base.c

#include "msp430fg4618.h"
#include "stdio.h"

void Init_UART(void);
void OUTA_UART(unsigned char A);
unsigned char INCHAR_UART(void);

void Init_LCD(void);
unsigned char *LCDSeg = (unsigned char *) &LCDM3;
unsigned char LCDSegments[17] = {0x5F,0x06,0x6B,0x2F,0x36,0x3D,0x7D,0x07,0x7F,0x37,0x77,0x7C,0x59,0x6E,0x79,0x71,0x20};
const int LCD_SIZE = 11;
const short TRUE = 1;
const short FALSE = 1;

int main(void){

	WDTCTL = WDTPW + WDTHOLD; // Stop watchdog timer
	P2DIR |= 0x02; // Set P1.0 to output direction
	Init_LCD();
	Init_UART();

	while (TRUE){

		unsigned char lhs_firstVal = INCHAR_UART();
		OUTA_UART(lhs_firstVal);
		unsigned char rhs_firstVal = INCHAR_UART();
		OUTA_UART(rhs_firstVal);

		OUTA_UART(0x0D);
		OUTA_UART(0x0A);

		unsigned char lhs_secVal = INCHAR_UART();
		OUTA_UART(lhs_secVal);
		unsigned char rhs_secVal = INCHAR_UART();
		OUTA_UART(rhs_secVal);

		OUTA_UART(0x0D);
		OUTA_UART(0x0A);

		unsigned char modifier = INCHAR_UART();
		OUTA_UART(modifier);

		OUTA_UART(0x0D);
		OUTA_UART(0x0A);



	}
}
	
//---------------------------------------------------------------------

// Initialize the LCD system

//---------------------------------------------------------------------

void Init_LCD(void){

  int n;

  for (n=0;n<LCD_SIZE;n++){

      *(LCDSeg+n) = 0;

  }

  P5SEL = 0x1C; // BIT4 | BIT3 |BIT2 = 1 P5.4, P.3, P5.2 = 1

  LCDAVCTL0 = 0x00;

  LCDAPCTL0 = 0x7E;

  LCDACTL = 0x7d;

  LCDSeg[0] = LCDSegments[0];
  LCDSeg[1] = LCDSegments[0];
  LCDSeg[2] = LCDSegments[0];
  LCDSeg[3] = LCDSegments[0];

}

//---------------------------------------------------------------------

// Initialize the UART system

//---------------------------------------------------------------------

void OUTA_UART(unsigned char A){

  do{
  }while ((IFG2&0x02)==0);

  UCA0TXBUF =A;

  }

unsigned char INCHAR_UART(void){

  do{

      }while ((IFG2&0x01)==0);

  return (UCA0RXBUF);

}

void Init_UART(void){



  P2SEL=0x30; // transmit and receive to port 2 b its 4 and 5

  UCA0CTL0=0; // 8 data, no parity 1 stop, uart, async

  UCA0CTL1= 0x41;

  UCA0BR1=0; // upper byte of divider clock word

  UCA0BR0=3; // clock divide from a clock to bit clock 32768/9600

  UCA0MCTL=0x06;

  UCA0STAT=0; // do not loop the transmitter back to the

  UCA0CTL1=0x40;

  IE2=0; // turn transmit interrupts off

}