#elif defined _CHIP_ATMEGA32_
#define  DeviceID     'E'    // Mega32
#define     FlashSize     'n'    // Flash 32k
#define     PageSize     'S'    // 128 Bytes
#define  PageByte      128     // 128 Bytes
#define  AddressLshift    7
#asm(".EQU SpmcrAddr=0x57")
#include <mega32.h>

// USART initialization <<<
// Communication Parameters: 8 Data, 1 Stop, No Parity
// USART Receiver: On
// USART Transmitter: On
// USART Mode: Asynchronous
// USART Baud rate: 9600
UCSRA=0x00;
UCSRB=0xD8;
UCSRC=0x86;
//UBRRH=0x00;
//UBRRL=0x2F;
DDRD.5=1;
ubbr = (unsigned long int)_MCU_CLOCK_FREQUENCY_ / (BAUDRATE * 16) - 1;
UBRRH=ubbr >> 8;
UBRRL = ubbr;

putchar('>'); // ПРИ ЗАПУСКЕ КОНТРОЛЛЕРА ПОСТОЯННО ШЛЕТСЯ ПРИВЕТСТВИЕ.

while ( (! (UCSRA&128)) &( i < 32000) ) i++; //wait for data in or timeout
if (i < 32000) inchar= getchar();
if (inchar == '<') BootLoad(); // ПРИ ПОСЫЛКЕ ИЗ ТЕРМНАЛА УКАЗАННОГО СИМВОЛА ПРОГРАММА ЗАХОДИТ В
// BootLoad, проверено установкой флажка.
ExecCode(); // set up and jump to application

void main(void)
{

void ExecCode(void)
{
#if defined _CHIP_ATMEGA128_
RAMPZ = 0;
#endif
MCUCR = 0x01; // Enable interrupt vector select
MCUCR = 0x00; // Move interrupt vector to flash

//<---- ФЛАЖОК, ПОСТАВЛЕННЫЙ ЗДЕСЬ СРАБАТЫВАЕТ
#asm("jmp 0x00"); // Run application code


//<---- А ФЛАЖОК, ПОСТАВЛЕННЫЙ ЗДЕСЬ УЖЕ НЕ СРАБАТЫВАЕТ, ТО ЕСТЬ ПРЫЖОК НА НУЛЕВОЙ АДРЕС ВСЕ ТАКИ ПРОИСХОДИТ.
// ВОТ ТОЛЬКО ПО ЭТОМУ АДРЕСУ НИЧЕГО НЕ ВЫПОЛНЯЕТСЯ, БУТ ЗАПУСКАЕТСЯ СНАЧАЛА.
}

}

void BootLoad(void)
{
// Send chip data to the programming software so that it knows
// how to format transmissions
putchar(DeviceID);
putchar(FlashSize);
putchar(BootSize);
putchar(PageSize);
// "!" means all ok and send the next data if there is more
putchar('!');
while(1)
{
PageAddress = (unsigned int)getchar() << 8; // Receive PageAddress high byte
PageAddress += getchar(); // Add PageAddress low byte
putchar(PageAddress);
if (PageAddress == 0xffff) ExecCode(); // The windows program sends this value when finished
#if defined _CHIP_ATMEGA128_
if (PageAddress >> 8) RAMPZ = 1;
else RAMPZ=0;
#endif
PageAddress = PageAddress << AddressLshift; //essentially the same as multiply by PageSize
if (GetPage()) //receive one page of data followed by a checksum byte and verify data
{
for (i=0;i<PageByte;i+=2) //fill temporary buffer in 2 byte chunks from PageBuffer

{
Pagedata=PageBuffer[i]+(PageBuffer[i+1]<<8);
while (SPMCR&1); //wait for spm complete
CurrentAddress=PageAddress+i;
spmcrval=1;
#asm
movw r30, r6 ;//move CurrentAddress to Z pointer
mov r1, r3 ;//move Pagedata MSB reg 1
mov r0, r2 ;//move Pagedata LSB reg 1
sts SpmcrAddr, r10 ;//move spmcrval to SPM control register
spm ;//store program memory
#endasm
}

while (SPMCR&1); //wait for spm complete
spmcrval=3; //erase page
#asm
movw r30, r4 ;//move PageAddress to Z pointer
sts SpmcrAddr, r10 ;//move spmcrval to SPM control register
spm ;//erase page
#endasm

while (SPMCR&1); //wait for spm complete
spmcrval=5; //write page
#asm
movw r30, r4 ;//move PageAddress to Z pointer
sts SpmcrAddr, r10 ;//move spmcrval to SPM control register
spm ;//write page
#endasm

while (SPMCR&1); //wait for spm complete
spmcrval=0x11; //enableRWW see mega8 datasheet for explanation
// P. 212 Section "Prevent reading the RWW section
// during self-programming
#asm
sts SpmcrAddr, r10 ;//move spmcrval to SPMCR
spm
#endasm
if (CheckFlash()) putchar('!'); //all ok, send next page
else putchar('@'); //there was an error, resend page
} //end if (GetPage())
else putchar('@'); //there was an error ,resend page
}
}

char GetPage(void)
{
char LocalCheckSum = 0;
char CheckSum = 0;
// The programming software generates a simple checksum in the
// same fashion as below to check for data transmission errors
for (j=0;j<PageByte;j++)
    {
    PageBuffer[j]=getchar();
    LocalCheckSum += PageBuffer[j];
    }
CheckSum = getchar();  
if (LocalCheckSum == CheckSum) return 1;
else return 0;
}

:10026000 FFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF9E
:10027000 FFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF8E