwf (ds1820_read_1@temp3) clrf (ds1820_read_1@temp3+1) line 98 l9069: ;1wire_1.c: 98: temp3 = temp3 << 8; movf (ds1820_read_1@temp3),w movwf (ds1820_read_1@temp3+1) clrf (ds1820_read_1@temp3) line 99 l9071: ;1wire_1.c: 99: temp3 = temp3 | temp1; movf (ds1820_read_1@temp1),w iorwf (ds1820_read_1@temp3),f line 102 l9073: ;1wire_1.c: 102: result = (float) temp3 / 16.0; movlw 0x0 movwf (?___ftdiv) movlw 0x80 movwf (?___ftdiv+1) movlw 0x41 movwf (?___ftdiv+2) movf (ds1820_read_1@temp3+1),w movwf (?___awtoft+1) movf (ds1820_read_1@temp3),w movwf (?___awtoft) fcall ___awtoft movf (0+(?___awtoft)),w movwf 0+(?___ftdiv)+03h movf (1+(?___awtoft)),w movwf 1+(?___ftdiv)+03h movf (2+(?___awtoft)),w movwf 2+(?___ftdiv)+03h fcall ___ftdiv movf (0+(?___ftdiv)),w movwf (ds1820_read_1@result) movf (1+(?___ftdiv)),w movwf (ds1820_read_1@result+1) movf (2+(?___ftdiv)),w movwf (ds1820_read_1@result+2) line 104 ;1wire_1.c: 104: _delay((unsigned long)((200)*(4000000/4000.0))); opt asmopt_off movlw 2 movwf ((??_ds1820_read_1+0)+0+2),f movlw 4 movwf ((??_ds1820_read_1+0)+0+1),f movlw 186 movwf ((??_ds1820_read_1+0)+0),f u2317: decfsz ((??_ds1820_read_1+0)+0),f goto u2317 decfsz ((??_ds1820_read_1+0)+0+1),f goto u2317 decfsz ((??_ds1820_read_1+0)+0+2),f goto u2317 clrwdt opt asmopt_on line 105 ;1wire_1.c: 105: return(result); bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movf (ds1820_read_1@result),w movwf (?_ds1820_read_1) movf (ds1820_read_1@result+1),w movwf (?_ds1820_read_1+1) movf (ds1820_read_1@result+2),w movwf (?_ds1820_read_1+2) line 106 l2045: return opt stack 0 GLOBAL __end_of_ds1820_read_1 __end_of_ds1820_read_1: ;; =============== function _ds1820_read_1 ends ============ signat _ds1820_read_1,91 global _lcd_write_data psect text811,local,class=CODE,delta=2 global __ptext811 __ptext811: ;; *************** function _lcd_write_data ***************** ;; Defined at: ;; line 91 in file "C:\Users\Nagy Sándor\Desktop\2\1\1\Lcd_INIT.c" ;; Parameters: Size Location Type ;; data 1 wreg unsigned char ;; Auto vars: Size Location Type ;; data 1 6[COMMON] unsigned char ;; Return value: Size Location Type ;; None void ;; Registers used: ;; wreg, status,2, status,0, pclath, cstack ;; Tracked objects: ;; On entry : 60/0 ;; On exit : 60/0 ;; Unchanged: 0/0 ;; Data sizes: COMMON BANK0 BANK1 BANK3 BANK2 ;; Params: 0 0 0 0 0 ;; Locals: 1 0 0 0 0 ;; Temps: 0 0 0 0 0 ;; Totals: 1 0 0 0 0 ;;Total ram usage: 1 bytes ;; Hardware stack levels used: 1 ;; Hardware stack levels required when called: 2 ;; This function calls: ;; _lcd_write ;; This function is called by: ;; _lcd_init_cgram ;; _lcd_putch ;; _lcd_put_string ;; _lcd_putc ;; This function uses a non-reentrant model ;; psect text811 file "C:\Users\Nagy Sándor\Desktop\2\1\1\Lcd_INIT.c" line 91 global __size_of_lcd_write_data __size_of_lcd_write_data equ __end_of_lcd_write_data-_lcd_write_data _lcd_write_data: opt stack 4 ; Regs used in _lcd_write_data: [wreg+status,2+status,0+pclath+cstack] ;lcd_write_data@data stored from wreg movwf (lcd_write_data@data) line 92 l9049: ;Lcd_INIT.c: 92: RB5 = 1; bsf (53/8),(53)&7 line 93 l9051: ;Lcd_INIT.c: 93: lcd_write(data); movf (lcd_write_data@data),w fcall _lcd_write line 94 l978: return opt stack 0 GLOBAL __end_of_lcd_write_data __end_of_lcd_write_data: ;; =============== function _lcd_write_data ends ============ signat _lcd_write_data,4216 global _lcd_write_command psect text812,local,class=CODE,delta=2 global __ptext812 __ptext812: ;; *************** function _lcd_write_command ***************** ;; Defined at: ;; line 86 in file "C:\Users\Nagy Sándor\Desktop\2\1\1\Lcd_INIT.c" ;; Parameters: Size Location Type ;; data 1 wreg unsigned char ;; Auto vars: Size Location Type ;; data 1 6[COMMON] unsigned char ;; Return value: Size Location Type ;; None void ;; Registers used: ;; wreg, status,2, status,0, pclath, cstack ;; Tracked objects: ;; On entry : 0/0 ;; On exit : 60/0 ;; Unchanged: 0/0 ;; Data sizes: COMMON BANK0 BANK1 BANK3 BANK2 ;; Params: 0 0 0 0 0 ;; Locals: 1 0 0 0 0 ;; Temps: 0 0 0 0 0 ;; Totals: 1 0 0 0 0 ;;Total ram usage: 1 bytes ;; Hardware stack levels used: 1 ;; Hardware stack levels required when called: 2 ;; This function calls: ;; _lcd_write ;; This function is called by: ;; _lcd_init_cgram ;; _lcd_clear ;; _lcd_goto ;; _lcd_init ;; This function uses a non-reentrant model ;; psect text812 file "C:\Users\Nagy Sándor\Desktop\2\1\1\Lcd_INIT.c" line 86 global __size_of_lcd_write_command __size_of_lcd_write_command equ __end_of_lcd_write_command-_lcd_write_command _lcd_write_command: opt stack 3 ; Regs used in _lcd_write_command: [wreg+status,2+status,0+pclath+cstack] ;lcd_write_command@data stored from wreg movwf (lcd_write_command@data) line 87 l9045: ;Lcd_INIT.c: 87: RB5 = 0; bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 bcf (53/8),(53)&7 line 88 l9047: ;Lcd_INIT.c: 88: lcd_write(data); movf (lcd_write_command@data),w fcall _lcd_write line 89 l975: return opt stack 0 GLOBAL __end_of_lcd_write_command __end_of_lcd_write_command: ;; =============== function _lcd_write_command ends ============ signat _lcd_write_command,4216 global ___awtoft psect text813,local,class=CODE,delta=2 global __ptext813 __ptext813: ;; *************** function ___awtoft ***************** ;; Defined at: ;; line 33 in file "C:\Program Files (x86)\HI-TECH Software\PICC\9.82\sources\awtoft.c" ;; Parameters: Size Location Type ;; c 2 13[BANK0 ] int ;; Auto vars: Size Location Type ;; sign 1 10[COMMON] unsigned char ;; Return value: Size Location Type ;; 3 13[BANK0 ] float ;; Registers used: ;; wreg, status,2, status,0, pclath, cstack ;; Tracked objects: ;; On entry : 60/0 ;; On exit : 60/0 ;; Unchanged: FFF9F/0 ;; Data sizes: COMMON BANK0 BANK1 BANK3 BANK2 ;; Params: 0 3 0 0 0 ;; Locals: 1 0 0 0 0 ;; Temps: 0 0 0 0 0 ;; Totals: 1 3 0 0 0 ;;Total ram usage: 4 bytes ;; Hardware stack levels used: 1 ;; Hardware stack levels required when called: 2 ;; This function calls: ;; ___ftpack ;; This function is called by: ;; _ds1820_read_1 ;; This function uses a non-reentrant model ;; psect text813 file "C:\Program Files (x86)\HI-TECH Software\PICC\9.82\sources\awtoft.c" line 33 global __size_of___awtoft __size_of___awtoft equ __end_of___awtoft-___awtoft ___awtoft: opt stack 4 ; Regs used in ___awtoft: [wreg+status,2+status,0+pclath+cstack] line 36 l8507: clrf (___awtoft@sign) line 37 l8509: btfss (___awtoft@c+1),7 goto u1391 goto u1390 u1391: goto l8515 u1390: line 38 l8511: comf (___awtoft@c),f comf (___awtoft@c+1),f incf (___awtoft@c),f skipnz incf (___awtoft@c+1),f line 39 l8513: clrf (___awtoft@sign) incf (___awtoft@sign),f line 41 l8515: movf (___awtoft@c),w movwf (?___ftpack) movf (___awtoft@c+1),w movwf (?___ftpack+1) clrf (?___ftpack+2) movlw (08Eh) movwf 0+(?___ftpack)+03h movf (___awtoft@sign),w movwf 0+(?___ftpack)+04h fcall ___ftpack movf (0+(?___ftpack)),w movwf (?___awtoft) movf (1+(?___ftpack)),w movwf (?___awtoft+1) movf (2+(?___ftpack)),w movwf (?___awtoft+2) line 42 l6932: return opt stack 0 GLOBAL __end_of___awtoft __end_of___awtoft: ;; =============== function ___awtoft ends ============ signat ___awtoft,4219 global ___ftdiv psect text814,local,class=CODE,delta=2 global __ptext814 __ptext814: ;; *************** function ___ftdiv ***************** ;; Defined at: ;; line 50 in file "C:\Program Files (x86)\HI-TECH Software\PICC\9.82\sources\ftdiv.c" ;; Parameters: Size Location Type ;; f2 3 16[BANK0 ] float ;; f1 3 19[BANK0 ] float ;; Auto vars: Size Location Type ;; f3 3 26[BANK0 ] float ;; sign 1 30[BANK0 ] unsigned char ;; exp 1 29[BANK0 ] unsigned char ;; cntr 1 25[BANK0 ] unsigned char ;; Return value: Size Location Type ;; 3 16[BANK0 ] float ;; Registers used: ;; wreg, status,2, status,0, pclath, cstack ;; Tracked objects: ;; On entry : 60/0 ;; On exit : 60/0 ;; Unchanged: FFF9F/0 ;; Data sizes: COMMON BANK0 BANK1 BANK3 BANK2 ;; Params: 0 6 0 0 0 ;; Locals: 0 6 0 0 0 ;; Temps: 0 3 0 0 0 ;; Totals: 0 15 0 0 0 ;;Total ram usage: 15 bytes ;; Hardware stack levels used: 1 ;; Hardware stack levels required when called: 2 ;; This function calls: ;; ___ftpack ;; This function is called by: ;; _ds1820_read_1 ;; This function uses a non-reentrant model ;; psect text814 file "C:\Program Files (x86)\HI-TECH Software\PICC\9.82\sources\ftdiv.c" line 50 global __size_of___ftdiv __size_of___ftdiv equ __end_of___ftdiv-___ftdiv ___ftdiv: opt stack 4 ; Regs used in ___ftdiv: [wreg+status,2+status,0+pclath+cstack] line 55 l8463: movf (___ftdiv@f1),w movwf ((??___ftdiv+0)+0) movf (___ftdiv@f1+1),w movwf ((??___ftdiv+0)+0+1) movf (___ftdiv@f1+2),w movwf ((??___ftdiv+0)+0+2) clrc rlf (??___ftdiv+0)+1,w rlf (??___ftdiv+0)+2,w movwf (___ftdiv@exp) movf ((___ftdiv@exp)),f skipz goto u1351 goto u1350 u1351: goto l8469 u1350: line 56 l8465: clrf (?___ftdiv) clrf (?___ftdiv+1) clrf (?___ftdiv+2) goto l6884 line 57 l8469: movf (___ftdiv@f2),w movwf ((??___ftdiv+0)+0) movf (___ftdiv@f2+1),w movwf ((??___ftdiv+0)+0+1) movf (___ftdiv@f2+2),w movwf ((??___ftdiv+0)+0+2) clrc rlf (??___ftdiv+0)+1,w rlf (??___ftdiv+0)+2,w movwf (___ftdiv@sign) movf ((___ftdiv@sign)),f skipz goto u1361 goto u1360 u1361: goto l6885 u1360: line 58 l8471: clrf (?___ftdiv) clrf (?___ftdiv+1) clrf (?___ftdiv+2) goto l6884 l6885: line 59 clrf (___ftdiv@f3) clrf (___ftdiv@f3+1) clrf (___ftdiv@f3+2) line 60 l8475: movlw (089h) addwf (___ftdiv@sign),w movwf (??___ftdiv+0)+0 movf 0+(??___ftdiv+0)+0,w subwf (___ftdiv@exp),f line 61 l8477: movf 0+(((___ftdiv@f1))+2),w movwf (___ftdiv@sign) line 62 l8479: movf 0+(((___ftdiv@f2))+2),w xorwf (___ftdiv@sign),f line 63 l8481: movlw (080h) andwf (___ftdiv@sign),f line 64 l8483: bsf (___ftdiv@f1)+(15/8),(15)&7 line 65 l8485: movlw 0FFh andwf (___ftdiv@f1),f movlw 0FFh andwf (___ftdiv@f1+1),f movlw 0 andwf (___ftdiv@f1+2),f line 66 l8487: bsf (___ftdiv@f2)+(15/8),(15)&7 line 67 l8489: movlw 0FFh andwf (___ftdiv@f2),f movlw 0FFh andwf (___ftdiv@f2+1),f movlw 0 andwf (___ftdiv@f2+2),f line 68 l8491: movlw (018h) movwf (___ftdiv@cntr) line 70 l8493: clrc rlf (___ftdiv@f3),f rlf (___ftdiv@f3+1),f rlf (___ftdiv@f3+2),f line 71 movf (___ftdiv@f2+2),w subwf (___ftdiv@f1+2),w skipz goto u1375 movf (___ftdiv@f2+1),w subwf (___ftdiv@f1+1),w skipz goto u1375 movf (___ftdiv@f2),w subwf (___ftdiv@f1),w u1375: skipc goto u1371 goto u1370 u1371: goto l8499 u1370: line 72 l8495: movf (___ftdiv@f2),w subwf (___ftdiv@f1),f movf (___ftdiv@f2+1),w skipc incfsz (___ftdiv@f2+1),w subwf (___ftdiv@f1+1),f movf (___ftdiv@f2+2),w skipc incf (___ftdiv@f2+2),w subwf (___ftdiv@f1+2),f line 73 l8497: bsf (___ftdiv@f3)+(0/8),(0)&7 line 75 l8499: clrc rlf (___ftdiv@f1),f rlf (___ftdiv@f1+1),f rlf (___ftdiv@f1+2),f line 76 l8501: decfsz (___ftdiv@cntr),f goto u1381 goto u1380 u1381: goto l8493 u1380: line 77 l8503: movf (___ftdiv@f3),w movwf (?___ftpack) movf (___ftdiv@f3+1),w movwf (?___ftpack+1) movf (___ftdiv@f3+2),w movwf (?___ftpack+2) movf (___ftdiv@exp),w movwf 0+(?___ftpack)+03h movf (___ftdiv@sign),w movwf 0+(?___ftpack)+04h fcall ___ftpack movf (0+(?___ftpack)),w movwf (?___ftdiv) movf (1+(?___ftpack)),w movwf (?___ftdiv+1) movf (2+(?___ftpack)),w movwf (?___ftdiv+2) line 78 l6884: return opt stack 0 GLOBAL __end_of___ftdiv __end_of___ftdiv: ;; =============== function ___ftdiv ends ============ signat ___ftdiv,8315 global _onewire_read_1 psect text815,local,class=CODE,delta=2 global __ptext815 __ptext815: ;; *************** function _onewire_read_1 ***************** ;; Defined at: ;; line 51 in file "C:\Users\Nagy Sándor\Desktop\2\1\1\1wire_1.c" ;; Parameters: Size Location Type ;; None ;; Auto vars: Size Location Type ;; count 1 15[BANK0 ] unsigned char ;; data 1 14[BANK0 ] unsigned char ;; bit_in 1 13[BANK0 ] unsigned char ;; Return value: Size Location Type ;; 1 wreg unsigned char ;; Registers used: ;; wreg, status,2, status,0 ;; Tracked objects: ;; On entry : 0/0 ;; On exit : 60/0 ;; Unchanged: 0/0 ;; Data sizes: COMMON BANK0 BANK1 BANK3 BANK2 ;; Params: 0 0 0 0 0 ;; Locals: 0 3 0 0 0 ;; Temps: 1 0 0 0 0 ;; Totals: 1 3 0 0 0 ;;Total ram usage: 4 bytes ;; Hardware stack levels used: 1 ;; Hardware stack levels required when called: 1 ;; This function calls: ;; Nothing ;; This function is called by: ;; _ds1820_read_1 ;; _read_ROM_1 ;; This function uses a non-reentrant model ;; psect text815 file "C:\Users\Nagy Sándor\Desktop\2\1\1\1wire_1.c" line 51 global __size_of_onewire_read_1 __size_of_onewire_read_1 equ __end_of_onewire_read_1-_onewire_read_1 _onewire_read_1: opt stack 5 ; Regs used in _onewire_read_1: [wreg+status,2+status,0] line 54 l9025: ;1wire_1.c: 52: unsigned char count, data, bit_in; ;1wire_1.c: 54: data = 0; bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 clrf (onewire_read_1@data) line 56 ;1wire_1.c: 56: for(count = 0; count < 8; ++count) clrf (onewire_read_1@count) line 57 l2036: line 58 ;1wire_1.c: 57: { ;1wire_1.c: 58: TRISC6 = 0; bsf status, 5 ;RP0=1, select bank1 bcf (1086/8)^080h,(1086)&7 line 59 ;1wire_1.c: 59: RC6 = 0; bcf status, 5 ;RP0=0, select bank0 bcf (62/8),(62)&7 line 60 ;1wire_1.c: 60: _delay((unsigned long)((2)*(4000000/4000000.0))); opt asmopt_off nop2 ;2 cycle nop opt asmopt_on line 61 ;1wire_1.c: 61: TRISC6 = 1; bsf status, 5 ;RP0=1, select bank1 bcf status, 6 ;RP1=0, select bank1 bsf (1086/8)^080h,(1086)&7 line 62 l9031: ;1wire_1.c: 62: _delay((unsigned long)((8)*(4000000/4000000.0))); opt asmopt_off nop2 ;2 cycle nop opt asmopt_on opt asmopt_off nop2 ;2 cycle nop opt asmopt_on opt asmopt_off nop2 ;2 cycle nop opt asmopt_on opt asmopt_off nop2 ;2 cycle nop opt asmopt_on line 64 ;1wire_1.c: 64: bit_in = RC6; movlw 0 bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 btfsc (62/8),(62)&7 movlw 1 movwf (onewire_read_1@bit_in) line 65 l9033: ;1wire_1.c: 65: data = data >> 1; clrc rrf (onewire_read_1@data),f line 66 ;1wire_1.c: 66: if(bit_in == 1) decf (onewire_read_1@bit_in),w skipz goto u1771 goto u1770 u1771: goto l9037 u1770: line 67 l9035: ;1wire_1.c: 67: data +=0x80; movlw (080h) addwf (onewire_read_1@data),f line 69 l9037: ;1wire_1.c: 69: _delay((unsigned long)((120)*(4000000/4000000.0))); opt asmopt_off movlw 39 movwf (??_onewire_read_1+0)+0,f u2327: decfsz (??_onewire_read_1+0)+0,f goto u2327 nop2 ;nop opt asmopt_on line 56 bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 incf (onewire_read_1@count),f l9039: movlw (08h) subwf (onewire_read_1@count),w skipc goto u1781 goto u1780 u1781: goto l2036 u1780: line 71 l9041: ;1wire_1.c: 70: } ;1wire_1.c: 71: return data; movf (onewire_read_1@data),w line 72 l2039: return opt stack 0 GLOBAL __end_of_onewire_read_1 __end_of_onewire_read_1: ;; =============== function _onewire_read_1 ends ============ signat _onewire_read_1,89 global _onewire_write_1 psect text816,local,class=CODE,delta=2 global __ptext816 __ptext816: ;; *************** function _onewire_write_1 ***************** ;; Defined at: ;; line 28 in file "C:\Users\Nagy Sándor\Desktop\2\1\1\1wire_1.c" ;; Parameters: Size Location Type ;; data 1 wreg unsigned char ;; Auto vars: Size Location Type ;; data 1 13[BANK0 ] unsigned char ;; count 1 15[BANK0 ] unsigned char ;; data_bit 1 14[BANK0 ] unsigned char ;; Return value: Size Location Type ;; None void ;; Registers used: ;; wreg, status,2, status,0 ;; Tracked objects: ;; On entry : 40/20 ;; On exit : 60/0 ;; Unchanged: 0/0 ;; Data sizes: COMMON BANK0 BANK1 BANK3 BANK2 ;; Params: 0 0 0 0 0 ;; Locals: 0 3 0 0 0 ;; Temps: 1 0 0 0 0 ;; Totals: 1 3 0 0 0 ;;Total ram usage: 4 bytes ;; Hardware stack levels used: 1 ;; Hardware stack levels required when called: 1 ;; This function calls: ;; Nothing ;; This function is called by: ;; _ds1820_read_1 ;; _read_ROM_1 ;; This function uses a non-reentrant model ;; psect text816 file "C:\Users\Nagy Sándor\Desktop\2\1\1\1wire_1.c" line 28 global __size_of_onewire_write_1 __size_of_onewire_write_1 equ __end_of_onewire_write_1-_onewire_write_1 _onewire_write_1: opt stack 5 ; Regs used in _onewire_write_1: [wreg+status,2+status,0] ;onewire_write_1@data stored from wreg line 32 bcf status, 5 ;RP0=0, select bank0 movwf (onewire_write_1@data) l8997: ;1wire_1.c: 29: unsigned char count; ;1wire_1.c: 30: unsigned char data_bit; ;1wire_1.c: 32: for(count = 0; count < 8; ++count) clrf (onewire_write_1@count) line 34 l9003: ;1wire_1.c: 33: { ;1wire_1.c: 34: data_bit = data & 0x01; movf (onewire_write_1@data),w movwf (onewire_write_1@data_bit) l9005: movlw (01h) andwf (onewire_write_1@data_bit),f line 35 l9007: ;1wire_1.c: 35: TRISC6 = 0; bsf status, 5 ;RP0=1, select bank1 bcf (1086/8)^080h,(1086)&7 line 36 l9009: ;1wire_1.c: 36: RC6 = 0; bcf status, 5 ;RP0=0, select bank0 bcf (62/8),(62)&7 line 37 l9011: ;1wire_1.c: 37: _delay((unsigned long)((2)*(4000000/4000000.0))); opt asmopt_off nop2 ;2 cycle nop opt asmopt_on line 38 l9013: ;1wire_1.c: 38: RC6 = data_bit; bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 btfsc (onewire_write_1@data_bit),0 goto u1741 goto u1740 u1741: bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 bsf (62/8),(62)&7 goto u1754 u1740: bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 bcf (62/8),(62)&7 u1754: line 39 l9015: ;1wire_1.c: 39: data=data>>1; clrc rrf (onewire_write_1@data),f line 40 l9017: ;1wire_1.c: 40: _delay((unsigned long)((60)*(4000000/4000000.0))); opt asmopt_off movlw 19 movwf (??_onewire_write_1+0)+0,f u2337: decfsz (??_onewire_write_1+0)+0,f goto u2337 nop2 ;nop opt asmopt_on line 41 l9019: ;1wire_1.c: 41: TRISC6 = 1; bsf status, 5 ;RP0=1, select bank1 bcf status, 6 ;RP1=0, select bank1 bsf (1086/8)^080h,(1086)&7 line 42 l9021: ;1wire_1.c: 42: _delay((unsigned long)((2)*(4000000/4000000.0))); opt asmopt_off nop2 ;2 cycle nop opt asmopt_on line 32 l9023: bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 incf (onewire_write_1@count),f movlw (08h) subwf (onewire_write_1@count),w skipc goto u1761 goto u1760 u1761: goto l9003 u1760: line 44 l2033: return opt stack 0 GLOBAL __end_of_onewire_write_1 __end_of_onewire_write_1: ;; =============== function _onewire_write_1 ends ============ signat _onewire_write_1,4216 global _onewire_reset_1 psect text817,local,class=CODE,delta=2 global __ptext817 __ptext817: ;; *************** function _onewire_reset_1 ***************** ;; Defined at: ;; line 12 in file "C:\Users\Nagy Sándor\Desktop\2\1\1\1wire_1.c" ;; Parameters: Size Location Type ;; None ;; Auto vars: Size Location Type ;; None ;; Return value: Size Location Type ;; None void ;; Registers used: ;; wreg ;; Tracked objects: ;; On entry : 0/0 ;; On exit : 60/20 ;; Unchanged: 0/0 ;; Data sizes: COMMON BANK0 BANK1 BANK3 BANK2 ;; Params: 0 0 0 0 0 ;; Locals: 0 0 0 0 0 ;; Temps: 1 0 0 0 0 ;; Totals: 1 0 0 0 0 ;;Total ram usage: 1 bytes ;; Hardware stack levels used: 1 ;; Hardware stack levels required when called: 1 ;; This function calls: ;; Nothing ;; This function is called by: ;; _ds1820_read_1 ;; _main ;; _read_ROM_1 ;; This function uses a non-reentrant model ;; psect text817 file "C:\Users\Nagy Sándor\Desktop\2\1\1\1wire_1.c" line 12 global __size_of_onewire_reset_1 __size_of_onewire_reset_1 equ __end_of_onewire_reset_1-_onewire_reset_1 _onewire_reset_1: opt stack 5 ; Regs used in _onewire_reset_1: [wreg] line 13 l8989: ;1wire_1.c: 13: TRISC6 = 0; bsf status, 5 ;RP0=1, select bank1 bcf status, 6 ;RP1=0, select bank1 bcf (1086/8)^080h,(1086)&7 line 14 ;1wire_1.c: 14: RC6 = 0; bcf status, 5 ;RP0=0, select bank0 bcf (62/8),(62)&7 line 15 l8991: ;1wire_1.c: 15: _delay((unsigned long)((500)*(4000000/4000000.0))); opt asmopt_off movlw 166 movwf (??_onewire_reset_1+0)+0,f u2347: decfsz (??_onewire_reset_1+0)+0,f goto u2347 clrwdt opt asmopt_on line 16 l8993: ;1wire_1.c: 16: TRISC6 = 1; bsf status, 5 ;RP0=1, select bank1 bcf status, 6 ;RP1=0, select bank1 bsf (1086/8)^080h,(1086)&7 line 17 ;1wire_1.c: 17: _delay((unsigned long)((500)*(4000000/4000000.0))); opt asmopt_off movlw 166 movwf (??_onewire_reset_1+0)+0,f u2357: decfsz (??_onewire_reset_1+0)+0,f goto u2357 clrwdt opt asmopt_on line 18 l8995: ;1wire_1.c: 18: TRISC6 = 1; bsf status, 5 ;RP0=1, select bank1 bcf status, 6 ;RP1=0, select bank1 bsf (1086/8)^080h,(1086)&7 line 19 l2028: return opt stack 0 GLOBAL __end_of_onewire_reset_1 __end_of_onewire_reset_1: ;; =============== function _onewire_reset_1 ends ============ signat _onewire_reset_1,88 global _lcd_write psect text818,local,class=CODE,delta=2 global __ptext818 __ptext818: ;; *************** function _lcd_write ***************** ;; Defined at: ;; line 100 in file "C:\Users\Nagy Sándor\Desktop\2\1\1\Lcd_INIT.c" ;; Parameters: Size Location Type ;; c 1 wreg unsigned char ;; Auto vars: Size Location Type ;; c 1 5[COMMON] unsigned char ;; y 1 4[COMMON] unsigned char ;; x 1 3[COMMON] unsigned char ;; Return value: Size Location Type ;; None void ;; Registers used: ;; wreg, status,2, status,0 ;; Tracked objects: ;; On entry : 60/0 ;; On exit : 60/0 ;; Unchanged: 0/0 ;; Data sizes: COMMON BANK0 BANK1 BANK3 BANK2 ;; Params: 0 0 0 0 0 ;; Locals: 3 0 0 0 0 ;; Temps: 1 0 0 0 0 ;; Totals: 4 0 0 0 0 ;;Total ram usage: 4 bytes ;; Hardware stack levels used: 1 ;; Hardware stack levels required when called: 1 ;; This function calls: ;; Nothing ;; This function is called by: ;; _lcd_write_command ;; _lcd_write_data ;; This function uses a non-reentrant model ;; psect text818 file "C:\Users\Nagy Sándor\Desktop\2\1\1\Lcd_INIT.c" line 100 global __size_of_lcd_write __size_of_lcd_write equ __end_of_lcd_write-_lcd_write _lcd_write: opt stack 4 ; Regs used in _lcd_write: [wreg+status,2+status,0] ;lcd_write@c stored from wreg movwf (lcd_write@c) line 101 l8953: clrf (lcd_write@y) line 102 l8955: ;Lcd_INIT.c: 102: x =((c<<3)&0b10000000); movf (lcd_write@c),w movwf (??_lcd_write+0)+0 clrc rlf (??_lcd_write+0)+0,f clrc rlf (??_lcd_write+0)+0,f clrc rlf (??_lcd_write+0)+0,w movwf (lcd_write@x) l8957: movlw (080h) andwf (lcd_write@x),f line 103 l8959: ;Lcd_INIT.c: 103: x|=((c<<1)&0b01000000); clrc rlf (lcd_write@c),w andlw 040h iorwf (lcd_write@x),f line 104 l8961: ;Lcd_INIT.c: 104: x|=((c>>1)&0b00100000); clrc rrf (lcd_write@c),w andlw 020h iorwf (lcd_write@x),f line 105 l8963: ;Lcd_INIT.c: 105: x|=((c>>3)&0b00010000); movf (lcd_write@c),w movwf (??_lcd_write+0)+0 clrc rrf (??_lcd_write+0)+0,f clrc rrf (??_lcd_write+0)+0,f clrc rrf (??_lcd_write+0)+0,f movf 0+(??_lcd_write+0)+0,w andlw 010h iorwf (lcd_write@x),f line 106 l8965: ;Lcd_INIT.c: 106: y =((c>>3)&0b00000001); movf (lcd_write@c),w movwf (??_lcd_write+0)+0 clrc rrf (??_lcd_write+0)+0,f clrc rrf (??_lcd_write+0)+0,f clrc rrf (??_lcd_write+0)+0,f movf 0+(??_lcd_write+0)+0,w movwf (lcd_write@y) l8967: movlw (01h) andwf (lcd_write@y),f line 107 l8969: ;Lcd_INIT.c: 107: y|=((c>>1)&0b00000010); clrc rrf (lcd_write@c),w andlw 02h iorwf (lcd_write@y),f line 108 l8971: ;Lcd_INIT.c: 108: y|=((c<<1)&0b00000100); clrc rlf (lcd_write@c),w andlw 04h iorwf (lcd_write@y),f line 109 l8973: ;Lcd_INIT.c: 109: y|=((c<<3)&0b00001000); movf (lcd_write@c),w movwf (??_lcd_write+0)+0 clrc rlf (??_lcd_write+0)+0,f clrc rlf (??_lcd_write+0)+0,f clrc rlf (??_lcd_write+0)+0,w andlw 08h iorwf (lcd_write@y),f line 111 l8975: ;Lcd_INIT.c: 111: _delay((unsigned long)((40)*(4000000/4000000.0))); opt asmopt_off movlw 13 movwf (??_lcd_write+0)+0,f u2367: decfsz (??_lcd_write+0)+0,f goto u2367 opt asmopt_on line 112 l8977: ;Lcd_INIT.c: 112: PORTB = (PORTB & 0xF0) | (x >>4); movf (lcd_write@x),w movwf (??_lcd_write+0)+0 movlw 04h u1735: clrc rrf (??_lcd_write+0)+0,f addlw -1 skipz goto u1735 bcf status, 5 ;RP0=0, select bank0 bcf status, 6 ;RP1=0, select bank0 movf (6),w andlw 0F0h iorwf 0+(??_lcd_write+0)+0,w movwf (6) ;volatile line 113 l8979: ;Lcd_INIT.c: 113: ((RB4 = 1),(RB4=0)); bsf (52/8),(52)&7 l8981: bcf (52/8),(52)&7 line 114 l8983: ;Lcd_INIT.c: 114: PORTB = (PORTB & 0xF0) | (y & 0x0F); movlw (0Fh) andwf (lcd_write@y),w movwf (??_lcd_write+0)+0 movf (6),w andlw 0F0h iorwf 0+(??_lcd_write+0)+0,w movwf (6) ;volatile line 115 l8985: ;Lcd_INIT.c: 115: ((RB4 = 1),(RB4=0)); bsf (52/8),(52)&7 l8987: bcf (52/8),(52)&7 line 116 l981: return opt stack 0 GLOBAL __end_of_lcd_write __end_of_lcd_write: ;; =============== function _lcd_write ends ============ signat _lcd_write,4216 global ___awdiv psect text819,local,class=CODE,delta=2 global __ptext819 __ptext819: ;; *************** function ___awdiv ***************** ;; Defined at: ;; line 5 in file "C:\Program Files (x86)\HI-TECH Software\PICC\9.82\sources\awdiv.c" ;; Parameters: Size Location Type ;; divisor 2 2[COMMON] int ;; dividend 2 4[COMMON] int ;; Auto vars: Size Location Type ;; quotient 2 8[COMMON] int ;; sign 1 7[COMMON] unsigned char ;; counter 1 6[COMMON] unsigned char ;; Return value: Size Location Type ;; 2 2[COMMON] int ;; Registers used: ;; wreg, status,2, status,0 ;; Tracked objects: ;; On entry : 60/0 ;; On exit : 60/0 ;; Unchanged: FFF9F/0 ;; Data sizes: COMMON BANK0 BANK1 BANK3 BANK2 ;; Params: 4 0 0 0 0 ;; Locals: 4 0 0 0 0 ;; Temps: 0 0 0 0 0 ;; Totals: 8 0 0 0 0 ;;Total ram usage: 8 bytes ;; Hardware stack levels used: 1 ;; Hardware stack levels required when called: 1 ;; This function calls: ;; Nothing ;; This function is called by: ;; _main ;; This function uses a non-reentrant model ;; psect text819 file "C:\Program Files (x86)\HI-TECH Software\PICC\9.82\sources\awdiv.c" line 5 global __size_of___awdiv __size_of___awdiv equ __end_of___awdiv-___awdiv ___awdiv: opt stack 6 ; Regs used in ___awdiv: [wreg+status,2+status,0] line 9 l8327: clrf (___awdiv@sign) line 10 l8329: btfss (___awdiv@divisor+1),7 goto u1221 goto u1220 u1221: goto l8335 u1220: line 11 l8331: comf (___awdiv@divisor),f comf (___awdiv@divisor+1),f incf (___awdiv@divisor),f skipnz incf (___awdiv@divisor+1),f line 12 l8333: clrf (___awdiv@sign) incf (___awdiv@sign),f line 14 l8335: btfss (___awdiv@dividend+1),7 goto u1231 goto u1230 u1231: goto l8341 u1230: line 15 l8337: comf (___awdiv@dividend),f comf (___awdiv@dividend+1),f incf (___awdiv@dividend),f skipnz incf (___awdiv@dividend+1),f line 16 l8339: movlw (01h) xorwf (___awdiv@sign),f line 18 l8341: clrf (___awdiv@quotient) clrf (___awdiv@quotient+1) line 19 l8343: movf (___awdiv@divisor+1),w iorwf (___awdiv@divisor),w skipnz goto u1241 goto u1240 u1241: goto l8363 u1240: line 20 l8345: clrf (___awdiv@counter) incf (___awdiv@counter),f line 21 goto l8349 line 22 l8347: clrc rlf (___awdiv@divisor),f rlf (___awdiv@divisor+1),f line 23 incf (___awdiv@counter),f line 21 l8349: btfss (___awdiv@divisor+1),(15)&7 goto u1251 goto u1250 u1251: goto l8347 u1250: line 26 l8351: clrc rlf (___awdiv@quotient),f rlf (___awdiv@quotient+1),f line 27 l8353: movf (___awdiv@divisor+1),w subwf (___awdiv@dividend+1),w skipz goto u1265 movf (___awdiv@divisor),w subwf (___awdiv@dividend),w u1265: skipc goto u1261 goto u1260 u1261: goto l8359 u1260: line 28 l8355: movf (___awdiv@divisor),w subwf (___awdiv@dividend),f movf (___awdiv@divisor+1),w skipc decf (___awdiv@dividend+1),f subwf (___awdiv@dividend+1),f line 29 l8357: bsf (___awdiv@quotient)+(0/8),(0)&7 line 31 l8359: clrc rrf (___awdiv@divisor+1),f rrf (___awdiv@divisor),f line 32 l8361: decfsz (___awdiv@counter),f goto u1271 goto u1270 u1271: goto l8351 u1270: line 34 l8363: movf (___awdiv@sign),w skipz goto u1280 goto l8367 u1280: line 35 l8365: comf (___awdiv@quotient),f comf (___awdiv@quotient+1),f incf (___awdiv@quotient),f skipnz incf (___awdiv@quotient+1),f line 36 l8367: movf (___awdiv@quotient+1),w movwf (?___awdiv+1) movf (___awdiv@quotient),w movwf (?___awdiv) line 37 l6945: return opt stack 0 GLOBAL __end_of___awdiv __end_of___awdiv: ;; =============== function ___awdiv ends ============ signat ___awdiv,8314 global ___fttol psect text820,local,class=CODE,delta=2 global __ptext820 __ptext820: ;; *************** function ___fttol ***************** ;; Defined at: ;; line 45 in file "C:\Program Files (x86)\HI-TECH Software\PICC\9.82\sources\fttol.c" ;; Parameters: Size Location Type ;; f1 3 0[BANK0 ] float ;; Auto vars: Size Location Type ;; lval 4 8[BANK0 ] unsigned long ;; exp1 1 12[BANK0 ] unsigned char ;; sign1 1 7[BANK0 ] unsigned char ;; Return value: Size Location Type ;; 4 0[BANK0 ] long ;; Registers used: ;; wreg, status,2, status,0 ;; Tracked objects: ;; On entry : 60/0 ;; On exit : 60/0 ;; Unchanged: FFF9F/0 ;; Data sizes: COMMON BANK0 BANK1 BANK3 BANK2 ;; Params: 0 4 0 0 0 ;; Locals: 0 6 0 0 0 ;; Temps: 0 3 0 0 0 ;; Totals: 0 13 0 0 0 ;;Total ram usage: 13 bytes ;; Hardware stack levels used: 1 ;; Hardware stack levels required when called: 1 ;; This function calls: ;; Nothing ;; This function is called by: ;; _main ;; This function uses a non-reentrant model ;; psect text820 file "C:\Program Files (x86)\HI-TECH Software\PICC\9.82\sources\fttol.c" line 45 global __size_of___fttol __size_of___fttol equ __end_of___fttol-___fttol ___fttol: opt stack 6 ; Regs used in ___fttol: [wreg+status,2+status,0] line 49 l8289: movf (___fttol@f1),w movwf ((??___fttol+0)+0) movf (___fttol@f1+1),w movwf ((??___fttol+0)+0+1) movf (___fttol@f1+2),w movwf ((??___fttol+0)+0+2) clrc rlf (??___fttol+0)+1,w rlf (??___fttol+0)+2,w movwf (___fttol@exp1) movf ((___fttol@exp1)),f skipz goto u1141 goto u1140 u1141: goto l8293 u1140: line 50 l8291: clrf (?___fttol) clrf (?___fttol+1) clrf (?___fttol+2) clrf (?___fttol+3) goto l6905 line 51 l8293: movf (___fttol@f1),w movwf ((??___fttol+0)+0) movf (___fttol@f1+1),w movwf ((??___fttol+0)+0+1) movf (___fttol@f1+2),w movwf ((??___fttol+0)+0+2) movlw 017h u1155: clrc rrf (??___fttol+0)+2,f rrf (??___fttol+0)+1,f rrf (??___fttol+0)+0,f u1150: addlw -1 skipz goto u1155 movf 0+(??___fttol+0)+0,w movwf (___fttol@sign1) line 52 l8295: bsf (___fttol@f1)+(15/8),(15)&7 line 53 l8297: movlw 0FFh andwf (___fttol@f1),f movlw 0FFh andwf (___fttol@f1+1),f movlw 0 andwf (___fttol@f1+2),f line 54 l8299: movf (___fttol@f1),w movwf (___fttol@lval) movf (___fttol@f1+1),w movwf ((___fttol@lval))+1 movf (___fttol@f1+2),w movwf ((___fttol@lval))+2 clrf ((___fttol@lval))+3 line 55 l8301: movlw low(08Eh) subwf (___fttol@exp1),f line 56 l8303: btfss (___fttol@exp1),7 goto u1161 goto u1160 u1161: goto l8313 u1160: line 57 l8305: movf (___fttol@exp1),w xorlw 80h addlw -((-15)^80h) skipnc goto u1171 goto u1170 u1171: goto l8309 u1170: goto l8291 line 60 l8309: clrc rrf (___fttol@lval+3),f rrf (___fttol@lval+2),f rrf (___fttol@lval+1),f rrf (___fttol@lval),f line 61 l8311: incfsz (___fttol@exp1),f goto u1181 goto u1180 u1181: goto l8309 u1180: goto l8319 line 63 l8313: movlw (018h) subwf (___fttol@exp1),w skipc goto u1191 goto u1190 u1191: goto l6912 u1190: goto l8291 line 66 l8317: clrc rlf (___fttol@lval),f rlf (___fttol@lval+1),f rlf (___fttol@lval+2),f rlf (___fttol@lval+3),f line 67 decf (___fttol@exp1),f line 68 l6912: line 65 movf (___fttol@exp1),f skipz goto u1201 goto u1200 u1201: goto l8317 u1200: line 70 l8319: movf (___fttol@sign1),w skipz goto u1210 goto l8323 u1210: line 71 l8321: comf (___fttol@lval),f comf (___fttol@lval+1),f comf (___fttol@lval+2),f comf (___fttol@lval+3),f incf (___fttol@lval),f skipnz incf (___fttol@lval+1),f skipnz incf (___fttol@lval+2),f skipnz incf (___fttol@lval+3),f line 72 l8323: movf (___fttol@lval+3),w movwf (?___fttol+3) movf (___fttol@lval+2),w movwf (?___fttol+2) movf (___fttol@lval+1),w movwf (?___fttol+1) movf (___fttol@lval),w movwf (?___fttol) line 73 l6905: return opt stack 0 GLOBAL __end_of___fttol __end_of___fttol: ;; =============== function ___fttol ends ============ signat ___fttol,4220 global ___ftpack psect text821,local,class=CODE,delta=2 global __ptext821 __ptext821: ;; *************** function ___ftpack ***************** ;; Defined at: ;; line 63 in file "C:\Program Files (x86)\HI-TECH Software\PICC\9.82\sources\float.c" ;; Parameters: Size Location Type ;; arg 3 2[COMMON] unsigned um ;; exp 1 5[COMMON] unsigned char ;; sign 1 6[COMMON] unsigned char ;; Auto vars: Size Location Type ;; None ;; Return value: Size Location Type ;; 3 2[COMMON] float ;; Registers used: ;; wreg, status,2, status,0 ;; Tracked objects: ;; On entry : 60/0 ;; On exit : 60/0 ;; Unchanged: FFF9F/0 ;; Data sizes: COMMON BANK0 BANK1 BANK3 BANK2 ;; Params: 5 0 0 0 0 ;; Locals: 0 0 0 0 0 ;; Temps: 3 0 0 0 0 ;; Totals: 8 0 0 0 0 ;;Total ram usage: 8 bytes ;; Hardware stack levels used: 1 ;; Hardware stack levels required when called: 1 ;; This function calls: ;; Nothing ;; This function is called by: ;; ___ftdiv ;; ___awtoft ;; This function uses a non-reentrant model ;; psect text821 file "C:\Program Files (x86)\HI-TECH Software\PICC\9.82\sources\float.c" line 63 global __size_of___ftpack __size_of___ftpack equ __end_of___ftpack-___ftpack ___ftpack: opt stack 4 ; Regs used in ___ftpack: [wreg+status,2+status,0] line 64 l8261: movf (___ftpack@exp),w skipz goto u1070 goto l8265 u1070: l8263: movf (___ftpack@arg+2),w iorwf (___ftpack@arg+1),w iorwf (___ftpack@arg),w skipz goto u1081 goto u1080 u1081: goto l8271 u1080: line 65 l8265: clrf (?___ftpack) clrf (?___ftpack+1) clrf (?___ftpack+2) goto l7130 line 67 l8269: incf (___ftpack@exp),f line 68 clrc rrf (___ftpack@arg+2),f rrf (___ftpack@arg+1),f rrf (___ftpack@arg),f line 66 l8271: movlw low highword(0FE0000h) andwf (___ftpack@arg+2),w btfss status,2 goto u1091 goto u1090 u1091: goto l8269 u1090: goto l8275 line 71 l8273: incf (___ftpack@exp),f line 72 incf (___ftpack@arg),f skipnz incf (___ftpack@arg+1),f skipnz incf (___ftpack@arg+2),f line 73 clrc rrf (___ftpack@arg+2),f rrf (___ftpack@arg+1),f rrf (___ftpack@arg),f line 70 l8275: movlw low highword(0FF0000h) andwf (___ftpack@arg+2),w btfss status,2 goto u1101 goto u1100 u1101: goto l8273 u1100: goto l8279 line 76 l8277: decf (___ftpack@exp),f line 77 clrc rlf (___ftpack@arg),f rlf (___ftpack@arg+1),f rlf (___ftpack@arg+2),f line 75 l8279: btfss (___ftpack@arg+1),(15)&7 goto u1111 goto u1110 u1111: goto l8277 u1110: l7139: line 79 btfsc (___ftpack@exp),(0)&7 goto u1121 goto u1120 u1121: goto l7140 u1120: line 80 l8281: bcf (___ftpack@arg)+(15/8),(15)&7 l7140: line 81 clrc rrf (___ftpack@exp),f line 82 l8283: movf (___ftpack@exp),w movwf ((??___ftpack+0)+0+2) clrf ((??___ftpack+0)+0+1) clrf ((??___ftpack+0)+0+0) movf 0+(??___ftpack+0)+0,w iorwf (___ftpack@arg),f movf 1+(??___ftpack+0)+0,w iorwf (___ftpack@arg+1),f movf 2+(??___ftpack+0)+0,w iorwf (___ftpack@arg+2),f line 83 l8285: movf (___ftpack@sign),w skipz goto u1130 goto l7141 u1130: line 84 l8287: bsf (___ftpack@arg)+(23/8),(23)&7 l7141: line 85 line 86 l7130: return opt stack 0 GLOBAL __end_of___ftpack __end_of___ftpack: ;; =============== function ___ftpack ends ============ signat ___ftpack,12411 global ___lbmod psect text822,local,class=CODE,delta=2 global __ptext822 __ptext822: ;; *************** function ___lbmod ***************** ;; Defined at: ;; line 5 in file "C:\Program Files (x86)\HI-TECH Software\PICC\9.82\sources\lbmod.c" ;; Parameters: Size Location Type ;; dividend 1 wreg unsigned char ;; divisor 1 2[COMMON] unsigned char ;; Auto vars: Size Location Type ;; dividend 1 4[COMMON] unsigned char ;; rem 1 6[COMMON] unsigned char ;; counter 1 5[COMMON] unsigned char ;; Return value: Size Location Type ;; 1 wreg unsigned char ;; Registers used: ;; wreg, status,2, status,0 ;; Tracked objects: ;; On entry : 60/0 ;; On exit : 60/0 ;; Unchanged: FFF9F/0 ;; Data sizes: COMMON BANK0 BANK1 BANK3 BANK2 ;; Params: 1 0 0 0 0 ;; Locals: 3 0 0 0 0 ;; Temps: 1 0 0 0 0 ;; Totals: 5 0 0 0 0 ;;Total ram usage: 5 bytes ;; Hardware stack levels used: 1 ;; Hardware stack levels required when called: 1 ;; This function calls: ;; Nothing ;; This function is called by: ;; _lcd_dec ;; This function uses a non-reentrant model ;; psect text822 file "C:\Program Files (x86)\HI-TECH Software\PICC\9.82\sources\lbmod.c" line 5 global __size_of___lbmod __size_of___lbmod equ __end_of___lbmod-___lbmod ___lbmod: opt stack 5 ; Regs used in ___lbmod: [wreg+status,2+status,0] ;___lbmod@dividend stored from wreg line 9 movwf (___lbmod@dividend) l8243: movlw (08h) movwf (___lbmod@counter) line 10 l8245: clrf (___lbmod@rem) line 12 l8247: movf (___lbmod@dividend),w movwf (??___lbmod+0)+0 movlw 07h u1045: clrc rrf (??___lbmod+0)+0,f addlw -1 skipz goto u1045 clrc rlf (___lbmod@rem),w iorwf 0+(??___lbmod+0)+0,w movwf (___lbmod@rem) line 13 l8249: clrc rlf (___lbmod@dividend),f line 14 l8251: movf (___lbmod@divisor),w subwf (___lbmod@rem),w skipc goto u1051 goto u1050 u1051: goto l8255 u1050: line 15 l8253: movf (___lbmod@divisor),w subwf (___lbmod@rem),f line 16 l8255: decfsz (___lbmod@counter),f goto u1061 goto u1060 u1061: goto l8247 u1060: line 17 l8257: movf (___lbmod@rem),w line 18 l6834: return opt stack 0 GLOBAL __end_of___lbmod __end_of___lbmod: ;; =============== function ___lbmod ends ============ signat ___lbmod,8313 global ___lbdiv psect text823,local,class=CODE,delta=2 global __ptext823 __ptext823: ;; *************** function ___lbdiv ***************** ;; Defined at: ;; line 5 in file "C:\Program Files (x86)\HI-TECH Software\PICC\9.82\sources\lbdiv.c" ;; Parameters: Size Location Type ;; dividend 1 wreg unsigned char ;; divisor 1 7[COMMON] unsigned char ;; Auto vars: Size Location Type ;; dividend 1 8[COMMON] unsigned char ;; quotient 1 10[COMMON] unsigned char ;; counter 1 9[COMMON] unsigned char ;; Return value: Size Location Type ;; 1 wreg unsigned char ;; Registers used: ;; wreg, status,2, status,0 ;; Tracked objects: ;; On entry : 60/0 ;; On exit : 60/0 ;; Unchanged: FFF9F/0 ;; Data sizes: COMMON BANK0 BANK1 BANK3 BANK2 ;; Params: 1 0 0 0 0 ;; Locals: 3 0 0 0 0 ;; Temps: 0 0 0 0 0 ;; Totals: 4 0 0 0 0 ;;Total ram usage: 4 bytes ;; Hardware stack levels used: 1 ;; Hardware stack levels required when called: 1 ;; This function calls: ;; Nothing ;; This function is called by: ;; _lcd_dec ;; This function uses a non-reentrant model ;; psect text823 file "C:\Program Files (x86)\HI-TECH Software\PICC\9.82\sources\lbdiv.c" line 5 global __size_of___lbdiv __size_of___lbdiv equ __end_of___lbdiv-___lbdiv ___lbdiv: opt stack 5 ; Regs used in ___lbdiv: [wreg+status,2+status,0] ;___lbdiv@dividend stored from wreg line 9 movwf (___lbdiv@dividend) l8219: clrf (___lbdiv@quotient) line 10 l8221: movf (___lbdiv@divisor),w skipz goto u1000 goto l8239 u1000: line 11 l8223: clrf (___lbdiv@counter) incf (___lbdiv@counter),f line 12 goto l8227 l6823: line 13 clrc rlf (___lbdiv@divisor),f line 14 l8225: incf (___lbdiv@counter),f line 12 l8227: btfss (___lbdiv@divisor),(7)&7 goto u1011 goto u1010 u1011: goto l6823 u1010: line 16 l6825: line 17 clrc rlf (___lbdiv@quotient),f line 18 l8229: movf (___lbdiv@divisor),w subwf (___lbdiv@dividend),w skipc goto u1021 goto u1020 u1021: goto l8235 u1020: line 19 l8231: movf (___lbdiv@divisor),w subwf (___lbdiv@dividend),f line 20 l8233: bsf (___lbdiv@quotient)+(0/8),(0)&7 line 22 l8235: clrc rrf (___lbdiv@divisor),f line 23 l8237: decfsz (___lbdiv@counter),f goto u1031 goto u1030 u1031: goto l6825 u1030: line 25 l8239: movf (___lbdiv@quotient),w line 26 l6828: return opt stack 0 GLOBAL __end_of___lbdiv __end_of___lbdiv: ;; =============== function ___lbdiv ends ============ signat ___lbdiv,8313 global _eeprom_write psect text824,local,class=CODE,delta=2 global __ptext824 __ptext824: ;; *************** function _eeprom_write ***************** ;; Defined at: ;; line 7 in file "C:\Program Files (x86)\HI-TECH Software\PICC\9.82\sources\eewrite.c" ;; Parameters: Size Location Type ;; addr 1 wreg unsigned char ;; value 1 2[COMMON] unsigned char ;; Auto vars: Size Location Type ;; addr 1 3[COMMON] unsigned char ;; Return value: Size Location Type ;; 1 wreg unsigned char ;; Registers used: ;; wreg, status,2, status,0 ;; Tracked objects: ;; On entry : 60/0 ;; On exit : 60/60 ;; Unchanged: FFF9F/0 ;; Data sizes: COMMON BANK0 BANK1 BANK3 BANK2 ;; Params: 1 0 0 0 0 ;; Locals: 1 0 0 0 0 ;; Temps: 0 0 0 0 0 ;; Totals: 2 0 0 0 0 ;;Total ram usage: 2 bytes ;; Hardware stack levels used: 1 ;; Hardware stack levels required when called: 1 ;; This function calls: ;; Nothing ;; This function is called by: ;; _main ;; This function uses a non-reentrant model ;; psect text824 file "C:\Program Files (x86)\HI-TECH Software\PICC\9.82\sources\eewrite.c" line 7 global __size_of_eeprom_write __size_of_eeprom_write equ __end_of_eeprom_write-_eeprom_write _eeprom_write: opt stack 6 ; Regs used in _eeprom_write: [wreg+status,2+status,0] ;eeprom_write@addr stored from wreg movwf (eeprom_write@addr) line 8 l5853: l5854: bsf status, 5 ;RP0=1, select bank3 bsf status, 6 ;RP1=1, select bank3 btfsc (3169/8)^0180h,(3169)&7 goto u881 goto u880 u881: goto l5854 u880: l8163: movf (eeprom_write@addr),w bcf status, 5 ;RP0=0, select bank2 movwf (269)^0100h ;volatile movf (eeprom_write@value),w movwf (268)^0100h ;volatile l8165: movlw (03Fh) bsf status, 5 ;RP0=1, select bank3 andwf (396)^0180h,f ;volatile l8167: bcf (24/8),(24)&7 l8169: btfss (95/8),(95)&7 goto u891 goto u890 u891: goto l5857 u890: l8171: bsf (24/8),(24)&7 l5857: bcf (95/8),(95)&7 bsf (3170/8)^0180h,(3170)&7 l8173: movlw (055h) movwf (397)^0180h ;volatile movlw (0AAh) movwf (397)^0180h ;volatile l8175: bsf (3169/8)^0180h,(3169)&7 l8177: bcf (3170/8)^0180h,(3170)&7 l8179: btfss (24/8),(24)&7 goto u901 goto u900 u901: goto l5860 u900: l8181: bsf (95/8),(95)&7 line 10 l5860: return opt stack 0 GLOBAL __end_of_eeprom_write __end_of_eeprom_write: ;; =============== function _eeprom_write ends ============ signat _eeprom_write,8313 global _eeprom_read psect text825,local,class=CODE,delta=2 global __ptext825 __ptext825: ;; *************** function _eeprom_read ***************** ;; Defined at: ;; line 7 in file "eeread.c" ;; Parameters: Size Location Type ;; addr 1 wreg unsigned char ;; Auto vars: Size Location Type ;; addr 1 2[COMMON] unsigned char ;; Return value: Size Location Type ;; 1 wreg unsigned char ;; Registers used: ;; wreg, status,2, status,0 ;; Tracked objects: ;; On entry : 60/0 ;; On exit : 60/40 ;; Unchanged: FFE00/0 ;; Data sizes: COMMON BANK0 BANK1 BANK3 BANK2 ;; Params: 0 0 0 0 0 ;; Locals: 1 0 0 0 0 ;; Temps: 0 0 0 0 0 ;; Totals: 1 0 0 0 0 ;;Total ram usage: 1 bytes ;; Hardware stack levels used: 1 ;; Hardware stack levels required when called: 1 ;; This function calls: ;; Nothing ;; This function is called by: ;; _main ;; This function uses a non-reentrant model ;; psect text825 file "C:\Program Files (x86)\HI-TECH Software\PICC\9.82\sources\eeread.c" line 7 global __size_of_eeprom_read __size_of_eeprom_read equ __end_of_eeprom_read-_eeprom_read _eeprom_read: opt stack 6 ; Regs used in _eeprom_read: [wreg+status,2+status,0] ;eeprom_read@addr stored from wreg line 9 movwf (eeprom_read@addr) line 8 l4984: line 9 # 9 "C:\Program Files (x86)\HI-TECH Software\PICC\9.82\sources\eeread.c" clrwdt ;# psect text825 line 10 bsf status, 5 ;RP0=1, select bank3 bsf status, 6 ;RP1=1, select bank3 btfsc (3169/8)^0180h,(3169)&7 goto u871 goto u870 u871: goto l4984 u870: line 11 l8159: movf (eeprom_read@addr),w bcf status, 5 ;RP0=0, select bank2 movwf (269)^0100h ;volatile movlw (03Fh) bsf status, 5 ;RP0=1, select bank3 andwf (396)^0180h,f ;volatile bsf (3168/8)^0180h,(3168)&7 clrc btfsc (3168/8)^0180h,(3168)&7 setc movlw 0 skipnc movlw 1 bcf status, 5 ;RP0=0, select bank2 movf (268)^0100h,w ;volatile line 12 l4986: return opt stack 0 GLOBAL __end_of_eeprom_read __end_of_eeprom_read: ;; =============== function _eeprom_read ends ============ signat _eeprom_read,4217 global _isr psect text826,local,class=CODE,delta=2 global __ptext826 __ptext826: ;; *************** function _isr ***************** ;; Defined at: ;; line 220 in file "C:\Users\Nagy Sándor\Desktop\2\1\1\main.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 ;; Tracked objects: ;; On entry : 0/0 ;; On exit : 40/0 ;; Unchanged: FFF9F/0 ;; Data sizes: COMMON BANK0 BANK1 BANK3 BANK2 ;; Params: 0 0 0 0 0 ;; Locals: 0 0 0 0 0 ;; Temps: 2 0 0 0 0 ;; Totals: 2 0 0 0 0 ;;Total ram usage: 2 bytes ;; Hardware stack levels used: 1 ;; This function calls: ;; Nothing ;; This function is called by: ;; Interrupt level 1 ;; This function uses a non-reentrant model ;; psect text826 file "C:\Users\Nagy Sándor\Desktop\2\1\1\main.c" line 220 global __size_of_isr __size_of_isr equ __end_of_isr-_isr _isr: opt stack 3 ; Regs used in _isr: [wreg+status,2+status,0] psect intentry,class=CODE,delta=2 global __pintentry __pintentry: global interrupt_function interrupt_function: global saved_w saved_w set btemp+0 movwf saved_w swapf status,w movwf (??_isr+0) movf pclath,w movwf (??_isr+1) ljmp _isr psect text826 line 221 i1l8183: ;main.c: 221: if(TMR2IE&&TMR2IF){ bsf status, 5 ;RP0=1, select bank1 bcf status, 6 ;RP1=0, select bank1 btfss (1121/8)^080h,(1121)&7 goto u91_21 goto u91_20 u91_21: goto i1l4112 u91_20: i1l8185: bcf status, 5 ;RP0=0, select bank0 btfss (97/8),(97)&7 goto u92_21 goto u92_20 u92_21: goto i1l4112 u92_20: line 222 i1l8187: ;main.c: 222: if(((!RA1)||(!RA2))&&!menu_ok){ btfss (41/8),(41)&7 goto u93_21 goto u93_20 u93_21: goto i1l4107 u93_20: i1l8189: btfsc (42/8),(42)&7 goto u94_21 goto u94_20 u94_21: goto i1l4105 u94_20: i1l4107: btfsc (_menu_ok/8),(_menu_ok)&7 goto u95_21 goto u95_20 u95_21: goto i1l4105 u95_20: line 223 i1l8191: ;main.c: 223: d_ok=1; bsf (_d_ok/8),(_d_ok)&7 line 224 ;main.c: 224: RC1=1; bsf (57/8),(57)&7 line 225 i1l4105: line 226 ;main.c: 225: } ;main.c: 226: if(d_ok){ btfss (_d_ok/8),(_d_ok)&7 goto u96_21 goto u96_20 u96_21: goto i1l8201 u96_20: line 227 i1l8193: ;main.c: 227: delay1--; movlw -1 addwf (_delay1),f skipc decf (_delay1+1),f line 228 i1l8195: ;main.c: 228: if(delay1==0){ movf ((_delay1+1)),w iorwf ((_delay1)),w skipz goto u97_21 goto u97_20 u97_21: goto i1l8201 u97_20: line 229 i1l8197: ;main.c: 229: d_ok=0; bcf (_d_ok/8),(_d_ok)&7 line 230 ;main.c: 230: RC1=0; bcf (57/8),(57)&7 line 231 i1l8199: ;main.c: 231: delay1=100; movlw 064h movwf (_delay1) clrf (_delay1+1) line 234 i1l8201: ;main.c: 232: } ;main.c: 233: } ;main.c: 234: if(menu_ok){ btfss (_menu_ok/8),(_menu_ok)&7 goto u98_21 goto u98_20 u98_21: goto i1l8215 u98_20: line 235 i1l8203: ;main.c: 235: delay2--; movlw -1 addwf (_delay2),f skipc decf (_delay2+1),f line 236 i1l8205: ;main.c: 236: if(delay2==0){ movf ((_delay2+1)),w iorwf ((_delay2)),w skipz goto u99_21 goto u99_20 u99_21: goto i1l8215 u99_20: line 237 i1l8207: ;main.c: 237: menu=0; clrf (_menu) line 238 i1l8209: ;main.c: 238: menu_ok=0; bcf (_menu_ok/8),(_menu_ok)&7 line 239 i1l8211: ;main.c: 239: delay2=100; movlw 064h movwf (_delay2) clrf (_delay2+1) line 240 i1l8213: ;main.c: 240: RC1=0; bcf (57/8),(57)&7 line 243 i1l8215: ;main.c: 241: } ;main.c: 242: } ;main.c: 243: TMR2IF=0; bcf (97/8),(97)&7 line 246 i1l4112: movf (??_isr+1),w movwf pclath swapf (??_isr+0)^0FFFFFF80h,w movwf status swapf saved_w,f swapf saved_w,w retfie opt stack 0 GLOBAL __end_of_isr __end_of_isr: ;; =============== function _isr ends ============ signat _isr,88 psect text827,local,class=CODE,delta=2 global __ptext827 __ptext827: global btemp btemp set 07Eh DABS 1,126,2 ;btemp global wtemp0 wtemp0 set btemp end