char* model = "MoDeL";
char* ip_remote = "IpHoSt";
char* rec = "ReC";

uint8_t modelCount =0; 
uint8_t ipCount =0; 
uint8_t recCount =0; 

boolean ok_model = false;
boolean ok_ip = false;
boolean ok_rec = false;

uint8_t pos_mod_x=0;
uint8_t pos_mod_y=0;
uint8_t pos_ip=0;

void test_model(char inByte)
{
  if ((inByte == model[modelCount])&&(!ok_model))
        {
          modelCount++;
          if (modelCount==strlen(model)) 
          {
            modelCount=0;
            ok_model=true;
          }
        }
       else if (ok_model) save_model(inByte);
       else modelCount=0;
}

void test_rec(char inByte)
{
  if ((inByte == rec[recCount])&&(!ok_rec))
        {
          recCount++;
          if (recCount==strlen(rec)) 
          {
            recCount=0;
            ok_rec=true;
          }
        }
       else if (ok_rec) mod_rec(inByte);
       else recCount=0;
}

void test_ip(char 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_model(byte inByte)
{
  unsigned int temp_address;
  temp_address = EEI2C_ADDR_MODELS + 80*system_num_models;
  if (inByte=='/') 
      {
        if(pos_mod_y>0) 
          { 
            writeEEPROM(eeprom, temp_address + pos_mod_x + (pos_mod_y - 1)*16 , 0x0D); 
            /*Serial.print((char)readEEPROM(eeprom, temp_address + pos_mem_x + (pos_mem_y - 1)*16));*/ 
          } 
        pos_mod_x=0;  
        pos_mod_y++;
      }
  else
    {
      if ((pos_mod_x<16)&&(pos_mod_y<6))
        {
          if (pos_mod_y<2)
            { 
              writeEEPROM(eeprom, temp_address + pos_mod_x + (pos_mod_y - 1)*16 , inByte); 
              //Serial.print((char)readEEPROM(eeprom, temp_address + pos_mod_x + (pos_mod_y - 1)*16));
              pos_mod_x++;
            }
          else
          { 
             byte temp=0x00;
             if (byte_count==1) temp=readEEPROM(eeprom, temp_address + pos_mod_x + (pos_mod_y - 1)*16); 
             if ((inByte>=0x30)&&(inByte<=0x39)) temp=(temp<<4) + (inByte - 0x30);
             else if ((inByte>=0x41)&&(inByte<=0x46)) temp=(temp<<4) + (inByte - 0x37);
             writeEEPROM(eeprom, temp_address + pos_mod_x + (pos_mod_y - 1)*16 , temp); 
             byte_count++;
             if (byte_count==2)
               {
                 pos_mod_x++; 
                 byte_count=0;
               }
             //Serial.print((byte)readEEPROM(eeprom, temp_address + pos_mod_x + (pos_mod_y - 1)*16), HEX);
          }
        }
      else if (pos_mod_y>5) 
              {
                ok_model=false; 
                pos_mod_y = 0; 
                system_num_models++; 
                writeEEPROM(eeprom, EEI2C_ADDR_system_num_models + 1, highByte(system_num_models)); 
                writeEEPROM(eeprom, EEI2C_ADDR_system_num_models, lowByte(system_num_models)); 
              }
    }
}

void save_ip(byte inByte)
{
  if (inByte=='/') 
    {
      if(pos_ip>0) 
        { 
          writeEEPROM(eeprom, EEI2C_ADDR_HOST + 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)
        {
          writeEEPROM(eeprom, EEI2C_ADDR_HOST + pos_ip - 1 , inByte); 
          ip_host[pos_ip - 1] = inByte;
          pos_ip++;
        }
    }
}

void mod_rec(byte inByte)
{
  
}
void video_rec()
{
  timecode++;
  frame++;
  if (frame>sistema) {frame=0; timeseconds++; }
  if (timeseconds==timeseconds_next) 
  {
    timeseconds_next = timeseconds + 1;
    if (timeseconds==(timetotalvideo-1)) {if(!frec) lanc.println();}
    else if (timeseconds==(timetotalvideo)) 
            {
              start_video=false; 
              lcd.shiftWrite(red, HIGH); 
              lcd.shiftWrite(green, HIGH); 
              digitalWrite(aud,LOW); 
              lcd.shiftWrite(lamp,LOW);
              if (system_useSpeaker) digitalWrite(PINS_BUZZER,LOW);
              if(!frec)
                {
                  if (system_mode)lanc.println(lancstop,HEX); 
                  else irsend.sendNEC(remotestop, 32);
                }
             }
    else if ((timeseconds==(timeant-1))&&(system_mode))lanc.println(); //Un segundo antes de mandar el comando lanc, mando un enter
    else if (timeseconds==timeant) 
            { 
              if (frec)
                {
                  lcd.shiftWrite(red, LOW);
                  lcd.shiftWrite(green, HIGH);
                  if(system_mode) lanc.println(lancrec,HEX); 
                  else irsend.sendNEC(remoterec, 32);
                } 
              else 
                {
                  lcd.shiftWrite(red, HIGH); 
                  lcd.shiftWrite(green, LOW); 
                  if (system_mode)lanc.println(lancstop,HEX); 
                  else irsend.sendNEC(remotestop, 32);
                }  
            }
    else if (timeseconds==(timeant+1)) 
            { 
              timeant = timeant + (timepausevideo*(!frec) + timerecvideo*frec); 
              frec=!frec; 
              if(!frec)
                {
                  frames_ant=timecode; 
                  morse_count++; 
                  bit_count = 0;
                }
             }
  }
  if ((!frec)&&(bit_count<16)&&((timecode-frames_ant)==1))
      {
        frames_ant=timecode;
        uint16_t temp = (MORSE[morse_count]>>(15-bit_count))&0x0001;
        digitalWrite(aud,temp); 
        lcd.shiftWrite(lamp,temp); 
        if (system_useSpeaker)digitalWrite(PINS_BUZZER,temp);
        bit_count++;
      }
}