Serial.print(" END ");		Serial.print(" END ");
Serial.print(last_part);		Serial.print(last_part);
Serial.println(" bytes of Final-Block transfered.............. ");		Serial.println(" bytes of Final-Block transfered.............. ");
Serial.println("");		Serial.println("");
digitalWrite(PN_1, LOW);		digitalWrite(PN_1, LOW);
	<>	#if 0
EEPROM.write(BOOTLOADING, 0);		EEPROM.write(BOOTLOADING, 0);
delay(500);	=	delay(500);
Serial.println(">>>>>>>>>>>>>   IoT module will now REBOOT in main_application in 6 seconds   <<<<<<<<<<<<<");		Serial.println(">>>>>>>>>>>>>   IoT module will now REBOOT in main_application in 6 seconds   <<<<<<<<<<<<<");
while (1)  /// Watchdog0 will issue a rebboot in 6 seconds		while (1)  /// Watchdog0 will issue a rebboot in 6 seconds
{		{
}		}
	-+	#endif
		#if 1                   //Simone: go to main app after FLASH update
		system_watchdog_feed();
		HWREG(0xE000E000 + (0xD08)) = (0x10000 & 0xFFFFF); // Update vector table offset register
		asm(" MOVW r0, #0x0000");                       // Load r0-Low  with low-part  of the address, 2-bytes
		asm(" MOVT r0, #0x0001");                       // Load r0-High with high-part of the address, 2-bytes
		asm(" ldr sp, [r0]");               // Load app vector address into SP
		asm(" ldr r0, [r0, #4]");                       // Prepare jump to starting address + 4
		asm(" bx r0");                                          // Make the jump
		#endif
}	=	}