void byte_to_str( char* buf, uint8_t val )
{
	buf[ 0 ]= '0'+ ( ( val / 10 ) % 10 );
	buf[ 1 ]= '0'+ ( val % 10 );
}

void byte_to_hexstr( char* buf, uint16_t val )
{
	++buf;
	uint16_t i= 0;
	for( ; i < 2; ++i )
	{
		uint8_t t= val & 0x000f;
		if( t < 10 )
			*buf= '0' + t;
		else
			*buf= ( 'A' - 10 ) + t;
		--buf;
		val>>= 4;
	}
}
// ..............................................
void PostSnifferPacket( frameInfo_t *pFrame )
{
	static char tbuf[ ]= "size:XX  DEST:XX XX XX XX  SRC:XX XX XX XX  PORT:0xXX\r\nPayload:XX XX XX XX XX XX XX XX XX XX XX XX XX      ";

	uint8_t size= *(uint8_t*)&pFrame->mrfiPkt;

	if( size > 22 )
	{
		uart_tx_string( "buffer size greater than 22\r\n" );
		return;
	}
	//count
	byte_to_str( tbuf + 5, pFrame->mrfiPkt.frame[ 0 ] );
	//dest
	byte_to_hexstr( tbuf + 14, pFrame->mrfiPkt.frame[ 1 ] );
	byte_to_hexstr( tbuf + 17, pFrame->mrfiPkt.frame[ 2 ] );
	byte_to_hexstr( tbuf + 20, pFrame->mrfiPkt.frame[ 3 ] );
	byte_to_hexstr( tbuf + 23, pFrame->mrfiPkt.frame[ 4 ] );
	//source
	byte_to_hexstr( tbuf + 31, pFrame->mrfiPkt.frame[ 5 ] );
	byte_to_hexstr( tbuf + 34, pFrame->mrfiPkt.frame[ 6 ] );
	byte_to_hexstr( tbuf + 37, pFrame->mrfiPkt.frame[ 7 ] );
	byte_to_hexstr( tbuf + 40, pFrame->mrfiPkt.frame[ 8 ] );
	//port
	byte_to_hexstr( tbuf + 51, pFrame->mrfiPkt.frame[ 9 ] );
	
	uint8_t pos= 10;
	uint8_t* p= tbuf + 63;
	for( ; pos <= size; ++pos )
	{
		byte_to_hexstr( p, pFrame->mrfiPkt.frame[ pos ] );
		p+= 3;
	}
	*p++= '\r';
	*p++= '\n';
	*p++= '\r';
	*p++= '\n';
	*p= '\0';

	uart_state= UART_TX_STOPNULL | UART_TX_NOCHECKSUM;
	p_uart_tx= tbuf;
	U0TXBUF= *p_uart_tx;
}