char* ip_remote = "IpHoSt";
uint8_t ipCount =0; 
boolean ok_ip = false;
uint8_t pos_ip=0;

void test_ip(byte inByte)
{
  if ((inByte == ip_remote[ipCount])&&(!ok_ip))
        {
          ipCount++;
          if (ipCount==strlen(ip_remote)) 
          {
            ipCount=0;
            ok_ip=true;
          }
        }
   else if (ok_ip) save_ip(inByte);
   else ipCount=0;
}

void save_ip(byte inByte)
{
  if (inByte=='/') 
    {
      if(pos_ip>0) 
        { 
          EEPROM.write(pos_ip - 1, 0x00);
          ip_host[pos_ip - 1] = 0x00; 
          ok_ip=false; 
          pos_ip = 0; 
          software_Reset();
        }
      else pos_ip=1;
    }
  else
    {
      if (pos_ip<17)
        {
          EEPROM.write(pos_ip - 1 , inByte); 
          ip_host[pos_ip - 1] = inByte;
          pos_ip++;
        }
    }
}

void test_incoming(byte inByte)
{
  if (inByte == test_message[0]) 
    {
      incomming_count = 0;
      incomming_message[incomming_count] = inByte;
      incomming_count++;
    }
  else if((inByte == test_message[incomming_count])&&(incomming_count<=11))
  {
    incomming_count++;
  }
  else if ((incomming_count>11)&&(incomming_count<16)) { incomming_message[incomming_count] = inByte; incomming_count++; if (incomming_count>15) incoming_ok=true;}
  //else { incomming_count=0; wifly.print("E");}
}