1694 wiersze
51 KiB
NASM
1694 wiersze
51 KiB
NASM
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_led_send:
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;oled_control.c,6 :: void led_send (char nible) {
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;oled_control.c,8 :: sdata = 0;
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CLRF led_send_sdata_L0+0
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;oled_control.c,9 :: RW = 0; E = 1;
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CLRF oled_control_RW+0
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MOVLW 1
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MOVWF oled_control_E+0
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;oled_control.c,10 :: sdata = sdata + nible;
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MOVF FARG_led_send_nible+0, 0
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MOVWF led_send_sdata_L0+0
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;oled_control.c,11 :: sdata = sdata << 4;
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LSLF led_send_sdata_L0+0, 1
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LSLF led_send_sdata_L0+0, 1
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LSLF led_send_sdata_L0+0, 1
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LSLF led_send_sdata_L0+0, 1
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;oled_control.c,12 :: if(LED) sdata = sdata + 8;
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MOVF oled_control_LED+0, 0
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BTFSC STATUS+0, 2
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GOTO L_led_send0
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MOVLW 8
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ADDWF led_send_sdata_L0+0, 1
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L_led_send0:
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;oled_control.c,13 :: if(E) sdata = sdata + 4;
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MOVF oled_control_E+0, 0
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BTFSC STATUS+0, 2
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GOTO L_led_send1
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MOVLW 4
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ADDWF led_send_sdata_L0+0, 1
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L_led_send1:
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;oled_control.c,14 :: if(RW) sdata = sdata + 2;
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MOVF oled_control_RW+0, 0
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BTFSC STATUS+0, 2
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GOTO L_led_send2
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MOVLW 2
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ADDWF led_send_sdata_L0+0, 1
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L_led_send2:
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;oled_control.c,15 :: if(RS) sdata = sdata + 1;
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MOVF oled_control_RS+0, 0
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BTFSC STATUS+0, 2
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GOTO L_led_send3
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INCF led_send_sdata_L0+0, 1
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L_led_send3:
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;oled_control.c,17 :: Soft_I2C_Start();
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CALL _Soft_I2C_Start+0
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;oled_control.c,18 :: Soft_I2C_Write(led_addr); // device addres
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MOVF oled_control_led_addr+0, 0
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MOVWF FARG_Soft_I2C_Write+0
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CALL _Soft_I2C_Write+0
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;oled_control.c,19 :: Soft_I2C_Write(sdata); //
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MOVF led_send_sdata_L0+0, 0
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MOVWF FARG_Soft_I2C_Write+0
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CALL _Soft_I2C_Write+0
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;oled_control.c,20 :: Soft_I2C_Stop();
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CALL _Soft_I2C_Stop+0
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;oled_control.c,21 :: delay_ms(1);
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MOVLW 6
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MOVWF R12
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MOVLW 48
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MOVWF R13
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L_led_send4:
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DECFSZ R13, 1
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GOTO L_led_send4
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DECFSZ R12, 1
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GOTO L_led_send4
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NOP
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;oled_control.c,22 :: sdata = sdata - 4; // E = 0
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MOVLW 4
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SUBWF led_send_sdata_L0+0, 1
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;oled_control.c,23 :: Soft_I2C_Start();
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CALL _Soft_I2C_Start+0
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;oled_control.c,24 :: Soft_I2C_Write(led_addr); // device addres
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MOVF oled_control_led_addr+0, 0
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MOVWF FARG_Soft_I2C_Write+0
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CALL _Soft_I2C_Write+0
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;oled_control.c,25 :: Soft_I2C_Write(sdata); //
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MOVF led_send_sdata_L0+0, 0
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MOVWF FARG_Soft_I2C_Write+0
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CALL _Soft_I2C_Write+0
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;oled_control.c,26 :: Soft_I2C_Stop();
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CALL _Soft_I2C_Stop+0
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;oled_control.c,27 :: delay_ms(1);
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MOVLW 6
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MOVWF R12
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MOVLW 48
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MOVWF R13
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L_led_send5:
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DECFSZ R13, 1
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GOTO L_led_send5
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DECFSZ R12, 1
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GOTO L_led_send5
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NOP
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;oled_control.c,28 :: }
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L_end_led_send:
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RETURN
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; end of _led_send
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_led_init:
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;oled_control.c,30 :: void led_init (void) {
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;oled_control.c,31 :: led_type = EEPROM_read(1);
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MOVLW 1
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MOVWF FARG_EEPROM_Read_Address+0
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CALL _EEPROM_Read+0
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MOVF R0, 0
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MOVWF oled_control_led_type+0
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;oled_control.c,32 :: shift_line = EEPROM_read(7);
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MOVLW 7
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MOVWF FARG_EEPROM_Read_Address+0
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CALL _EEPROM_Read+0
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MOVF R0, 0
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MOVWF oled_control_shift_line+0
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;oled_control.c,33 :: oled_shift = EEPROM_read(8);
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MOVLW 8
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MOVWF FARG_EEPROM_Read_Address+0
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CALL _EEPROM_Read+0
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MOVF R0, 0
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MOVWF oled_control_oled_shift+0
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;oled_control.c,34 :: if(led_type!=1) oled_init(); // OLED
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MOVF oled_control_led_type+0, 0
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XORLW 1
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BTFSC STATUS+0, 2
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GOTO L_led_init6
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CALL _oled_init+0
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GOTO L_led_init7
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L_led_init6:
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;oled_control.c,36 :: LED = 1;
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MOVLW 1
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MOVWF oled_control_LED+0
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;oled_control.c,37 :: RS = 0; // Command
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CLRF oled_control_RS+0
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;oled_control.c,39 :: led_send(3);
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MOVLW 3
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MOVWF FARG_led_send_nible+0
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CALL _led_send+0
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;oled_control.c,40 :: delay_ms(5);
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MOVLW 26
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MOVWF R12
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MOVLW 248
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MOVWF R13
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L_led_init8:
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DECFSZ R13, 1
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GOTO L_led_init8
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DECFSZ R12, 1
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GOTO L_led_init8
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NOP
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;oled_control.c,41 :: led_send(3);
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MOVLW 3
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MOVWF FARG_led_send_nible+0
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CALL _led_send+0
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;oled_control.c,42 :: delay_ms(1);
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MOVLW 6
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MOVWF R12
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MOVLW 48
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MOVWF R13
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L_led_init9:
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DECFSZ R13, 1
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GOTO L_led_init9
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DECFSZ R12, 1
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GOTO L_led_init9
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NOP
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;oled_control.c,43 :: led_send(3);
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MOVLW 3
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MOVWF FARG_led_send_nible+0
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CALL _led_send+0
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;oled_control.c,44 :: led_send(2);
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MOVLW 2
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MOVWF FARG_led_send_nible+0
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CALL _led_send+0
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;oled_control.c,46 :: led_send(2);
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MOVLW 2
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MOVWF FARG_led_send_nible+0
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CALL _led_send+0
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;oled_control.c,47 :: led_send(8); //
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MOVLW 8
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MOVWF FARG_led_send_nible+0
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CALL _led_send+0
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;oled_control.c,49 :: led_send(0);
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CLRF FARG_led_send_nible+0
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CALL _led_send+0
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;oled_control.c,50 :: led_send(8); // LCD OFF
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MOVLW 8
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MOVWF FARG_led_send_nible+0
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CALL _led_send+0
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;oled_control.c,52 :: led_send(0);
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CLRF FARG_led_send_nible+0
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CALL _led_send+0
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;oled_control.c,53 :: led_send(1); // LCD clear
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MOVLW 1
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MOVWF FARG_led_send_nible+0
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CALL _led_send+0
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;oled_control.c,54 :: delay_ms(5);
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MOVLW 26
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MOVWF R12
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MOVLW 248
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MOVWF R13
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L_led_init10:
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DECFSZ R13, 1
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GOTO L_led_init10
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DECFSZ R12, 1
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GOTO L_led_init10
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NOP
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;oled_control.c,56 :: led_send(0);
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CLRF FARG_led_send_nible+0
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CALL _led_send+0
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;oled_control.c,57 :: led_send(4 + 2); // I/D, S
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MOVLW 6
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MOVWF FARG_led_send_nible+0
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CALL _led_send+0
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;oled_control.c,59 :: led_send(0);
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CLRF FARG_led_send_nible+0
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CALL _led_send+0
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;oled_control.c,60 :: led_send(8 + 4 + 0 + 0); // LCD ON, Cursor, Blink Cursor
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MOVLW 12
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MOVWF FARG_led_send_nible+0
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CALL _led_send+0
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;oled_control.c,61 :: }
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L_led_init7:
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;oled_control.c,62 :: }
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L_end_led_init:
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RETURN
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; end of _led_init
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_oled_init:
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;oled_control.c,64 :: void oled_init (void) { // OLED init
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;oled_control.c,66 :: Soft_I2C_Start();
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CALL _Soft_I2C_Start+0
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;oled_control.c,67 :: Soft_I2C_Write(led_addr); // device addres
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MOVF oled_control_led_addr+0, 0
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MOVWF FARG_Soft_I2C_Write+0
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CALL _Soft_I2C_Write+0
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;oled_control.c,68 :: Soft_I2C_Write(0); // 0 - continious mode, command; 64 - Co, data
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CLRF FARG_Soft_I2C_Write+0
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CALL _Soft_I2C_Write+0
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;oled_control.c,69 :: Soft_I2C_Write (0xAE); // display OFF
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MOVLW 174
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MOVWF FARG_Soft_I2C_Write+0
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CALL _Soft_I2C_Write+0
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;oled_control.c,71 :: if(led_type==2 | led_type==3) { // 128*32 OLED
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MOVF oled_control_led_type+0, 0
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XORLW 2
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MOVLW 1
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BTFSS STATUS+0, 2
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MOVLW 0
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MOVWF R1
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MOVF oled_control_led_type+0, 0
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XORLW 3
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MOVLW 1
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BTFSS STATUS+0, 2
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MOVLW 0
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MOVWF R0
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MOVF R1, 0
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IORWF R0, 1
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BTFSC STATUS+0, 2
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GOTO L_oled_init11
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;oled_control.c,72 :: Soft_I2C_Write (0xD5); // clock division
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MOVLW 213
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MOVWF FARG_Soft_I2C_Write+0
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CALL _Soft_I2C_Write+0
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;oled_control.c,73 :: Soft_I2C_Write (0x80); // ratio
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MOVLW 128
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MOVWF FARG_Soft_I2C_Write+0
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CALL _Soft_I2C_Write+0
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;oled_control.c,75 :: Soft_I2C_Write (0xA8); // multiplexer
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MOVLW 168
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MOVWF FARG_Soft_I2C_Write+0
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CALL _Soft_I2C_Write+0
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;oled_control.c,76 :: Soft_I2C_Write (0x3f); //
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MOVLW 63
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MOVWF FARG_Soft_I2C_Write+0
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CALL _Soft_I2C_Write+0
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;oled_control.c,78 :: Soft_I2C_Write (0xD3); // offset
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MOVLW 211
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MOVWF FARG_Soft_I2C_Write+0
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CALL _Soft_I2C_Write+0
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;oled_control.c,79 :: if(led_type==2) Soft_I2C_Write (0 + shift_line); // column shift
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MOVF oled_control_led_type+0, 0
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XORLW 2
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BTFSS STATUS+0, 2
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GOTO L_oled_init12
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MOVF oled_control_shift_line+0, 0
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MOVWF FARG_Soft_I2C_Write+0
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CALL _Soft_I2C_Write+0
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GOTO L_oled_init13
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L_oled_init12:
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;oled_control.c,80 :: else Soft_I2C_Write (31 + shift_line); // column shift
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MOVF oled_control_shift_line+0, 0
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ADDLW 31
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MOVWF FARG_Soft_I2C_Write+0
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CALL _Soft_I2C_Write+0
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L_oled_init13:
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;oled_control.c,82 :: Soft_I2C_Write (0x40); // set line, line = 0
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MOVLW 64
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MOVWF FARG_Soft_I2C_Write+0
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CALL _Soft_I2C_Write+0
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;oled_control.c,84 :: Soft_I2C_Write (0x8D); // charge pump
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MOVLW 141
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MOVWF FARG_Soft_I2C_Write+0
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CALL _Soft_I2C_Write+0
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;oled_control.c,85 :: Soft_I2C_Write (0x14); // 0x10 - external, 0x14 - internal
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MOVLW 20
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MOVWF FARG_Soft_I2C_Write+0
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CALL _Soft_I2C_Write+0
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;oled_control.c,87 :: Soft_I2C_Write (0x81); // contrast
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MOVLW 129
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MOVWF FARG_Soft_I2C_Write+0
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CALL _Soft_I2C_Write+0
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;oled_control.c,88 :: Soft_I2C_Write (180); // 0-255
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MOVLW 180
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MOVWF FARG_Soft_I2C_Write+0
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CALL _Soft_I2C_Write+0
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;oled_control.c,90 :: Soft_I2C_Write (0xD9); // pre-charge
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MOVLW 217
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MOVWF FARG_Soft_I2C_Write+0
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CALL _Soft_I2C_Write+0
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;oled_control.c,91 :: Soft_I2C_Write (0x22); // 0x22 - external, 0xF1 - internal
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MOVLW 34
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MOVWF FARG_Soft_I2C_Write+0
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CALL _Soft_I2C_Write+0
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;oled_control.c,93 :: Soft_I2C_Write (0x20); // memory addressing mode
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MOVLW 32
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MOVWF FARG_Soft_I2C_Write+0
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CALL _Soft_I2C_Write+0
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;oled_control.c,94 :: Soft_I2C_Write (0x02); // page addressing mode
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MOVLW 2
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MOVWF FARG_Soft_I2C_Write+0
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CALL _Soft_I2C_Write+0
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;oled_control.c,96 :: Soft_I2C_Write (0x21); // set column range
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MOVLW 33
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MOVWF FARG_Soft_I2C_Write+0
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CALL _Soft_I2C_Write+0
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;oled_control.c,97 :: Soft_I2C_Write (0); // column start
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CLRF FARG_Soft_I2C_Write+0
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CALL _Soft_I2C_Write+0
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;oled_control.c,98 :: Soft_I2C_Write (127); // column stop
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MOVLW 127
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MOVWF FARG_Soft_I2C_Write+0
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CALL _Soft_I2C_Write+0
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;oled_control.c,100 :: Soft_I2C_Write (0x2E); // stop scrolling
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MOVLW 46
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MOVWF FARG_Soft_I2C_Write+0
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CALL _Soft_I2C_Write+0
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;oled_control.c,102 :: if(led_type==2) {
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MOVF oled_control_led_type+0, 0
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XORLW 2
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BTFSS STATUS+0, 2
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GOTO L_oled_init14
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;oled_control.c,103 :: Soft_I2C_Write (0xA0); // segment re-map, A0 - normal, A1 - remapped
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MOVLW 160
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MOVWF FARG_Soft_I2C_Write+0
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CALL _Soft_I2C_Write+0
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;oled_control.c,105 :: Soft_I2C_Write (0xC0); // scan direction, C0 - normal, C8 - remapped
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MOVLW 192
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MOVWF FARG_Soft_I2C_Write+0
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CALL _Soft_I2C_Write+0
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;oled_control.c,106 :: }
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GOTO L_oled_init15
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L_oled_init14:
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;oled_control.c,108 :: Soft_I2C_Write (0xA1); // segment re-map, A0 - normal, A1 - remapped
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MOVLW 161
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MOVWF FARG_Soft_I2C_Write+0
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CALL _Soft_I2C_Write+0
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;oled_control.c,110 :: Soft_I2C_Write (0xC8); // scan direction, C0 - normal, C8 - remapped
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MOVLW 200
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MOVWF FARG_Soft_I2C_Write+0
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CALL _Soft_I2C_Write+0
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;oled_control.c,111 :: }
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L_oled_init15:
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;oled_control.c,113 :: Soft_I2C_Write (0xDA); // COM pins configure
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MOVLW 218
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MOVWF FARG_Soft_I2C_Write+0
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CALL _Soft_I2C_Write+0
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;oled_control.c,114 :: Soft_I2C_Write (0x02); // 12 for x64
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MOVLW 2
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MOVWF FARG_Soft_I2C_Write+0
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CALL _Soft_I2C_Write+0
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;oled_control.c,116 :: Soft_I2C_Write (0xDB); // V-COM detect
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MOVLW 219
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MOVWF FARG_Soft_I2C_Write+0
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CALL _Soft_I2C_Write+0
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;oled_control.c,117 :: Soft_I2C_Write (0x40); //
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MOVLW 64
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MOVWF FARG_Soft_I2C_Write+0
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CALL _Soft_I2C_Write+0
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;oled_control.c,119 :: }
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GOTO L_oled_init16
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L_oled_init11:
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;oled_control.c,121 :: Soft_I2C_Write (0xD5); // clock division
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MOVLW 213
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MOVWF FARG_Soft_I2C_Write+0
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CALL _Soft_I2C_Write+0
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;oled_control.c,122 :: Soft_I2C_Write (0x80); // ratio
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MOVLW 128
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MOVWF FARG_Soft_I2C_Write+0
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CALL _Soft_I2C_Write+0
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;oled_control.c,124 :: Soft_I2C_Write (0xA8); // multiplexer
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MOVLW 168
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MOVWF FARG_Soft_I2C_Write+0
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CALL _Soft_I2C_Write+0
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;oled_control.c,125 :: Soft_I2C_Write (63); //
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MOVLW 63
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MOVWF FARG_Soft_I2C_Write+0
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CALL _Soft_I2C_Write+0
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;oled_control.c,127 :: Soft_I2C_Write (0xD3); // offset
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MOVLW 211
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MOVWF FARG_Soft_I2C_Write+0
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CALL _Soft_I2C_Write+0
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;oled_control.c,128 :: Soft_I2C_Write (shift_line); // no offset for x64 !
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MOVF oled_control_shift_line+0, 0
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MOVWF FARG_Soft_I2C_Write+0
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CALL _Soft_I2C_Write+0
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;oled_control.c,130 :: Soft_I2C_Write (0x40); // set line, line = 0
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MOVLW 64
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MOVWF FARG_Soft_I2C_Write+0
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CALL _Soft_I2C_Write+0
|
|
;oled_control.c,132 :: Soft_I2C_Write (0x8D); // charge pump
|
|
MOVLW 141
|
|
MOVWF FARG_Soft_I2C_Write+0
|
|
CALL _Soft_I2C_Write+0
|
|
;oled_control.c,133 :: Soft_I2C_Write (0x14); // 0x10 - external, 0x14 - internal
|
|
MOVLW 20
|
|
MOVWF FARG_Soft_I2C_Write+0
|
|
CALL _Soft_I2C_Write+0
|
|
;oled_control.c,135 :: Soft_I2C_Write (0x81); // contrast
|
|
MOVLW 129
|
|
MOVWF FARG_Soft_I2C_Write+0
|
|
CALL _Soft_I2C_Write+0
|
|
;oled_control.c,136 :: Soft_I2C_Write (255); // 0-255
|
|
MOVLW 255
|
|
MOVWF FARG_Soft_I2C_Write+0
|
|
CALL _Soft_I2C_Write+0
|
|
;oled_control.c,138 :: Soft_I2C_Write (0xD9); // pre-charge
|
|
MOVLW 217
|
|
MOVWF FARG_Soft_I2C_Write+0
|
|
CALL _Soft_I2C_Write+0
|
|
;oled_control.c,139 :: Soft_I2C_Write (0xf1); // 0x22 - external, 0xF1 - internal
|
|
MOVLW 241
|
|
MOVWF FARG_Soft_I2C_Write+0
|
|
CALL _Soft_I2C_Write+0
|
|
;oled_control.c,141 :: Soft_I2C_Write (0x20); // memory addressing mode
|
|
MOVLW 32
|
|
MOVWF FARG_Soft_I2C_Write+0
|
|
CALL _Soft_I2C_Write+0
|
|
;oled_control.c,142 :: Soft_I2C_Write (0x02); // page addressing mode 02
|
|
MOVLW 2
|
|
MOVWF FARG_Soft_I2C_Write+0
|
|
CALL _Soft_I2C_Write+0
|
|
;oled_control.c,144 :: Soft_I2C_Write (0x21); // set column range
|
|
MOVLW 33
|
|
MOVWF FARG_Soft_I2C_Write+0
|
|
CALL _Soft_I2C_Write+0
|
|
;oled_control.c,145 :: Soft_I2C_Write (0); // column start
|
|
CLRF FARG_Soft_I2C_Write+0
|
|
CALL _Soft_I2C_Write+0
|
|
;oled_control.c,146 :: Soft_I2C_Write (127); // column stop
|
|
MOVLW 127
|
|
MOVWF FARG_Soft_I2C_Write+0
|
|
CALL _Soft_I2C_Write+0
|
|
;oled_control.c,148 :: Soft_I2C_Write (0x2E); // stop scrolling
|
|
MOVLW 46
|
|
MOVWF FARG_Soft_I2C_Write+0
|
|
CALL _Soft_I2C_Write+0
|
|
;oled_control.c,150 :: if(led_type==4) {
|
|
MOVF oled_control_led_type+0, 0
|
|
XORLW 4
|
|
BTFSS STATUS+0, 2
|
|
GOTO L_oled_init17
|
|
;oled_control.c,151 :: Soft_I2C_Write (0xA0); // segment re-map, A0 - normal, A1 - remapped
|
|
MOVLW 160
|
|
MOVWF FARG_Soft_I2C_Write+0
|
|
CALL _Soft_I2C_Write+0
|
|
;oled_control.c,153 :: Soft_I2C_Write (0xC0); // scan direction, C0 - normal, C8 - remapped
|
|
MOVLW 192
|
|
MOVWF FARG_Soft_I2C_Write+0
|
|
CALL _Soft_I2C_Write+0
|
|
;oled_control.c,154 :: }
|
|
GOTO L_oled_init18
|
|
L_oled_init17:
|
|
;oled_control.c,156 :: Soft_I2C_Write (0xA1); // segment re-map, A0 - normal, A1 - remapped
|
|
MOVLW 161
|
|
MOVWF FARG_Soft_I2C_Write+0
|
|
CALL _Soft_I2C_Write+0
|
|
;oled_control.c,158 :: Soft_I2C_Write (0xC8); // scan direction, C0 - normal, C8 - remapped
|
|
MOVLW 200
|
|
MOVWF FARG_Soft_I2C_Write+0
|
|
CALL _Soft_I2C_Write+0
|
|
;oled_control.c,159 :: }
|
|
L_oled_init18:
|
|
;oled_control.c,161 :: Soft_I2C_Write (0xDA); // COM pins configure
|
|
MOVLW 218
|
|
MOVWF FARG_Soft_I2C_Write+0
|
|
CALL _Soft_I2C_Write+0
|
|
;oled_control.c,162 :: Soft_I2C_Write (0x12); // 12 for x64
|
|
MOVLW 18
|
|
MOVWF FARG_Soft_I2C_Write+0
|
|
CALL _Soft_I2C_Write+0
|
|
;oled_control.c,164 :: Soft_I2C_Write (0xDB); // V-COM detect
|
|
MOVLW 219
|
|
MOVWF FARG_Soft_I2C_Write+0
|
|
CALL _Soft_I2C_Write+0
|
|
;oled_control.c,165 :: Soft_I2C_Write (0x40); //
|
|
MOVLW 64
|
|
MOVWF FARG_Soft_I2C_Write+0
|
|
CALL _Soft_I2C_Write+0
|
|
;oled_control.c,166 :: }
|
|
L_oled_init16:
|
|
;oled_control.c,167 :: Soft_I2C_Write (0xA4); // display entire ON
|
|
MOVLW 164
|
|
MOVWF FARG_Soft_I2C_Write+0
|
|
CALL _Soft_I2C_Write+0
|
|
;oled_control.c,169 :: Soft_I2C_Write (0xA6); // 0xA6 - normal, 0xA7 - inverse
|
|
MOVLW 166
|
|
MOVWF FARG_Soft_I2C_Write+0
|
|
CALL _Soft_I2C_Write+0
|
|
;oled_control.c,171 :: Soft_I2C_Stop ();
|
|
CALL _Soft_I2C_Stop+0
|
|
;oled_control.c,175 :: Delay_ms(100);
|
|
MOVLW 3
|
|
MOVWF R11
|
|
MOVLW 8
|
|
MOVWF R12
|
|
MOVLW 119
|
|
MOVWF R13
|
|
L_oled_init19:
|
|
DECFSZ R13, 1
|
|
GOTO L_oled_init19
|
|
DECFSZ R12, 1
|
|
GOTO L_oled_init19
|
|
DECFSZ R11, 1
|
|
GOTO L_oled_init19
|
|
;oled_control.c,176 :: Soft_I2C_Start();
|
|
CALL _Soft_I2C_Start+0
|
|
;oled_control.c,177 :: Soft_I2C_Write(led_addr); // device addres
|
|
MOVF oled_control_led_addr+0, 0
|
|
MOVWF FARG_Soft_I2C_Write+0
|
|
CALL _Soft_I2C_Write+0
|
|
;oled_control.c,178 :: Soft_I2C_Write(64); // 0 - continious mode, command; 64 - Co, data
|
|
MOVLW 64
|
|
MOVWF FARG_Soft_I2C_Write+0
|
|
CALL _Soft_I2C_Write+0
|
|
;oled_control.c,180 :: if(led_type==2 | led_type==3) { // 128*32 OLED
|
|
MOVF oled_control_led_type+0, 0
|
|
XORLW 2
|
|
MOVLW 1
|
|
BTFSS STATUS+0, 2
|
|
MOVLW 0
|
|
MOVWF R1
|
|
MOVF oled_control_led_type+0, 0
|
|
XORLW 3
|
|
MOVLW 1
|
|
BTFSS STATUS+0, 2
|
|
MOVLW 0
|
|
MOVWF R0
|
|
MOVF R1, 0
|
|
IORWF R0, 1
|
|
BTFSC STATUS+0, 2
|
|
GOTO L_oled_init20
|
|
;oled_control.c,181 :: for (r = 0; r <=3; r++) {
|
|
CLRF oled_init_r_L0+0
|
|
L_oled_init21:
|
|
MOVF oled_init_r_L0+0, 0
|
|
SUBLW 3
|
|
BTFSS STATUS+0, 0
|
|
GOTO L_oled_init22
|
|
;oled_control.c,182 :: set_addressing (r, 0); // clear all 4 pages
|
|
MOVF oled_init_r_L0+0, 0
|
|
MOVWF FARG_set_addressing+0
|
|
CLRF FARG_set_addressing+0
|
|
CALL _set_addressing+0
|
|
;oled_control.c,183 :: for (i = 0; i < 128; i++, Soft_I2C_Write(0)); // clear one page pixels
|
|
CLRF oled_init_i_L0+0
|
|
L_oled_init24:
|
|
MOVLW 128
|
|
SUBWF oled_init_i_L0+0, 0
|
|
BTFSC STATUS+0, 0
|
|
GOTO L_oled_init25
|
|
INCF oled_init_i_L0+0, 1
|
|
CLRF FARG_Soft_I2C_Write+0
|
|
CALL _Soft_I2C_Write+0
|
|
GOTO L_oled_init24
|
|
L_oled_init25:
|
|
;oled_control.c,181 :: for (r = 0; r <=3; r++) {
|
|
INCF oled_init_r_L0+0, 1
|
|
;oled_control.c,184 :: }
|
|
GOTO L_oled_init21
|
|
L_oled_init22:
|
|
;oled_control.c,185 :: }
|
|
GOTO L_oled_init27
|
|
L_oled_init20:
|
|
;oled_control.c,187 :: for (r = 0; r <=7; r++) {
|
|
CLRF oled_init_r_L0+0
|
|
L_oled_init28:
|
|
MOVF oled_init_r_L0+0, 0
|
|
SUBLW 7
|
|
BTFSS STATUS+0, 0
|
|
GOTO L_oled_init29
|
|
;oled_control.c,188 :: set_addressing (r, 0); // clear all 8 pages
|
|
MOVF oled_init_r_L0+0, 0
|
|
MOVWF FARG_set_addressing+0
|
|
CLRF FARG_set_addressing+0
|
|
CALL _set_addressing+0
|
|
;oled_control.c,189 :: for (i = 0; i < 128; i++, Soft_I2C_Write(0x00)); // clear one page pixels
|
|
CLRF oled_init_i_L0+0
|
|
L_oled_init31:
|
|
MOVLW 128
|
|
SUBWF oled_init_i_L0+0, 0
|
|
BTFSC STATUS+0, 0
|
|
GOTO L_oled_init32
|
|
INCF oled_init_i_L0+0, 1
|
|
CLRF FARG_Soft_I2C_Write+0
|
|
CALL _Soft_I2C_Write+0
|
|
GOTO L_oled_init31
|
|
L_oled_init32:
|
|
;oled_control.c,187 :: for (r = 0; r <=7; r++) {
|
|
INCF oled_init_r_L0+0, 1
|
|
;oled_control.c,190 :: }
|
|
GOTO L_oled_init28
|
|
L_oled_init29:
|
|
;oled_control.c,192 :: }
|
|
L_oled_init27:
|
|
;oled_control.c,194 :: Soft_I2C_Stop ();
|
|
CALL _Soft_I2C_Stop+0
|
|
;oled_control.c,195 :: send_command (0xAF); // display ON
|
|
MOVLW 175
|
|
MOVWF FARG_send_command+0
|
|
CALL _send_command+0
|
|
;oled_control.c,198 :: }
|
|
L_end_oled_init:
|
|
RETURN
|
|
; end of _oled_init
|
|
|
|
_dysp_on:
|
|
|
|
;oled_control.c,200 :: void dysp_on() {
|
|
;oled_control.c,201 :: if(led_type > 1) send_command(0xAF); // display ON
|
|
MOVF oled_control_led_type+0, 0
|
|
SUBLW 1
|
|
BTFSC STATUS+0, 0
|
|
GOTO L_dysp_on34
|
|
MOVLW 175
|
|
MOVWF FARG_send_command+0
|
|
CALL _send_command+0
|
|
GOTO L_dysp_on35
|
|
L_dysp_on34:
|
|
;oled_control.c,202 :: else if(led_type==1) {
|
|
MOVF oled_control_led_type+0, 0
|
|
XORLW 1
|
|
BTFSS STATUS+0, 2
|
|
GOTO L_dysp_on36
|
|
;oled_control.c,203 :: LED = 1;
|
|
MOVLW 1
|
|
MOVWF oled_control_LED+0
|
|
;oled_control.c,204 :: RS = 0;
|
|
CLRF oled_control_RS+0
|
|
;oled_control.c,205 :: led_send(0);
|
|
CLRF FARG_led_send_nible+0
|
|
CALL _led_send+0
|
|
;oled_control.c,206 :: led_send(0);
|
|
CLRF FARG_led_send_nible+0
|
|
CALL _led_send+0
|
|
;oled_control.c,207 :: }
|
|
L_dysp_on36:
|
|
L_dysp_on35:
|
|
;oled_control.c,208 :: }
|
|
L_end_dysp_on:
|
|
RETURN
|
|
; end of _dysp_on
|
|
|
|
_dysp_off:
|
|
|
|
;oled_control.c,210 :: void dysp_off() {
|
|
;oled_control.c,211 :: if(led_type > 1) send_command(0xAE); // display OFF
|
|
MOVF oled_control_led_type+0, 0
|
|
SUBLW 1
|
|
BTFSC STATUS+0, 0
|
|
GOTO L_dysp_off37
|
|
MOVLW 174
|
|
MOVWF FARG_send_command+0
|
|
CALL _send_command+0
|
|
GOTO L_dysp_off38
|
|
L_dysp_off37:
|
|
;oled_control.c,212 :: else if(led_type==1) {
|
|
MOVF oled_control_led_type+0, 0
|
|
XORLW 1
|
|
BTFSS STATUS+0, 2
|
|
GOTO L_dysp_off39
|
|
;oled_control.c,213 :: LED = 0;
|
|
CLRF oled_control_LED+0
|
|
;oled_control.c,214 :: RS = 0;
|
|
CLRF oled_control_RS+0
|
|
;oled_control.c,215 :: led_send(0);
|
|
CLRF FARG_led_send_nible+0
|
|
CALL _led_send+0
|
|
;oled_control.c,216 :: led_send(0);
|
|
CLRF FARG_led_send_nible+0
|
|
CALL _led_send+0
|
|
;oled_control.c,217 :: }
|
|
L_dysp_off39:
|
|
L_dysp_off38:
|
|
;oled_control.c,218 :: }
|
|
L_end_dysp_off:
|
|
RETURN
|
|
; end of _dysp_off
|
|
|
|
_send_command:
|
|
|
|
;oled_control.c,221 :: void send_command (char oled_command) {
|
|
;oled_control.c,222 :: Soft_I2C_Start();
|
|
CALL _Soft_I2C_Start+0
|
|
;oled_control.c,223 :: Soft_I2C_Write(led_addr); // device addres
|
|
MOVF oled_control_led_addr+0, 0
|
|
MOVWF FARG_Soft_I2C_Write+0
|
|
CALL _Soft_I2C_Write+0
|
|
;oled_control.c,224 :: Soft_I2C_Write(128); // 128 - command, 192 - data
|
|
MOVLW 128
|
|
MOVWF FARG_Soft_I2C_Write+0
|
|
CALL _Soft_I2C_Write+0
|
|
;oled_control.c,225 :: Soft_I2C_Write(oled_command);
|
|
MOVF FARG_send_command_oled_command+0, 0
|
|
MOVWF FARG_Soft_I2C_Write+0
|
|
CALL _Soft_I2C_Write+0
|
|
;oled_control.c,226 :: Soft_I2C_Stop();
|
|
CALL _Soft_I2C_Stop+0
|
|
;oled_control.c,227 :: }
|
|
L_end_send_command:
|
|
RETURN
|
|
; end of _send_command
|
|
|
|
_set_addressing:
|
|
|
|
;oled_control.c,229 :: void set_addressing (char pagenum, char c_start) {
|
|
;oled_control.c,231 :: c = c_start + oled_shift;
|
|
MOVF oled_control_oled_shift+0, 0
|
|
ADDWF FARG_set_addressing_c_start+0, 0
|
|
MOVWF set_addressing_c_L0+0
|
|
;oled_control.c,232 :: Soft_I2C_Start();
|
|
CALL _Soft_I2C_Start+0
|
|
;oled_control.c,233 :: Soft_I2C_Write(led_addr); // device addres
|
|
MOVF oled_control_led_addr+0, 0
|
|
MOVWF FARG_Soft_I2C_Write+0
|
|
CALL _Soft_I2C_Write+0
|
|
;oled_control.c,234 :: Soft_I2C_Write(0); // 0 - continious mode, command; 64 - Co, data
|
|
CLRF FARG_Soft_I2C_Write+0
|
|
CALL _Soft_I2C_Write+0
|
|
;oled_control.c,235 :: Soft_I2C_Write(0xB0 + pagenum); // set page number
|
|
MOVF FARG_set_addressing_pagenum+0, 0
|
|
ADDLW 176
|
|
MOVWF FARG_Soft_I2C_Write+0
|
|
CALL _Soft_I2C_Write+0
|
|
;oled_control.c,237 :: if (c <= 15) { a = c; b = 0; }
|
|
MOVF set_addressing_c_L0+0, 0
|
|
SUBLW 15
|
|
BTFSS STATUS+0, 0
|
|
GOTO L_set_addressing40
|
|
MOVF set_addressing_c_L0+0, 0
|
|
MOVWF set_addressing_a_L0+0
|
|
CLRF set_addressing_b_L0+0
|
|
GOTO L_set_addressing41
|
|
L_set_addressing40:
|
|
;oled_control.c,238 :: else { b = c / 16; a = c - b * 16; }
|
|
MOVF set_addressing_c_L0+0, 0
|
|
MOVWF R2
|
|
LSRF R2, 1
|
|
LSRF R2, 1
|
|
LSRF R2, 1
|
|
LSRF R2, 1
|
|
MOVF R2, 0
|
|
MOVWF set_addressing_b_L0+0
|
|
MOVF R2, 0
|
|
MOVWF R0
|
|
LSLF R0, 1
|
|
LSLF R0, 1
|
|
LSLF R0, 1
|
|
LSLF R0, 1
|
|
MOVF R0, 0
|
|
SUBWF set_addressing_c_L0+0, 0
|
|
MOVWF set_addressing_a_L0+0
|
|
L_set_addressing41:
|
|
;oled_control.c,239 :: Soft_I2C_Write (a); // set lower nibble of start address
|
|
MOVF set_addressing_a_L0+0, 0
|
|
MOVWF FARG_Soft_I2C_Write+0
|
|
CALL _Soft_I2C_Write+0
|
|
;oled_control.c,240 :: Soft_I2C_Write (0x10 + b); // set higher nibble of start address
|
|
MOVF set_addressing_b_L0+0, 0
|
|
ADDLW 16
|
|
MOVWF FARG_Soft_I2C_Write+0
|
|
CALL _Soft_I2C_Write+0
|
|
;oled_control.c,242 :: Soft_I2C_Start();
|
|
CALL _Soft_I2C_Start+0
|
|
;oled_control.c,243 :: Soft_I2C_Write(led_addr); // device addres
|
|
MOVF oled_control_led_addr+0, 0
|
|
MOVWF FARG_Soft_I2C_Write+0
|
|
CALL _Soft_I2C_Write+0
|
|
;oled_control.c,244 :: Soft_I2C_Write(64); // 0 - continious mode, command; 64 - Co, data
|
|
MOVLW 64
|
|
MOVWF FARG_Soft_I2C_Write+0
|
|
CALL _Soft_I2C_Write+0
|
|
;oled_control.c,245 :: }
|
|
L_end_set_addressing:
|
|
RETURN
|
|
; end of _set_addressing
|
|
|
|
_led_wr_str:
|
|
|
|
;oled_control.c,249 :: void led_wr_str (char col, char pos, char str[], char leng ) { //
|
|
;oled_control.c,251 :: if(led_type==4 | led_type==5) oled_wr_str(pos, col, str, leng); // 128*64 OLED display
|
|
MOVF oled_control_led_type+0, 0
|
|
XORLW 4
|
|
MOVLW 1
|
|
BTFSS STATUS+0, 2
|
|
MOVLW 0
|
|
MOVWF R1
|
|
MOVF oled_control_led_type+0, 0
|
|
XORLW 5
|
|
MOVLW 1
|
|
BTFSS STATUS+0, 2
|
|
MOVLW 0
|
|
MOVWF R0
|
|
MOVF R1, 0
|
|
IORWF R0, 1
|
|
BTFSC STATUS+0, 2
|
|
GOTO L_led_wr_str42
|
|
MOVF FARG_led_wr_str_pos+0, 0
|
|
MOVWF FARG_oled_wr_str+0
|
|
MOVF FARG_led_wr_str_col+0, 0
|
|
MOVWF FARG_oled_wr_str+0
|
|
MOVF FARG_led_wr_str_str+0, 0
|
|
MOVWF FARG_oled_wr_str+0
|
|
MOVF FARG_led_wr_str_str+1, 0
|
|
MOVWF FARG_oled_wr_str+1
|
|
MOVF FARG_led_wr_str_leng+0, 0
|
|
MOVWF FARG_oled_wr_str+0
|
|
CALL _oled_wr_str+0
|
|
GOTO L_led_wr_str43
|
|
L_led_wr_str42:
|
|
;oled_control.c,252 :: else if(led_type==2 | led_type==3) oled_wr_str(7*pos+4, col*2, str, leng); // 128*32 OLED display
|
|
MOVF oled_control_led_type+0, 0
|
|
XORLW 2
|
|
MOVLW 1
|
|
BTFSS STATUS+0, 2
|
|
MOVLW 0
|
|
MOVWF R1
|
|
MOVF oled_control_led_type+0, 0
|
|
XORLW 3
|
|
MOVLW 1
|
|
BTFSS STATUS+0, 2
|
|
MOVLW 0
|
|
MOVWF R0
|
|
MOVF R1, 0
|
|
IORWF R0, 1
|
|
BTFSC STATUS+0, 2
|
|
GOTO L_led_wr_str44
|
|
MOVLW 7
|
|
MOVWF R0
|
|
MOVF FARG_led_wr_str_pos+0, 0
|
|
MOVWF R4
|
|
CALL _Mul_8X8_U+0
|
|
MOVLW 4
|
|
ADDWF R0, 0
|
|
MOVWF FARG_oled_wr_str+0
|
|
MOVF FARG_led_wr_str_col+0, 0
|
|
MOVWF FARG_oled_wr_str+0
|
|
LSLF FARG_oled_wr_str+0, 1
|
|
MOVF FARG_led_wr_str_str+0, 0
|
|
MOVWF FARG_oled_wr_str+0
|
|
MOVF FARG_led_wr_str_str+1, 0
|
|
MOVWF FARG_oled_wr_str+1
|
|
MOVF FARG_led_wr_str_leng+0, 0
|
|
MOVWF FARG_oled_wr_str+0
|
|
CALL _oled_wr_str+0
|
|
GOTO L_led_wr_str45
|
|
L_led_wr_str44:
|
|
;oled_control.c,255 :: RS = 0;
|
|
CLRF oled_control_RS+0
|
|
;oled_control.c,256 :: led_send(8 + col*4);
|
|
MOVF FARG_led_wr_str_col+0, 0
|
|
MOVWF R0
|
|
LSLF R0, 1
|
|
LSLF R0, 1
|
|
MOVF R0, 0
|
|
ADDLW 8
|
|
MOVWF FARG_led_send_nible+0
|
|
CALL _led_send+0
|
|
;oled_control.c,257 :: led_send(pos);
|
|
MOVF FARG_led_wr_str_pos+0, 0
|
|
MOVWF FARG_led_send_nible+0
|
|
CALL _led_send+0
|
|
;oled_control.c,259 :: RS = 1;
|
|
MOVLW 1
|
|
MOVWF oled_control_RS+0
|
|
;oled_control.c,260 :: for (i = 0; i < leng; i++) { // write string
|
|
CLRF led_wr_str_i_L0+0
|
|
L_led_wr_str46:
|
|
MOVF FARG_led_wr_str_leng+0, 0
|
|
SUBWF led_wr_str_i_L0+0, 0
|
|
BTFSC STATUS+0, 0
|
|
GOTO L_led_wr_str47
|
|
;oled_control.c,262 :: led_send(str[i] >> 4);
|
|
MOVF led_wr_str_i_L0+0, 0
|
|
ADDWF FARG_led_wr_str_str+0, 0
|
|
MOVWF FSR0L
|
|
MOVLW 0
|
|
ADDWFC FARG_led_wr_str_str+1, 0
|
|
MOVWF FSR0H
|
|
MOVF INDF0+0, 0
|
|
MOVWF R1
|
|
MOVF R1, 0
|
|
MOVWF FARG_led_send_nible+0
|
|
LSRF FARG_led_send_nible+0, 1
|
|
LSRF FARG_led_send_nible+0, 1
|
|
LSRF FARG_led_send_nible+0, 1
|
|
LSRF FARG_led_send_nible+0, 1
|
|
CALL _led_send+0
|
|
;oled_control.c,263 :: led_send(str[i]);
|
|
MOVF led_wr_str_i_L0+0, 0
|
|
ADDWF FARG_led_wr_str_str+0, 0
|
|
MOVWF FSR0L
|
|
MOVLW 0
|
|
ADDWFC FARG_led_wr_str_str+1, 0
|
|
MOVWF FSR0H
|
|
MOVF INDF0+0, 0
|
|
MOVWF FARG_led_send_nible+0
|
|
CALL _led_send+0
|
|
;oled_control.c,260 :: for (i = 0; i < leng; i++) { // write string
|
|
INCF led_wr_str_i_L0+0, 1
|
|
;oled_control.c,264 :: }
|
|
GOTO L_led_wr_str46
|
|
L_led_wr_str47:
|
|
;oled_control.c,266 :: }
|
|
L_led_wr_str45:
|
|
L_led_wr_str43:
|
|
;oled_control.c,267 :: }
|
|
L_end_led_wr_str:
|
|
RETURN
|
|
; end of _led_wr_str
|
|
|
|
_oled_wr_str:
|
|
|
|
;oled_control.c,270 :: void oled_wr_str (char col, char page, char str[], char leng ) { // 128*32 or 128*64 OLED
|
|
;oled_control.c,272 :: Soft_I2C_Start();
|
|
CALL _Soft_I2C_Start+0
|
|
;oled_control.c,273 :: Soft_I2C_Write(led_addr); // device addres
|
|
MOVF oled_control_led_addr+0, 0
|
|
MOVWF FARG_Soft_I2C_Write+0
|
|
CALL _Soft_I2C_Write+0
|
|
;oled_control.c,274 :: Soft_I2C_Write(64); // 0 - continious mode, command; 64 - Co, data
|
|
MOVLW 64
|
|
MOVWF FARG_Soft_I2C_Write+0
|
|
CALL _Soft_I2C_Write+0
|
|
;oled_control.c,276 :: set_addressing (page, col);
|
|
MOVF FARG_oled_wr_str_page+0, 0
|
|
MOVWF FARG_set_addressing_pagenum+0
|
|
MOVF FARG_oled_wr_str_col+0, 0
|
|
MOVWF FARG_set_addressing_c_start+0
|
|
CALL _set_addressing+0
|
|
;oled_control.c,278 :: for (i = 0; i < leng; i++) { // write string
|
|
CLRF oled_wr_str_i_L0+0
|
|
L_oled_wr_str49:
|
|
MOVF FARG_oled_wr_str_leng+0, 0
|
|
SUBWF oled_wr_str_i_L0+0, 0
|
|
BTFSC STATUS+0, 0
|
|
GOTO L_oled_wr_str50
|
|
;oled_control.c,279 :: if (str[i] == 0) g = 0; else g = str[i] - 32; // NULL detection
|
|
MOVF oled_wr_str_i_L0+0, 0
|
|
ADDWF FARG_oled_wr_str_str+0, 0
|
|
MOVWF FSR0L
|
|
MOVLW 0
|
|
ADDWFC FARG_oled_wr_str_str+1, 0
|
|
MOVWF FSR0H
|
|
MOVF INDF0+0, 0
|
|
XORLW 0
|
|
BTFSS STATUS+0, 2
|
|
GOTO L_oled_wr_str52
|
|
CLRF oled_wr_str_g_L0+0
|
|
GOTO L_oled_wr_str53
|
|
L_oled_wr_str52:
|
|
MOVF oled_wr_str_i_L0+0, 0
|
|
ADDWF FARG_oled_wr_str_str+0, 0
|
|
MOVWF FSR0L
|
|
MOVLW 0
|
|
ADDWFC FARG_oled_wr_str_str+1, 0
|
|
MOVWF FSR0H
|
|
MOVLW 32
|
|
SUBWF INDF0+0, 0
|
|
MOVWF oled_wr_str_g_L0+0
|
|
L_oled_wr_str53:
|
|
;oled_control.c,280 :: for (h = 0; h <= 4; h++) { // write letter
|
|
CLRF oled_wr_str_h_L0+0
|
|
L_oled_wr_str54:
|
|
MOVF oled_wr_str_h_L0+0, 0
|
|
SUBLW 4
|
|
BTFSS STATUS+0, 0
|
|
GOTO L_oled_wr_str55
|
|
;oled_control.c,281 :: w1 = font5x8[g*5+h];
|
|
MOVF oled_wr_str_g_L0+0, 0
|
|
MOVWF R0
|
|
MOVLW 5
|
|
MOVWF R4
|
|
CALL _Mul_8X8_U+0
|
|
MOVF oled_wr_str_h_L0+0, 0
|
|
ADDWF R0, 1
|
|
MOVLW 0
|
|
ADDWFC R1, 1
|
|
MOVLW oled_control_font5x8+0
|
|
ADDWF R0, 0
|
|
MOVWF FSR0L
|
|
MOVLW hi_addr(oled_control_font5x8+0)
|
|
ADDWFC R1, 0
|
|
MOVWF FSR0H
|
|
MOVF INDF0+0, 0
|
|
MOVWF oled_wr_str_w1_L0+0
|
|
;oled_control.c,282 :: if(page!=2 & page!=4 & page!=6) {
|
|
MOVF FARG_oled_wr_str_page+0, 0
|
|
XORLW 2
|
|
MOVLW 1
|
|
BTFSC STATUS+0, 2
|
|
MOVLW 0
|
|
MOVWF R1
|
|
MOVF FARG_oled_wr_str_page+0, 0
|
|
XORLW 4
|
|
MOVLW 1
|
|
BTFSC STATUS+0, 2
|
|
MOVLW 0
|
|
MOVWF R0
|
|
MOVF R0, 0
|
|
ANDWF R1, 1
|
|
MOVF FARG_oled_wr_str_page+0, 0
|
|
XORLW 6
|
|
MOVLW 1
|
|
BTFSC STATUS+0, 2
|
|
MOVLW 0
|
|
MOVWF R0
|
|
MOVF R1, 0
|
|
ANDWF R0, 1
|
|
BTFSC STATUS+0, 2
|
|
GOTO L_oled_wr_str57
|
|
;oled_control.c,283 :: w2.B7 = w1.B3;
|
|
BTFSC oled_wr_str_w1_L0+0, 3
|
|
GOTO L__oled_wr_str103
|
|
BCF oled_wr_str_w2_L0+0, 7
|
|
GOTO L__oled_wr_str104
|
|
L__oled_wr_str103:
|
|
BSF oled_wr_str_w2_L0+0, 7
|
|
L__oled_wr_str104:
|
|
;oled_control.c,284 :: w2.B6 = w1.B3;
|
|
BTFSC oled_wr_str_w1_L0+0, 3
|
|
GOTO L__oled_wr_str105
|
|
BCF oled_wr_str_w2_L0+0, 6
|
|
GOTO L__oled_wr_str106
|
|
L__oled_wr_str105:
|
|
BSF oled_wr_str_w2_L0+0, 6
|
|
L__oled_wr_str106:
|
|
;oled_control.c,285 :: w2.B5 = w1.B2;
|
|
BTFSC oled_wr_str_w1_L0+0, 2
|
|
GOTO L__oled_wr_str107
|
|
BCF oled_wr_str_w2_L0+0, 5
|
|
GOTO L__oled_wr_str108
|
|
L__oled_wr_str107:
|
|
BSF oled_wr_str_w2_L0+0, 5
|
|
L__oled_wr_str108:
|
|
;oled_control.c,286 :: w2.B4 = w1.B2;
|
|
BTFSC oled_wr_str_w1_L0+0, 2
|
|
GOTO L__oled_wr_str109
|
|
BCF oled_wr_str_w2_L0+0, 4
|
|
GOTO L__oled_wr_str110
|
|
L__oled_wr_str109:
|
|
BSF oled_wr_str_w2_L0+0, 4
|
|
L__oled_wr_str110:
|
|
;oled_control.c,287 :: w2.B3 = w1.B1;
|
|
BTFSC oled_wr_str_w1_L0+0, 1
|
|
GOTO L__oled_wr_str111
|
|
BCF oled_wr_str_w2_L0+0, 3
|
|
GOTO L__oled_wr_str112
|
|
L__oled_wr_str111:
|
|
BSF oled_wr_str_w2_L0+0, 3
|
|
L__oled_wr_str112:
|
|
;oled_control.c,288 :: w2.B2 = w1.B1;
|
|
BTFSC oled_wr_str_w1_L0+0, 1
|
|
GOTO L__oled_wr_str113
|
|
BCF oled_wr_str_w2_L0+0, 2
|
|
GOTO L__oled_wr_str114
|
|
L__oled_wr_str113:
|
|
BSF oled_wr_str_w2_L0+0, 2
|
|
L__oled_wr_str114:
|
|
;oled_control.c,289 :: w2.B1 = w1.B0;
|
|
BTFSC oled_wr_str_w1_L0+0, 0
|
|
GOTO L__oled_wr_str115
|
|
BCF oled_wr_str_w2_L0+0, 1
|
|
GOTO L__oled_wr_str116
|
|
L__oled_wr_str115:
|
|
BSF oled_wr_str_w2_L0+0, 1
|
|
L__oled_wr_str116:
|
|
;oled_control.c,290 :: w2.B0 = w1.B0; }
|
|
BTFSC oled_wr_str_w1_L0+0, 0
|
|
GOTO L__oled_wr_str117
|
|
BCF oled_wr_str_w2_L0+0, 0
|
|
GOTO L__oled_wr_str118
|
|
L__oled_wr_str117:
|
|
BSF oled_wr_str_w2_L0+0, 0
|
|
L__oled_wr_str118:
|
|
GOTO L_oled_wr_str58
|
|
L_oled_wr_str57:
|
|
;oled_control.c,292 :: w2.B7 = w1.B2;
|
|
BTFSC oled_wr_str_w1_L0+0, 2
|
|
GOTO L__oled_wr_str119
|
|
BCF oled_wr_str_w2_L0+0, 7
|
|
GOTO L__oled_wr_str120
|
|
L__oled_wr_str119:
|
|
BSF oled_wr_str_w2_L0+0, 7
|
|
L__oled_wr_str120:
|
|
;oled_control.c,293 :: w2.B6 = w1.B2;
|
|
BTFSC oled_wr_str_w1_L0+0, 2
|
|
GOTO L__oled_wr_str121
|
|
BCF oled_wr_str_w2_L0+0, 6
|
|
GOTO L__oled_wr_str122
|
|
L__oled_wr_str121:
|
|
BSF oled_wr_str_w2_L0+0, 6
|
|
L__oled_wr_str122:
|
|
;oled_control.c,294 :: w2.B5 = w1.B1;
|
|
BTFSC oled_wr_str_w1_L0+0, 1
|
|
GOTO L__oled_wr_str123
|
|
BCF oled_wr_str_w2_L0+0, 5
|
|
GOTO L__oled_wr_str124
|
|
L__oled_wr_str123:
|
|
BSF oled_wr_str_w2_L0+0, 5
|
|
L__oled_wr_str124:
|
|
;oled_control.c,295 :: w2.B4 = w1.B1;
|
|
BTFSC oled_wr_str_w1_L0+0, 1
|
|
GOTO L__oled_wr_str125
|
|
BCF oled_wr_str_w2_L0+0, 4
|
|
GOTO L__oled_wr_str126
|
|
L__oled_wr_str125:
|
|
BSF oled_wr_str_w2_L0+0, 4
|
|
L__oled_wr_str126:
|
|
;oled_control.c,296 :: w2.B3 = w1.B0;
|
|
BTFSC oled_wr_str_w1_L0+0, 0
|
|
GOTO L__oled_wr_str127
|
|
BCF oled_wr_str_w2_L0+0, 3
|
|
GOTO L__oled_wr_str128
|
|
L__oled_wr_str127:
|
|
BSF oled_wr_str_w2_L0+0, 3
|
|
L__oled_wr_str128:
|
|
;oled_control.c,297 :: w2.B2 = w1.B0;
|
|
BTFSC oled_wr_str_w1_L0+0, 0
|
|
GOTO L__oled_wr_str129
|
|
BCF oled_wr_str_w2_L0+0, 2
|
|
GOTO L__oled_wr_str130
|
|
L__oled_wr_str129:
|
|
BSF oled_wr_str_w2_L0+0, 2
|
|
L__oled_wr_str130:
|
|
;oled_control.c,298 :: w2.B1 = 0;
|
|
BCF oled_wr_str_w2_L0+0, 1
|
|
;oled_control.c,299 :: w2.B0 = 0;
|
|
BCF oled_wr_str_w2_L0+0, 0
|
|
;oled_control.c,300 :: }
|
|
L_oled_wr_str58:
|
|
;oled_control.c,301 :: Soft_I2C_Write(w2);
|
|
MOVF oled_wr_str_w2_L0+0, 0
|
|
MOVWF FARG_Soft_I2C_Write+0
|
|
CALL _Soft_I2C_Write+0
|
|
;oled_control.c,302 :: if(led_type==4 | led_type==5) Soft_I2C_Write(w2); // 128*64
|
|
MOVF oled_control_led_type+0, 0
|
|
XORLW 4
|
|
MOVLW 1
|
|
BTFSS STATUS+0, 2
|
|
MOVLW 0
|
|
MOVWF R1
|
|
MOVF oled_control_led_type+0, 0
|
|
XORLW 5
|
|
MOVLW 1
|
|
BTFSS STATUS+0, 2
|
|
MOVLW 0
|
|
MOVWF R0
|
|
MOVF R1, 0
|
|
IORWF R0, 1
|
|
BTFSC STATUS+0, 2
|
|
GOTO L_oled_wr_str59
|
|
MOVF oled_wr_str_w2_L0+0, 0
|
|
MOVWF FARG_Soft_I2C_Write+0
|
|
CALL _Soft_I2C_Write+0
|
|
L_oled_wr_str59:
|
|
;oled_control.c,280 :: for (h = 0; h <= 4; h++) { // write letter
|
|
INCF oled_wr_str_h_L0+0, 1
|
|
;oled_control.c,303 :: }
|
|
GOTO L_oled_wr_str54
|
|
L_oled_wr_str55:
|
|
;oled_control.c,304 :: Soft_I2C_Write (0);
|
|
CLRF FARG_Soft_I2C_Write+0
|
|
CALL _Soft_I2C_Write+0
|
|
;oled_control.c,305 :: Soft_I2C_Write (0);
|
|
CLRF FARG_Soft_I2C_Write+0
|
|
CALL _Soft_I2C_Write+0
|
|
;oled_control.c,278 :: for (i = 0; i < leng; i++) { // write string
|
|
INCF oled_wr_str_i_L0+0, 1
|
|
;oled_control.c,307 :: }
|
|
GOTO L_oled_wr_str49
|
|
L_oled_wr_str50:
|
|
;oled_control.c,308 :: set_addressing (page+1, col);
|
|
INCF FARG_oled_wr_str_page+0, 0
|
|
MOVWF FARG_set_addressing_pagenum+0
|
|
MOVF FARG_oled_wr_str_col+0, 0
|
|
MOVWF FARG_set_addressing_c_start+0
|
|
CALL _set_addressing+0
|
|
;oled_control.c,310 :: for (i = 0; i < leng; i++) { // write string
|
|
CLRF oled_wr_str_i_L0+0
|
|
L_oled_wr_str60:
|
|
MOVF FARG_oled_wr_str_leng+0, 0
|
|
SUBWF oled_wr_str_i_L0+0, 0
|
|
BTFSC STATUS+0, 0
|
|
GOTO L_oled_wr_str61
|
|
;oled_control.c,311 :: if (str[i] == 0) g = 0; else g = str[i] - 32; // NULL detection
|
|
MOVF oled_wr_str_i_L0+0, 0
|
|
ADDWF FARG_oled_wr_str_str+0, 0
|
|
MOVWF FSR0L
|
|
MOVLW 0
|
|
ADDWFC FARG_oled_wr_str_str+1, 0
|
|
MOVWF FSR0H
|
|
MOVF INDF0+0, 0
|
|
XORLW 0
|
|
BTFSS STATUS+0, 2
|
|
GOTO L_oled_wr_str63
|
|
CLRF oled_wr_str_g_L0+0
|
|
GOTO L_oled_wr_str64
|
|
L_oled_wr_str63:
|
|
MOVF oled_wr_str_i_L0+0, 0
|
|
ADDWF FARG_oled_wr_str_str+0, 0
|
|
MOVWF FSR0L
|
|
MOVLW 0
|
|
ADDWFC FARG_oled_wr_str_str+1, 0
|
|
MOVWF FSR0H
|
|
MOVLW 32
|
|
SUBWF INDF0+0, 0
|
|
MOVWF oled_wr_str_g_L0+0
|
|
L_oled_wr_str64:
|
|
;oled_control.c,312 :: for (h = 0; h <= 4; h++) { // write letter
|
|
CLRF oled_wr_str_h_L0+0
|
|
L_oled_wr_str65:
|
|
MOVF oled_wr_str_h_L0+0, 0
|
|
SUBLW 4
|
|
BTFSS STATUS+0, 0
|
|
GOTO L_oled_wr_str66
|
|
;oled_control.c,313 :: w1 = font5x8[g*5+h];
|
|
MOVF oled_wr_str_g_L0+0, 0
|
|
MOVWF R0
|
|
MOVLW 5
|
|
MOVWF R4
|
|
CALL _Mul_8X8_U+0
|
|
MOVF oled_wr_str_h_L0+0, 0
|
|
ADDWF R0, 1
|
|
MOVLW 0
|
|
ADDWFC R1, 1
|
|
MOVLW oled_control_font5x8+0
|
|
ADDWF R0, 0
|
|
MOVWF FSR0L
|
|
MOVLW hi_addr(oled_control_font5x8+0)
|
|
ADDWFC R1, 0
|
|
MOVWF FSR0H
|
|
MOVF INDF0+0, 0
|
|
MOVWF oled_wr_str_w1_L0+0
|
|
;oled_control.c,314 :: if(page!=2 & page!=4 & page!=6) {
|
|
MOVF FARG_oled_wr_str_page+0, 0
|
|
XORLW 2
|
|
MOVLW 1
|
|
BTFSC STATUS+0, 2
|
|
MOVLW 0
|
|
MOVWF R1
|
|
MOVF FARG_oled_wr_str_page+0, 0
|
|
XORLW 4
|
|
MOVLW 1
|
|
BTFSC STATUS+0, 2
|
|
MOVLW 0
|
|
MOVWF R0
|
|
MOVF R0, 0
|
|
ANDWF R1, 1
|
|
MOVF FARG_oled_wr_str_page+0, 0
|
|
XORLW 6
|
|
MOVLW 1
|
|
BTFSC STATUS+0, 2
|
|
MOVLW 0
|
|
MOVWF R0
|
|
MOVF R1, 0
|
|
ANDWF R0, 1
|
|
BTFSC STATUS+0, 2
|
|
GOTO L_oled_wr_str68
|
|
;oled_control.c,315 :: w2.B7 = w1.B7;
|
|
BTFSC oled_wr_str_w1_L0+0, 7
|
|
GOTO L__oled_wr_str131
|
|
BCF oled_wr_str_w2_L0+0, 7
|
|
GOTO L__oled_wr_str132
|
|
L__oled_wr_str131:
|
|
BSF oled_wr_str_w2_L0+0, 7
|
|
L__oled_wr_str132:
|
|
;oled_control.c,316 :: w2.B6 = w1.B7;
|
|
BTFSC oled_wr_str_w1_L0+0, 7
|
|
GOTO L__oled_wr_str133
|
|
BCF oled_wr_str_w2_L0+0, 6
|
|
GOTO L__oled_wr_str134
|
|
L__oled_wr_str133:
|
|
BSF oled_wr_str_w2_L0+0, 6
|
|
L__oled_wr_str134:
|
|
;oled_control.c,317 :: w2.B5 = w1.B6;
|
|
BTFSC oled_wr_str_w1_L0+0, 6
|
|
GOTO L__oled_wr_str135
|
|
BCF oled_wr_str_w2_L0+0, 5
|
|
GOTO L__oled_wr_str136
|
|
L__oled_wr_str135:
|
|
BSF oled_wr_str_w2_L0+0, 5
|
|
L__oled_wr_str136:
|
|
;oled_control.c,318 :: w2.B4 = w1.B6;
|
|
BTFSC oled_wr_str_w1_L0+0, 6
|
|
GOTO L__oled_wr_str137
|
|
BCF oled_wr_str_w2_L0+0, 4
|
|
GOTO L__oled_wr_str138
|
|
L__oled_wr_str137:
|
|
BSF oled_wr_str_w2_L0+0, 4
|
|
L__oled_wr_str138:
|
|
;oled_control.c,319 :: w2.B3 = w1.B5;
|
|
BTFSC oled_wr_str_w1_L0+0, 5
|
|
GOTO L__oled_wr_str139
|
|
BCF oled_wr_str_w2_L0+0, 3
|
|
GOTO L__oled_wr_str140
|
|
L__oled_wr_str139:
|
|
BSF oled_wr_str_w2_L0+0, 3
|
|
L__oled_wr_str140:
|
|
;oled_control.c,320 :: w2.B2 = w1.B5;
|
|
BTFSC oled_wr_str_w1_L0+0, 5
|
|
GOTO L__oled_wr_str141
|
|
BCF oled_wr_str_w2_L0+0, 2
|
|
GOTO L__oled_wr_str142
|
|
L__oled_wr_str141:
|
|
BSF oled_wr_str_w2_L0+0, 2
|
|
L__oled_wr_str142:
|
|
;oled_control.c,321 :: w2.B1 = w1.B4;
|
|
BTFSC oled_wr_str_w1_L0+0, 4
|
|
GOTO L__oled_wr_str143
|
|
BCF oled_wr_str_w2_L0+0, 1
|
|
GOTO L__oled_wr_str144
|
|
L__oled_wr_str143:
|
|
BSF oled_wr_str_w2_L0+0, 1
|
|
L__oled_wr_str144:
|
|
;oled_control.c,322 :: w2.B0 = w1.B4; }
|
|
BTFSC oled_wr_str_w1_L0+0, 4
|
|
GOTO L__oled_wr_str145
|
|
BCF oled_wr_str_w2_L0+0, 0
|
|
GOTO L__oled_wr_str146
|
|
L__oled_wr_str145:
|
|
BSF oled_wr_str_w2_L0+0, 0
|
|
L__oled_wr_str146:
|
|
GOTO L_oled_wr_str69
|
|
L_oled_wr_str68:
|
|
;oled_control.c,324 :: w2.B7 = w1.B6;
|
|
BTFSC oled_wr_str_w1_L0+0, 6
|
|
GOTO L__oled_wr_str147
|
|
BCF oled_wr_str_w2_L0+0, 7
|
|
GOTO L__oled_wr_str148
|
|
L__oled_wr_str147:
|
|
BSF oled_wr_str_w2_L0+0, 7
|
|
L__oled_wr_str148:
|
|
;oled_control.c,325 :: w2.B6 = w1.B6;
|
|
BTFSC oled_wr_str_w1_L0+0, 6
|
|
GOTO L__oled_wr_str149
|
|
BCF oled_wr_str_w2_L0+0, 6
|
|
GOTO L__oled_wr_str150
|
|
L__oled_wr_str149:
|
|
BSF oled_wr_str_w2_L0+0, 6
|
|
L__oled_wr_str150:
|
|
;oled_control.c,326 :: w2.B5 = w1.B5;
|
|
BTFSC oled_wr_str_w1_L0+0, 5
|
|
GOTO L__oled_wr_str151
|
|
BCF oled_wr_str_w2_L0+0, 5
|
|
GOTO L__oled_wr_str152
|
|
L__oled_wr_str151:
|
|
BSF oled_wr_str_w2_L0+0, 5
|
|
L__oled_wr_str152:
|
|
;oled_control.c,327 :: w2.B4 = w1.B5;
|
|
BTFSC oled_wr_str_w1_L0+0, 5
|
|
GOTO L__oled_wr_str153
|
|
BCF oled_wr_str_w2_L0+0, 4
|
|
GOTO L__oled_wr_str154
|
|
L__oled_wr_str153:
|
|
BSF oled_wr_str_w2_L0+0, 4
|
|
L__oled_wr_str154:
|
|
;oled_control.c,328 :: w2.B3 = w1.B4;
|
|
BTFSC oled_wr_str_w1_L0+0, 4
|
|
GOTO L__oled_wr_str155
|
|
BCF oled_wr_str_w2_L0+0, 3
|
|
GOTO L__oled_wr_str156
|
|
L__oled_wr_str155:
|
|
BSF oled_wr_str_w2_L0+0, 3
|
|
L__oled_wr_str156:
|
|
;oled_control.c,329 :: w2.B2 = w1.B4;
|
|
BTFSC oled_wr_str_w1_L0+0, 4
|
|
GOTO L__oled_wr_str157
|
|
BCF oled_wr_str_w2_L0+0, 2
|
|
GOTO L__oled_wr_str158
|
|
L__oled_wr_str157:
|
|
BSF oled_wr_str_w2_L0+0, 2
|
|
L__oled_wr_str158:
|
|
;oled_control.c,330 :: w2.B1 = w1.B3;
|
|
BTFSC oled_wr_str_w1_L0+0, 3
|
|
GOTO L__oled_wr_str159
|
|
BCF oled_wr_str_w2_L0+0, 1
|
|
GOTO L__oled_wr_str160
|
|
L__oled_wr_str159:
|
|
BSF oled_wr_str_w2_L0+0, 1
|
|
L__oled_wr_str160:
|
|
;oled_control.c,331 :: w2.B0 = w1.B3;
|
|
BTFSC oled_wr_str_w1_L0+0, 3
|
|
GOTO L__oled_wr_str161
|
|
BCF oled_wr_str_w2_L0+0, 0
|
|
GOTO L__oled_wr_str162
|
|
L__oled_wr_str161:
|
|
BSF oled_wr_str_w2_L0+0, 0
|
|
L__oled_wr_str162:
|
|
;oled_control.c,332 :: }
|
|
L_oled_wr_str69:
|
|
;oled_control.c,333 :: Soft_I2C_Write(w2);
|
|
MOVF oled_wr_str_w2_L0+0, 0
|
|
MOVWF FARG_Soft_I2C_Write+0
|
|
CALL _Soft_I2C_Write+0
|
|
;oled_control.c,334 :: if(led_type==4 | led_type==5) Soft_I2C_Write(w2); // 128*64
|
|
MOVF oled_control_led_type+0, 0
|
|
XORLW 4
|
|
MOVLW 1
|
|
BTFSS STATUS+0, 2
|
|
MOVLW 0
|
|
MOVWF R1
|
|
MOVF oled_control_led_type+0, 0
|
|
XORLW 5
|
|
MOVLW 1
|
|
BTFSS STATUS+0, 2
|
|
MOVLW 0
|
|
MOVWF R0
|
|
MOVF R1, 0
|
|
IORWF R0, 1
|
|
BTFSC STATUS+0, 2
|
|
GOTO L_oled_wr_str70
|
|
MOVF oled_wr_str_w2_L0+0, 0
|
|
MOVWF FARG_Soft_I2C_Write+0
|
|
CALL _Soft_I2C_Write+0
|
|
L_oled_wr_str70:
|
|
;oled_control.c,312 :: for (h = 0; h <= 4; h++) { // write letter
|
|
INCF oled_wr_str_h_L0+0, 1
|
|
;oled_control.c,335 :: }
|
|
GOTO L_oled_wr_str65
|
|
L_oled_wr_str66:
|
|
;oled_control.c,336 :: Soft_I2C_Write (0);
|
|
CLRF FARG_Soft_I2C_Write+0
|
|
CALL _Soft_I2C_Write+0
|
|
;oled_control.c,337 :: Soft_I2C_Write (0);
|
|
CLRF FARG_Soft_I2C_Write+0
|
|
CALL _Soft_I2C_Write+0
|
|
;oled_control.c,310 :: for (i = 0; i < leng; i++) { // write string
|
|
INCF oled_wr_str_i_L0+0, 1
|
|
;oled_control.c,339 :: }
|
|
GOTO L_oled_wr_str60
|
|
L_oled_wr_str61:
|
|
;oled_control.c,340 :: Soft_I2C_Stop ();
|
|
CALL _Soft_I2C_Stop+0
|
|
;oled_control.c,341 :: }
|
|
L_end_oled_wr_str:
|
|
RETURN
|
|
; end of _oled_wr_str
|
|
|
|
_Soft_I2C_Init:
|
|
|
|
;oled_control.c,344 :: void Soft_I2C_Init () {
|
|
;oled_control.c,345 :: led_addr = EEPROM_read(0); // 4E,7E for 1602 or 78, 7A for OLED
|
|
CLRF FARG_EEPROM_Read_Address+0
|
|
CALL _EEPROM_Read+0
|
|
MOVF R0, 0
|
|
MOVWF oled_control_led_addr+0
|
|
;oled_control.c,346 :: led_type = EEPROM_read(1);
|
|
MOVLW 1
|
|
MOVWF FARG_EEPROM_Read_Address+0
|
|
CALL _EEPROM_Read+0
|
|
MOVF R0, 0
|
|
MOVWF oled_control_led_type+0
|
|
;oled_control.c,348 :: if(led_type==0) {
|
|
MOVF R0, 0
|
|
XORLW 0
|
|
BTFSS STATUS+0, 2
|
|
GOTO L_Soft_I2C_Init71
|
|
;oled_control.c,349 :: Soft_I2C_Scl_Direction = 0;
|
|
BCF TRISB6_bit+0, BitPos(TRISB6_bit+0)
|
|
;oled_control.c,350 :: Soft_I2C_Sda_Direction = 0;
|
|
BCF TRISB7_bit+0, BitPos(TRISB7_bit+0)
|
|
;oled_control.c,351 :: LATB.B6 = 1;
|
|
BSF LATB+0, 6
|
|
;oled_control.c,352 :: LATB.B7 = 1;
|
|
BSF LATB+0, 7
|
|
;oled_control.c,353 :: }
|
|
GOTO L_Soft_I2C_Init72
|
|
L_Soft_I2C_Init71:
|
|
;oled_control.c,355 :: Soft_I2C_Scl_Direction = 1;
|
|
BSF TRISB6_bit+0, BitPos(TRISB6_bit+0)
|
|
;oled_control.c,356 :: Soft_I2C_Sda_Direction = 1;
|
|
BSF TRISB7_bit+0, BitPos(TRISB7_bit+0)
|
|
;oled_control.c,357 :: Soft_I2C_Scl = 0;
|
|
BCF LATB6_bit+0, BitPos(LATB6_bit+0)
|
|
;oled_control.c,358 :: Soft_I2C_Sda = 0;
|
|
BCF LATB7_bit+0, BitPos(LATB7_bit+0)
|
|
;oled_control.c,359 :: }
|
|
L_Soft_I2C_Init72:
|
|
;oled_control.c,360 :: }
|
|
L_end_Soft_I2C_Init:
|
|
RETURN
|
|
; end of _Soft_I2C_Init
|
|
|
|
_Soft_I2C_Start:
|
|
|
|
;oled_control.c,362 :: void Soft_I2C_Start () {
|
|
;oled_control.c,363 :: if(led_type!=0) {
|
|
MOVF oled_control_led_type+0, 0
|
|
XORLW 0
|
|
BTFSC STATUS+0, 2
|
|
GOTO L_Soft_I2C_Start73
|
|
;oled_control.c,364 :: Soft_I2C_Scl_Direction = 1;
|
|
BSF TRISB6_bit+0, BitPos(TRISB6_bit+0)
|
|
;oled_control.c,365 :: Delay_us(5);
|
|
MOVLW 6
|
|
MOVWF R13
|
|
L_Soft_I2C_Start74:
|
|
DECFSZ R13, 1
|
|
GOTO L_Soft_I2C_Start74
|
|
NOP
|
|
;oled_control.c,366 :: Soft_I2C_Sda_Direction = 1;
|
|
BSF TRISB7_bit+0, BitPos(TRISB7_bit+0)
|
|
;oled_control.c,367 :: Delay_us(5);
|
|
MOVLW 6
|
|
MOVWF R13
|
|
L_Soft_I2C_Start75:
|
|
DECFSZ R13, 1
|
|
GOTO L_Soft_I2C_Start75
|
|
NOP
|
|
;oled_control.c,368 :: Soft_I2C_Sda_Direction = 0;
|
|
BCF TRISB7_bit+0, BitPos(TRISB7_bit+0)
|
|
;oled_control.c,369 :: Delay_us(5);
|
|
MOVLW 6
|
|
MOVWF R13
|
|
L_Soft_I2C_Start76:
|
|
DECFSZ R13, 1
|
|
GOTO L_Soft_I2C_Start76
|
|
NOP
|
|
;oled_control.c,370 :: Soft_I2C_Scl_Direction = 0;
|
|
BCF TRISB6_bit+0, BitPos(TRISB6_bit+0)
|
|
;oled_control.c,371 :: Delay_us(5);
|
|
MOVLW 6
|
|
MOVWF R13
|
|
L_Soft_I2C_Start77:
|
|
DECFSZ R13, 1
|
|
GOTO L_Soft_I2C_Start77
|
|
NOP
|
|
;oled_control.c,372 :: }
|
|
L_Soft_I2C_Start73:
|
|
;oled_control.c,373 :: }
|
|
L_end_Soft_I2C_Start:
|
|
RETURN
|
|
; end of _Soft_I2C_Start
|
|
|
|
_Soft_I2C_Write:
|
|
|
|
;oled_control.c,375 :: void Soft_I2C_Write (char d) {
|
|
;oled_control.c,377 :: if(led_type!=0) {
|
|
MOVF oled_control_led_type+0, 0
|
|
XORLW 0
|
|
BTFSC STATUS+0, 2
|
|
GOTO L_Soft_I2C_Write78
|
|
;oled_control.c,378 :: for(i=0; i<=7; i++) {
|
|
CLRF R1+0
|
|
L_Soft_I2C_Write79:
|
|
MOVF R1+0, 0
|
|
SUBLW 7
|
|
BTFSS STATUS+0, 0
|
|
GOTO L_Soft_I2C_Write80
|
|
;oled_control.c,379 :: if(d.B7==0) Soft_I2C_Sda_Direction = 0; else Soft_I2C_Sda_Direction = 1;
|
|
BTFSC FARG_Soft_I2C_Write_d+0, 7
|
|
GOTO L_Soft_I2C_Write82
|
|
BCF TRISB7_bit+0, BitPos(TRISB7_bit+0)
|
|
GOTO L_Soft_I2C_Write83
|
|
L_Soft_I2C_Write82:
|
|
BSF TRISB7_bit+0, BitPos(TRISB7_bit+0)
|
|
L_Soft_I2C_Write83:
|
|
;oled_control.c,380 :: Delay_us(5);
|
|
MOVLW 6
|
|
MOVWF R13
|
|
L_Soft_I2C_Write84:
|
|
DECFSZ R13, 1
|
|
GOTO L_Soft_I2C_Write84
|
|
NOP
|
|
;oled_control.c,381 :: Soft_I2C_Scl_Direction = 1;
|
|
BSF TRISB6_bit+0, BitPos(TRISB6_bit+0)
|
|
;oled_control.c,382 :: Delay_us(5);
|
|
MOVLW 6
|
|
MOVWF R13
|
|
L_Soft_I2C_Write85:
|
|
DECFSZ R13, 1
|
|
GOTO L_Soft_I2C_Write85
|
|
NOP
|
|
;oled_control.c,383 :: Soft_I2C_Scl_Direction = 0;
|
|
BCF TRISB6_bit+0, BitPos(TRISB6_bit+0)
|
|
;oled_control.c,384 :: Delay_us(5);
|
|
MOVLW 6
|
|
MOVWF R13
|
|
L_Soft_I2C_Write86:
|
|
DECFSZ R13, 1
|
|
GOTO L_Soft_I2C_Write86
|
|
NOP
|
|
;oled_control.c,385 :: d = d << 1;
|
|
LSLF FARG_Soft_I2C_Write_d+0, 1
|
|
;oled_control.c,378 :: for(i=0; i<=7; i++) {
|
|
INCF R1+0, 1
|
|
;oled_control.c,386 :: }
|
|
GOTO L_Soft_I2C_Write79
|
|
L_Soft_I2C_Write80:
|
|
;oled_control.c,388 :: Soft_I2C_Sda_Direction = 1; //ACK
|
|
BSF TRISB7_bit+0, BitPos(TRISB7_bit+0)
|
|
;oled_control.c,389 :: Delay_us(5);
|
|
MOVLW 6
|
|
MOVWF R13
|
|
L_Soft_I2C_Write87:
|
|
DECFSZ R13, 1
|
|
GOTO L_Soft_I2C_Write87
|
|
NOP
|
|
;oled_control.c,390 :: Soft_I2C_Scl_Direction = 1;
|
|
BSF TRISB6_bit+0, BitPos(TRISB6_bit+0)
|
|
;oled_control.c,391 :: Delay_us(5);
|
|
MOVLW 6
|
|
MOVWF R13
|
|
L_Soft_I2C_Write88:
|
|
DECFSZ R13, 1
|
|
GOTO L_Soft_I2C_Write88
|
|
NOP
|
|
;oled_control.c,392 :: Soft_I2C_Scl_Direction = 0;
|
|
BCF TRISB6_bit+0, BitPos(TRISB6_bit+0)
|
|
;oled_control.c,393 :: Delay_us(5);
|
|
MOVLW 6
|
|
MOVWF R13
|
|
L_Soft_I2C_Write89:
|
|
DECFSZ R13, 1
|
|
GOTO L_Soft_I2C_Write89
|
|
NOP
|
|
;oled_control.c,394 :: }
|
|
L_Soft_I2C_Write78:
|
|
;oled_control.c,395 :: }
|
|
L_end_Soft_I2C_Write:
|
|
RETURN
|
|
; end of _Soft_I2C_Write
|
|
|
|
_Soft_I2C_Stop:
|
|
|
|
;oled_control.c,397 :: void Soft_I2C_Stop () {
|
|
;oled_control.c,398 :: if(led_type!=0) {
|
|
MOVF oled_control_led_type+0, 0
|
|
XORLW 0
|
|
BTFSC STATUS+0, 2
|
|
GOTO L_Soft_I2C_Stop90
|
|
;oled_control.c,399 :: Soft_I2C_Sda_Direction = 0;
|
|
BCF TRISB7_bit+0, BitPos(TRISB7_bit+0)
|
|
;oled_control.c,400 :: Delay_us(5);
|
|
MOVLW 6
|
|
MOVWF R13
|
|
L_Soft_I2C_Stop91:
|
|
DECFSZ R13, 1
|
|
GOTO L_Soft_I2C_Stop91
|
|
NOP
|
|
;oled_control.c,401 :: Soft_I2C_Scl_Direction = 1;
|
|
BSF TRISB6_bit+0, BitPos(TRISB6_bit+0)
|
|
;oled_control.c,402 :: Delay_us(5);
|
|
MOVLW 6
|
|
MOVWF R13
|
|
L_Soft_I2C_Stop92:
|
|
DECFSZ R13, 1
|
|
GOTO L_Soft_I2C_Stop92
|
|
NOP
|
|
;oled_control.c,403 :: Soft_I2C_Sda_Direction = 1;
|
|
BSF TRISB7_bit+0, BitPos(TRISB7_bit+0)
|
|
;oled_control.c,404 :: Delay_us(5);
|
|
MOVLW 6
|
|
MOVWF R13
|
|
L_Soft_I2C_Stop93:
|
|
DECFSZ R13, 1
|
|
GOTO L_Soft_I2C_Stop93
|
|
NOP
|
|
;oled_control.c,405 :: }
|
|
L_Soft_I2C_Stop90:
|
|
;oled_control.c,406 :: }
|
|
L_end_Soft_I2C_Stop:
|
|
RETURN
|
|
; end of _Soft_I2C_Stop
|