# 1 "C:\Users\LK\Desktop\exam\Fnd_Test\test.c" # 17 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18f452.h" extern volatile unsigned char PORTA @ 0xF80; asm("PORTA equ 0F80h"); extern volatile union { struct { unsigned RA0 :1; unsigned RA1 :1; unsigned RA2 :1; unsigned RA3 :1; unsigned RA4 :1; unsigned RA5 :1; unsigned RA6 :1; }; struct { unsigned RA :8; }; struct { unsigned AN0 :1; unsigned AN1 :1; unsigned AN2 :1; unsigned AN3 :1; unsigned :1; unsigned AN4 :1; unsigned OSC2 :1; }; struct { unsigned :2; unsigned VREFM :1; unsigned VREFP :1; unsigned T0CKI :1; unsigned SS :1; unsigned CLKO :1; }; struct { unsigned :5; unsigned LVDIN :1; }; struct { unsigned :7; unsigned RA7 :1; }; struct { unsigned :7; unsigned RJPU :1; }; struct { unsigned ULPWUIN :1; }; } PORTAbits @ 0xF80; extern volatile unsigned char PORTB @ 0xF81; asm("PORTB equ 0F81h"); extern volatile union { struct { unsigned RB0 :1; unsigned RB1 :1; unsigned RB2 :1; unsigned RB3 :1; unsigned RB4 :1; unsigned RB5 :1; unsigned RB6 :1; unsigned RB7 :1; }; struct { unsigned RB :8; }; struct { unsigned INT0 :1; unsigned INT1 :1; unsigned INT2 :1; unsigned CCP2 :1; unsigned :1; unsigned PGM :1; unsigned PGC :1; unsigned PGD :1; }; struct { unsigned :3; unsigned CCP2A :1; }; struct { unsigned :3; unsigned CCP2_PA2 :1; }; } PORTBbits @ 0xF81; extern volatile unsigned char PORTC @ 0xF82; asm("PORTC equ 0F82h"); extern volatile union { struct { unsigned RC0 :1; unsigned RC1 :1; unsigned RC2 :1; unsigned RC3 :1; unsigned RC4 :1; unsigned RC5 :1; unsigned RC6 :1; unsigned RC7 :1; }; struct { unsigned RC :8; }; struct { unsigned T1OSO :1; unsigned T1OSI :1; unsigned :1; unsigned SCK :1; unsigned SDI :1; unsigned SDO :1; unsigned TX :1; unsigned RX :1; }; struct { unsigned T1CKI :1; unsigned CCP2 :1; unsigned CCP1 :1; unsigned SCL :1; unsigned SDA :1; unsigned :1; unsigned CK :1; unsigned DT :1; }; struct { unsigned :2; unsigned PA1 :1; }; struct { unsigned :1; unsigned PA2 :1; }; } PORTCbits @ 0xF82; extern volatile unsigned char PORTD @ 0xF83; asm("PORTD equ 0F83h"); extern volatile union { struct { unsigned RD0 :1; unsigned RD1 :1; unsigned RD2 :1; unsigned RD3 :1; unsigned RD4 :1; unsigned RD5 :1; unsigned RD6 :1; unsigned RD7 :1; }; struct { unsigned RD :8; }; struct { unsigned PSP0 :1; unsigned PSP1 :1; unsigned PSP2 :1; unsigned PSP3 :1; unsigned PSP4 :1; unsigned PSP5 :1; unsigned PSP6 :1; unsigned PSP7 :1; }; struct { unsigned :7; unsigned SS2 :1; }; } PORTDbits @ 0xF83; extern volatile unsigned char PORTE @ 0xF84; asm("PORTE equ 0F84h"); extern volatile union { struct { unsigned RE0 :1; unsigned RE1 :1; unsigned RE2 :1; }; struct { unsigned RE :8; }; struct { unsigned AN5 :1; unsigned AN6 :1; unsigned AN7 :1; }; struct { unsigned RD :1; unsigned WR :1; unsigned CS :1; }; struct { unsigned :2; unsigned CCP10 :1; }; struct { unsigned :7; unsigned CCP2E :1; }; struct { unsigned :6; unsigned CCP6E :1; }; struct { unsigned :5; unsigned CCP7E :1; }; struct { unsigned :4; unsigned CCP8E :1; }; struct { unsigned :3; unsigned CCP9E :1; }; struct { unsigned :7; unsigned PA2E :1; }; struct { unsigned :6; unsigned PB1E :1; }; struct { unsigned :2; unsigned PB2 :1; }; struct { unsigned :4; unsigned PB3E :1; }; struct { unsigned :5; unsigned PC1E :1; }; struct { unsigned :1; unsigned PC2 :1; }; struct { unsigned :3; unsigned PC3E :1; }; struct { unsigned PD2 :1; }; struct { unsigned RDE :1; }; struct { unsigned :3; unsigned RE3 :1; }; struct { unsigned :4; unsigned RE4 :1; }; struct { unsigned :5; unsigned RE5 :1; }; struct { unsigned :6; unsigned RE6 :1; }; struct { unsigned :7; unsigned RE7 :1; }; struct { unsigned :1; unsigned WRE :1; }; } PORTEbits @ 0xF84; extern volatile unsigned char LATA @ 0xF89; asm("LATA equ 0F89h"); extern volatile union { struct { unsigned LATA0 :1; unsigned LATA1 :1; unsigned LATA2 :1; unsigned LATA3 :1; unsigned LATA4 :1; unsigned LATA5 :1; unsigned LATA6 :1; }; struct { unsigned LATA :8; }; struct { unsigned LA0 :1; }; struct { unsigned :1; unsigned LA1 :1; }; struct { unsigned :2; unsigned LA2 :1; }; struct { unsigned :3; unsigned LA3 :1; }; struct { unsigned :4; unsigned LA4 :1; }; struct { unsigned :5; unsigned LA5 :1; }; struct { unsigned :6; unsigned LA6 :1; }; struct { unsigned :7; unsigned LA7 :1; }; struct { unsigned :7; unsigned LATA7 :1; }; } LATAbits @ 0xF89; extern volatile unsigned char LATB @ 0xF8A; asm("LATB equ 0F8Ah"); extern volatile union { struct { unsigned LATB0 :1; unsigned LATB1 :1; unsigned LATB2 :1; unsigned LATB3 :1; unsigned LATB4 :1; unsigned LATB5 :1; unsigned LATB6 :1; unsigned LATB7 :1; }; struct { unsigned LATB :8; }; struct { unsigned LB0 :1; }; struct { unsigned :1; unsigned LB1 :1; }; struct { unsigned :2; unsigned LB2 :1; }; struct { unsigned :3; unsigned LB3 :1; }; struct { unsigned :4; unsigned LB4 :1; }; struct { unsigned :5; unsigned LB5 :1; }; struct { unsigned :6; unsigned LB6 :1; }; struct { unsigned :7; unsigned LB7 :1; }; } LATBbits @ 0xF8A; extern volatile unsigned char LATC @ 0xF8B; asm("LATC equ 0F8Bh"); extern volatile union { struct { unsigned LATC0 :1; unsigned LATC1 :1; unsigned LATC2 :1; unsigned LATC3 :1; unsigned LATC4 :1; unsigned LATC5 :1; unsigned LATC6 :1; unsigned LATC7 :1; }; struct { unsigned LATC :8; }; struct { unsigned LC0 :1; }; struct { unsigned :1; unsigned LC1 :1; }; struct { unsigned :2; unsigned LC2 :1; }; struct { unsigned :3; unsigned LC3 :1; }; struct { unsigned :4; unsigned LC4 :1; }; struct { unsigned :5; unsigned LC5 :1; }; struct { unsigned :6; unsigned LC6 :1; }; struct { unsigned :7; unsigned LC7 :1; }; } LATCbits @ 0xF8B; extern volatile unsigned char LATD @ 0xF8C; asm("LATD equ 0F8Ch"); extern volatile union { struct { unsigned LATD0 :1; unsigned LATD1 :1; unsigned LATD2 :1; unsigned LATD3 :1; unsigned LATD4 :1; unsigned LATD5 :1; unsigned LATD6 :1; unsigned LATD7 :1; }; struct { unsigned LATD :8; }; struct { unsigned LD0 :1; }; struct { unsigned :1; unsigned LD1 :1; }; struct { unsigned :2; unsigned LD2 :1; }; struct { unsigned :3; unsigned LD3 :1; }; struct { unsigned :4; unsigned LD4 :1; }; struct { unsigned :5; unsigned LD5 :1; }; struct { unsigned :6; unsigned LD6 :1; }; struct { unsigned :7; unsigned LD7 :1; }; } LATDbits @ 0xF8C; extern volatile unsigned char LATE @ 0xF8D; asm("LATE equ 0F8Dh"); extern volatile union { struct { unsigned LATE0 :1; unsigned LATE1 :1; unsigned LATE2 :1; }; struct { unsigned LATE :8; }; struct { unsigned LE0 :1; }; struct { unsigned :1; unsigned LE1 :1; }; struct { unsigned :2; unsigned LE2 :1; }; struct { unsigned :3; unsigned LE3 :1; }; struct { unsigned :4; unsigned LE4 :1; }; struct { unsigned :5; unsigned LE5 :1; }; struct { unsigned :6; unsigned LE6 :1; }; struct { unsigned :7; unsigned LE7 :1; }; } LATEbits @ 0xF8D; extern volatile unsigned char TRISA @ 0xF92; asm("TRISA equ 0F92h"); extern volatile unsigned char DDRA @ 0xF92; asm("DDRA equ 0F92h"); extern volatile union { struct { unsigned TRISA0 :1; unsigned TRISA1 :1; unsigned TRISA2 :1; unsigned TRISA3 :1; unsigned TRISA4 :1; unsigned TRISA5 :1; unsigned TRISA6 :1; }; struct { unsigned TRISA :8; }; struct { unsigned RA0 :1; unsigned RA1 :1; unsigned RA2 :1; unsigned RA3 :1; unsigned RA4 :1; unsigned RA5 :1; unsigned RA6 :1; }; } TRISAbits @ 0xF92; extern volatile union { struct { unsigned TRISA0 :1; unsigned TRISA1 :1; unsigned TRISA2 :1; unsigned TRISA3 :1; unsigned TRISA4 :1; unsigned TRISA5 :1; unsigned TRISA6 :1; }; struct { unsigned TRISA :8; }; struct { unsigned RA0 :1; unsigned RA1 :1; unsigned RA2 :1; unsigned RA3 :1; unsigned RA4 :1; unsigned RA5 :1; unsigned RA6 :1; }; } DDRAbits @ 0xF92; extern volatile unsigned char TRISB @ 0xF93; asm("TRISB equ 0F93h"); extern volatile unsigned char DDRB @ 0xF93; asm("DDRB equ 0F93h"); extern volatile union { struct { unsigned TRISB0 :1; unsigned TRISB1 :1; unsigned TRISB2 :1; unsigned TRISB3 :1; unsigned TRISB4 :1; unsigned TRISB5 :1; unsigned TRISB6 :1; unsigned TRISB7 :1; }; struct { unsigned TRISB :8; }; struct { unsigned RB0 :1; unsigned RB1 :1; unsigned RB2 :1; unsigned RB3 :1; unsigned RB4 :1; unsigned RB5 :1; unsigned RB6 :1; unsigned RB7 :1; }; struct { unsigned :3; unsigned CCP2 :1; }; } TRISBbits @ 0xF93; extern volatile union { struct { unsigned TRISB0 :1; unsigned TRISB1 :1; unsigned TRISB2 :1; unsigned TRISB3 :1; unsigned TRISB4 :1; unsigned TRISB5 :1; unsigned TRISB6 :1; unsigned TRISB7 :1; }; struct { unsigned TRISB :8; }; struct { unsigned RB0 :1; unsigned RB1 :1; unsigned RB2 :1; unsigned RB3 :1; unsigned RB4 :1; unsigned RB5 :1; unsigned RB6 :1; unsigned RB7 :1; }; struct { unsigned :3; unsigned CCP2 :1; }; } DDRBbits @ 0xF93; extern volatile unsigned char TRISC @ 0xF94; asm("TRISC equ 0F94h"); extern volatile unsigned char DDRC @ 0xF94; asm("DDRC equ 0F94h"); extern volatile union { struct { unsigned TRISC0 :1; unsigned TRISC1 :1; unsigned TRISC2 :1; unsigned TRISC3 :1; unsigned TRISC4 :1; unsigned TRISC5 :1; unsigned TRISC6 :1; unsigned TRISC7 :1; }; struct { unsigned TRISC :8; }; struct { unsigned RC0 :1; unsigned RC1 :1; unsigned RC2 :1; unsigned RC3 :1; unsigned RC4 :1; unsigned RC5 :1; unsigned RC6 :1; unsigned RC7 :1; }; struct { unsigned :1; unsigned CCP2 :1; }; } TRISCbits @ 0xF94; extern volatile union { struct { unsigned TRISC0 :1; unsigned TRISC1 :1; unsigned TRISC2 :1; unsigned TRISC3 :1; unsigned TRISC4 :1; unsigned TRISC5 :1; unsigned TRISC6 :1; unsigned TRISC7 :1; }; struct { unsigned TRISC :8; }; struct { unsigned RC0 :1; unsigned RC1 :1; unsigned RC2 :1; unsigned RC3 :1; unsigned RC4 :1; unsigned RC5 :1; unsigned RC6 :1; unsigned RC7 :1; }; struct { unsigned :1; unsigned CCP2 :1; }; } DDRCbits @ 0xF94; extern volatile unsigned char TRISD @ 0xF95; asm("TRISD equ 0F95h"); extern volatile unsigned char DDRD @ 0xF95; asm("DDRD equ 0F95h"); extern volatile union { struct { unsigned TRISD0 :1; unsigned TRISD1 :1; unsigned TRISD2 :1; unsigned TRISD3 :1; unsigned TRISD4 :1; unsigned TRISD5 :1; unsigned TRISD6 :1; unsigned TRISD7 :1; }; struct { unsigned TRISD :8; }; struct { unsigned RD0 :1; unsigned RD1 :1; unsigned RD2 :1; unsigned RD3 :1; unsigned RD4 :1; unsigned RD5 :1; unsigned RD6 :1; unsigned RD7 :1; }; } TRISDbits @ 0xF95; extern volatile union { struct { unsigned TRISD0 :1; unsigned TRISD1 :1; unsigned TRISD2 :1; unsigned TRISD3 :1; unsigned TRISD4 :1; unsigned TRISD5 :1; unsigned TRISD6 :1; unsigned TRISD7 :1; }; struct { unsigned TRISD :8; }; struct { unsigned RD0 :1; unsigned RD1 :1; unsigned RD2 :1; unsigned RD3 :1; unsigned RD4 :1; unsigned RD5 :1; unsigned RD6 :1; unsigned RD7 :1; }; } DDRDbits @ 0xF95; extern volatile unsigned char TRISE @ 0xF96; asm("TRISE equ 0F96h"); extern volatile unsigned char DDRE @ 0xF96; asm("DDRE equ 0F96h"); extern volatile union { struct { unsigned TRISE0 :1; unsigned TRISE1 :1; unsigned TRISE2 :1; unsigned :1; unsigned PSPMODE :1; unsigned IBOV :1; unsigned OBF :1; unsigned IBF :1; }; struct { unsigned TRISE :8; }; struct { unsigned RE0 :1; unsigned RE1 :1; unsigned RE2 :1; }; } TRISEbits @ 0xF96; extern volatile union { struct { unsigned TRISE0 :1; unsigned TRISE1 :1; unsigned TRISE2 :1; unsigned :1; unsigned PSPMODE :1; unsigned IBOV :1; unsigned OBF :1; unsigned IBF :1; }; struct { unsigned TRISE :8; }; struct { unsigned RE0 :1; unsigned RE1 :1; unsigned RE2 :1; }; } DDREbits @ 0xF96; extern volatile unsigned char PIE1 @ 0xF9D; asm("PIE1 equ 0F9Dh"); extern volatile union { struct { unsigned TMR1IE :1; unsigned TMR2IE :1; unsigned CCP1IE :1; unsigned SSPIE :1; unsigned TXIE :1; unsigned RCIE :1; unsigned ADIE :1; unsigned PSPIE :1; }; struct { unsigned :5; unsigned RC1IE :1; }; struct { unsigned :4; unsigned TX1IE :1; }; } PIE1bits @ 0xF9D; extern volatile unsigned char PIR1 @ 0xF9E; asm("PIR1 equ 0F9Eh"); extern volatile union { struct { unsigned TMR1IF :1; unsigned TMR2IF :1; unsigned CCP1IF :1; unsigned SSPIF :1; unsigned TXIF :1; unsigned RCIF :1; unsigned ADIF :1; unsigned PSPIF :1; }; struct { unsigned TMR1IF :1; unsigned TMR2IF :1; unsigned CCP1IF :1; unsigned SSPIF :1; unsigned :2; unsigned ADIF :1; unsigned PSPIF :1; }; struct { unsigned :5; unsigned RC1IF :1; }; struct { unsigned :4; unsigned TX1IF :1; }; } PIR1bits @ 0xF9E; extern volatile unsigned char IPR1 @ 0xF9F; asm("IPR1 equ 0F9Fh"); extern volatile union { struct { unsigned TMR1IP :1; unsigned TMR2IP :1; unsigned CCP1IP :1; unsigned SSPIP :1; unsigned TXIP :1; unsigned RCIP :1; unsigned ADIP :1; unsigned PSPIP :1; }; struct { unsigned :5; unsigned RC1IP :1; }; struct { unsigned :4; unsigned TX1IP :1; }; } IPR1bits @ 0xF9F; extern volatile unsigned char PIE2 @ 0xFA0; asm("PIE2 equ 0FA0h"); extern volatile union { struct { unsigned CCP2IE :1; unsigned TMR3IE :1; unsigned LVDIE :1; unsigned BCLIE :1; unsigned EEIE :1; }; } PIE2bits @ 0xFA0; extern volatile unsigned char PIR2 @ 0xFA1; asm("PIR2 equ 0FA1h"); extern volatile union { struct { unsigned CCP2IF :1; unsigned TMR3IF :1; unsigned LVDIF :1; unsigned BCLIF :1; unsigned EEIF :1; }; } PIR2bits @ 0xFA1; extern volatile unsigned char IPR2 @ 0xFA2; asm("IPR2 equ 0FA2h"); extern volatile union { struct { unsigned CCP2IP :1; unsigned TMR3IP :1; unsigned LVDIP :1; unsigned BCLIP :1; unsigned EEIP :1; }; } IPR2bits @ 0xFA2; extern volatile unsigned char EECON1 @ 0xFA6; asm("EECON1 equ 0FA6h"); extern volatile union { struct { unsigned RD :1; unsigned WR :1; unsigned WREN :1; unsigned WRERR :1; unsigned FREE :1; unsigned :1; unsigned CFGS :1; unsigned EEPGD :1; }; struct { unsigned :6; unsigned EEFS :1; }; } EECON1bits @ 0xFA6; extern volatile unsigned char EECON2 @ 0xFA7; asm("EECON2 equ 0FA7h"); extern volatile union { struct { unsigned EECON2 :8; }; } EECON2bits @ 0xFA7; extern volatile unsigned char EEDATA @ 0xFA8; asm("EEDATA equ 0FA8h"); extern volatile union { struct { unsigned EEDATA :8; }; } EEDATAbits @ 0xFA8; extern volatile unsigned char EEADR @ 0xFA9; asm("EEADR equ 0FA9h"); extern volatile union { struct { unsigned EEADR :8; }; } EEADRbits @ 0xFA9; extern volatile unsigned char RCSTA @ 0xFAB; asm("RCSTA equ 0FABh"); extern volatile unsigned char RCSTA1 @ 0xFAB; asm("RCSTA1 equ 0FABh"); extern volatile union { struct { unsigned RX9D :1; unsigned OERR :1; unsigned FERR :1; unsigned ADDEN :1; unsigned CREN :1; unsigned SREN :1; unsigned RX9 :1; unsigned SPEN :1; }; struct { unsigned RCD8 :1; unsigned :5; unsigned RC8_9 :1; }; struct { unsigned :6; unsigned NOT_RC8 :1; }; struct { unsigned :6; unsigned nRC8 :1; }; struct { unsigned :6; unsigned RC9 :1; }; struct { unsigned :5; unsigned SRENA :1; }; } RCSTAbits @ 0xFAB; extern volatile union { struct { unsigned RX9D :1; unsigned OERR :1; unsigned FERR :1; unsigned ADDEN :1; unsigned CREN :1; unsigned SREN :1; unsigned RX9 :1; unsigned SPEN :1; }; struct { unsigned RCD8 :1; unsigned :5; unsigned RC8_9 :1; }; struct { unsigned :6; unsigned NOT_RC8 :1; }; struct { unsigned :6; unsigned nRC8 :1; }; struct { unsigned :6; unsigned RC9 :1; }; struct { unsigned :5; unsigned SRENA :1; }; } RCSTA1bits @ 0xFAB; extern volatile unsigned char TXSTA @ 0xFAC; asm("TXSTA equ 0FACh"); extern volatile unsigned char TXSTA1 @ 0xFAC; asm("TXSTA1 equ 0FACh"); extern volatile union { struct { unsigned TX9D :1; unsigned TRMT :1; unsigned BRGH :1; unsigned :1; unsigned SYNC :1; unsigned TXEN :1; unsigned TX9 :1; unsigned CSRC :1; }; struct { unsigned TXD8 :1; unsigned :5; unsigned TX8_9 :1; }; struct { unsigned :6; unsigned NOT_TX8 :1; }; struct { unsigned :6; unsigned nTX8 :1; }; struct { unsigned :2; unsigned BRGH1 :1; }; struct { unsigned :7; unsigned CSRC1 :1; }; struct { unsigned :4; unsigned SYNC1 :1; }; struct { unsigned :1; unsigned TRMT1 :1; }; struct { unsigned :6; unsigned TX91 :1; }; struct { unsigned TX9D1 :1; }; struct { unsigned :5; unsigned TXEN1 :1; }; } TXSTAbits @ 0xFAC; extern volatile union { struct { unsigned TX9D :1; unsigned TRMT :1; unsigned BRGH :1; unsigned :1; unsigned SYNC :1; unsigned TXEN :1; unsigned TX9 :1; unsigned CSRC :1; }; struct { unsigned TXD8 :1; unsigned :5; unsigned TX8_9 :1; }; struct { unsigned :6; unsigned NOT_TX8 :1; }; struct { unsigned :6; unsigned nTX8 :1; }; struct { unsigned :2; unsigned BRGH1 :1; }; struct { unsigned :7; unsigned CSRC1 :1; }; struct { unsigned :4; unsigned SYNC1 :1; }; struct { unsigned :1; unsigned TRMT1 :1; }; struct { unsigned :6; unsigned TX91 :1; }; struct { unsigned TX9D1 :1; }; struct { unsigned :5; unsigned TXEN1 :1; }; } TXSTA1bits @ 0xFAC; extern volatile unsigned char TXREG @ 0xFAD; asm("TXREG equ 0FADh"); extern volatile unsigned char TXREG1 @ 0xFAD; asm("TXREG1 equ 0FADh"); extern volatile union { struct { unsigned TXREG :8; }; } TXREGbits @ 0xFAD; extern volatile union { struct { unsigned TXREG :8; }; } TXREG1bits @ 0xFAD; extern volatile unsigned char RCREG @ 0xFAE; asm("RCREG equ 0FAEh"); extern volatile unsigned char RCREG1 @ 0xFAE; asm("RCREG1 equ 0FAEh"); extern volatile union { struct { unsigned RCREG :8; }; } RCREGbits @ 0xFAE; extern volatile union { struct { unsigned RCREG :8; }; } RCREG1bits @ 0xFAE; extern volatile unsigned char SPBRG @ 0xFAF; asm("SPBRG equ 0FAFh"); extern volatile unsigned char SPBRG1 @ 0xFAF; asm("SPBRG1 equ 0FAFh"); extern volatile union { struct { unsigned SPBRG :8; }; } SPBRGbits @ 0xFAF; extern volatile union { struct { unsigned SPBRG :8; }; } SPBRG1bits @ 0xFAF; extern volatile unsigned char T3CON @ 0xFB1; asm("T3CON equ 0FB1h"); extern volatile union { struct { unsigned :2; unsigned NOT_T3SYNC :1; }; struct { unsigned TMR3ON :1; unsigned TMR3CS :1; unsigned nT3SYNC :1; unsigned T3CCP1 :1; unsigned T3CKPS :2; unsigned T3CCP2 :1; unsigned RD16 :1; }; struct { unsigned :2; unsigned T3SYNC :1; unsigned :1; unsigned T3CKPS0 :1; unsigned T3CKPS1 :1; }; struct { unsigned :2; unsigned T3INSYNC :1; }; struct { unsigned :7; unsigned RD163 :1; }; struct { unsigned :3; unsigned SOSCEN3 :1; }; struct { unsigned :7; unsigned T3RD16 :1; }; } T3CONbits @ 0xFB1; extern volatile unsigned short TMR3 @ 0xFB2; asm("TMR3 equ 0FB2h"); extern volatile union { struct { unsigned TMR3 :16; }; } TMR3bits @ 0xFB2; extern volatile unsigned char TMR3L @ 0xFB2; asm("TMR3L equ 0FB2h"); extern volatile union { struct { unsigned TMR3L :8; }; } TMR3Lbits @ 0xFB2; extern volatile unsigned char TMR3H @ 0xFB3; asm("TMR3H equ 0FB3h"); extern volatile union { struct { unsigned TMR3H :8; }; } TMR3Hbits @ 0xFB3; extern volatile unsigned char CCP2CON @ 0xFBA; asm("CCP2CON equ 0FBAh"); extern volatile union { struct { unsigned CCP2M :4; unsigned DC2B :2; }; struct { unsigned CCP2M0 :1; unsigned CCP2M1 :1; unsigned CCP2M2 :1; unsigned CCP2M3 :1; unsigned DC2B0 :1; unsigned DC2B1 :1; }; struct { unsigned :4; unsigned CCP2Y :1; unsigned CCP2X :1; }; struct { unsigned :5; unsigned DCCPX :1; }; } CCP2CONbits @ 0xFBA; extern volatile unsigned short CCPR2 @ 0xFBB; asm("CCPR2 equ 0FBBh"); extern volatile union { struct { unsigned CCPR2 :16; }; } CCPR2bits @ 0xFBB; extern volatile unsigned char CCPR2L @ 0xFBB; asm("CCPR2L equ 0FBBh"); extern volatile union { struct { unsigned CCPR2L :8; }; } CCPR2Lbits @ 0xFBB; extern volatile unsigned char CCPR2H @ 0xFBC; asm("CCPR2H equ 0FBCh"); extern volatile union { struct { unsigned CCPR2H :8; }; } CCPR2Hbits @ 0xFBC; extern volatile unsigned char CCP1CON @ 0xFBD; asm("CCP1CON equ 0FBDh"); extern volatile union { struct { unsigned CCP1M :4; unsigned DC1B :2; }; struct { unsigned CCP1M0 :1; unsigned CCP1M1 :1; unsigned CCP1M2 :1; unsigned CCP1M3 :1; unsigned DC1B0 :1; unsigned DC1B1 :1; }; struct { unsigned :4; unsigned CCP1Y :1; unsigned CCP1X :1; }; } CCP1CONbits @ 0xFBD; extern volatile unsigned short CCPR1 @ 0xFBE; asm("CCPR1 equ 0FBEh"); extern volatile union { struct { unsigned CCPR1 :16; }; } CCPR1bits @ 0xFBE; extern volatile unsigned char CCPR1L @ 0xFBE; asm("CCPR1L equ 0FBEh"); extern volatile union { struct { unsigned CCPR1L :8; }; } CCPR1Lbits @ 0xFBE; extern volatile unsigned char CCPR1H @ 0xFBF; asm("CCPR1H equ 0FBFh"); extern volatile union { struct { unsigned CCPR1H :8; }; } CCPR1Hbits @ 0xFBF; extern volatile unsigned char ADCON1 @ 0xFC1; asm("ADCON1 equ 0FC1h"); extern volatile union { struct { unsigned PCFG :4; unsigned :2; unsigned ADCS2 :1; unsigned ADFM :1; }; struct { unsigned PCFG0 :1; unsigned PCFG1 :1; unsigned PCFG2 :1; unsigned PCFG3 :1; }; struct { unsigned :3; unsigned CHSN3 :1; }; } ADCON1bits @ 0xFC1; extern volatile unsigned char ADCON0 @ 0xFC2; asm("ADCON0 equ 0FC2h"); extern volatile union { struct { unsigned :2; unsigned GO_NOT_DONE :1; }; struct { unsigned ADON :1; unsigned :1; unsigned GO_nDONE :1; unsigned CHS :3; unsigned ADCS :2; }; struct { unsigned :2; unsigned GO_NOT_DONE :1; }; struct { unsigned ADON :1; unsigned :1; unsigned GO_nDONE :1; unsigned CHS :3; unsigned ADCS :2; }; struct { unsigned :2; unsigned GO :1; unsigned CHS0 :1; unsigned CHS1 :1; unsigned CHS2 :1; unsigned ADCS0 :1; unsigned ADCS1 :1; }; struct { unsigned :2; unsigned NOT_DONE :1; }; struct { unsigned :2; unsigned nDONE :1; }; struct { unsigned :2; unsigned DONE :1; }; struct { unsigned :2; unsigned GO_DONE :1; }; struct { unsigned :7; unsigned ADCAL :1; }; struct { unsigned :2; unsigned GODONE :1; }; } ADCON0bits @ 0xFC2; extern volatile unsigned short ADRES @ 0xFC3; asm("ADRES equ 0FC3h"); extern volatile union { struct { unsigned ADRES :16; }; } ADRESbits @ 0xFC3; extern volatile unsigned char ADRESL @ 0xFC3; asm("ADRESL equ 0FC3h"); extern volatile union { struct { unsigned ADRESL :8; }; } ADRESLbits @ 0xFC3; extern volatile unsigned char ADRESH @ 0xFC4; asm("ADRESH equ 0FC4h"); extern volatile union { struct { unsigned ADRESH :8; }; } ADRESHbits @ 0xFC4; extern volatile unsigned char SSPCON2 @ 0xFC5; asm("SSPCON2 equ 0FC5h"); extern volatile union { struct { unsigned SEN :1; unsigned RSEN :1; unsigned PEN :1; unsigned RCEN :1; unsigned ACKEN :1; unsigned ACKDT :1; unsigned ACKSTAT :1; unsigned GCEN :1; }; } SSPCON2bits @ 0xFC5; extern volatile unsigned char SSPCON1 @ 0xFC6; asm("SSPCON1 equ 0FC6h"); extern volatile union { struct { unsigned SSPM :4; unsigned CKP :1; unsigned SSPEN :1; unsigned SSPOV :1; unsigned WCOL :1; }; struct { unsigned SSPM0 :1; unsigned SSPM1 :1; unsigned SSPM2 :1; unsigned SSPM3 :1; }; } SSPCON1bits @ 0xFC6; extern volatile unsigned char SSPSTAT @ 0xFC7; asm("SSPSTAT equ 0FC7h"); extern volatile union { struct { unsigned :2; unsigned R_NOT_W :1; }; struct { unsigned :5; unsigned D_NOT_A :1; }; struct { unsigned BF :1; unsigned UA :1; unsigned R_nW :1; unsigned S :1; unsigned P :1; unsigned D_nA :1; unsigned CKE :1; unsigned SMP :1; }; struct { unsigned :2; unsigned R_NOT_W :1; }; struct { unsigned :5; unsigned D_NOT_A :1; }; struct { unsigned BF :1; unsigned UA :1; unsigned R_nW :1; unsigned S :1; unsigned P :1; unsigned D_nA :1; unsigned CKE :1; unsigned SMP :1; }; struct { unsigned :2; unsigned I2C_READ :1; unsigned I2C_START :1; unsigned I2C_STOP :1; unsigned I2C_DATA :1; }; struct { unsigned :2; unsigned R :1; unsigned :2; unsigned D :1; }; struct { unsigned :2; unsigned READ_WRITE :1; unsigned :2; unsigned DATA_ADDRESS :1; }; struct { unsigned :2; unsigned NOT_WRITE :1; }; struct { unsigned :5; unsigned NOT_ADDRESS :1; }; struct { unsigned :2; unsigned nWRITE :1; unsigned :2; unsigned nADDRESS :1; }; struct { unsigned :2; unsigned nW :1; unsigned :2; unsigned nA :1; }; struct { unsigned :2; unsigned R_W :1; unsigned :2; unsigned D_A :1; }; struct { unsigned :5; unsigned I2C_DAT :1; }; struct { unsigned :5; unsigned DA :1; }; struct { unsigned :2; unsigned RW :1; }; struct { unsigned :3; unsigned START :1; }; struct { unsigned :4; unsigned STOP :1; }; struct { unsigned :2; unsigned NOT_W :1; }; struct { unsigned :5; unsigned NOT_A :1; }; } SSPSTATbits @ 0xFC7; extern volatile unsigned char SSPADD @ 0xFC8; asm("SSPADD equ 0FC8h"); extern volatile union { struct { unsigned SSPADD :8; }; } SSPADDbits @ 0xFC8; extern volatile unsigned char SSPBUF @ 0xFC9; asm("SSPBUF equ 0FC9h"); extern volatile union { struct { unsigned SSPBUF :8; }; } SSPBUFbits @ 0xFC9; extern volatile unsigned char T2CON @ 0xFCA; asm("T2CON equ 0FCAh"); extern volatile union { struct { unsigned T2CKPS :2; unsigned TMR2ON :1; unsigned TOUTPS :4; }; struct { unsigned T2CKPS0 :1; unsigned T2CKPS1 :1; unsigned :1; unsigned TOUTPS0 :1; unsigned TOUTPS1 :1; unsigned TOUTPS2 :1; unsigned TOUTPS3 :1; }; } T2CONbits @ 0xFCA; extern volatile unsigned char PR2 @ 0xFCB; asm("PR2 equ 0FCBh"); extern volatile unsigned char MEMCON @ 0xFCB; asm("MEMCON equ 0FCBh"); extern volatile union { struct { unsigned PR2 :8; }; } PR2bits @ 0xFCB; extern volatile union { struct { unsigned PR2 :8; }; } MEMCONbits @ 0xFCB; extern volatile unsigned char TMR2 @ 0xFCC; asm("TMR2 equ 0FCCh"); extern volatile union { struct { unsigned TMR2 :8; }; } TMR2bits @ 0xFCC; extern volatile unsigned char T1CON @ 0xFCD; asm("T1CON equ 0FCDh"); extern volatile union { struct { unsigned :2; unsigned NOT_T1SYNC :1; }; struct { unsigned TMR1ON :1; unsigned TMR1CS :1; unsigned nT1SYNC :1; unsigned T1OSCEN :1; unsigned T1CKPS :2; unsigned :1; unsigned RD16 :1; }; struct { unsigned :2; unsigned T1SYNC :1; unsigned :1; unsigned T1CKPS0 :1; unsigned T1CKPS1 :1; }; struct { unsigned :2; unsigned T1INSYNC :1; }; struct { unsigned :3; unsigned SOSCEN :1; }; struct { unsigned :7; unsigned T1RD16 :1; }; } T1CONbits @ 0xFCD; extern volatile unsigned short TMR1 @ 0xFCE; asm("TMR1 equ 0FCEh"); extern volatile union { struct { unsigned TMR1 :16; }; } TMR1bits @ 0xFCE; extern volatile unsigned char TMR1L @ 0xFCE; asm("TMR1L equ 0FCEh"); extern volatile union { struct { unsigned TMR1L :8; }; } TMR1Lbits @ 0xFCE; extern volatile unsigned char TMR1H @ 0xFCF; asm("TMR1H equ 0FCFh"); extern volatile union { struct { unsigned TMR1H :8; }; } TMR1Hbits @ 0xFCF; extern volatile unsigned char RCON @ 0xFD0; asm("RCON equ 0FD0h"); extern volatile union { struct { unsigned NOT_BOR :1; }; struct { unsigned :1; unsigned NOT_POR :1; }; struct { unsigned :2; unsigned NOT_PD :1; }; struct { unsigned :3; unsigned NOT_TO :1; }; struct { unsigned :4; unsigned NOT_RI :1; }; struct { unsigned nBOR :1; unsigned nPOR :1; unsigned nPD :1; unsigned nTO :1; unsigned nRI :1; unsigned :2; unsigned IPEN :1; }; struct { unsigned :7; unsigned NOT_IPEN :1; }; struct { unsigned BOR :1; unsigned POR :1; unsigned PD :1; unsigned TO :1; unsigned RI :1; unsigned :2; unsigned nIPEN :1; }; } RCONbits @ 0xFD0; extern volatile unsigned char WDTCON @ 0xFD1; asm("WDTCON equ 0FD1h"); extern volatile union { struct { unsigned SWDTEN :1; }; struct { unsigned SWDTE :1; }; } WDTCONbits @ 0xFD1; extern volatile unsigned char LVDCON @ 0xFD2; asm("LVDCON equ 0FD2h"); extern volatile union { struct { unsigned LVDL :4; unsigned LVDEN :1; unsigned IRVST :1; }; struct { unsigned LVDL0 :1; unsigned LVDL1 :1; unsigned LVDL2 :1; unsigned LVDL3 :1; }; } LVDCONbits @ 0xFD2; extern volatile unsigned char OSCCON @ 0xFD3; asm("OSCCON equ 0FD3h"); extern volatile union { struct { unsigned SCS :1; }; } OSCCONbits @ 0xFD3; extern volatile unsigned char T0CON @ 0xFD5; asm("T0CON equ 0FD5h"); extern volatile union { struct { unsigned T0PS :3; unsigned PSA :1; unsigned T0SE :1; unsigned T0CS :1; unsigned T08BIT :1; unsigned TMR0ON :1; }; struct { unsigned T0PS0 :1; unsigned T0PS1 :1; unsigned T0PS2 :1; }; } T0CONbits @ 0xFD5; extern volatile unsigned short TMR0 @ 0xFD6; asm("TMR0 equ 0FD6h"); extern volatile union { struct { unsigned TMR0 :16; }; } TMR0bits @ 0xFD6; extern volatile unsigned char TMR0L @ 0xFD6; asm("TMR0L equ 0FD6h"); extern volatile union { struct { unsigned TMR0L :8; }; } TMR0Lbits @ 0xFD6; extern volatile unsigned char TMR0H @ 0xFD7; asm("TMR0H equ 0FD7h"); extern volatile union { struct { unsigned TMR0H :8; }; } TMR0Hbits @ 0xFD7; extern volatile unsigned char STATUS @ 0xFD8; asm("STATUS equ 0FD8h"); extern volatile union { struct { unsigned C :1; unsigned DC :1; unsigned Z :1; unsigned OV :1; unsigned N :1; }; struct { unsigned CARRY :1; }; struct { unsigned :4; unsigned NEGATIVE :1; }; struct { unsigned :3; unsigned OVERFLOW :1; }; struct { unsigned :2; unsigned ZERO :1; }; } STATUSbits @ 0xFD8; extern volatile unsigned short FSR2 @ 0xFD9; asm("FSR2 equ 0FD9h"); extern volatile union { struct { unsigned FSR2 :12; }; } FSR2bits @ 0xFD9; extern volatile unsigned char FSR2L @ 0xFD9; asm("FSR2L equ 0FD9h"); extern volatile union { struct { unsigned FSR2L :8; }; } FSR2Lbits @ 0xFD9; extern volatile unsigned char FSR2H @ 0xFDA; asm("FSR2H equ 0FDAh"); extern volatile union { struct { unsigned FSR2H :4; }; } FSR2Hbits @ 0xFDA; extern volatile unsigned char PLUSW2 @ 0xFDB; asm("PLUSW2 equ 0FDBh"); extern volatile union { struct { unsigned PLUSW2 :8; }; } PLUSW2bits @ 0xFDB; extern volatile unsigned char PREINC2 @ 0xFDC; asm("PREINC2 equ 0FDCh"); extern volatile union { struct { unsigned PREINC2 :8; }; } PREINC2bits @ 0xFDC; extern volatile unsigned char POSTDEC2 @ 0xFDD; asm("POSTDEC2 equ 0FDDh"); extern volatile union { struct { unsigned POSTDEC2 :8; }; } POSTDEC2bits @ 0xFDD; extern volatile unsigned char POSTINC2 @ 0xFDE; asm("POSTINC2 equ 0FDEh"); extern volatile union { struct { unsigned POSTINC2 :8; }; } POSTINC2bits @ 0xFDE; extern volatile unsigned char INDF2 @ 0xFDF; asm("INDF2 equ 0FDFh"); extern volatile union { struct { unsigned INDF2 :8; }; } INDF2bits @ 0xFDF; extern volatile unsigned char BSR @ 0xFE0; asm("BSR equ 0FE0h"); extern volatile union { struct { unsigned BSR :4; }; } BSRbits @ 0xFE0; extern volatile unsigned short FSR1 @ 0xFE1; asm("FSR1 equ 0FE1h"); extern volatile union { struct { unsigned FSR1 :12; }; } FSR1bits @ 0xFE1; extern volatile unsigned char FSR1L @ 0xFE1; asm("FSR1L equ 0FE1h"); extern volatile union { struct { unsigned FSR1L :8; }; } FSR1Lbits @ 0xFE1; extern volatile unsigned char FSR1H @ 0xFE2; asm("FSR1H equ 0FE2h"); extern volatile union { struct { unsigned FSR1H :4; }; } FSR1Hbits @ 0xFE2; extern volatile unsigned char PLUSW1 @ 0xFE3; asm("PLUSW1 equ 0FE3h"); extern volatile union { struct { unsigned PLUSW1 :8; }; } PLUSW1bits @ 0xFE3; extern volatile unsigned char PREINC1 @ 0xFE4; asm("PREINC1 equ 0FE4h"); extern volatile union { struct { unsigned PREINC1 :8; }; } PREINC1bits @ 0xFE4; extern volatile unsigned char POSTDEC1 @ 0xFE5; asm("POSTDEC1 equ 0FE5h"); extern volatile union { struct { unsigned POSTDEC1 :8; }; } POSTDEC1bits @ 0xFE5; extern volatile unsigned char POSTINC1 @ 0xFE6; asm("POSTINC1 equ 0FE6h"); extern volatile union { struct { unsigned POSTINC1 :8; }; } POSTINC1bits @ 0xFE6; extern volatile unsigned char INDF1 @ 0xFE7; asm("INDF1 equ 0FE7h"); extern volatile union { struct { unsigned INDF1 :8; }; } INDF1bits @ 0xFE7; extern volatile unsigned char WREG @ 0xFE8; asm("WREG equ 0FE8h"); # 2399 extern volatile union { struct { unsigned WREG :8; }; } WREGbits @ 0xFE8; extern volatile union { struct { unsigned WREG :8; }; } Wbits @ 0xFE8; extern volatile unsigned short FSR0 @ 0xFE9; asm("FSR0 equ 0FE9h"); extern volatile union { struct { unsigned FSR0 :12; }; } FSR0bits @ 0xFE9; extern volatile unsigned char FSR0L @ 0xFE9; asm("FSR0L equ 0FE9h"); extern volatile union { struct { unsigned FSR0L :8; }; } FSR0Lbits @ 0xFE9; extern volatile unsigned char FSR0H @ 0xFEA; asm("FSR0H equ 0FEAh"); extern volatile union { struct { unsigned FSR0H :4; }; } FSR0Hbits @ 0xFEA; extern volatile unsigned char PLUSW0 @ 0xFEB; asm("PLUSW0 equ 0FEBh"); extern volatile union { struct { unsigned PLUSW0 :8; }; } PLUSW0bits @ 0xFEB; extern volatile unsigned char PREINC0 @ 0xFEC; asm("PREINC0 equ 0FECh"); extern volatile union { struct { unsigned PREINC0 :8; }; } PREINC0bits @ 0xFEC; extern volatile unsigned char POSTDEC0 @ 0xFED; asm("POSTDEC0 equ 0FEDh"); extern volatile union { struct { unsigned POSTDEC0 :8; }; } POSTDEC0bits @ 0xFED; extern volatile unsigned char POSTINC0 @ 0xFEE; asm("POSTINC0 equ 0FEEh"); extern volatile union { struct { unsigned POSTINC0 :8; }; } POSTINC0bits @ 0xFEE; extern volatile unsigned char INDF0 @ 0xFEF; asm("INDF0 equ 0FEFh"); extern volatile union { struct { unsigned INDF0 :8; }; } INDF0bits @ 0xFEF; extern volatile unsigned char INTCON3 @ 0xFF0; asm("INTCON3 equ 0FF0h"); extern volatile union { struct { unsigned INT1IF :1; unsigned INT2IF :1; unsigned :1; unsigned INT1IE :1; unsigned INT2IE :1; unsigned :1; unsigned INT1IP :1; unsigned INT2IP :1; }; struct { unsigned INT1F :1; unsigned INT2F :1; unsigned :1; unsigned INT1E :1; unsigned INT2E :1; unsigned :1; unsigned INT1P :1; unsigned INT2P :1; }; } INTCON3bits @ 0xFF0; extern volatile unsigned char INTCON2 @ 0xFF1; asm("INTCON2 equ 0FF1h"); extern volatile union { struct { unsigned :7; unsigned NOT_RBPU :1; }; struct { unsigned RBIP :1; unsigned :1; unsigned TMR0IP :1; unsigned :1; unsigned INTEDG2 :1; unsigned INTEDG1 :1; unsigned INTEDG0 :1; unsigned nRBPU :1; }; struct { unsigned :2; unsigned T0IP :1; unsigned :4; unsigned RBPU :1; }; } INTCON2bits @ 0xFF1; extern volatile unsigned char INTCON @ 0xFF2; asm("INTCON equ 0FF2h"); extern volatile unsigned char INTCON1 @ 0xFF2; asm("INTCON1 equ 0FF2h"); extern volatile union { struct { unsigned RBIF :1; unsigned INT0IF :1; unsigned TMR0IF :1; unsigned RBIE :1; unsigned INT0IE :1; unsigned TMR0IE :1; unsigned PEIE_GIEL :1; unsigned GIE_GIEH :1; }; struct { unsigned RBIF :1; unsigned INT0IF :1; unsigned TMR0IF :1; unsigned RBIE :1; unsigned INT0IE :1; unsigned TMR0IE :1; unsigned PEIE :1; unsigned GIE :1; }; struct { unsigned RBIF :1; unsigned INT0IF :1; unsigned TMR0IF :1; unsigned RBIE :1; unsigned INT0IE :1; unsigned TMR0IE :1; unsigned GIEL :1; unsigned GIEH :1; }; struct { unsigned RBIF :1; unsigned INT0IF :1; unsigned TMR0IF :1; unsigned RBIE :1; unsigned INT0IE :1; unsigned TMR0IE :1; unsigned PEIE_GIEL :1; unsigned GIE_GIEH :1; }; struct { unsigned :1; unsigned INT0F :1; unsigned T0IF :1; unsigned :1; unsigned INT0E :1; unsigned T0IE :1; unsigned PEIE :1; unsigned GIE :1; }; struct { unsigned :6; unsigned GIEL :1; unsigned GIEH :1; }; } INTCONbits @ 0xFF2; extern volatile union { struct { unsigned RBIF :1; unsigned INT0IF :1; unsigned TMR0IF :1; unsigned RBIE :1; unsigned INT0IE :1; unsigned TMR0IE :1; unsigned PEIE_GIEL :1; unsigned GIE_GIEH :1; }; struct { unsigned RBIF :1; unsigned INT0IF :1; unsigned TMR0IF :1; unsigned RBIE :1; unsigned INT0IE :1; unsigned TMR0IE :1; unsigned PEIE :1; unsigned GIE :1; }; struct { unsigned RBIF :1; unsigned INT0IF :1; unsigned TMR0IF :1; unsigned RBIE :1; unsigned INT0IE :1; unsigned TMR0IE :1; unsigned GIEL :1; unsigned GIEH :1; }; struct { unsigned RBIF :1; unsigned INT0IF :1; unsigned TMR0IF :1; unsigned RBIE :1; unsigned INT0IE :1; unsigned TMR0IE :1; unsigned PEIE_GIEL :1; unsigned GIE_GIEH :1; }; struct { unsigned :1; unsigned INT0F :1; unsigned T0IF :1; unsigned :1; unsigned INT0E :1; unsigned T0IE :1; unsigned PEIE :1; unsigned GIE :1; }; struct { unsigned :6; unsigned GIEL :1; unsigned GIEH :1; }; } INTCON1bits @ 0xFF2; extern volatile unsigned short PROD @ 0xFF3; asm("PROD equ 0FF3h"); extern volatile union { struct { unsigned PROD :16; }; } PRODbits @ 0xFF3; extern volatile unsigned char PRODL @ 0xFF3; asm("PRODL equ 0FF3h"); extern volatile union { struct { unsigned PRODL :8; }; } PRODLbits @ 0xFF3; extern volatile unsigned char PRODH @ 0xFF4; asm("PRODH equ 0FF4h"); extern volatile union { struct { unsigned PRODH :8; }; } PRODHbits @ 0xFF4; extern volatile unsigned char TABLAT @ 0xFF5; asm("TABLAT equ 0FF5h"); extern volatile union { struct { unsigned TABLAT :8; }; } TABLATbits @ 0xFF5; extern volatile unsigned short long TBLPTR @ 0xFF6; asm("TBLPTR equ 0FF6h"); extern volatile union { struct { unsigned TBLPTR :21; unsigned ACSS :1; }; } TBLPTRbits @ 0xFF6; extern volatile unsigned char TBLPTRL @ 0xFF6; asm("TBLPTRL equ 0FF6h"); extern volatile union { struct { unsigned TBLPTRL :8; }; } TBLPTRLbits @ 0xFF6; extern volatile unsigned char TBLPTRH @ 0xFF7; asm("TBLPTRH equ 0FF7h"); extern volatile union { struct { unsigned TBLPTRH :8; }; } TBLPTRHbits @ 0xFF7; extern volatile unsigned char TBLPTRU @ 0xFF8; asm("TBLPTRU equ 0FF8h"); extern volatile union { struct { unsigned TBLPTRU :5; unsigned ACSS :1; }; } TBLPTRUbits @ 0xFF8; extern volatile unsigned short long PCLAT @ 0xFF9; asm("PCLAT equ 0FF9h"); extern volatile unsigned short long PC @ 0xFF9; asm("PC equ 0FF9h"); extern volatile union { struct { unsigned PCLAT :21; }; } PCLATbits @ 0xFF9; extern volatile union { struct { unsigned PCLAT :21; }; } PCbits @ 0xFF9; extern volatile unsigned char PCL @ 0xFF9; asm("PCL equ 0FF9h"); extern volatile union { struct { unsigned PCL :8; }; } PCLbits @ 0xFF9; extern volatile unsigned char PCLATH @ 0xFFA; asm("PCLATH equ 0FFAh"); extern volatile union { struct { unsigned PCH :8; }; } PCLATHbits @ 0xFFA; extern volatile unsigned char PCLATU @ 0xFFB; asm("PCLATU equ 0FFBh"); extern volatile union { struct { unsigned PCU :5; }; } PCLATUbits @ 0xFFB; extern volatile unsigned char STKPTR @ 0xFFC; asm("STKPTR equ 0FFCh"); extern volatile union { struct { unsigned STKPTR :5; unsigned :1; unsigned STKUNF :1; unsigned STKFUL :1; }; struct { unsigned STKPTR0 :1; unsigned STKPTR1 :1; unsigned STKPTR2 :1; unsigned STKPTR3 :1; unsigned STKPTR4 :1; unsigned :2; unsigned STKOVF :1; }; struct { unsigned SP0 :1; unsigned SP1 :1; unsigned SP2 :1; unsigned SP3 :1; unsigned SP4 :1; }; } STKPTRbits @ 0xFFC; extern volatile unsigned short long TOS @ 0xFFD; asm("TOS equ 0FFDh"); extern volatile union { struct { unsigned TOS :21; }; } TOSbits @ 0xFFD; extern volatile unsigned char TOSL @ 0xFFD; asm("TOSL equ 0FFDh"); extern volatile union { struct { unsigned TOSL :8; }; } TOSLbits @ 0xFFD; extern volatile unsigned char TOSH @ 0xFFE; asm("TOSH equ 0FFEh"); extern volatile union { struct { unsigned TOSH :8; }; } TOSHbits @ 0xFFE; extern volatile unsigned char TOSU @ 0xFFF; asm("TOSU equ 0FFFh"); extern volatile union { struct { unsigned TOSU :5; }; } TOSUbits @ 0xFFF; # 2932 extern volatile bit ACKDT @ (((unsigned) &SSPCON2)*8) + 5; extern volatile bit ACKEN @ (((unsigned) &SSPCON2)*8) + 4; extern volatile bit ACKSTAT @ (((unsigned) &SSPCON2)*8) + 6; extern volatile bit ADCAL @ (((unsigned) &ADCON0)*8) + 7; extern volatile bit ADCS0 @ (((unsigned) &ADCON0)*8) + 6; extern volatile bit ADCS1 @ (((unsigned) &ADCON0)*8) + 7; extern volatile bit ADCS2 @ (((unsigned) &ADCON1)*8) + 6; extern volatile bit ADDEN @ (((unsigned) &RCSTA)*8) + 3; extern volatile bit ADFM @ (((unsigned) &ADCON1)*8) + 7; extern volatile bit ADIE @ (((unsigned) &PIE1)*8) + 6; extern volatile bit ADIF @ (((unsigned) &PIR1)*8) + 6; extern volatile bit ADIP @ (((unsigned) &IPR1)*8) + 6; extern volatile bit ADON @ (((unsigned) &ADCON0)*8) + 0; extern volatile bit AN0 @ (((unsigned) &PORTA)*8) + 0; extern volatile bit AN1 @ (((unsigned) &PORTA)*8) + 1; extern volatile bit AN2 @ (((unsigned) &PORTA)*8) + 2; extern volatile bit AN3 @ (((unsigned) &PORTA)*8) + 3; extern volatile bit AN4 @ (((unsigned) &PORTA)*8) + 5; extern volatile bit AN5 @ (((unsigned) &PORTE)*8) + 0; extern volatile bit AN6 @ (((unsigned) &PORTE)*8) + 1; extern volatile bit AN7 @ (((unsigned) &PORTE)*8) + 2; extern volatile bit BCLIE @ (((unsigned) &PIE2)*8) + 3; extern volatile bit BCLIF @ (((unsigned) &PIR2)*8) + 3; extern volatile bit BCLIP @ (((unsigned) &IPR2)*8) + 3; extern volatile bit BF @ (((unsigned) &SSPSTAT)*8) + 0; extern volatile bit BOR @ (((unsigned) &RCON)*8) + 0; extern volatile bit BRGH @ (((unsigned) &TXSTA)*8) + 2; extern volatile bit BRGH1 @ (((unsigned) &TXSTA)*8) + 2; extern volatile bit CARRY @ (((unsigned) &STATUS)*8) + 0; extern volatile bit CCP1 @ (((unsigned) &PORTC)*8) + 2; extern volatile bit CCP10 @ (((unsigned) &PORTE)*8) + 2; extern volatile bit CCP1IE @ (((unsigned) &PIE1)*8) + 2; extern volatile bit CCP1IF @ (((unsigned) &PIR1)*8) + 2; extern volatile bit CCP1IP @ (((unsigned) &IPR1)*8) + 2; extern volatile bit CCP1M0 @ (((unsigned) &CCP1CON)*8) + 0; extern volatile bit CCP1M1 @ (((unsigned) &CCP1CON)*8) + 1; extern volatile bit CCP1M2 @ (((unsigned) &CCP1CON)*8) + 2; extern volatile bit CCP1M3 @ (((unsigned) &CCP1CON)*8) + 3; extern volatile bit CCP1X @ (((unsigned) &CCP1CON)*8) + 5; extern volatile bit CCP1Y @ (((unsigned) &CCP1CON)*8) + 4; extern volatile bit CCP2A @ (((unsigned) &PORTB)*8) + 3; extern volatile bit CCP2E @ (((unsigned) &PORTE)*8) + 7; extern volatile bit CCP2IE @ (((unsigned) &PIE2)*8) + 0; extern volatile bit CCP2IF @ (((unsigned) &PIR2)*8) + 0; extern volatile bit CCP2IP @ (((unsigned) &IPR2)*8) + 0; extern volatile bit CCP2M0 @ (((unsigned) &CCP2CON)*8) + 0; extern volatile bit CCP2M1 @ (((unsigned) &CCP2CON)*8) + 1; extern volatile bit CCP2M2 @ (((unsigned) &CCP2CON)*8) + 2; extern volatile bit CCP2M3 @ (((unsigned) &CCP2CON)*8) + 3; extern volatile bit CCP2X @ (((unsigned) &CCP2CON)*8) + 5; extern volatile bit CCP2Y @ (((unsigned) &CCP2CON)*8) + 4; extern volatile bit CCP2_PA2 @ (((unsigned) &PORTB)*8) + 3; extern volatile bit CCP6E @ (((unsigned) &PORTE)*8) + 6; extern volatile bit CCP7E @ (((unsigned) &PORTE)*8) + 5; extern volatile bit CCP8E @ (((unsigned) &PORTE)*8) + 4; extern volatile bit CCP9E @ (((unsigned) &PORTE)*8) + 3; extern volatile bit CFGS @ (((unsigned) &EECON1)*8) + 6; extern volatile bit CHS0 @ (((unsigned) &ADCON0)*8) + 3; extern volatile bit CHS1 @ (((unsigned) &ADCON0)*8) + 4; extern volatile bit CHS2 @ (((unsigned) &ADCON0)*8) + 5; extern volatile bit CHSN3 @ (((unsigned) &ADCON1)*8) + 3; extern volatile bit CK @ (((unsigned) &PORTC)*8) + 6; extern volatile bit CKE @ (((unsigned) &SSPSTAT)*8) + 6; extern volatile bit CKP @ (((unsigned) &SSPCON1)*8) + 4; extern volatile bit CLKO @ (((unsigned) &PORTA)*8) + 6; extern volatile bit CREN @ (((unsigned) &RCSTA)*8) + 4; extern volatile bit CS @ (((unsigned) &PORTE)*8) + 2; extern volatile bit CSRC @ (((unsigned) &TXSTA)*8) + 7; extern volatile bit CSRC1 @ (((unsigned) &TXSTA)*8) + 7; extern volatile bit DA @ (((unsigned) &SSPSTAT)*8) + 5; extern volatile bit DATA_ADDRESS @ (((unsigned) &SSPSTAT)*8) + 5; extern volatile bit DC @ (((unsigned) &STATUS)*8) + 1; extern volatile bit DC1B0 @ (((unsigned) &CCP1CON)*8) + 4; extern volatile bit DC1B1 @ (((unsigned) &CCP1CON)*8) + 5; extern volatile bit DC2B0 @ (((unsigned) &CCP2CON)*8) + 4; extern volatile bit DC2B1 @ (((unsigned) &CCP2CON)*8) + 5; extern volatile bit DCCPX @ (((unsigned) &CCP2CON)*8) + 5; extern volatile bit DONE @ (((unsigned) &ADCON0)*8) + 2; extern volatile bit DT @ (((unsigned) &PORTC)*8) + 7; extern volatile bit D_A @ (((unsigned) &SSPSTAT)*8) + 5; extern volatile bit D_NOT_A @ (((unsigned) &SSPSTAT)*8) + 5; extern volatile bit D_nA @ (((unsigned) &SSPSTAT)*8) + 5; extern volatile bit EEFS @ (((unsigned) &EECON1)*8) + 6; extern volatile bit EEIE @ (((unsigned) &PIE2)*8) + 4; extern volatile bit EEIF @ (((unsigned) &PIR2)*8) + 4; extern volatile bit EEIP @ (((unsigned) &IPR2)*8) + 4; extern volatile bit EEPGD @ (((unsigned) &EECON1)*8) + 7; extern volatile bit FERR @ (((unsigned) &RCSTA)*8) + 2; extern volatile bit FREE @ (((unsigned) &EECON1)*8) + 4; extern volatile bit GCEN @ (((unsigned) &SSPCON2)*8) + 7; extern volatile bit GIE @ (((unsigned) &INTCON)*8) + 7; extern volatile bit GIEH @ (((unsigned) &INTCON)*8) + 7; extern volatile bit GIEL @ (((unsigned) &INTCON)*8) + 6; extern volatile bit GIE_GIEH @ (((unsigned) &INTCON)*8) + 7; extern volatile bit GO @ (((unsigned) &ADCON0)*8) + 2; extern volatile bit GODONE @ (((unsigned) &ADCON0)*8) + 2; extern volatile bit GO_DONE @ (((unsigned) &ADCON0)*8) + 2; extern volatile bit GO_NOT_DONE @ (((unsigned) &ADCON0)*8) + 2; extern volatile bit GO_nDONE @ (((unsigned) &ADCON0)*8) + 2; extern volatile bit I2C_DAT @ (((unsigned) &SSPSTAT)*8) + 5; extern volatile bit I2C_DATA @ (((unsigned) &SSPSTAT)*8) + 5; extern volatile bit I2C_READ @ (((unsigned) &SSPSTAT)*8) + 2; extern volatile bit I2C_START @ (((unsigned) &SSPSTAT)*8) + 3; extern volatile bit I2C_STOP @ (((unsigned) &SSPSTAT)*8) + 4; extern volatile bit IBF @ (((unsigned) &TRISE)*8) + 7; extern volatile bit IBOV @ (((unsigned) &TRISE)*8) + 5; extern volatile bit INT0 @ (((unsigned) &PORTB)*8) + 0; extern volatile bit INT0E @ (((unsigned) &INTCON)*8) + 4; extern volatile bit INT0F @ (((unsigned) &INTCON)*8) + 1; extern volatile bit INT0IE @ (((unsigned) &INTCON)*8) + 4; extern volatile bit INT0IF @ (((unsigned) &INTCON)*8) + 1; extern volatile bit INT1 @ (((unsigned) &PORTB)*8) + 1; extern volatile bit INT1E @ (((unsigned) &INTCON3)*8) + 3; extern volatile bit INT1F @ (((unsigned) &INTCON3)*8) + 0; extern volatile bit INT1IE @ (((unsigned) &INTCON3)*8) + 3; extern volatile bit INT1IF @ (((unsigned) &INTCON3)*8) + 0; extern volatile bit INT1IP @ (((unsigned) &INTCON3)*8) + 6; extern volatile bit INT1P @ (((unsigned) &INTCON3)*8) + 6; extern volatile bit INT2 @ (((unsigned) &PORTB)*8) + 2; extern volatile bit INT2E @ (((unsigned) &INTCON3)*8) + 4; extern volatile bit INT2F @ (((unsigned) &INTCON3)*8) + 1; extern volatile bit INT2IE @ (((unsigned) &INTCON3)*8) + 4; extern volatile bit INT2IF @ (((unsigned) &INTCON3)*8) + 1; extern volatile bit INT2IP @ (((unsigned) &INTCON3)*8) + 7; extern volatile bit INT2P @ (((unsigned) &INTCON3)*8) + 7; extern volatile bit INTEDG0 @ (((unsigned) &INTCON2)*8) + 6; extern volatile bit INTEDG1 @ (((unsigned) &INTCON2)*8) + 5; extern volatile bit INTEDG2 @ (((unsigned) &INTCON2)*8) + 4; extern volatile bit IPEN @ (((unsigned) &RCON)*8) + 7; extern volatile bit IRVST @ (((unsigned) &LVDCON)*8) + 5; extern volatile bit LA0 @ (((unsigned) &LATA)*8) + 0; extern volatile bit LA1 @ (((unsigned) &LATA)*8) + 1; extern volatile bit LA2 @ (((unsigned) &LATA)*8) + 2; extern volatile bit LA3 @ (((unsigned) &LATA)*8) + 3; extern volatile bit LA4 @ (((unsigned) &LATA)*8) + 4; extern volatile bit LA5 @ (((unsigned) &LATA)*8) + 5; extern volatile bit LA6 @ (((unsigned) &LATA)*8) + 6; extern volatile bit LA7 @ (((unsigned) &LATA)*8) + 7; extern volatile bit LATA0 @ (((unsigned) &LATA)*8) + 0; extern volatile bit LATA1 @ (((unsigned) &LATA)*8) + 1; extern volatile bit LATA2 @ (((unsigned) &LATA)*8) + 2; extern volatile bit LATA3 @ (((unsigned) &LATA)*8) + 3; extern volatile bit LATA4 @ (((unsigned) &LATA)*8) + 4; extern volatile bit LATA5 @ (((unsigned) &LATA)*8) + 5; extern volatile bit LATA6 @ (((unsigned) &LATA)*8) + 6; extern volatile bit LATA7 @ (((unsigned) &LATA)*8) + 7; extern volatile bit LATB0 @ (((unsigned) &LATB)*8) + 0; extern volatile bit LATB1 @ (((unsigned) &LATB)*8) + 1; extern volatile bit LATB2 @ (((unsigned) &LATB)*8) + 2; extern volatile bit LATB3 @ (((unsigned) &LATB)*8) + 3; extern volatile bit LATB4 @ (((unsigned) &LATB)*8) + 4; extern volatile bit LATB5 @ (((unsigned) &LATB)*8) + 5; extern volatile bit LATB6 @ (((unsigned) &LATB)*8) + 6; extern volatile bit LATB7 @ (((unsigned) &LATB)*8) + 7; extern volatile bit LATC0 @ (((unsigned) &LATC)*8) + 0; extern volatile bit LATC1 @ (((unsigned) &LATC)*8) + 1; extern volatile bit LATC2 @ (((unsigned) &LATC)*8) + 2; extern volatile bit LATC3 @ (((unsigned) &LATC)*8) + 3; extern volatile bit LATC4 @ (((unsigned) &LATC)*8) + 4; extern volatile bit LATC5 @ (((unsigned) &LATC)*8) + 5; extern volatile bit LATC6 @ (((unsigned) &LATC)*8) + 6; extern volatile bit LATC7 @ (((unsigned) &LATC)*8) + 7; extern volatile bit LATD0 @ (((unsigned) &LATD)*8) + 0; extern volatile bit LATD1 @ (((unsigned) &LATD)*8) + 1; extern volatile bit LATD2 @ (((unsigned) &LATD)*8) + 2; extern volatile bit LATD3 @ (((unsigned) &LATD)*8) + 3; extern volatile bit LATD4 @ (((unsigned) &LATD)*8) + 4; extern volatile bit LATD5 @ (((unsigned) &LATD)*8) + 5; extern volatile bit LATD6 @ (((unsigned) &LATD)*8) + 6; extern volatile bit LATD7 @ (((unsigned) &LATD)*8) + 7; extern volatile bit LATE0 @ (((unsigned) &LATE)*8) + 0; extern volatile bit LATE1 @ (((unsigned) &LATE)*8) + 1; extern volatile bit LATE2 @ (((unsigned) &LATE)*8) + 2; extern volatile bit LB0 @ (((unsigned) &LATB)*8) + 0; extern volatile bit LB1 @ (((unsigned) &LATB)*8) + 1; extern volatile bit LB2 @ (((unsigned) &LATB)*8) + 2; extern volatile bit LB3 @ (((unsigned) &LATB)*8) + 3; extern volatile bit LB4 @ (((unsigned) &LATB)*8) + 4; extern volatile bit LB5 @ (((unsigned) &LATB)*8) + 5; extern volatile bit LB6 @ (((unsigned) &LATB)*8) + 6; extern volatile bit LB7 @ (((unsigned) &LATB)*8) + 7; extern volatile bit LC0 @ (((unsigned) &LATC)*8) + 0; extern volatile bit LC1 @ (((unsigned) &LATC)*8) + 1; extern volatile bit LC2 @ (((unsigned) &LATC)*8) + 2; extern volatile bit LC3 @ (((unsigned) &LATC)*8) + 3; extern volatile bit LC4 @ (((unsigned) &LATC)*8) + 4; extern volatile bit LC5 @ (((unsigned) &LATC)*8) + 5; extern volatile bit LC6 @ (((unsigned) &LATC)*8) + 6; extern volatile bit LC7 @ (((unsigned) &LATC)*8) + 7; extern volatile bit LD0 @ (((unsigned) &LATD)*8) + 0; extern volatile bit LD1 @ (((unsigned) &LATD)*8) + 1; extern volatile bit LD2 @ (((unsigned) &LATD)*8) + 2; extern volatile bit LD3 @ (((unsigned) &LATD)*8) + 3; extern volatile bit LD4 @ (((unsigned) &LATD)*8) + 4; extern volatile bit LD5 @ (((unsigned) &LATD)*8) + 5; extern volatile bit LD6 @ (((unsigned) &LATD)*8) + 6; extern volatile bit LD7 @ (((unsigned) &LATD)*8) + 7; extern volatile bit LE0 @ (((unsigned) &LATE)*8) + 0; extern volatile bit LE1 @ (((unsigned) &LATE)*8) + 1; extern volatile bit LE2 @ (((unsigned) &LATE)*8) + 2; extern volatile bit LE3 @ (((unsigned) &LATE)*8) + 3; extern volatile bit LE4 @ (((unsigned) &LATE)*8) + 4; extern volatile bit LE5 @ (((unsigned) &LATE)*8) + 5; extern volatile bit LE6 @ (((unsigned) &LATE)*8) + 6; extern volatile bit LE7 @ (((unsigned) &LATE)*8) + 7; extern volatile bit LVDEN @ (((unsigned) &LVDCON)*8) + 4; extern volatile bit LVDIE @ (((unsigned) &PIE2)*8) + 2; extern volatile bit LVDIF @ (((unsigned) &PIR2)*8) + 2; extern volatile bit LVDIN @ (((unsigned) &PORTA)*8) + 5; extern volatile bit LVDIP @ (((unsigned) &IPR2)*8) + 2; extern volatile bit LVDL0 @ (((unsigned) &LVDCON)*8) + 0; extern volatile bit LVDL1 @ (((unsigned) &LVDCON)*8) + 1; extern volatile bit LVDL2 @ (((unsigned) &LVDCON)*8) + 2; extern volatile bit LVDL3 @ (((unsigned) &LVDCON)*8) + 3; extern volatile bit NEGATIVE @ (((unsigned) &STATUS)*8) + 4; extern volatile bit NOT_A @ (((unsigned) &SSPSTAT)*8) + 5; extern volatile bit NOT_ADDRESS @ (((unsigned) &SSPSTAT)*8) + 5; extern volatile bit NOT_BOR @ (((unsigned) &RCON)*8) + 0; extern volatile bit NOT_DONE @ (((unsigned) &ADCON0)*8) + 2; extern volatile bit NOT_IPEN @ (((unsigned) &RCON)*8) + 7; extern volatile bit NOT_PD @ (((unsigned) &RCON)*8) + 2; extern volatile bit NOT_POR @ (((unsigned) &RCON)*8) + 1; extern volatile bit NOT_RBPU @ (((unsigned) &INTCON2)*8) + 7; extern volatile bit NOT_RC8 @ (((unsigned) &RCSTA)*8) + 6; extern volatile bit NOT_RI @ (((unsigned) &RCON)*8) + 4; extern volatile bit NOT_T1SYNC @ (((unsigned) &T1CON)*8) + 2; extern volatile bit NOT_T3SYNC @ (((unsigned) &T3CON)*8) + 2; extern volatile bit NOT_TO @ (((unsigned) &RCON)*8) + 3; extern volatile bit NOT_TX8 @ (((unsigned) &TXSTA)*8) + 6; extern volatile bit NOT_W @ (((unsigned) &SSPSTAT)*8) + 2; extern volatile bit NOT_WRITE @ (((unsigned) &SSPSTAT)*8) + 2; extern volatile bit OBF @ (((unsigned) &TRISE)*8) + 6; extern volatile bit OERR @ (((unsigned) &RCSTA)*8) + 1; extern volatile bit OSC2 @ (((unsigned) &PORTA)*8) + 6; extern volatile bit OV @ (((unsigned) &STATUS)*8) + 3; extern volatile bit OVERFLOW @ (((unsigned) &STATUS)*8) + 3; extern volatile bit PA1 @ (((unsigned) &PORTC)*8) + 2; extern volatile bit PA2 @ (((unsigned) &PORTC)*8) + 1; extern volatile bit PA2E @ (((unsigned) &PORTE)*8) + 7; extern volatile bit PB1E @ (((unsigned) &PORTE)*8) + 6; extern volatile bit PB2 @ (((unsigned) &PORTE)*8) + 2; extern volatile bit PB3E @ (((unsigned) &PORTE)*8) + 4; extern volatile bit PC1E @ (((unsigned) &PORTE)*8) + 5; extern volatile bit PC2 @ (((unsigned) &PORTE)*8) + 1; extern volatile bit PC3E @ (((unsigned) &PORTE)*8) + 3; extern volatile bit PCFG0 @ (((unsigned) &ADCON1)*8) + 0; extern volatile bit PCFG1 @ (((unsigned) &ADCON1)*8) + 1; extern volatile bit PCFG2 @ (((unsigned) &ADCON1)*8) + 2; extern volatile bit PCFG3 @ (((unsigned) &ADCON1)*8) + 3; extern volatile bit PD @ (((unsigned) &RCON)*8) + 2; extern volatile bit PD2 @ (((unsigned) &PORTE)*8) + 0; extern volatile bit PEIE @ (((unsigned) &INTCON)*8) + 6; extern volatile bit PEIE_GIEL @ (((unsigned) &INTCON)*8) + 6; extern volatile bit PEN @ (((unsigned) &SSPCON2)*8) + 2; extern volatile bit PGC @ (((unsigned) &PORTB)*8) + 6; extern volatile bit PGD @ (((unsigned) &PORTB)*8) + 7; extern volatile bit PGM @ (((unsigned) &PORTB)*8) + 5; extern volatile bit POR @ (((unsigned) &RCON)*8) + 1; extern volatile bit PSA @ (((unsigned) &T0CON)*8) + 3; extern volatile bit PSP0 @ (((unsigned) &PORTD)*8) + 0; extern volatile bit PSP1 @ (((unsigned) &PORTD)*8) + 1; extern volatile bit PSP2 @ (((unsigned) &PORTD)*8) + 2; extern volatile bit PSP3 @ (((unsigned) &PORTD)*8) + 3; extern volatile bit PSP4 @ (((unsigned) &PORTD)*8) + 4; extern volatile bit PSP5 @ (((unsigned) &PORTD)*8) + 5; extern volatile bit PSP6 @ (((unsigned) &PORTD)*8) + 6; extern volatile bit PSP7 @ (((unsigned) &PORTD)*8) + 7; extern volatile bit PSPIE @ (((unsigned) &PIE1)*8) + 7; extern volatile bit PSPIF @ (((unsigned) &PIR1)*8) + 7; extern volatile bit PSPIP @ (((unsigned) &IPR1)*8) + 7; extern volatile bit PSPMODE @ (((unsigned) &TRISE)*8) + 4; extern volatile bit __attribute__((__deprecated__)) RA0 @ (((unsigned) &PORTA)*8) + 0; extern volatile bit __attribute__((__deprecated__)) RA1 @ (((unsigned) &PORTA)*8) + 1; extern volatile bit __attribute__((__deprecated__)) RA2 @ (((unsigned) &PORTA)*8) + 2; extern volatile bit __attribute__((__deprecated__)) RA3 @ (((unsigned) &PORTA)*8) + 3; extern volatile bit __attribute__((__deprecated__)) RA4 @ (((unsigned) &PORTA)*8) + 4; extern volatile bit __attribute__((__deprecated__)) RA5 @ (((unsigned) &PORTA)*8) + 5; extern volatile bit __attribute__((__deprecated__)) RA6 @ (((unsigned) &PORTA)*8) + 6; extern volatile bit RA7 @ (((unsigned) &PORTA)*8) + 7; extern volatile bit __attribute__((__deprecated__)) RB0 @ (((unsigned) &PORTB)*8) + 0; extern volatile bit __attribute__((__deprecated__)) RB1 @ (((unsigned) &PORTB)*8) + 1; extern volatile bit __attribute__((__deprecated__)) RB2 @ (((unsigned) &PORTB)*8) + 2; extern volatile bit __attribute__((__deprecated__)) RB3 @ (((unsigned) &PORTB)*8) + 3; extern volatile bit __attribute__((__deprecated__)) RB4 @ (((unsigned) &PORTB)*8) + 4; extern volatile bit __attribute__((__deprecated__)) RB5 @ (((unsigned) &PORTB)*8) + 5; extern volatile bit __attribute__((__deprecated__)) RB6 @ (((unsigned) &PORTB)*8) + 6; extern volatile bit __attribute__((__deprecated__)) RB7 @ (((unsigned) &PORTB)*8) + 7; extern volatile bit RBIE @ (((unsigned) &INTCON)*8) + 3; extern volatile bit RBIF @ (((unsigned) &INTCON)*8) + 0; extern volatile bit RBIP @ (((unsigned) &INTCON2)*8) + 0; extern volatile bit RBPU @ (((unsigned) &INTCON2)*8) + 7; extern volatile bit __attribute__((__deprecated__)) RC0 @ (((unsigned) &PORTC)*8) + 0; extern volatile bit __attribute__((__deprecated__)) RC1 @ (((unsigned) &PORTC)*8) + 1; extern volatile bit RC1IE @ (((unsigned) &PIE1)*8) + 5; extern volatile bit RC1IF @ (((unsigned) &PIR1)*8) + 5; extern volatile bit RC1IP @ (((unsigned) &IPR1)*8) + 5; extern volatile bit __attribute__((__deprecated__)) RC2 @ (((unsigned) &PORTC)*8) + 2; extern volatile bit __attribute__((__deprecated__)) RC3 @ (((unsigned) &PORTC)*8) + 3; extern volatile bit __attribute__((__deprecated__)) RC4 @ (((unsigned) &PORTC)*8) + 4; extern volatile bit __attribute__((__deprecated__)) RC5 @ (((unsigned) &PORTC)*8) + 5; extern volatile bit __attribute__((__deprecated__)) RC6 @ (((unsigned) &PORTC)*8) + 6; extern volatile bit __attribute__((__deprecated__)) RC7 @ (((unsigned) &PORTC)*8) + 7; extern volatile bit RC8_9 @ (((unsigned) &RCSTA)*8) + 6; extern volatile bit RC9 @ (((unsigned) &RCSTA)*8) + 6; extern volatile bit RCD8 @ (((unsigned) &RCSTA)*8) + 0; extern volatile bit RCEN @ (((unsigned) &SSPCON2)*8) + 3; extern volatile bit RCIE @ (((unsigned) &PIE1)*8) + 5; extern volatile bit RCIF @ (((unsigned) &PIR1)*8) + 5; extern volatile bit RCIP @ (((unsigned) &IPR1)*8) + 5; extern volatile bit __attribute__((__deprecated__)) RD @ (((unsigned) &EECON1)*8) + 0; extern volatile bit __attribute__((__deprecated__)) RD0 @ (((unsigned) &PORTD)*8) + 0; extern volatile bit __attribute__((__deprecated__)) RD1 @ (((unsigned) &PORTD)*8) + 1; extern volatile bit __attribute__((__deprecated__)) RD16 @ (((unsigned) &T1CON)*8) + 7; extern volatile bit RD163 @ (((unsigned) &T3CON)*8) + 7; extern volatile bit __attribute__((__deprecated__)) RD2 @ (((unsigned) &PORTD)*8) + 2; extern volatile bit __attribute__((__deprecated__)) RD3 @ (((unsigned) &PORTD)*8) + 3; extern volatile bit __attribute__((__deprecated__)) RD4 @ (((unsigned) &PORTD)*8) + 4; extern volatile bit __attribute__((__deprecated__)) RD5 @ (((unsigned) &PORTD)*8) + 5; extern volatile bit __attribute__((__deprecated__)) RD6 @ (((unsigned) &PORTD)*8) + 6; extern volatile bit __attribute__((__deprecated__)) RD7 @ (((unsigned) &PORTD)*8) + 7; extern volatile bit RDE @ (((unsigned) &PORTE)*8) + 0; extern volatile bit __attribute__((__deprecated__)) RE0 @ (((unsigned) &PORTE)*8) + 0; extern volatile bit __attribute__((__deprecated__)) RE1 @ (((unsigned) &PORTE)*8) + 1; extern volatile bit __attribute__((__deprecated__)) RE2 @ (((unsigned) &PORTE)*8) + 2; extern volatile bit RE3 @ (((unsigned) &PORTE)*8) + 3; extern volatile bit RE4 @ (((unsigned) &PORTE)*8) + 4; extern volatile bit RE5 @ (((unsigned) &PORTE)*8) + 5; extern volatile bit RE6 @ (((unsigned) &PORTE)*8) + 6; extern volatile bit RE7 @ (((unsigned) &PORTE)*8) + 7; extern volatile bit READ_WRITE @ (((unsigned) &SSPSTAT)*8) + 2; extern volatile bit RI @ (((unsigned) &RCON)*8) + 4; extern volatile bit RJPU @ (((unsigned) &PORTA)*8) + 7; extern volatile bit RSEN @ (((unsigned) &SSPCON2)*8) + 1; extern volatile bit RW @ (((unsigned) &SSPSTAT)*8) + 2; extern volatile bit RX @ (((unsigned) &PORTC)*8) + 7; extern volatile bit RX9 @ (((unsigned) &RCSTA)*8) + 6; extern volatile bit RX9D @ (((unsigned) &RCSTA)*8) + 0; extern volatile bit R_NOT_W @ (((unsigned) &SSPSTAT)*8) + 2; extern volatile bit R_W @ (((unsigned) &SSPSTAT)*8) + 2; extern volatile bit R_nW @ (((unsigned) &SSPSTAT)*8) + 2; extern volatile bit SCK @ (((unsigned) &PORTC)*8) + 3; extern volatile bit SCL @ (((unsigned) &PORTC)*8) + 3; extern volatile bit SCS @ (((unsigned) &OSCCON)*8) + 0; extern volatile bit SDA @ (((unsigned) &PORTC)*8) + 4; extern volatile bit SDI @ (((unsigned) &PORTC)*8) + 4; extern volatile bit SDO @ (((unsigned) &PORTC)*8) + 5; extern volatile bit SEN @ (((unsigned) &SSPCON2)*8) + 0; extern volatile bit SMP @ (((unsigned) &SSPSTAT)*8) + 7; extern volatile bit SOSCEN @ (((unsigned) &T1CON)*8) + 3; extern volatile bit SOSCEN3 @ (((unsigned) &T3CON)*8) + 3; extern volatile bit SP0 @ (((unsigned) &STKPTR)*8) + 0; extern volatile bit SP1 @ (((unsigned) &STKPTR)*8) + 1; extern volatile bit SP2 @ (((unsigned) &STKPTR)*8) + 2; extern volatile bit SP3 @ (((unsigned) &STKPTR)*8) + 3; extern volatile bit SP4 @ (((unsigned) &STKPTR)*8) + 4; extern volatile bit SPEN @ (((unsigned) &RCSTA)*8) + 7; extern volatile bit SREN @ (((unsigned) &RCSTA)*8) + 5; extern volatile bit SRENA @ (((unsigned) &RCSTA)*8) + 5; extern volatile bit SS @ (((unsigned) &PORTA)*8) + 5; extern volatile bit SS2 @ (((unsigned) &PORTD)*8) + 7; extern volatile bit SSPEN @ (((unsigned) &SSPCON1)*8) + 5; extern volatile bit SSPIE @ (((unsigned) &PIE1)*8) + 3; extern volatile bit SSPIF @ (((unsigned) &PIR1)*8) + 3; extern volatile bit SSPIP @ (((unsigned) &IPR1)*8) + 3; extern volatile bit SSPM0 @ (((unsigned) &SSPCON1)*8) + 0; extern volatile bit SSPM1 @ (((unsigned) &SSPCON1)*8) + 1; extern volatile bit SSPM2 @ (((unsigned) &SSPCON1)*8) + 2; extern volatile bit SSPM3 @ (((unsigned) &SSPCON1)*8) + 3; extern volatile bit SSPOV @ (((unsigned) &SSPCON1)*8) + 6; extern volatile bit START @ (((unsigned) &SSPSTAT)*8) + 3; extern volatile bit STKFUL @ (((unsigned) &STKPTR)*8) + 7; extern volatile bit STKOVF @ (((unsigned) &STKPTR)*8) + 7; extern volatile bit STKPTR0 @ (((unsigned) &STKPTR)*8) + 0; extern volatile bit STKPTR1 @ (((unsigned) &STKPTR)*8) + 1; extern volatile bit STKPTR2 @ (((unsigned) &STKPTR)*8) + 2; extern volatile bit STKPTR3 @ (((unsigned) &STKPTR)*8) + 3; extern volatile bit STKPTR4 @ (((unsigned) &STKPTR)*8) + 4; extern volatile bit STKUNF @ (((unsigned) &STKPTR)*8) + 6; extern volatile bit STOP @ (((unsigned) &SSPSTAT)*8) + 4; extern volatile bit SWDTE @ (((unsigned) &WDTCON)*8) + 0; extern volatile bit SWDTEN @ (((unsigned) &WDTCON)*8) + 0; extern volatile bit SYNC @ (((unsigned) &TXSTA)*8) + 4; extern volatile bit SYNC1 @ (((unsigned) &TXSTA)*8) + 4; extern volatile bit T08BIT @ (((unsigned) &T0CON)*8) + 6; extern volatile bit T0CKI @ (((unsigned) &PORTA)*8) + 4; extern volatile bit T0CS @ (((unsigned) &T0CON)*8) + 5; extern volatile bit T0IE @ (((unsigned) &INTCON)*8) + 5; extern volatile bit T0IF @ (((unsigned) &INTCON)*8) + 2; extern volatile bit T0IP @ (((unsigned) &INTCON2)*8) + 2; extern volatile bit T0PS0 @ (((unsigned) &T0CON)*8) + 0; extern volatile bit T0PS1 @ (((unsigned) &T0CON)*8) + 1; extern volatile bit T0PS2 @ (((unsigned) &T0CON)*8) + 2; extern volatile bit T0SE @ (((unsigned) &T0CON)*8) + 4; extern volatile bit T1CKI @ (((unsigned) &PORTC)*8) + 0; extern volatile bit T1CKPS0 @ (((unsigned) &T1CON)*8) + 4; extern volatile bit T1CKPS1 @ (((unsigned) &T1CON)*8) + 5; extern volatile bit T1INSYNC @ (((unsigned) &T1CON)*8) + 2; extern volatile bit T1OSCEN @ (((unsigned) &T1CON)*8) + 3; extern volatile bit T1OSI @ (((unsigned) &PORTC)*8) + 1; extern volatile bit T1OSO @ (((unsigned) &PORTC)*8) + 0; extern volatile bit T1RD16 @ (((unsigned) &T1CON)*8) + 7; extern volatile bit T1SYNC @ (((unsigned) &T1CON)*8) + 2; extern volatile bit T2CKPS0 @ (((unsigned) &T2CON)*8) + 0; extern volatile bit T2CKPS1 @ (((unsigned) &T2CON)*8) + 1; extern volatile bit T3CCP1 @ (((unsigned) &T3CON)*8) + 3; extern volatile bit T3CCP2 @ (((unsigned) &T3CON)*8) + 6; extern volatile bit T3CKPS0 @ (((unsigned) &T3CON)*8) + 4; extern volatile bit T3CKPS1 @ (((unsigned) &T3CON)*8) + 5; extern volatile bit T3INSYNC @ (((unsigned) &T3CON)*8) + 2; extern volatile bit T3RD16 @ (((unsigned) &T3CON)*8) + 7; extern volatile bit T3SYNC @ (((unsigned) &T3CON)*8) + 2; extern volatile bit TMR0IE @ (((unsigned) &INTCON)*8) + 5; extern volatile bit TMR0IF @ (((unsigned) &INTCON)*8) + 2; extern volatile bit TMR0IP @ (((unsigned) &INTCON2)*8) + 2; extern volatile bit TMR0ON @ (((unsigned) &T0CON)*8) + 7; extern volatile bit TMR1CS @ (((unsigned) &T1CON)*8) + 1; extern volatile bit TMR1IE @ (((unsigned) &PIE1)*8) + 0; extern volatile bit TMR1IF @ (((unsigned) &PIR1)*8) + 0; extern volatile bit TMR1IP @ (((unsigned) &IPR1)*8) + 0; extern volatile bit TMR1ON @ (((unsigned) &T1CON)*8) + 0; extern volatile bit TMR2IE @ (((unsigned) &PIE1)*8) + 1; extern volatile bit TMR2IF @ (((unsigned) &PIR1)*8) + 1; extern volatile bit TMR2IP @ (((unsigned) &IPR1)*8) + 1; extern volatile bit TMR2ON @ (((unsigned) &T2CON)*8) + 2; extern volatile bit TMR3CS @ (((unsigned) &T3CON)*8) + 1; extern volatile bit TMR3IE @ (((unsigned) &PIE2)*8) + 1; extern volatile bit TMR3IF @ (((unsigned) &PIR2)*8) + 1; extern volatile bit TMR3IP @ (((unsigned) &IPR2)*8) + 1; extern volatile bit TMR3ON @ (((unsigned) &T3CON)*8) + 0; extern volatile bit TO @ (((unsigned) &RCON)*8) + 3; extern volatile bit TOUTPS0 @ (((unsigned) &T2CON)*8) + 3; extern volatile bit TOUTPS1 @ (((unsigned) &T2CON)*8) + 4; extern volatile bit TOUTPS2 @ (((unsigned) &T2CON)*8) + 5; extern volatile bit TOUTPS3 @ (((unsigned) &T2CON)*8) + 6; extern volatile bit TRISA0 @ (((unsigned) &TRISA)*8) + 0; extern volatile bit TRISA1 @ (((unsigned) &TRISA)*8) + 1; extern volatile bit TRISA2 @ (((unsigned) &TRISA)*8) + 2; extern volatile bit TRISA3 @ (((unsigned) &TRISA)*8) + 3; extern volatile bit TRISA4 @ (((unsigned) &TRISA)*8) + 4; extern volatile bit TRISA5 @ (((unsigned) &TRISA)*8) + 5; extern volatile bit TRISA6 @ (((unsigned) &TRISA)*8) + 6; extern volatile bit TRISB0 @ (((unsigned) &TRISB)*8) + 0; extern volatile bit TRISB1 @ (((unsigned) &TRISB)*8) + 1; extern volatile bit TRISB2 @ (((unsigned) &TRISB)*8) + 2; extern volatile bit TRISB3 @ (((unsigned) &TRISB)*8) + 3; extern volatile bit TRISB4 @ (((unsigned) &TRISB)*8) + 4; extern volatile bit TRISB5 @ (((unsigned) &TRISB)*8) + 5; extern volatile bit TRISB6 @ (((unsigned) &TRISB)*8) + 6; extern volatile bit TRISB7 @ (((unsigned) &TRISB)*8) + 7; extern volatile bit TRISC0 @ (((unsigned) &TRISC)*8) + 0; extern volatile bit TRISC1 @ (((unsigned) &TRISC)*8) + 1; extern volatile bit TRISC2 @ (((unsigned) &TRISC)*8) + 2; extern volatile bit TRISC3 @ (((unsigned) &TRISC)*8) + 3; extern volatile bit TRISC4 @ (((unsigned) &TRISC)*8) + 4; extern volatile bit TRISC5 @ (((unsigned) &TRISC)*8) + 5; extern volatile bit TRISC6 @ (((unsigned) &TRISC)*8) + 6; extern volatile bit TRISC7 @ (((unsigned) &TRISC)*8) + 7; extern volatile bit TRISD0 @ (((unsigned) &TRISD)*8) + 0; extern volatile bit TRISD1 @ (((unsigned) &TRISD)*8) + 1; extern volatile bit TRISD2 @ (((unsigned) &TRISD)*8) + 2; extern volatile bit TRISD3 @ (((unsigned) &TRISD)*8) + 3; extern volatile bit TRISD4 @ (((unsigned) &TRISD)*8) + 4; extern volatile bit TRISD5 @ (((unsigned) &TRISD)*8) + 5; extern volatile bit TRISD6 @ (((unsigned) &TRISD)*8) + 6; extern volatile bit TRISD7 @ (((unsigned) &TRISD)*8) + 7; extern volatile bit TRISE0 @ (((unsigned) &TRISE)*8) + 0; extern volatile bit TRISE1 @ (((unsigned) &TRISE)*8) + 1; extern volatile bit TRISE2 @ (((unsigned) &TRISE)*8) + 2; extern volatile bit TRMT @ (((unsigned) &TXSTA)*8) + 1; extern volatile bit TRMT1 @ (((unsigned) &TXSTA)*8) + 1; extern volatile bit TX @ (((unsigned) &PORTC)*8) + 6; extern volatile bit TX1IE @ (((unsigned) &PIE1)*8) + 4; extern volatile bit TX1IF @ (((unsigned) &PIR1)*8) + 4; extern volatile bit TX1IP @ (((unsigned) &IPR1)*8) + 4; extern volatile bit TX8_9 @ (((unsigned) &TXSTA)*8) + 6; extern volatile bit TX9 @ (((unsigned) &TXSTA)*8) + 6; extern volatile bit TX91 @ (((unsigned) &TXSTA)*8) + 6; extern volatile bit TX9D @ (((unsigned) &TXSTA)*8) + 0; extern volatile bit TX9D1 @ (((unsigned) &TXSTA)*8) + 0; extern volatile bit TXD8 @ (((unsigned) &TXSTA)*8) + 0; extern volatile bit TXEN @ (((unsigned) &TXSTA)*8) + 5; extern volatile bit TXEN1 @ (((unsigned) &TXSTA)*8) + 5; extern volatile bit TXIE @ (((unsigned) &PIE1)*8) + 4; extern volatile bit TXIF @ (((unsigned) &PIR1)*8) + 4; extern volatile bit TXIP @ (((unsigned) &IPR1)*8) + 4; extern volatile bit UA @ (((unsigned) &SSPSTAT)*8) + 1; extern volatile bit ULPWUIN @ (((unsigned) &PORTA)*8) + 0; extern volatile bit VREFM @ (((unsigned) &PORTA)*8) + 2; extern volatile bit VREFP @ (((unsigned) &PORTA)*8) + 3; extern volatile bit WCOL @ (((unsigned) &SSPCON1)*8) + 7; extern volatile bit __attribute__((__deprecated__)) WR @ (((unsigned) &EECON1)*8) + 1; extern volatile bit WRE @ (((unsigned) &PORTE)*8) + 1; extern volatile bit WREN @ (((unsigned) &EECON1)*8) + 2; extern volatile bit WRERR @ (((unsigned) &EECON1)*8) + 3; extern volatile bit ZERO @ (((unsigned) &STATUS)*8) + 2; extern volatile bit nA @ (((unsigned) &SSPSTAT)*8) + 5; extern volatile bit nADDRESS @ (((unsigned) &SSPSTAT)*8) + 5; extern volatile bit nBOR @ (((unsigned) &RCON)*8) + 0; extern volatile bit nDONE @ (((unsigned) &ADCON0)*8) + 2; extern volatile bit nIPEN @ (((unsigned) &RCON)*8) + 7; extern volatile bit nPD @ (((unsigned) &RCON)*8) + 2; extern volatile bit nPOR @ (((unsigned) &RCON)*8) + 1; extern volatile bit nRBPU @ (((unsigned) &INTCON2)*8) + 7; extern volatile bit nRC8 @ (((unsigned) &RCSTA)*8) + 6; extern volatile bit nRI @ (((unsigned) &RCON)*8) + 4; extern volatile bit nT1SYNC @ (((unsigned) &T1CON)*8) + 2; extern volatile bit nT3SYNC @ (((unsigned) &T3CON)*8) + 2; extern volatile bit nTO @ (((unsigned) &RCON)*8) + 3; extern volatile bit nTX8 @ (((unsigned) &TXSTA)*8) + 6; extern volatile bit nW @ (((unsigned) &SSPSTAT)*8) + 2; extern volatile bit nWRITE @ (((unsigned) &SSPSTAT)*8) + 2; # 12 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\stdio.h" typedef int ptrdiff_t; typedef unsigned size_t; typedef unsigned short wchar_t; # 31 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\stdarg.h" typedef void * va_list[1]; #pragma inline(__va_start) extern void * __va_start(void); #pragma inline(__va_arg) extern void * __va_arg(void *, ...); # 27 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\stdio.h" extern int errno; # 58 struct __prbuf { char * ptr; void (* func)(char); }; # 17 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\conio.h" extern int errno; extern void init_uart(void); extern char getch(void); extern char getche(void); extern void putch(char); extern void ungetch(char); extern bit kbhit(void); # 31 extern char * cgets(char *); extern void cputs(const char *); # 103 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\stdio.h" extern int cprintf(char *, ...); #pragma printf_check(cprintf) extern int _doprnt(struct __prbuf *, const register char *, register va_list); # 195 extern char * gets(char *); extern int puts(const char *); extern int scanf(const char *, ...); extern int sscanf(const char *, const char *, ...); extern int vprintf(const char *, va_list); extern int vsprintf(char *, const char *, va_list); extern int vscanf(const char *, va_list ap); extern int vsscanf(const char *, const char *, va_list); #pragma printf_check(printf) const #pragma printf_check(sprintf) const extern int sprintf(char *, const char *, ...); extern int printf(const char *, ...); # 971 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\plib/adc.h" union ADCResult { int lr; char br[2]; }; char BusyADC (void); void ConvertADC (void); int ReadADC(void); void CloseADC(void); void OpenADC ( unsigned char , unsigned char ); # 1028 void SetChanADC(unsigned char ); void SelChanConvADC( unsigned char ); # 584 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\plib\spi.h" void OpenSPI( unsigned char sync_mode, unsigned char bus_mode, unsigned char smp_phase ); unsigned char WriteSPI( unsigned char data_out ); void getsSPI( unsigned char *rdptr, unsigned char length ); void putsSPI( unsigned char *wrptr ); unsigned char ReadSPI( void ); # 414 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\plib/can2510.h" void CAN2510Initialize( unsigned int configuration, unsigned char brp, unsigned char interruptFlags, unsigned char SPI_syncMode, unsigned char SPI_busMode, unsigned char SPI_smpPhase ); unsigned char CAN2510Init( unsigned short long BufferConfig, unsigned short long BitTimeConfig, unsigned char interruptEnables, unsigned char SPI_syncMode, unsigned char SPI_busMode, unsigned char SPI_smpPhase ); void CAN2510Enable( void ); void CAN2510Disable( void ); void CAN2510Reset( void ); void CAN2510SetMode( unsigned char mode ); unsigned char CAN2510ReadMode( void ); unsigned char CAN2510ReadStatus( void ); unsigned char CAN2510ErrorState( void ); unsigned char CAN2510InterruptStatus( void ); void CAN2510InterruptEnable( unsigned char interruptFlags ); unsigned char CAN2510ByteRead( unsigned char addr ); void CAN2510ByteWrite( unsigned char addr, unsigned char value ); void CAN2510SequentialRead( unsigned char *DataArray, unsigned char CAN2510addr, unsigned char numbytes ); void CAN2510SequentialWrite( unsigned char *DataArray, unsigned char CAN2510addr, unsigned char numbytes ); void CAN2510BitModify( unsigned char address, unsigned char mask, unsigned char data ); void CAN2510SetSingleMaskStd( unsigned char maskNum, unsigned int mask ); void CAN2510SetSingleMaskXtd( unsigned char maskNum, unsigned long mask ); void CAN2510SetSingleFilterStd( unsigned char filterNum, unsigned int filter ); void CAN2510SetSingleFilterXtd( unsigned char filterNum, unsigned long filter ); unsigned char CAN2510SetMsgFilterStd( unsigned char bufferNum, unsigned int mask, unsigned int *filters ); unsigned char CAN2510SetMsgFilterXtd( unsigned char bufferNum, unsigned long mask, unsigned long *filters ); unsigned char CAN2510WriteStd( unsigned int msgId, unsigned char msgPriority, unsigned char numBytes, unsigned char *data ); unsigned char CAN2510WriteXtd( unsigned long msgId, unsigned char msgPriority, unsigned char numBytes, unsigned char *data ); void CAN2510LoadBufferStd( unsigned char bufferNum, unsigned int msgId, unsigned char numBytes, unsigned char *data ); void CAN2510LoadBufferXtd( unsigned char bufferNum, unsigned long msgId, unsigned char numBytes, unsigned char *data ); void CAN2510LoadRTRStd( unsigned char bufferNum, unsigned int msgId, unsigned char numBytes ); void CAN2510LoadRTRXtd( unsigned char bufferNum, unsigned long msgId, unsigned char numBytes ); void CAN2510SetBufferPriority( unsigned char bufferNum, unsigned char bufferPriority ); void CAN2510SendBuffer( unsigned char bufferNumber ); unsigned char CAN2510WriteBuffer( unsigned char bufferNum ); unsigned char CAN2510DataReady( unsigned char bufferNum ); unsigned char CAN2510DataRead( unsigned char bufferNum, unsigned long *msgId, unsigned char *numBytes, unsigned char *data ); # 64 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\plib/capture.h" union capstatus { # 72 struct { # 76 unsigned Cap1OVF:1; # 81 unsigned Cap2OVF:1; # 114 }; unsigned :8; }; extern union capstatus CapStatus; union CapResult { unsigned int lc; char bc[2]; }; # 425 void OpenCapture1 ( unsigned char config); unsigned int ReadCapture1 (void); void CloseCapture1 (void); # 435 void OpenCapture2 ( unsigned char config); unsigned int ReadCapture2 (void); void CloseCapture2 (void); # 336 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\plib/compare.h" void OpenCompare1(unsigned char config,unsigned int period); void CloseCompare1(void); # 343 void OpenCompare2(unsigned char config, unsigned int period); void CloseCompare2(void); # 36 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\plib/EEP.h" void Busy_eep ( void ); unsigned char Read_b_eep( unsigned int badd ); void Write_b_eep( unsigned int badd, unsigned char bdata ); # 13 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\stddef.h" extern int errno; # 65 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\GenericTypeDefs.h" typedef enum _BOOL { FALSE = 0, TRUE } BOOL; typedef enum _BIT { CLEAR = 0, SET } BIT; # 75 typedef signed int INT; typedef signed char INT8; typedef signed short int INT16; typedef signed long int INT32; typedef signed long long INT64; typedef unsigned int UINT; typedef unsigned char UINT8; typedef unsigned short int UINT16; # 93 typedef unsigned long int UINT32; typedef unsigned long long UINT64; typedef union { UINT8 Val; struct { UINT8 b0:1; UINT8 b1:1; UINT8 b2:1; UINT8 b3:1; UINT8 b4:1; UINT8 b5:1; UINT8 b6:1; UINT8 b7:1; } bits; } UINT8_VAL, UINT8_BITS; typedef union { UINT16 Val; UINT8 v[2] ; struct { UINT8 LB; UINT8 HB; } byte; struct { UINT8 b0:1; UINT8 b1:1; UINT8 b2:1; UINT8 b3:1; UINT8 b4:1; UINT8 b5:1; UINT8 b6:1; UINT8 b7:1; UINT8 b8:1; UINT8 b9:1; UINT8 b10:1; UINT8 b11:1; UINT8 b12:1; UINT8 b13:1; UINT8 b14:1; UINT8 b15:1; } bits; } UINT16_VAL, UINT16_BITS; # 187 typedef union { UINT32 Val; UINT16 w[2] ; UINT8 v[4] ; struct { UINT16 LW; UINT16 HW; } word; struct { UINT8 LB; UINT8 HB; UINT8 UB; UINT8 MB; } byte; struct { UINT16_VAL low; UINT16_VAL high; }wordUnion; struct { UINT8 b0:1; UINT8 b1:1; UINT8 b2:1; UINT8 b3:1; UINT8 b4:1; UINT8 b5:1; UINT8 b6:1; UINT8 b7:1; UINT8 b8:1; UINT8 b9:1; UINT8 b10:1; UINT8 b11:1; UINT8 b12:1; UINT8 b13:1; UINT8 b14:1; UINT8 b15:1; UINT8 b16:1; UINT8 b17:1; UINT8 b18:1; UINT8 b19:1; UINT8 b20:1; UINT8 b21:1; UINT8 b22:1; UINT8 b23:1; UINT8 b24:1; UINT8 b25:1; UINT8 b26:1; UINT8 b27:1; UINT8 b28:1; UINT8 b29:1; UINT8 b30:1; UINT8 b31:1; } bits; } UINT32_VAL; typedef union { UINT64 Val; UINT32 d[2] ; UINT16 w[4] ; UINT8 v[8] ; struct { UINT32 LD; UINT32 HD; } dword; struct { UINT16 LW; UINT16 HW; UINT16 UW; UINT16 MW; } word; struct { UINT8 b0:1; UINT8 b1:1; UINT8 b2:1; UINT8 b3:1; UINT8 b4:1; UINT8 b5:1; UINT8 b6:1; UINT8 b7:1; UINT8 b8:1; UINT8 b9:1; UINT8 b10:1; UINT8 b11:1; UINT8 b12:1; UINT8 b13:1; UINT8 b14:1; UINT8 b15:1; UINT8 b16:1; UINT8 b17:1; UINT8 b18:1; UINT8 b19:1; UINT8 b20:1; UINT8 b21:1; UINT8 b22:1; UINT8 b23:1; UINT8 b24:1; UINT8 b25:1; UINT8 b26:1; UINT8 b27:1; UINT8 b28:1; UINT8 b29:1; UINT8 b30:1; UINT8 b31:1; UINT8 b32:1; UINT8 b33:1; UINT8 b34:1; UINT8 b35:1; UINT8 b36:1; UINT8 b37:1; UINT8 b38:1; UINT8 b39:1; UINT8 b40:1; UINT8 b41:1; UINT8 b42:1; UINT8 b43:1; UINT8 b44:1; UINT8 b45:1; UINT8 b46:1; UINT8 b47:1; UINT8 b48:1; UINT8 b49:1; UINT8 b50:1; UINT8 b51:1; UINT8 b52:1; UINT8 b53:1; UINT8 b54:1; UINT8 b55:1; UINT8 b56:1; UINT8 b57:1; UINT8 b58:1; UINT8 b59:1; UINT8 b60:1; UINT8 b61:1; UINT8 b62:1; UINT8 b63:1; } bits; } UINT64_VAL; # 339 typedef void VOID; typedef char CHAR8; typedef unsigned char UCHAR8; typedef unsigned char BYTE; typedef unsigned short int WORD; typedef unsigned long DWORD; typedef unsigned long long QWORD; typedef signed char CHAR; typedef signed short int SHORT; typedef signed long LONG; typedef signed long long LONGLONG; typedef union { BYTE Val; struct { BYTE b0:1; BYTE b1:1; BYTE b2:1; BYTE b3:1; BYTE b4:1; BYTE b5:1; BYTE b6:1; BYTE b7:1; } bits; } BYTE_VAL, BYTE_BITS; typedef union { WORD Val; BYTE v[2] ; struct { BYTE LB; BYTE HB; } byte; struct { BYTE b0:1; BYTE b1:1; BYTE b2:1; BYTE b3:1; BYTE b4:1; BYTE b5:1; BYTE b6:1; BYTE b7:1; BYTE b8:1; BYTE b9:1; BYTE b10:1; BYTE b11:1; BYTE b12:1; BYTE b13:1; BYTE b14:1; BYTE b15:1; } bits; } WORD_VAL, WORD_BITS; typedef union { DWORD Val; WORD w[2] ; BYTE v[4] ; struct { WORD LW; WORD HW; } word; struct { BYTE LB; BYTE HB; BYTE UB; BYTE MB; } byte; struct { WORD_VAL low; WORD_VAL high; }wordUnion; struct { BYTE b0:1; BYTE b1:1; BYTE b2:1; BYTE b3:1; BYTE b4:1; BYTE b5:1; BYTE b6:1; BYTE b7:1; BYTE b8:1; BYTE b9:1; BYTE b10:1; BYTE b11:1; BYTE b12:1; BYTE b13:1; BYTE b14:1; BYTE b15:1; BYTE b16:1; BYTE b17:1; BYTE b18:1; BYTE b19:1; BYTE b20:1; BYTE b21:1; BYTE b22:1; BYTE b23:1; BYTE b24:1; BYTE b25:1; BYTE b26:1; BYTE b27:1; BYTE b28:1; BYTE b29:1; BYTE b30:1; BYTE b31:1; } bits; } DWORD_VAL; typedef union { QWORD Val; DWORD d[2] ; WORD w[4] ; BYTE v[8] ; struct { DWORD LD; DWORD HD; } dword; struct { WORD LW; WORD HW; WORD UW; WORD MW; } word; struct { BYTE b0:1; BYTE b1:1; BYTE b2:1; BYTE b3:1; BYTE b4:1; BYTE b5:1; BYTE b6:1; BYTE b7:1; BYTE b8:1; BYTE b9:1; BYTE b10:1; BYTE b11:1; BYTE b12:1; BYTE b13:1; BYTE b14:1; BYTE b15:1; BYTE b16:1; BYTE b17:1; BYTE b18:1; BYTE b19:1; BYTE b20:1; BYTE b21:1; BYTE b22:1; BYTE b23:1; BYTE b24:1; BYTE b25:1; BYTE b26:1; BYTE b27:1; BYTE b28:1; BYTE b29:1; BYTE b30:1; BYTE b31:1; BYTE b32:1; BYTE b33:1; BYTE b34:1; BYTE b35:1; BYTE b36:1; BYTE b37:1; BYTE b38:1; BYTE b39:1; BYTE b40:1; BYTE b41:1; BYTE b42:1; BYTE b43:1; BYTE b44:1; BYTE b45:1; BYTE b46:1; BYTE b47:1; BYTE b48:1; BYTE b49:1; BYTE b50:1; BYTE b51:1; BYTE b52:1; BYTE b53:1; BYTE b54:1; BYTE b55:1; BYTE b56:1; BYTE b57:1; BYTE b58:1; BYTE b59:1; BYTE b60:1; BYTE b61:1; BYTE b62:1; BYTE b63:1; } bits; } QWORD_VAL; # 113 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\plib/flash.h" extern void ReadFlash(unsigned long startaddr, unsigned int num_bytes, unsigned char *flash_array); # 120 extern void EraseFlash(unsigned long startaddr, unsigned long endaddr); extern void WriteBlockFlash(unsigned long startaddr, unsigned char num_blocks, unsigned char *flash_array); extern void WriteBytesFlash(unsigned long startaddr, unsigned int num_bytes, unsigned char *flash_array); # 769 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\plib/i2c.h" void IdleI2C( void ); void OpenI2C( unsigned char sync_mode, unsigned char slew ); unsigned char WriteI2C( unsigned char data_out ); signed char putsI2C( unsigned char *wrptr ); unsigned char ReadI2C( void ); void CloseI2C( void ); # 893 unsigned char WriteI2C( unsigned char data_out ); unsigned char getsI2C( unsigned char *rdptr, unsigned char length ); # 902 unsigned char EEAckPolling( unsigned char control ); unsigned char EEByteWrite( unsigned char control, unsigned char address, unsigned char data ); unsigned int EECurrentAddRead( unsigned char control ); unsigned char EEPageWrite( unsigned char control, unsigned char address, unsigned char *wrptr ); unsigned int EERandomRead( unsigned char control, unsigned char address ); unsigned char EESequentialRead( unsigned char control, unsigned char address, unsigned char *rdptr, unsigned char length ); # 295 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\plib/mwire.h" void OpenMwire( unsigned char sync_mode ); unsigned char ReadMwire( unsigned char high_byte, unsigned char low_byte ); # 311 unsigned char WriteMwire( unsigned char data_out ); # 324 void getsMwire( unsigned char *rdptr, unsigned char length ); # 126 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\plib/portb.h" void OpenPORTB( unsigned char config); # 162 void OpenRB0INT( unsigned char config); # 180 void OpenRB1INT( unsigned char config); # 197 void OpenRB2INT( unsigned char config); # 85 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\plib/pwm.h" union PWMDC { unsigned int lpwm; char bpwm[2]; }; # 416 void OpenPWM1 ( char period); void SetDCPWM1 ( unsigned int duty_cycle); # 426 void ClosePWM1 (void); # 434 void OpenPWM2 ( char period); void SetDCPWM2( unsigned int duty_cycle); # 441 void ClosePWM2 (void); # 16 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\plib/reset.h" char isMCLR(void); void StatusReset(void); char isPOR(void); char isWU(void); char isBOR(void); char isWDTTO(void); char isWDTWU(void); char isLVD(void); # 509 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\plib/rtcc.h" void Open_RTCC(void); void Close_RTCC(void); unsigned char update_RTCC(void); # 97 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\plib/sw_i2c.h" void SWStopI2C ( void ); void SWStartI2C ( void ); void SWRestartI2C ( void ); void SWStopI2C ( void ); signed char SWAckI2C( void ); signed char Clock_test( void ); unsigned int SWReadI2C( void ); signed char SWWriteI2C( unsigned char data_out ); signed char SWGetsI2C( unsigned char *rdptr, unsigned char length ); signed char SWPutsI2C( unsigned char *wrptr ); # 84 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\plib/sw_spi.h" void OpenSWSPI(void); char WriteSWSPI( char output); void SetCSSWSPI(void); void ClearCSSWSPI(void); # 47 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\plib/sw_uart.h" void OpenUART(void); unsigned char ReadUART(void); void WriteUART( unsigned char); void getsUART( char *, unsigned char); void putsUART( char *); # 79 extern void DelayRXBitUART (void); extern void DelayRXHalfBitUART(void); extern void DelayTXBitUART (void); # 36 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\plib/timers.h" union Timers { unsigned int lt; char bt[2]; }; # 110 void OpenTimer0 ( unsigned char config); void CloseTimer0 (void); unsigned int ReadTimer0 (void); void WriteTimer0 ( unsigned int timer0); # 222 void OpenTimer1 ( unsigned char config); void CloseTimer1 (void); unsigned int ReadTimer1 (void); void WriteTimer1 ( unsigned int timer1); # 311 void OpenTimer2 ( unsigned char config); void CloseTimer2 (void); # 377 void OpenTimer3 ( unsigned char config); void CloseTimer3 (void); unsigned int ReadTimer3 (void); void WriteTimer3 ( unsigned int timer3); # 1141 void SetTmrCCPSrc( unsigned char ); # 392 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\plib/usart.h" union USART { unsigned char val; struct { unsigned RX_NINE:1; unsigned TX_NINE:1; unsigned FRAME_ERROR:1; unsigned OVERRUN_ERROR:1; unsigned fill:4; }; }; extern union USART USART_Status; void OpenUSART ( unsigned char config, unsigned spbrg); # 420 char ReadUSART (void); void WriteUSART ( char data); void getsUSART ( char *buffer, unsigned char len); void putsUSART ( char *data); void putrsUSART ( const char *data); # 79 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\plib/xlcd.h" void OpenXLCD( unsigned char); # 84 void SetCGRamAddr( unsigned char); # 89 void SetDDRamAddr( unsigned char); # 94 unsigned char BusyXLCD(void); # 99 unsigned char ReadAddrXLCD(void); # 104 char ReadDataXLCD(void); # 109 void WriteCmdXLCD( unsigned char); # 114 void WriteDataXLCD( char); # 124 void putsXLCD( char *); # 129 void putrsXLCD(const char *); extern void DelayFor18TCY(void); extern void DelayPORXLCD(void); extern void DelayXLCD(void); # 18 "C:\Program Files (x86)\HI-TECH Software\PICC-18\9.80\include\pic18.h" __attribute__((unsupported("The flash_write routine is no longer supported. Please use the peripheral library functions: WriteBytesFlash, WriteBlockFlash or WriteWordFlash"))) void flash_write(const unsigned char *, unsigned int, far unsigned char *); # 60 extern unsigned char idloc_read(unsigned char reg_no); extern void idloc_write(unsigned char reg_no,unsigned char data); # 185 #pragma inline(_delay) extern void _delay(unsigned long); #pragma inline(_delaywdt) extern void _delaywdt(unsigned long); #pragma inline(_delay3) extern void _delay3(unsigned char); # 25 "C:\Users\LK\Desktop\exam\Fnd_Test\test.c" volatile char Num[11] = {0X3F, 0X06, 0X5B, 0X4F, 0X66, 0X6D, 0X7D, 0X27, 0X7F, 0X6F}; volatile static unsigned int FndCnt; volatile static unsigned int CntDelay = 0;; void flilflop_Enable(unsigned char Add, unsigned char OuputData) { PORTD = OuputData; PORTB |= 0X10; PORTC = Add; PORTB &= ~0X10; PORTB |= 0X10; } void FndTimer() { volatile static int cnt2 = 0; cnt2++; if (cnt2 == 100) { cnt2 = 0; FndCnt++; if (FndCnt == 9999) { FndCnt = 0; } } } void FndTest() { volatile static int j, k, l, m = 0; j = (FndCnt % 10000) / 1000; k = (FndCnt % 1000) / 100; l = (FndCnt % 100) / 10; m = (FndCnt % 10); if (CntDelay == 1) { flilflop_Enable(0X02, 0X02); flilflop_Enable(0X01, Num[j]); } if (CntDelay == 2) { flilflop_Enable(0X02, 0X04); flilflop_Enable(0X01, Num[k]); } if (CntDelay == 3) { flilflop_Enable(0X02, 0X08); flilflop_Enable(0X01, Num[l]); } if (CntDelay == 4) { flilflop_Enable(0X02, 0X10); flilflop_Enable(0X01, Num[m]); CntDelay = 0; } } void interrupt HIGH_ISR(void) { INTCON &= ~0X04; CntDelay++; FndTimer(); TMR0 += 6; } void SysInit() { TRISA = 0X0f; TRISB = 0X01; PORTB = 0X00; TRISC = 0x80; PORTC = 0X00; TRISD = 0X00; PORTD = 0X00; TRISE = 0X00; PORTE = 0X00; T0CON=0b11000011; INTCON=0b10100000; TMR0L=0X06; flilflop_Enable(0X00, 0); } void main() { SysInit(); while (1) { FndTest(); } }