Programmer en C sur mikroC PRO

Bonjour,

Je vous expose mon problème :

Voila le programme que je voudrais créer :


char sortie @ TRISB;

bit led1 @ PORTA.B0;
bit led2 @ PORTA.B1;
bit led3 @ PORTA.B2;
bit led4 @ PORTA.B3;

bit inter1 @ PORTB.B0;
bit inter2 @ PORTB.B1;
bit inter3 @ PORTB.B2;
bit inter4 @ PORTB.B3;

void main(void)
{
for(;;){led1=inter1; led2=inter2; led3=inter3; led4=inter4;}
}


Je pense que vous comprenez un peu ce que ca peut faire ( bouton/led)
Mais cela ne marche pas alors je suis allé me renseigner et j'ai trouve le fichier .c du pic16f688 (d'ou PORTA.B0 au lieu de RB0) que je comptait utiliser et voila le programme : (lisez a la fin je continue ^^' )


// Individual bit access constants
const char B0 = 0;
const char B1 = 1;
const char B2 = 2;
const char B3 = 3;
const char B4 = 4;
const char B5 = 5;
const char B6 = 6;
const char B7 = 7;

const unsigned long __FLASH_SIZE = 0x00001000;

// Working space registers
rx unsigned short R0 ;
rx unsigned short R1 ;
rx unsigned short R2 ;
rx unsigned short R3 ;
rx unsigned short R4 ;
rx unsigned short R5 ;
rx unsigned short R6 ;
rx unsigned short R7 ;
rx unsigned short R8 ;
rx unsigned short R9 ;
rx unsigned short R10;
rx unsigned short R11;
rx unsigned short R12;
rx unsigned short R13;
rx unsigned short R14;
rx unsigned short R15;

const register unsigned short int W = 0;
const register unsigned short int F = 1;

// Special function registers (SFRs)

const unsigned short ICS_AUTO = 0;
const unsigned short ICS_OFF = 3;

sfr unsigned short volatile INDF absolute 0x0000;
sfr unsigned short volatile TMR0 absolute 0x0001;
sfr unsigned short volatile PCL absolute 0x0002;
sfr unsigned short volatile STATUS absolute 0x0003;
sfr unsigned short FSR absolute 0x0004;
register unsigned short *FSRPTR absolute 0x0004;
sfr unsigned short volatile PCLATH absolute 0x000A;
sfr unsigned short volatile INTCON absolute 0x000B;
sfr unsigned short volatile PIR1 absolute 0x000C;
sfr unsigned short volatile TMR1L absolute 0x000E;
sfr unsigned short volatile TMR1H absolute 0x000F;
sfr unsigned short volatile T1CON absolute 0x0010;
sfr unsigned short BAUDCTL absolute 0x0011;
sfr unsigned short SPBRGH absolute 0x0012;
sfr unsigned short SPBRG absolute 0x0013;
sfr unsigned short volatile RCREG absolute 0x0014;
sfr unsigned short volatile TXREG absolute 0x0015;
sfr unsigned short volatile TXSTA absolute 0x0016;
sfr unsigned short volatile RCSTA absolute 0x0017;
sfr unsigned short WDTCON absolute 0x0018;
sfr unsigned short volatile CMCON0 absolute 0x0019;
sfr unsigned short volatile CMCON1 absolute 0x001A;
sfr unsigned short volatile ADRESH absolute 0x001E;
sfr unsigned short volatile ADCON0 absolute 0x001F;
sfr unsigned short volatile OPTION_REG absolute 0x0081;
sfr unsigned short volatile PIE1 absolute 0x008C;
sfr unsigned short volatile PCON absolute 0x008E;
sfr unsigned short volatile OSCCON absolute 0x008F;
sfr unsigned short volatile OSCTUNE absolute 0x0090;
sfr unsigned short ANSEL absolute 0x0091;
sfr unsigned short WPU absolute 0x0095;
sfr unsigned short WPUA absolute 0x0095;
sfr unsigned short volatile IOC absolute 0x0096;
sfr unsigned short volatile IOCA absolute 0x0096;
sfr unsigned short volatile EEDATH absolute 0x0097;
sfr unsigned short volatile EEADRH absolute 0x0098;
sfr unsigned short volatile VRCON absolute 0x0099;
sfr unsigned short volatile EEDAT absolute 0x009A;
sfr unsigned short volatile EEDATA absolute 0x009A;
sfr unsigned short volatile EEADR absolute 0x009B;
sfr unsigned short volatile EECON1 absolute 0x009C;
sfr unsigned short volatile EECON2 absolute 0x009D;
sfr unsigned short volatile ADRESL absolute 0x009E;
sfr unsigned short volatile ADCON1 absolute 0x009F;
sfr unsigned short volatile PORTA absolute 0x0005;
sfr unsigned short volatile PORTC absolute 0x0007;
sfr unsigned short volatile TRISA absolute 0x0085;
sfr unsigned short volatile TRISC absolute 0x0087;

// STATUS bits
const register unsigned short int C = 0;
sbit C_bit at STATUS.B0;
const register unsigned short int DC = 1;
sbit DC_bit at STATUS.B1;
const register unsigned short int Z = 2;
sbit Z_bit at STATUS.B2;
const register unsigned short int NOT_PD = 3;
sbit NOT_PD_bit at STATUS.B3;
const register unsigned short int NOT_TO = 4;
sbit NOT_TO_bit at STATUS.B4;
const register unsigned short int IRP = 7;
sbit IRP_bit at STATUS.B7;
const register unsigned short int RP0 = 5;
sbit RP0_bit at STATUS.B5;
const register unsigned short int RP1 = 6;
sbit RP1_bit at STATUS.B6;

// INTCON bits
const register unsigned short int RAIF = 0;
sbit RAIF_bit at INTCON.B0;
const register unsigned short int INTF = 1;
sbit INTF_bit at INTCON.B1;
const register unsigned short int T0IF = 2;
sbit T0IF_bit at INTCON.B2;
const register unsigned short int RAIE = 3;
sbit RAIE_bit at INTCON.B3;
const register unsigned short int INTE = 4;
sbit INTE_bit at INTCON.B4;
const register unsigned short int T0IE = 5;
sbit T0IE_bit at INTCON.B5;
const register unsigned short int PEIE = 6;
sbit PEIE_bit at INTCON.B6;
const register unsigned short int GIE = 7;
sbit GIE_bit at INTCON.B7;
const register unsigned short int TMR0IF = 2;
sbit TMR0IF_bit at INTCON.B2;
const register unsigned short int TMR0IE = 5;
sbit TMR0IE_bit at INTCON.B5;

// PIR1 bits
const register unsigned short int TMR1IF = 0;
sbit TMR1IF_bit at PIR1.B0;
const register unsigned short int TXIF = 1;
sbit TXIF_bit at PIR1.B1;
const register unsigned short int OSFIF = 2;
sbit OSFIF_bit at PIR1.B2;
const register unsigned short int C1IF = 3;
sbit C1IF_bit at PIR1.B3;
const register unsigned short int C2IF = 4;
sbit C2IF_bit at PIR1.B4;
const register unsigned short int RCIF = 5;
sbit RCIF_bit at PIR1.B5;
const register unsigned short int ADIF = 6;
sbit ADIF_bit at PIR1.B6;
const register unsigned short int EEIF = 7;
sbit EEIF_bit at PIR1.B7;
const register unsigned short int T1IF = 0;
sbit T1IF_bit at PIR1.B0;

// T1CON bits
const register unsigned short int TMR1ON = 0;
sbit TMR1ON_bit at T1CON.B0;
const register unsigned short int TMR1CS = 1;
sbit TMR1CS_bit at T1CON.B1;
const register unsigned short int NOT_T1SYNC = 2;
sbit NOT_T1SYNC_bit at T1CON.B2;
const register unsigned short int T1OSCEN = 3;
sbit T1OSCEN_bit at T1CON.B3;
const register unsigned short int TMR1GE = 6;
sbit TMR1GE_bit at T1CON.B6;
const register unsigned short int T1GINV = 7;
sbit T1GINV_bit at T1CON.B7;
const register unsigned short int T1CKPS0 = 4;
sbit T1CKPS0_bit at T1CON.B4;
const register unsigned short int T1CKPS1 = 5;
sbit T1CKPS1_bit at T1CON.B5;

// BAUDCTL bits
const register unsigned short int ABDEN = 0;
sbit ABDEN_bit at BAUDCTL.B0;
const register unsigned short int WUE = 1;
sbit WUE_bit at BAUDCTL.B1;
const register unsigned short int BRG16 = 3;
sbit BRG16_bit at BAUDCTL.B3;
const register unsigned short int SCKP = 4;
sbit SCKP_bit at BAUDCTL.B4;
const register unsigned short int RCIDL = 6;
sbit RCIDL_bit at BAUDCTL.B6;
const register unsigned short int ABDOVF = 7;
sbit ABDOVF_bit at BAUDCTL.B7;

// TXSTA bits
const register unsigned short int TX9D = 0;
sbit TX9D_bit at TXSTA.B0;
const register unsigned short int TRMT = 1;
sbit TRMT_bit at TXSTA.B1;
const register unsigned short int BRGH = 2;
sbit BRGH_bit at TXSTA.B2;
const register unsigned short int SENDB = 3;
sbit SENDB_bit at TXSTA.B3;
const register unsigned short int SYNC = 4;
sbit SYNC_bit at TXSTA.B4;
const register unsigned short int TXEN = 5;
sbit TXEN_bit at TXSTA.B5;
const register unsigned short int TX9 = 6;
sbit TX9_bit at TXSTA.B6;
const register unsigned short int CSRC = 7;
sbit CSRC_bit at TXSTA.B7;

// RCSTA bits
const register unsigned short int RX9D = 0;
sbit RX9D_bit at RCSTA.B0;
const register unsigned short int OERR = 1;
sbit OERR_bit at RCSTA.B1;
const register unsigned short int FERR = 2;
sbit FERR_bit at RCSTA.B2;
const register unsigned short int ADDEN = 3;
sbit ADDEN_bit at RCSTA.B3;
const register unsigned short int CREN = 4;
sbit CREN_bit at RCSTA.B4;
const register unsigned short int SREN = 5;
sbit SREN_bit at RCSTA.B5;
const register unsigned short int RX9 = 6;
sbit RX9_bit at RCSTA.B6;
const register unsigned short int SPEN = 7;
sbit SPEN_bit at RCSTA.B7;

// WDTCON bits
const register unsigned short int SWDTEN = 0;
sbit SWDTEN_bit at WDTCON.B0;
const register unsigned short int WDTPS0 = 1;
sbit WDTPS0_bit at WDTCON.B1;
const register unsigned short int WDTPS1 = 2;
sbit WDTPS1_bit at WDTCON.B2;
const register unsigned short int WDTPS2 = 3;
sbit WDTPS2_bit at WDTCON.B3;
const register unsigned short int WDTPS3 = 4;
sbit WDTPS3_bit at WDTCON.B4;

// CMCON0 bits
const register unsigned short int CIS = 3;
sbit CIS_bit at CMCON0.B3;
const register unsigned short int C1INV = 4;
sbit C1INV_bit at CMCON0.B4;
const register unsigned short int C2INV = 5;
sbit C2INV_bit at CMCON0.B5;
const register unsigned short int C1OUT = 6;
sbit C1OUT_bit at CMCON0.B6;
const register unsigned short int C2OUT = 7;
sbit C2OUT_bit at CMCON0.B7;
const register unsigned short int CM0 = 0;
sbit CM0_bit at CMCON0.B0;
const register unsigned short int CM1 = 1;
sbit CM1_bit at CMCON0.B1;
const register unsigned short int CM2 = 2;
sbit CM2_bit at CMCON0.B2;

// CMCON1 bits
const register unsigned short int C2SYNC = 0;
sbit C2SYNC_bit at CMCON1.B0;
const register unsigned short int T1GSS = 1;
sbit T1GSS_bit at CMCON1.B1;

// ADCON0 bits
const register unsigned short int ADON = 0;
sbit ADON_bit at ADCON0.B0;
const register unsigned short int GO_NOT_DONE = 1;
sbit GO_NOT_DONE_bit at ADCON0.B1;
const register unsigned short int VCFG = 6;
sbit VCFG_bit at ADCON0.B6;
const register unsigned short int ADFM = 7;
sbit ADFM_bit at ADCON0.B7;
const register unsigned short int GO = 1;
sbit GO_bit at ADCON0.B1;
const register unsigned short int CHS0 = 2;
sbit CHS0_bit at ADCON0.B2;
const register unsigned short int CHS1 = 3;
sbit CHS1_bit at ADCON0.B3;
const register unsigned short int CHS2 = 4;
sbit CHS2_bit at ADCON0.B4;
const register unsigned short int NOT_DONE = 1;
sbit NOT_DONE_bit at ADCON0.B1;
const register unsigned short int GO_DONE = 1;
sbit GO_DONE_bit at ADCON0.B1;

// OPTION_REG bits
const register unsigned short int PSA = 3;
sbit PSA_bit at OPTION_REG.B3;
const register unsigned short int T0SE = 4;
sbit T0SE_bit at OPTION_REG.B4;
const register unsigned short int T0CS = 5;
sbit T0CS_bit at OPTION_REG.B5;
const register unsigned short int INTEDG = 6;
sbit INTEDG_bit at OPTION_REG.B6;
const register unsigned short int NOT_RAPU = 7;
sbit NOT_RAPU_bit at OPTION_REG.B7;
const register unsigned short int PS0 = 0;
sbit PS0_bit at OPTION_REG.B0;
const register unsigned short int PS1 = 1;
sbit PS1_bit at OPTION_REG.B1;
const register unsigned short int PS2 = 2;
sbit PS2_bit at OPTION_REG.B2;

// PIE1 bits
const register unsigned short int TMR1IE = 0;
sbit TMR1IE_bit at PIE1.B0;
const register unsigned short int TXIE = 1;
sbit TXIE_bit at PIE1.B1;
const register unsigned short int OSFIE = 2;
sbit OSFIE_bit at PIE1.B2;
const register unsigned short int C1IE = 3;
sbit C1IE_bit at PIE1.B3;
const register unsigned short int C2IE = 4;
sbit C2IE_bit at PIE1.B4;
const register unsigned short int RCIE = 5;
sbit RCIE_bit at PIE1.B5;
const register unsigned short int ADIE = 6;
sbit ADIE_bit at PIE1.B6;
const register unsigned short int EEIE = 7;
sbit EEIE_bit at PIE1.B7;
const register unsigned short int T1IE = 0;
sbit T1IE_bit at PIE1.B0;

// PCON bits
const register unsigned short int NOT_BOR = 0;
sbit NOT_BOR_bit at PCON.B0;
const register unsigned short int NOT_POR = 1;
sbit NOT_POR_bit at PCON.B1;
const register unsigned short int SBODEN = 4;
sbit SBODEN_bit at PCON.B4;
const register unsigned short int ULPWUE = 5;
sbit ULPWUE_bit at PCON.B5;
const register unsigned short int NOT_BOD = 0;
sbit NOT_BOD_bit at PCON.B0;

// OSCCON bits
const register unsigned short int SCS = 0;
sbit SCS_bit at OSCCON.B0;
const register unsigned short int LTS = 1;
sbit LTS_bit at OSCCON.B1;
const register unsigned short int HTS = 2;
sbit HTS_bit at OSCCON.B2;
const register unsigned short int OSTS = 3;
sbit OSTS_bit at OSCCON.B3;
const register unsigned short int IRCF0 = 4;
sbit IRCF0_bit at OSCCON.B4;
const register unsigned short int IRCF1 = 5;
sbit IRCF1_bit at OSCCON.B5;
const register unsigned short int IRCF2 = 6;
sbit IRCF2_bit at OSCCON.B6;

// OSCTUNE bits
const register unsigned short int TUN0 = 0;
sbit TUN0_bit at OSCTUNE.B0;
const register unsigned short int TUN1 = 1;
sbit TUN1_bit at OSCTUNE.B1;
const register unsigned short int TUN2 = 2;
sbit TUN2_bit at OSCTUNE.B2;
const register unsigned short int TUN3 = 3;
sbit TUN3_bit at OSCTUNE.B3;
const register unsigned short int TUN4 = 4;
sbit TUN4_bit at OSCTUNE.B4;

// ANSEL bits
const register unsigned short int ANS0 = 0;
sbit ANS0_bit at ANSEL.B0;
const register unsigned short int ANS1 = 1;
sbit ANS1_bit at ANSEL.B1;
const register unsigned short int ANS2 = 2;
sbit ANS2_bit at ANSEL.B2;
const register unsigned short int ANS3 = 3;
sbit ANS3_bit at ANSEL.B3;
const register unsigned short int ANS4 = 4;
sbit ANS4_bit at ANSEL.B4;
const register unsigned short int ANS5 = 5;
sbit ANS5_bit at ANSEL.B5;
const register unsigned short int ANS6 = 6;
sbit ANS6_bit at ANSEL.B6;
const register unsigned short int ANS7 = 7;
sbit ANS7_bit at ANSEL.B7;

// WPU, WPUA bits
const register unsigned short int WPUA0 = 0;
sbit WPUA0_bit at WPU.B0;
const register unsigned short int WPUA1 = 1;
sbit WPUA1_bit at WPU.B1;
const register unsigned short int WPUA2 = 2;
sbit WPUA2_bit at WPU.B2;
const register unsigned short int WPUA4 = 4;
sbit WPUA4_bit at WPU.B4;
const register unsigned short int WPUA5 = 5;
sbit WPUA5_bit at WPU.B5;
const register unsigned short int WPU0 = 0;
sbit WPU0_bit at WPU.B0;
const register unsigned short int WPU1 = 1;
sbit WPU1_bit at WPU.B1;
const register unsigned short int WPU2 = 2;
sbit WPU2_bit at WPU.B2;
const register unsigned short int WPU4 = 4;
sbit WPU4_bit at WPU.B4;
const register unsigned short int WPU5 = 5;
sbit WPU5_bit at WPU.B5;

// IOC bits
const register unsigned short int IOCA0 = 0;
sbit IOCA0_bit at IOC.B0;
const register unsigned short int IOCA1 = 1;
sbit IOCA1_bit at IOC.B1;
const register unsigned short int IOCA2 = 2;
sbit IOCA2_bit at IOC.B2;
const register unsigned short int IOCA3 = 3;
sbit IOCA3_bit at IOC.B3;
const register unsigned short int IOCA4 = 4;
sbit IOCA4_bit at IOC.B4;
const register unsigned short int IOCA5 = 5;
sbit IOCA5_bit at IOC.B5;
const register unsigned short int IOC0 = 0;
sbit IOC0_bit at IOC.B0;
const register unsigned short int IOC1 = 1;
sbit IOC1_bit at IOC.B1;
const register unsigned short int IOC2 = 2;
sbit IOC2_bit at IOC.B2;
const register unsigned short int IOC3 = 3;
sbit IOC3_bit at IOC.B3;
const register unsigned short int IOC4 = 4;
sbit IOC4_bit at IOC.B4;
const register unsigned short int IOC5 = 5;
sbit IOC5_bit at IOC.B5;

// IOCA bits
sbit IOCA0_IOCA_bit at IOCA.B0;
sbit IOCA1_IOCA_bit at IOCA.B1;
sbit IOCA2_IOCA_bit at IOCA.B2;
sbit IOCA3_IOCA_bit at IOCA.B3;
sbit IOCA4_IOCA_bit at IOCA.B4;
sbit IOCA5_IOCA_bit at IOCA.B5;
sbit IOC0_IOCA_bit at IOCA.B0;
sbit IOC1_IOCA_bit at IOCA.B1;
sbit IOC2_IOCA_bit at IOCA.B2;
sbit IOC3_IOCA_bit at IOCA.B3;
sbit IOC4_IOCA_bit at IOCA.B4;
sbit IOC5_IOCA_bit at IOCA.B5;

// VRCON bits
const register unsigned short int VRR = 5;
sbit VRR_bit at VRCON.B5;
const register unsigned short int VREN = 7;
sbit VREN_bit at VRCON.B7;
const register unsigned short int VR0 = 0;
sbit VR0_bit at VRCON.B0;
const register unsigned short int VR1 = 1;
sbit VR1_bit at VRCON.B1;
const register unsigned short int VR2 = 2;
sbit VR2_bit at VRCON.B2;
const register unsigned short int VR3 = 3;
sbit VR3_bit at VRCON.B3;

// EECON1 bits
const register unsigned short int RD = 0;
sbit RD_bit at EECON1.B0;
const register unsigned short int WR = 1;
sbit WR_bit at EECON1.B1;
const register unsigned short int WREN = 2;
sbit WREN_bit at EECON1.B2;
const register unsigned short int WRERR = 3;
sbit WRERR_bit at EECON1.B3;
const register unsigned short int EEPGD = 7;
sbit EEPGD_bit at EECON1.B7;

// ADCON1 bits
const register unsigned short int ADCS0 = 4;
sbit ADCS0_bit at ADCON1.B4;
const register unsigned short int ADCS1 = 5;
sbit ADCS1_bit at ADCON1.B5;
const register unsigned short int ADCS2 = 6;
sbit ADCS2_bit at ADCON1.B6;

// PORTA bits
const register unsigned short int RA5 = 5;
sbit RA5_bit at PORTA.B5;
const register unsigned short int RA4 = 4;
sbit RA4_bit at PORTA.B4;
const register unsigned short int RA3 = 3;
sbit RA3_bit at PORTA.B3;
const register unsigned short int RA2 = 2;
sbit RA2_bit at PORTA.B2;
const register unsigned short int RA1 = 1;
sbit RA1_bit at PORTA.B1;
const register unsigned short int RA0 = 0;
sbit RA0_bit at PORTA.B0;

// PORTC bits
const register unsigned short int RC5 = 5;
sbit RC5_bit at PORTC.B5;
const register unsigned short int RC4 = 4;
sbit RC4_bit at PORTC.B4;
const register unsigned short int RC3 = 3;
sbit RC3_bit at PORTC.B3;
const register unsigned short int RC2 = 2;
sbit RC2_bit at PORTC.B2;
const register unsigned short int RC1 = 1;
sbit RC1_bit at PORTC.B1;
const register unsigned short int RC0 = 0;
sbit RC0_bit at PORTC.B0;

// TRISA bits
const register unsigned short int TRISA5 = 5;
sbit TRISA5_bit at TRISA.B5;
const register unsigned short int TRISA4 = 4;
sbit TRISA4_bit at TRISA.B4;
const register unsigned short int TRISA3 = 3;
sbit TRISA3_bit at TRISA.B3;
const register unsigned short int TRISA2 = 2;
sbit TRISA2_bit at TRISA.B2;
const register unsigned short int TRISA1 = 1;
sbit TRISA1_bit at TRISA.B1;
const register unsigned short int TRISA0 = 0;
sbit TRISA0_bit at TRISA.B0;

// TRISC bits
const register unsigned short int TRISC5 = 5;
sbit TRISC5_bit at TRISC.B5;
const register unsigned short int TRISC4 = 4;
sbit TRISC4_bit at TRISC.B4;
const register unsigned short int TRISC3 = 3;
sbit TRISC3_bit at TRISC.B3;
const register unsigned short int TRISC2 = 2;
sbit TRISC2_bit at TRISC.B2;
const register unsigned short int TRISC1 = 1;
sbit TRISC1_bit at TRISC.B1;
const register unsigned short int TRISC0 = 0;
sbit TRISC0_bit at TRISC.B0;


Alors je vous pose une nouvelle question, qui est un peu plus importante a mes yeux :
A quoi servent chaque registres ?
Je sais que PORTA et PORTB sont les pattes du microC mais alors a quoi servent TRISA et B ?
Et les autres registres alors ?

Je vous remercie d'avance pour votre aide ;)

@+