pic16lf1903.h

picc

// Register: OSCSTAT
// Oscillator Status Register
volatile unsigned char           OSCSTAT             @ 0x09A;
// bit and bitfield definitions
// Low Freqency Internal Oscillator Ready bit
volatile bit HFIOFS              @ ((unsigned)&OSCSTAT*8)+0;
// Low Freqency Internal Oscillator Ready bit
volatile bit LFIOFR              @ ((unsigned)&OSCSTAT*8)+1;
// High Freqency Internal Oscillator Ready bit
volatile bit HFIOFR              @ ((unsigned)&OSCSTAT*8)+4;
// Oscillator Start-up Time-out Status bit
volatile bit OSTS                @ ((unsigned)&OSCSTAT*8)+5;
// Timer1 Oscillator Ready bit
volatile bit T1OSCR              @ ((unsigned)&OSCSTAT*8)+7;
#ifndef _LIB_BUILD
volatile union {
    struct {
        unsigned	HFIOFS              : 1;
        unsigned	LFIOFR              : 1;
        unsigned	                    : 1;
        unsigned	: 1;
        unsigned	HFIOFR              : 1;
        unsigned	OSTS                : 1;
        unsigned	: 1;
        unsigned	T1OSCR              : 1;
    };
} OSCSTATbits @ 0x09A;
#endif
// bit and bitfield definitions

// Register: ADRESL
// A/D Result Register LSB
volatile unsigned char           ADRESL              @ 0x09B;
// bit and bitfield definitions

// Register: ADRESH
// A/D Result Register MSB
volatile unsigned char           ADRESH              @ 0x09C;
// bit and bitfield definitions

// Register: ADRES
volatile unsigned int            ADRES               @ 0x09B;

// Register: ADCON0
// Analog-to-Digital Control Register 0
volatile unsigned char           ADCON0              @ 0x09D;
// bit and bitfield definitions
// A/D Module Enable bit
volatile bit ADON                @ ((unsigned)&ADCON0*8)+0;
// A/D Conversion Status bit
volatile bit GO_nDONE            @ ((unsigned)&ADCON0*8)+1;
// Analog Channel Select bits
volatile bit CHS0                @ ((unsigned)&ADCON0*8)+2;
// Analog Channel Select bits
volatile bit CHS1                @ ((unsigned)&ADCON0*8)+3;
// Analog Channel Select bits
volatile bit CHS2                @ ((unsigned)&ADCON0*8)+4;
// Analog Channel Select bits
volatile bit CHS3                @ ((unsigned)&ADCON0*8)+5;
// Analog Channel Select bits
volatile bit CHS4                @ ((unsigned)&ADCON0*8)+6;
// A/D Conversion Status bit
volatile bit ADGO                @ ((unsigned)&ADCON0*8)+1;
// A/D Conversion Status bit
volatile bit GO                  @ ((unsigned)&ADCON0*8)+1;
// A/D Conversion Status bit
volatile bit nDONE               @ ((unsigned)&ADCON0*8)+1;
#ifndef _LIB_BUILD
volatile union {
    struct {
        unsigned	ADON                : 1;
        unsigned	GO_nDONE            : 1;
        unsigned	CHS0                : 1;
        unsigned	CHS1                : 1;
        unsigned	CHS2                : 1;
        unsigned	CHS3                : 1;
        unsigned	CHS4                : 1;
        unsigned	                    : 1;
    };
    struct {
        unsigned	: 1;
        unsigned	ADGO                : 1;
        unsigned	CHS                 : 5;
    };
    struct {
        unsigned	: 1;
        unsigned	GO                  : 1;
    };
    struct {
        unsigned	: 1;
        unsigned	nDONE               : 1;
    };
} ADCON0bits @ 0x09D;
#endif

// Register: ADCON1
// Analog-to-Digital Control Register 1
volatile unsigned char           ADCON1              @ 0x09E;
// bit and bitfield definitions
// A/D Conversion Clock Select bits
volatile bit ADCS0               @ ((unsigned)&ADCON1*8)+4;
// A/D Conversion Clock Select bits
volatile bit ADCS1               @ ((unsigned)&ADCON1*8)+5;
// A/D Conversion Clock Select bits
volatile bit ADCS2               @ ((unsigned)&ADCON1*8)+6;
// A/D Result Format Select bit
volatile bit ADFM                @ ((unsigned)&ADCON1*8)+7;
#ifndef _LIB_BUILD
volatile union {
    struct {
        unsigned	                    : 1;
        unsigned	: 1;
        unsigned	: 1;
        unsigned	: 1;
        unsigned	ADCS0               : 1;
        unsigned	ADCS1               : 1;
        unsigned	ADCS2               : 1;
        unsigned	ADFM                : 1;
    };
    struct {
        unsigned	ADPREF              : 2;
        unsigned	: 2;
        unsigned	ADCS                : 3;
    };
} ADCON1bits @ 0x09E;
#endif

//
// Special function register definitions: Bank 2
//


// Register: LATA
volatile unsigned char           LATA                @ 0x10C;
// bit and bitfield definitions
volatile bit LATA0               @ ((unsigned)&LATA*8)+0;
volatile bit LATA1               @ ((unsigned)&LATA*8)+1;
volatile bit LATA2               @ ((unsigned)&LATA*8)+2;
volatile bit LATA3               @ ((unsigned)&LATA*8)+3;
volatile bit LATA4               @ ((unsigned)&LATA*8)+4;
volatile bit LATA5               @ ((unsigned)&LATA*8)+5;
volatile bit LATA6               @ ((unsigned)&LATA*8)+6;
volatile bit LATA7               @ ((unsigned)&LATA*8)+7;
#ifndef _LIB_BUILD
volatile union {
    struct {
        unsigned	LATA0               : 1;
        unsigned	LATA1               : 1;
        unsigned	LATA2               : 1;
        unsigned	LATA3               : 1;
        unsigned	LATA4               : 1;
        unsigned	LATA5               : 1;
        unsigned	LATA6               : 1;
        unsigned	LATA7               : 1;
    };
} LATAbits @ 0x10C;
#endif

// Register: LATB
volatile unsigned char           LATB                @ 0x10D;
// bit and bitfield definitions
volatile bit LATB0               @ ((unsigned)&LATB*8)+0;
volatile bit LATB1               @ ((unsigned)&LATB*8)+1;
volatile bit LATB2               @ ((unsigned)&LATB*8)+2;
volatile bit LATB3               @ ((unsigned)&LATB*8)+3;
volatile bit LATB4               @ ((unsigned)&LATB*8)+4;
volatile bit LATB5               @ ((unsigned)&LATB*8)+5;
volatile bit LATB6               @ ((unsigned)&LATB*8)+6;
volatile bit LATB7               @ ((unsigned)&LATB*8)+7;
#ifndef _LIB_BUILD
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;
    };
} LATBbits @ 0x10D;
#endif

// Register: LATC
volatile unsigned char           LATC                @ 0x10E;
// bit and bitfield definitions
volatile bit LATC0               @ ((unsigned)&LATC*8)+0;
volatile bit LATC1               @ ((unsigned)&LATC*8)+1;
volatile bit LATC2               @ ((unsigned)&LATC*8)+2;
volatile bit LATC3               @ ((unsigned)&LATC*8)+3;
volatile bit LATC4               @ ((unsigned)&LATC*8)+4;
volatile bit LATC5               @ ((unsigned)&LATC*8)+5;
volatile bit LATC6               @ ((unsigned)&LATC*8)+6;
volatile bit LATC7               @ ((unsigned)&LATC*8)+7;
#ifndef _LIB_BUILD
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;
    };
} LATCbits @ 0x10E;
#endif

// Register: LATE
volatile unsigned char           LATE                @ 0x110;
// bit and bitfield definitions

// Register: BORCON
// Brown-out Reset Control Register
volatile unsigned char           BORCON              @ 0x116;
// bit and bitfield definitions
// Brown-out Reset Circuit Ready Status bit
volatile bit BORRDY              @ ((unsigned)&BORCON*8)+0;
// Software Brown Out Reset Enable bit
volatile bit SBOREN              @ ((unsigned)&BORCON*8)+7;
#ifndef _LIB_BUILD
volatile union {
    struct {
        unsigned	BORRDY              : 1;
        unsigned	                    : 6;
        unsigned	SBOREN              : 1;
    };
} BORCONbits @ 0x116;
#endif

// Register: FVRCON
// Voltage Reference Control Register 0
volatile unsigned char           FVRCON              @ 0x117;
// bit and bitfield definitions
// A/D Converter Fixed Voltage Reference Selection
volatile bit ADFVR0              @ ((unsigned)&FVRCON*8)+0;
// A/D Converter Fixed Voltage Reference Selection
volatile bit ADFVR1              @ ((unsigned)&FVRCON*8)+1;
// Fixed Voltage Reference Ready Flag
volatile bit FVRRDY              @ ((unsigned)&FVRCON*8)+6;
// Fixed Voltage Reference Enable
volatile bit FVREN               @ ((unsigned)&FVRCON*8)+7;
#ifndef _LIB_BUILD
volatile union {
    struct {
        unsigned	ADFVR0              : 1;
        unsigned	ADFVR1              : 1;
        unsigned	                    : 1;
        unsigned	: 1;
        unsigned	: 1;
        unsigned	: 1;
        unsigned	FVRRDY              : 1;
        unsigned	FVREN               : 1;
    };
    struct {
        unsigned	ADFVR               : 2;
        unsigned	CDAFVR              : 2;
    };
} FVRCONbits @ 0x117;
#endif

//
// Special function register definitions: Bank 3
//


// Register: ANSELA
volatile unsigned char           ANSELA              @ 0x18C;
// bit and bitfield definitions
volatile bit ANSA0               @ ((unsigned)&ANSELA*8)+0;
volatile bit ANSA1               @ ((unsigned)&ANSELA*8)+1;
volatile bit ANSA2               @ ((unsigned)&ANSELA*8)+2;
volatile bit ANSA3               @ ((unsigned)&ANSELA*8)+3;
volatile bit ANSA5               @ ((unsigned)&ANSELA*8)+5;
#ifndef _LIB_BUILD
volatile union {
    struct {
        unsigned	ANSA0               : 1;
        unsigned	ANSA1               : 1;
        unsigned	ANSA2               : 1;
        unsigned	ANSA3               : 1;
        unsigned	                    : 1;
        unsigned	ANSA5               : 1;
        unsigned	: 1;
        unsigned	: 1;
    };
    struct {
        unsigned	ANSELA              : 6;
    };
} ANSELAbits @ 0x18C;
#endif

// Register: ANSELB
volatile unsigned char           ANSELB              @ 0x18D;
// bit and bitfield definitions
volatile bit ANSB0               @ ((unsigned)&ANSELB*8)+0;
volatile bit ANSB1               @ ((unsigned)&ANSELB*8)+1;
volatile bit ANSB2               @ ((unsigned)&ANSELB*8)+2;
volatile bit ANSB3               @ ((unsigned)&ANSELB*8)+3;
volatile bit ANSB4               @ ((unsigned)&ANSELB*8)+4;
volatile bit ANSB5               @ ((unsigned)&ANSELB*8)+5;
#ifndef _LIB_BUILD
volatile union {
    struct {
        unsigned	ANSB0               : 1;
        unsigned	ANSB1               : 1;
        unsigned	ANSB2               : 1;
        unsigned	ANSB3               : 1;
        unsigned	ANSB4               : 1;
        unsigned	ANSB5               : 1;
        unsigned	                    : 2;
    };
    struct {
        unsigned	ANSELB              : 6;
    };
} ANSELBbits @ 0x18D;
#endif
// bit and bitfield definitions

// Register: PMADRL
volatile unsigned char           PMADRL              @ 0x191;
// bit and bitfield definitions

// Register: PMADRH
volatile unsigned char           PMADRH              @ 0x192;
// bit and bitfield definitions
#ifndef _LIB_BUILD
volatile union {
    struct {
        unsigned	PMADRH              : 7;
    };
} PMADRHbits @ 0x192;
#endif

// Register: PMADR
volatile unsigned int            PMADR               @ 0x191;
// bit and bitfield definitions

// Register: PMDATL
volatile unsigned char           PMDATL              @ 0x193;
// bit and bitfield definitions

// Register: PMDATH
volatile unsigned char           PMDATH              @ 0x194;
// bit and bitfield definitions
#ifndef _LIB_BUILD
volatile union {
    struct {
        unsigned	PMDATH              : 6;
    };
} PMDATHbits @ 0x194;
#endif

// Register: PMDAT
volatile unsigned int            PMDAT               @ 0x193;

// Register: PMCON1
volatile unsigned char           PMCON1              @ 0x195;
// bit and bitfield definitions
// Read Control bit
volatile bit RD                  @ ((unsigned)&PMCON1*8)+0;
// Write Control bit
volatile bit WR                  @ ((unsigned)&PMCON1*8)+1;
// Program/Erase Enable bit
volatile bit WREN                @ ((unsigned)&PMCON1*8)+2;
// Sequence Error Flag bit
volatile bit WRERR               @ ((unsigned)&PMCON1*8)+3;
// Program FLASH Erase Enable bit
volatile bit FREE                @ ((unsigned)&PMCON1*8)+4;