pic16f676.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

    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 CHS2                 ADCON0_bits.CHS2
#define VCFG                 ADCON0_bits.VCFG
#define ADFM                 ADCON0_bits.ADFM

// ----- CMCON bits --------------------
typedef union {
  struct {
    unsigned char CM0:1;
    unsigned char CM1:1;
    unsigned char CM2:1;
    unsigned char CIS:1;
    unsigned char CINV:1;
    unsigned char :1;
    unsigned char COUT:1;
    unsigned char :1;
  };
} __CMCON_bits_t;
extern volatile __CMCON_bits_t __at(CMCON_ADDR) CMCON_bits;

#define CM0                  CMCON_bits.CM0
#define CM1                  CMCON_bits.CM1
#define CM2                  CMCON_bits.CM2
#define CIS                  CMCON_bits.CIS
#define CINV                 CMCON_bits.CINV
#define COUT                 CMCON_bits.COUT

// ----- INTCON bits --------------------
typedef union {
  struct {
    unsigned char RAIF:1;
    unsigned char INTF:1;
    unsigned char T0IF:1;
    unsigned char RAIE: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 RAIF                 INTCON_bits.RAIF
#define INTF                 INTCON_bits.INTF
#define T0IF                 INTCON_bits.T0IF
#define RAIE                 INTCON_bits.RAIE
#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;
  };
  struct {
    unsigned char :1;
    unsigned char :1;
    unsigned char :1;
    unsigned char :1;
    unsigned char :1;
    unsigned char :1;
    unsigned char :1;
    unsigned char NOT_RAPU: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
#define NOT_RAPU             OPTION_REG_bits.NOT_RAPU

// ----- OSCCAL bits --------------------
typedef union {
  struct {
    unsigned char ANS0:1;
    unsigned char ANS1:1;
    unsigned char CAL0:1;
    unsigned char CAL1:1;
    unsigned char CAL2:1;
    unsigned char CAL3:1;
    unsigned char CAL4:1;
    unsigned char CAL5:1;
  };
  struct {
    unsigned char :1;
    unsigned char :1;
    unsigned char ANS2:1;
    unsigned char ANS3:1;
    unsigned char ANS4:1;
    unsigned char ANS5:1;
    unsigned char ANS6:1;
    unsigned char ANS7:1;
  };
} __OSCCAL_bits_t;
extern volatile __OSCCAL_bits_t __at(OSCCAL_ADDR) OSCCAL_bits;

#define ANS0                 OSCCAL_bits.ANS0
#define ANS1                 OSCCAL_bits.ANS1
#define CAL0                 OSCCAL_bits.CAL0
#define ANS2                 OSCCAL_bits.ANS2
#define CAL1                 OSCCAL_bits.CAL1
#define ANS3                 OSCCAL_bits.ANS3
#define CAL2                 OSCCAL_bits.CAL2
#define ANS4                 OSCCAL_bits.ANS4
#define CAL3                 OSCCAL_bits.CAL3
#define ANS5                 OSCCAL_bits.ANS5
#define CAL4                 OSCCAL_bits.CAL4
#define ANS6                 OSCCAL_bits.ANS6
#define CAL5                 OSCCAL_bits.CAL5
#define ANS7                 OSCCAL_bits.ANS7

// ----- PCON bits --------------------
typedef union {
  struct {
    unsigned char NOT_BOD: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_BOD              PCON_bits.NOT_BOD
#define NOT_POR              PCON_bits.NOT_POR

// ----- PIE1 bits --------------------
typedef union {
  struct {
    unsigned char T1IE:1;
    unsigned char :1;
    unsigned char :1;
    unsigned char CMIE:1;
    unsigned char :1;
    unsigned char :1;
    unsigned char ADIE:1;
    unsigned char EEIE:1;
  };
  struct {
    unsigned char TMR1IE:1;
    unsigned char :1;
    unsigned char :1;
    unsigned char :1;
    unsigned char :1;
    unsigned char :1;
    unsigned char :1;
    unsigned char :1;
  };
} __PIE1_bits_t;
extern volatile __PIE1_bits_t __at(PIE1_ADDR) PIE1_bits;

#define T1IE                 PIE1_bits.T1IE
#define TMR1IE               PIE1_bits.TMR1IE
#define CMIE                 PIE1_bits.CMIE
#define ADIE                 PIE1_bits.ADIE
#define EEIE                 PIE1_bits.EEIE

// ----- PIR1 bits --------------------
typedef union {
  struct {
    unsigned char T1IF:1;
    unsigned char :1;
    unsigned char :1;
    unsigned char CMIF:1;
    unsigned char :1;
    unsigned char :1;
    unsigned char ADIF:1;
    unsigned char EEIF:1;
  };
  struct {
    unsigned char TMR1IF:1;
    unsigned char :1;
    unsigned char :1;
    unsigned char :1;
    unsigned char :1;
    unsigned char :1;
    unsigned char :1;
    unsigned char :1;
  };
} __PIR1_bits_t;
extern volatile __PIR1_bits_t __at(PIR1_ADDR) PIR1_bits;

#define T1IF                 PIR1_bits.T1IF
#define TMR1IF               PIR1_bits.TMR1IF
#define CMIF                 PIR1_bits.CMIF
#define ADIF                 PIR1_bits.ADIF
#define EEIF                 PIR1_bits.EEIF

// ----- 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;
  };
} __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 IRP                  STATUS_bits.IRP

// ----- T1CON bits --------------------
typedef union {
  struct {
    unsigned char TMR1ON:1;
    unsigned char TMR1CS:1;
    unsigned char NOT_T1SYNC:1;
    unsigned char T1OSCEN:1;
    unsigned char T1CKPS0:1;
    unsigned char T1CKPS1:1;
    unsigned char TMR1GE:1;
    unsigned char :1;
  };
} __T1CON_bits_t;
extern volatile __T1CON_bits_t __at(T1CON_ADDR) T1CON_bits;

#define TMR1ON               T1CON_bits.TMR1ON
#define TMR1CS               T1CON_bits.TMR1CS
#define NOT_T1SYNC           T1CON_bits.NOT_T1SYNC
#define T1OSCEN              T1CON_bits.T1OSCEN
#define T1CKPS0              T1CON_bits.T1CKPS0
#define T1CKPS1              T1CON_bits.T1CKPS1
#define TMR1GE               T1CON_bits.TMR1GE

// ----- VRCON bits --------------------
typedef union {
  struct {
    unsigned char VR0:1;
    unsigned char VR1:1;
    unsigned char VR2:1;
    unsigned char VR3:1;
    unsigned char ADCS0:1;
    unsigned char VRR:1;
    unsigned char ADCS2:1;
    unsigned char VREN:1;
  };
  struct {
    unsigned char RD:1;
    unsigned char WR:1;
    unsigned char WREN:1;
    unsigned char WRERR:1;
    unsigned char :1;
    unsigned char ADCS1:1;
    unsigned char :1;
    unsigned char :1;
  };
} __VRCON_bits_t;
extern volatile __VRCON_bits_t __at(VRCON_ADDR) VRCON_bits;

#define VR0                  VRCON_bits.VR0
#define RD                   VRCON_bits.RD
#define VR1                  VRCON_bits.VR1
#define WR                   VRCON_bits.WR
#define VR2                  VRCON_bits.VR2
#define WREN                 VRCON_bits.WREN
#define VR3                  VRCON_bits.VR3
#define WRERR                VRCON_bits.WRERR
#define ADCS0                VRCON_bits.ADCS0
#define VRR                  VRCON_bits.VRR
#define ADCS1                VRCON_bits.ADCS1
#define ADCS2                VRCON_bits.ADCS2
#define VREN                 VRCON_bits.VREN

#endif