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AVRASM: AVR macro assembler 2.1.12 (build 87 Feb 28 2007 07:31:13)
Copyright (C) 1995-2006 ATMEL Corporation

C:\avr\project\adc\adc m16\r10k.asm(2553): No EEPROM data, deleting C:\avr\project\adc\adc m16\r10k.eep

ATmega16 memory use summary [bytes]:
Segment   Begin    End      Code   Data   Used    Size   Use%
---------------------------------------------------------------
[.cseg] 0x000000 0x0008d0   2150    106   2256   16384  13.8%
[.dseg] 0x000060 0x00016e      0     14     14    1024   1.4%
[.eseg] 0x000000 0x000000      0      0      0     512   0.0%

AVRASM: AVR macro assembler 2.1.9 (build 90 Jul  5 2006 11:06:16)
Copyright (C) 1995-2006 ATMEL Corporation

r10k.asm(2499): No EEPROM data, deleting r10k.eep

ATmega16 memory use summary [bytes]:
Segment   Begin    End      Code   Data   Used    Size   Use%
---------------------------------------------------------------
[.cseg] 0x000000 0x0008d8   2166     98   2264   16384  13.8%
[.dseg] 0x000060 0x000168      0      8      8    1024   0.8%
[.eseg] 0x000000 0x000000      0      0      0     512   0.0%

AVRASM: AVR macro assembler 2.1.2 (build 99 Nov  4 2005 09:35:05)
Copyright (C) 1995-2005 ATMEL Corporation

r10k.asm(2390): No EEPROM data, deleting r10k.eep

ATmega16 memory use summary [bytes]:
Segment   Begin    End      Code   Data   Used    Size   Use%
---------------------------------------------------------------
[.cseg] 0x000000 0x00084c   2026     98   2124   16384  13.0%
[.dseg] 0x000060 0x000168      0      8      8    1024   0.8%
[.eseg] 0x000000 0x000000      0      0      0     512   0.0%

// www.artem.ru
// (C)2008 Artem Kuchin
//
// THIS IS NOT A COMPLETE CODE!!!
// YOU MUST ADD YOU OWN LCD LIB AND REWRITE ALL CALLS TO LCD FUNCTIONS


// ****************************************
// ***        SET FREQUENCY CORRECTLY    **

#define F_CPU 1000000UL

// ****************************************


#include <io.h>
#include <inttypes.h>
#include <delay.h>
#include <stdlib.h>
#include <mega8.h>

#define X_XTAL1 1
#define X_OE 2
#define X_WR 3
#define X_BS1 4
#define X_XA0 5
#define X_XA1 6
#define X_BS2 7

int main()
{
   DDRD|=0b11111110;

   _delay_ms(5000);
   // connect reset of bad chip to gnd now

   // toggle xtal1 at lease 6 times
   for(i=0;i<8;i++){   
      PORTD|=_BV(X_XTAL1);
      _delay_ms(10);
      PORTD&=~_BV(X_XTAL1);
      _delay_ms(10);
   }
   // set prog enable pins (pagel is gnd, xa0, xa1, bs1 - zero)
   // PD4,PD5,PD6
   PORTD&=~(_BV(X_XA0)|_BV(X_XA1)|_BV(X_BS1));
   PORTD|=_BV(X_WR); // write disables
   
   _delay_ms(5000);
   // connect reset of bad chip to +12 NOW

   // SET OE HIGH
   PORTD|=_BV(X_OE);

   DDRB=0xff;

   // chip erase
   //Set XA1 to 1, XA0 to 0. This enables command loading.
   PORTD|=_BV(X_XA1);
   PORTD&=~_BV(X_XA0);
   // Set BS1 to “0”, BS1 - PD4
   PORTD&=~_BV(X_BS1);
   // Set DATA to command
   PORTB=0b10000000;
   //Give XTAL1 a positive pulse. This loads the command., XTAL1 - PD1
   PORTD|=_BV(X_XTAL1);_delay_ms(10);PORTD&=~_BV(X_XTAL1);_delay_ms(10);
   // Give WR a negative pulse. This starts the Chip Erase. RDY/BSY goes low.
   PORTD&=~_BV(X_WR);_delay_ms(10);PORTD|=_BV(X_WR);_delay_ms(10);


   // wait a bit
   _delay_ms(1000);


   // load default data for FUSE low byte      
   //Set XA1 to 1, XA0 to 0. This enables command loading.
   PORTD|=_BV(X_XA1);
   PORTD&=~_BV(X_XA0);
   // Set BS1 to “0”, BS1 - PD4
   PORTD&=~_BV(X_BS1);
   // Set DATA to command
   PORTB=0b01000000;
   //Give XTAL1 a positive pulse. This loads the command., XTAL1 - PD1
   PORTD|=_BV(X_XTAL1);_delay_ms(10);PORTD&=~_BV(X_XTAL1);_delay_ms(10);
   // load data
   PORTD&=~_BV(X_XA1);
   PORTD|=_BV(X_XA0);
   PORTB=0b11100001; // DEFAULT VALUE FOR LOW FUSE BYTE
   PORTD|=_BV(X_XTAL1);_delay_ms(10);PORTD&=~_BV(X_XTAL1);_delay_ms(10);
   // Set BS1 to “0” and BS2 to “0”.
   PORTD&=~_BV(X_BS1);
   PORTD&=~_BV(X_BS2);
   // Give WR a negative pulse. This starts the Chip Erase. RDY/BSY goes low.
   PORTD&=~_BV(X_WR);_delay_ms(10);PORTD|=_BV(X_WR);_delay_ms(10);


   // load default data for HIGH low byte
   //Set XA1 to 1, XA0 to 0. This enables command loading.
   PORTD|=_BV(X_XA1);
   PORTD&=~_BV(X_XA0);
   // Set BS1 to “0”, BS1 - PD4
   PORTD&=~_BV(X_BS1);
   // Set DATA to command
   PORTB=0b01000000;
   //Give XTAL1 a positive pulse. This loads the command., XTAL1 - PD1
   PORTD|=_BV(X_XTAL1);_delay_ms(10);PORTD&=~_BV(X_XTAL1);_delay_ms(10);
   // load data
   PORTD&=~_BV(X_XA1);
   PORTD|=_BV(X_XA0);
   PORTB=0b10011001; // DEFAULT VALUE FOR HIGH FUSE BYTE
   PORTD|=_BV(X_XTAL1);_delay_ms(10);PORTD&=~_BV(X_XTAL1);_delay_ms(10);
   // Set BS1 to “0” and BS2 to “0”.
   PORTD|=_BV(X_BS1);
   PORTD&=~_BV(X_BS2);
   // Give WR a negative pulse. This starts the Chip Erase. RDY/BSY goes low.
   PORTD&=~_BV(X_WR);_delay_ms(10);PORTD|=_BV(X_WR);_delay_ms(10);

   // done
   while(1);


}