[SOLVED] PIC16F886, Hitech C, and SPI?

#include <xc.h>

// CONFIG1
#pragma config FOSC = INTRC_NOCLKOUT, WDTE = OFF, PWRTE = OFF, MCLRE = OFF
#pragma config CP = OFF, CPD = OFF, BOREN = OFF, IESO = OFF, FCMEN = OFF
#pragma config LVP = OFF, DEBUG = OFF
// CONFIG2
#pragma config BOR4V = BOR40V, WRT = OFF

// Set Clock Freq. & Delays
#ifndef _XTAL_FREQ
    #define _XTAL_FREQ 20000000
    #define __delay_us(x) _delay((unsigned long)((x)*(_XTAL_FREQ/20000000.0)))
    #define __delay_ms(x) _delay((unsigned long)((x)*(_XTAL_FREQ/20000.0)))
#endif

void main(void);
void portInit(void);
void SPIInit(void);

#define BTN01 RB7               // Push Button

#define SCK RC3
#define SDI RC4
#define SDO RC5
#define FALSE 0
#define TRUE 1

unsigned char testCounter = 0, dummy;

void Pic_Init(){
    ANSELH = 0;                 // putting LCD on PORTB
    TRISB = 0b10000000;         // push button on RB7
}

void PushButton(){
    __delay_ms(100);
    if(BTN01 == 0){
        SSPBUF = testCounter++;
        while(BF==FALSE) {}
        dummy = SSPBUF;             //reads SSPBUF
        __delay_ms(500);

        if(testCounter ==  50)
            testCounter = 0;
    }
}

void SPIInit(void) {
    INTCON = 0;         // Disable all interrupts
    TRISC3 = 0;         // SCK=RC3 is the serial clock
    TRISC4 = 1;         // SDI=RC4 is serial data input
    TRISC5 = 0;         // SDO=RC5 is serial data output
    SMP = 0;            // Input data sampled at middle data output time
    CKP = 1;            // Idle state for clock is a high level
    CKE = 0;            // Transmit occurs on idle to active clock state
    SSPEN = 1;          // Enables serial port
    SSPM3 = 0;          //
    SSPM2 = 0;          //
    SSPM1 = 0;          //
    SSPM0 = 0;          // SPI Master mode, clock = FOSC/4
    SSPIF = 0;
}

void main(){
    SPIInit();

    __delay_ms(500);

    while(1)
    {
        if(BTN01 == 0) PushButton();
    }
}

* Created on October 19, 2014, 3:14 PM
 * 
 * LCD Ports:
 *      D4          RB0
 *      D5          RB1
 *      D6          RB2
 *      D7          RB3
 *      RS          RB4     
 *      RW          RB5     
 *      EN          RB6     
 *
 */

#include <xc.h>

// CONFIG1
#pragma config FOSC = INTRC_NOCLKOUT, WDTE = OFF, PWRTE = OFF, MCLRE = OFF
#pragma config CP = OFF, CPD = OFF, BOREN = OFF, IESO = OFF, FCMEN = OFF
#pragma config LVP = OFF, DEBUG = OFF
// CONFIG2
#pragma config BOR4V = BOR40V, WRT = OFF

// Set Clock Freq. & Delays
#ifndef _XTAL_FREQ
    #define _XTAL_FREQ 20000000
    #define __delay_us(x) _delay((unsigned long)((x)*(_XTAL_FREQ/20000000.0)))
    #define __delay_ms(x) _delay((unsigned long)((x)*(_XTAL_FREQ/20000.0)))
#endif

void main(void);
void SPIInit(void);

#include "lcd_hd44780_pic16.h"

// SPI Ports
#define SCK RC3
#define SDI RC4
#define SDO RC5
#define FALSE 0
#define TRUE 1

void Pic_Init(){
    ANSELH = 0;                 // putting LCD on PORTB
    TRISB = 0;                  
}

void SPIInit(void) {
    INTCON = 0;         // Disable all interrupts
    TRISC3 = 1;         // SCK=RC3 is the serial clock
    TRISC4 = 1;         // SDI=RC4 is serial data input
    TRISC5 = 0;         // SDO=RC5 is serial data output
    SSPIF = 0;
    SMP = 0;            // Input data sampled at middle data output time
    CKP = 1;            // Idle state for clock is a high level
    CKE = 0;            // Transmit occurs on idle to active clock state
    SSPEN = 1;          // Enables serial port

    SSPM3 = 0;      
    SSPM2 = 1;      
    SSPM1 = 0;      
    SSPM0 = 1;      

}


void main(){
    unsigned char expVal = 0;
    int  errCount = 0;
    unsigned char dummy;

    Pic_Init();
    SPIInit();

    
    LCDInit(LS_NONE);                   //Initialize the LCD Module
    LCDClear();                         //Clear the display

    //Write a string [LCDWriteStringXY(col, row, string)]
    LCDWriteStringXY(0,0,"MegaTroniX");
    __delay_ms(100);
    LCDClear();
    
    while(1)
    {

        while(BF==FALSE){}                  // Wait for SSPBUF Reception complete
        dummy = SSPBUF;                     // Get data byte
        LCDWriteIntXY(0, 0, dummy, -1);
        LCDWriteIntXY(0, 1, expVal, -1);

        if(dummy != expVal){
            errCount++;
            LCDWriteIntXY(8, 1, errCount, -1);
        }
        
        expVal++;
        if(expVal == 50){
            LCDClear();
            expVal = 0;
        }
    }
}