pic16c433.h

sdcc是为51等小型嵌入式cpu设计的c语言编译器支持数种不同类型的cpu

//
// Register Declarations for Microchip 16C433 Processor
//
//
// This header file was automatically generated by:
//
//	inc2h.pl V1.6
//
//	Copyright (c) 2002, Kevin L. Pauba, All Rights Reserved
//
//	SDCC is licensed under the GNU Public license (GPL) v2.  Note that
//	this license covers the code to the compiler and other executables,
//	but explicitly does not cover any code or objects generated by sdcc.
//	We have not yet decided on a license for the run time libraries, but
//	it will not put any requirements on code linked against it. See:
// 
//	http://www.gnu.org/copyleft/gpl/html
//
//	See http://sdcc.sourceforge.net/ for the latest information on sdcc.
//
// 
#ifndef P16C433_H
#define P16C433_H

//
// Register addresses.
//
#define INDF_ADDR	0x0000
#define TMR0_ADDR	0x0001
#define PCL_ADDR	0x0002
#define STATUS_ADDR	0x0003
#define FSR_ADDR	0x0004
#define GPIO_ADDR	0x0005
#define PCLATH_ADDR	0x000A
#define INTCON_ADDR	0x000B
#define PIR1_ADDR	0x000C
#define ADRES_ADDR	0x001E
#define ADCON0_ADDR	0x001F
#define OPTION_REG_ADDR	0x0081
#define TRISIO_ADDR	0x0085
#define PIE1_ADDR	0x008C
#define PCON_ADDR	0x008E
#define OSCCAL_ADDR	0x008F
#define ADCON1_ADDR	0x009F

//
// Memory organization.
//

#pragma memmap INDF_ADDR INDF_ADDR SFR 0x000	// INDF
#pragma memmap TMR0_ADDR TMR0_ADDR SFR 0x000	// TMR0
#pragma memmap PCL_ADDR PCL_ADDR SFR 0x000	// PCL
#pragma memmap STATUS_ADDR STATUS_ADDR SFR 0x000	// STATUS
#pragma memmap FSR_ADDR FSR_ADDR SFR 0x000	// FSR
#pragma memmap GPIO_ADDR GPIO_ADDR SFR 0x000	// GPIO
#pragma memmap PCLATH_ADDR PCLATH_ADDR SFR 0x000	// PCLATH
#pragma memmap INTCON_ADDR INTCON_ADDR SFR 0x000	// INTCON
#pragma memmap PIR1_ADDR PIR1_ADDR SFR 0x000	// PIR1
#pragma memmap ADRES_ADDR ADRES_ADDR SFR 0x000	// ADRES
#pragma memmap ADCON0_ADDR ADCON0_ADDR SFR 0x000	// ADCON0
#pragma memmap OPTION_REG_ADDR OPTION_REG_ADDR SFR 0x000	// OPTION_REG
#pragma memmap TRISIO_ADDR TRISIO_ADDR SFR 0x000	// TRISIO
#pragma memmap PIE1_ADDR PIE1_ADDR SFR 0x000	// PIE1
#pragma memmap PCON_ADDR PCON_ADDR SFR 0x000	// PCON
#pragma memmap OSCCAL_ADDR OSCCAL_ADDR SFR 0x000	// OSCCAL
#pragma memmap ADCON1_ADDR ADCON1_ADDR SFR 0x000	// ADCON1


//         LIST
// P16C433.INC  Standard Header File, Version 1.00    Microchip Technology, Inc.
//         NOLIST

// This header file defines configurations, registers, and other useful bits of
// information for the PIC16C433 microcontroller.  These names are taken to match 
// the data sheets as closely as possible.  

// Note that the processor must be selected before this file is 
// included.  The processor may be selected the following ways:

//       1. Command line switch:
//               C:\ MPASM MYFILE.ASM /PIC16C433
//       2. LIST directive in the source file
//               LIST   P=PIC16C433
//       3. Processor Type entry in the MPASM full-screen interface

//==========================================================================
//
//       Revision History
//
//==========================================================================

//Rev:   Date:       Reason:

//1.00   31 Aug 2000 Original Release
//1.10	28 Mar 2001 Corrected definitions of LINTX and LINRX.
//==========================================================================
//
//       Verify Processor
//
//==========================================================================

//        IFNDEF __16C433
//            MESSG "Processor-header file mismatch.  Verify selected processor."
//         ENDIF

//==========================================================================
//
//       Register Definitions
//
//==========================================================================

#define W                    0x0000
#define F                    0x0001

//----- Register Files------------------------------------------------------

extern __data __at (INDF_ADDR) volatile char      INDF;
extern __sfr  __at (TMR0_ADDR)                    TMR0;
extern __data __at (PCL_ADDR) volatile char       PCL;
extern __sfr  __at (STATUS_ADDR)                  STATUS;
extern __sfr  __at (FSR_ADDR)                     FSR;
extern __sfr  __at (GPIO_ADDR)                    GPIO;
extern __sfr  __at (PCLATH_ADDR)                  PCLATH;
extern __sfr  __at (INTCON_ADDR)                  INTCON;
extern __sfr  __at (PIR1_ADDR)                    PIR1;
extern __sfr  __at (ADRES_ADDR)                   ADRES;
extern __sfr  __at (ADCON0_ADDR)                  ADCON0;

extern __sfr  __at (OPTION_REG_ADDR)              OPTION_REG;
extern __sfr  __at (TRISIO_ADDR)                  TRISIO;
extern __sfr  __at (PIE1_ADDR)                    PIE1;
extern __sfr  __at (PCON_ADDR)                    PCON;
extern __sfr  __at (OSCCAL_ADDR)                  OSCCAL;
extern __sfr  __at (ADCON1_ADDR)                  ADCON1;

//----- STATUS Bits --------------------------------------------------------


//----- LIN Port bits (within GPIO) ----------------------------------------

//----- ADCON0 Bits --------------------------------------------------------


//----- INTCON Bits --------------------------------------------------------


//----- PIR1 Bits ----------------------------------------------------------


//----- OPTION Bits --------------------------------------------------------


//----- PIE1 Bits ----------------------------------------------------------


//----- PCON Bits ----------------------------------------------------------


//----- OSCCAL Bits --------------------------------------------------------


//----- ADCON1 Bits --------------------------------------------------------


//==========================================================================
//
//       RAM Definition
//
//==========================================================================

//         __MAXRAM H'FF'
//         __BADRAM H'06'-H'09', H'0D'-H'1D'
//         __BADRAM H'86'-H'89', H'8D', H'90'-H'9E', H'C0'-H'EF'

//==========================================================================
//
//       Configuration Bits
//
//==========================================================================

#define _MCLRE_ON            0x3FFF
#define _MCLRE_OFF           0x3F7F
#define _CP_ALL              0x009F
#define _CP_75               0x15BF
#define _CP_50               0x2ADF
#define _CP_OFF              0x3FFF
#define _PWRTE_OFF           0x3FFF
#define _PWRTE_ON            0x3FEF
#define _WDT_ON              0x3FFF
#define _WDT_OFF             0x3FF7
#define _LP_OSC              0x3FF8
#define _XT_OSC              0x3FF9
#define _HS_OSC              0x3FFA
#define _INTRC_OSC           0x3FFC
#define _INTRC_OSC_NOCLKOUT  0x3FFC
#define _INTRC_OSC_CLKOUT    0x3FFD
#define _EXTRC_OSC           0x3FFE
#define _EXTRC_OSC_NOCLKOUT  0x3FFE
#define _EXTRC_OSC_CLKOUT    0x3FFF

//         LIST

// ----- ADCON0 bits --------------------
typedef union {
  struct {
    unsigned char ADON:1;
    unsigned char :1;
    unsigned char GO:1;
    unsigned char CHS0:1;
    unsigned char CHS1:1;
    unsigned char :1;
    unsigned char ADCS0:1;
    unsigned char ADCS1:1;
  };
  struct {
    unsigned char :1;
    unsigned char :1;
    unsigned char NOT_DONE:1;
    unsigned char :1;
    unsigned char :1;
    unsigned char :1;
    unsigned char :1;
    unsigned char :1;
  };
  struct {
    unsigned char :1;
    unsigned char :1;
    unsigned char GO_DONE:1;
    unsigned char :1;
    unsigned char :1;
    unsigned char :1;
    unsigned char :1;
    unsigned char :1;
  };
} __ADCON0_bits_t;
extern volatile __ADCON0_bits_t __at(ADCON0_ADDR) ADCON0_bits;

#define ADON                 ADCON0_bits.ADON
#define GO                   ADCON0_bits.GO
#define NOT_DONE             ADCON0_bits.NOT_DONE
#define GO_DONE              ADCON0_bits.GO_DONE
#define CHS0                 ADCON0_bits.CHS0
#define CHS1                 ADCON0_bits.CHS1
#define ADCS0                ADCON0_bits.ADCS0
#define ADCS1                ADCON0_bits.ADCS1

// ----- ADCON1 bits --------------------
typedef union {
  struct {
    unsigned char PCFG0:1;
    unsigned char PCFG1:1;
    unsigned char PCFG2:1;
    unsigned char :1;
    unsigned char :1;
    unsigned char :1;
    unsigned char :1;
    unsigned char :1;
  };
} __ADCON1_bits_t;
extern volatile __ADCON1_bits_t __at(ADCON1_ADDR) ADCON1_bits;

#define PCFG0                ADCON1_bits.PCFG0
#define PCFG1                ADCON1_bits.PCFG1
#define PCFG2                ADCON1_bits.PCFG2

// ----- INTCON bits --------------------
typedef union {
  struct {
    unsigned char GPIF:1;
    unsigned char INTF:1;
    unsigned char T0IF:1;
    unsigned char GPIE:1;
    unsigned char INTE:1;
    unsigned char T0IE:1;
    unsigned char PEIE:1;
    unsigned char GIE:1;
  };
} __INTCON_bits_t;
extern volatile __INTCON_bits_t __at(INTCON_ADDR) INTCON_bits;

#define GPIF                 INTCON_bits.GPIF
#define INTF                 INTCON_bits.INTF
#define T0IF                 INTCON_bits.T0IF
#define GPIE                 INTCON_bits.GPIE
#define INTE                 INTCON_bits.INTE
#define T0IE                 INTCON_bits.T0IE
#define PEIE                 INTCON_bits.PEIE
#define GIE                  INTCON_bits.GIE

// ----- OPTION_REG bits --------------------
typedef union {
  struct {
    unsigned char PS0:1;
    unsigned char PS1:1;
    unsigned char PS2:1;
    unsigned char PSA:1;
    unsigned char T0SE:1;
    unsigned char T0CS:1;
    unsigned char INTEDG:1;
    unsigned char NOT_GPPU:1;
  };
} __OPTION_REG_bits_t;
extern volatile __OPTION_REG_bits_t __at(OPTION_REG_ADDR) OPTION_REG_bits;

#define PS0                  OPTION_REG_bits.PS0
#define PS1                  OPTION_REG_bits.PS1
#define PS2                  OPTION_REG_bits.PS2
#define PSA                  OPTION_REG_bits.PSA
#define T0SE                 OPTION_REG_bits.T0SE
#define T0CS                 OPTION_REG_bits.T0CS
#define INTEDG               OPTION_REG_bits.INTEDG
#define NOT_GPPU             OPTION_REG_bits.NOT_GPPU

// ----- OSCCAL bits --------------------
typedef union {
  struct {
    unsigned char :1;
    unsigned char :1;
    unsigned char CALSLW:1;
    unsigned char CALFST:1;
    unsigned char CAL0:1;
    unsigned char CAL1:1;
    unsigned char CAL2:1;
    unsigned char CAL3:1;
  };
} __OSCCAL_bits_t;
extern volatile __OSCCAL_bits_t __at(OSCCAL_ADDR) OSCCAL_bits;

#define CALSLW               OSCCAL_bits.CALSLW
#define CALFST               OSCCAL_bits.CALFST
#define CAL0                 OSCCAL_bits.CAL0
#define CAL1                 OSCCAL_bits.CAL1
#define CAL2                 OSCCAL_bits.CAL2
#define CAL3                 OSCCAL_bits.CAL3

// ----- PCON bits --------------------
typedef union {
  struct {
    unsigned char :1;
    unsigned char NOT_POR:1;
    unsigned char :1;
    unsigned char :1;
    unsigned char :1;
    unsigned char :1;
    unsigned char :1;
    unsigned char :1;
  };
} __PCON_bits_t;
extern volatile __PCON_bits_t __at(PCON_ADDR) PCON_bits;

#define NOT_POR              PCON_bits.NOT_POR

// ----- PIE1 bits --------------------
typedef union {
  struct {
    unsigned char :1;
    unsigned char :1;
    unsigned char :1;
    unsigned char :1;
    unsigned char :1;
    unsigned char :1;
    unsigned char ADIE:1;
    unsigned char :1;
  };
} __PIE1_bits_t;
extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits;

#define ADIE                 PIE1_bits.ADIE

// ----- PIR1 bits --------------------
typedef union {
  struct {
    unsigned char :1;
    unsigned char :1;
    unsigned char :1;
    unsigned char :1;
    unsigned char :1;
    unsigned char :1;
    unsigned char ADIF:1;
    unsigned char :1;
  };
} __PIR1_bits_t;
extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits;

#define ADIF                 PIR1_bits.ADIF

// ----- STATUS bits --------------------
typedef union {
  struct {
    unsigned char C:1;
    unsigned char DC:1;
    unsigned char Z:1;
    unsigned char NOT_PD:1;
    unsigned char NOT_TO:1;
    unsigned char RP0:1;
    unsigned char RP1:1;
    unsigned char IRP:1;
  };
  struct {
    unsigned char :1;
    unsigned char :1;
    unsigned char :1;
    unsigned char :1;
    unsigned char :1;
    unsigned char :1;
    unsigned char LINRX:1;
    unsigned char LINTX:1;
  };
} __STATUS_bits_t;
extern volatile __STATUS_bits_t __at(STATUS_ADDR) STATUS_bits;

#define C                    STATUS_bits.C
#define DC                   STATUS_bits.DC
#define Z                    STATUS_bits.Z
#define NOT_PD               STATUS_bits.NOT_PD
#define NOT_TO               STATUS_bits.NOT_TO
#define RP0                  STATUS_bits.RP0
#define RP1                  STATUS_bits.RP1
#define LINRX                STATUS_bits.LINRX
#define IRP                  STATUS_bits.IRP
#define LINTX                STATUS_bits.LINTX

#endif