// tab space = 4
/***********************************************************************/
/*                                                                     */
/*  FILE        :main.c                                                */
/*  DATE        :July 6, 2004	                                       */
/*  DESCRIPTION :Main Program                                          */
/*                                                                     */
/***********************************************************************/
                  
#include "skp_bsp.h"	 // include SKP board support package


/*****************************
Start flash block address
*****************************/

#define BLOCK_A 0x0F000      // Virtual eeprom

/* Prototype declarations */
void mcu_init(void);	   // MCU initialization
void main(void);


/**************************************************
Data flash erase block address 
**************************************************/

#define ERASE_BLOCK_A 0x0FFFE

char lcd_text[9];
char * IntToAsciiDec(char * dest_string,int min_digits,unsigned int value);


/******************************************************************************
Name       : main
Parameters : none
Returns    : nothing
Description: Main template
******************************************************************************/
void main(void)
{

	unsigned long faddr;
	unsigned  int temp1;
	unsigned  int temp2;
	
	mcu_init();		/* Initialize MCU */
	ENABLE_LEDS;	/* LED initialization for this demo - macro defined in skp_bsp.h */
    InitDisplay();
	
/*************************************************
Initializing the microcontroller for data logging 
**************************************************/

GRN_LED=LED_ON;
fidr = 0x02;  //m16c/62p type flash module selected 
pm13 = 0;
cm06 = 1; //f8
cm1 = cm1|0x80;

fmr01= 0; //
fmr01= 1; //microcontroller ready to accept the commands pm13 also gets 
          //automatically set 

fmr11= 0;
fmr11= 1;//microcntroller in EW1 mode

fmr02 = 0;
fmr02 = 1; // disable flash memory lock bit
/****************************
test code
****************************/

RED_LED=0;
//temp1=123;
//temp2=241;
faddr = 0x0F004;
*((unsigned int*)faddr) = 0x0040;
*((unsigned int*)faddr) = 0x4321;
faddr = 0x0F004;
YLW_LED=0;
while(!fmr00);
RED_LED=1;
temp2 = *((unsigned int*)faddr);  //data that we store in the EEPROM

IntToAsciiDec(lcd_text,4,faddr);
DisplayString( (char)(LCD_LINE2 + 3), lcd_text);

IntToAsciiDec(lcd_text,4,temp2);
DisplayString( (char)(LCD_LINE1 + 3), lcd_text);

fmr01= 0;
pm17 = 1; // wait state 


}

/*****************************************************************************
Name:	IntToAsciiDec   
Parameters:	
		dest_string
			Pointer to a buffer will the string will reside
		min_digits
			Specifies the minimum number of characters the output string will
			have. Leading zeros will be written as '0' characters.
Returns:
		A pointer to the string's NULL character in the string that was just
		created.
Description: 
		This function is used to convert a passed unsigned int into a ASCII
		string represented in base 10 decimal format.
*****************************************************************************/
char * IntToAsciiDec(char * dest_string,int min_digits,unsigned int value)
{
	const unsigned long base10[] = {1,10,100,1000,10000,100000};

	unsigned int tmp;
	unsigned int i, total_digits = 0;
	char buff[5];
	
	for(i=0;i<5;i++)
	{
		tmp = (int)( value % base10[i+1] );
		value -= tmp;

		buff[i] = (char)( tmp / base10[i] );
		buff[i] += '0';

		if(buff[i] != '0')
			total_digits = i+1;
	}

	if( total_digits < 	min_digits)
		total_digits = min_digits;

	i = total_digits;
	while(i)
	{
		*dest_string++ = buff[i-1];
		i--;
	}

	*dest_string = 0;

	return dest_string;
}