// =============================================================================
// Object here is to test the hardware for the generic PIC18F6722
// development envirionment namely:
//
// 	LCD interface
// 	I2C 512 EEPROM A
// 	I2C 512 EEPROM B
// 	Three on board LED's
// 	Comm 1
// 	Comm 2
// 	
// Kevin Wheatley - M0KHZ
// Code writen for CCS 'C' compiler - Version 3.249
//
// Ver.  Date     History
// -----------------------------------------------------------------------------
// 0.001 03-05-08 Initial start of project
//
// -----------------------------------------------------------------------------
//
// =============================================================================

// =============================================================================
// Libraries
//
// Change to suit your directory structure
//
// =============================================================================
#include "C:\Program Data\PICC\PIC18F6722_Dev_Board\PIC18F6722_Dev_Board.h"

#include "C:\Program Data\PICC\PIC18F6722_Dev_Board\Flex_LCD420.C"
#include <stdio.h>
#include <string.h>
#include "C:\Program Data\PICC\PIC18F6722_Dev_Board\24512.c"
#include <external_eeprom.c>
#include "C:\Program Data\PICC\PIC18F6722_Dev_Board\Definitions.c"
#include "C:\Program Data\PICC\PIC18F6722_Dev_Board\Functions.c"



// ---------------------------------------------------------------------
// RTCC Interrupt Service routine(s)
// ---------------------------------------------------------------------


// designates that this is the routine to call when timer2 overflows
#INT_TIMER2
void Timer2isr() {

//   button_press();

 }


void main()
{

  // ======================================================
// There are a few things that need to be do before moving
// into the main program loop, these are gathered together
// and placed in the power_up() function.
// ======================================================

 power_up();

// ======================================================
// Main program loop starts here
// ======================================================

	while (true) {

// ======================================================
// Call function for the current state of the FSM
// ======================================================

	switch (state) {
		case 0  : state_00 ();
		break;
		case 1  : state_01 ();
		break;
		case 2  : state_02 ();
		break;
		case 3  : state_03 ();
		break;
		case 4  : state_04 ();
		break;
		case 5  : state_05 ();
		break;
		case 6  : state_06 ();
		break;

// ======================================================
// add as many states as require for you application
// ======================================================

		default : state_error ();
		break;
		}

// ======================================================
// You might want / need to do some more tasks before processing
// the state change - if any
// ====================================================

// ====================================================
// Process any state changes
// ====================================================

	do_state_change () ;
	}

}

// ====================================================
// That’s all folks! Program flow control complete.
// ====================================================