String tempSTR;


struct i2cdev {
  String name;
  int address;
  int state;
  String stateStr;
};

struct Gizmo {
  String name;
  int details1;
  int details2;
  int details4;
  String details3Str;
  int szam;
};

struct s_error {
  String name;
  int pinState;
  int state;
  String stateStr;
};

struct s_digi {
  String nameHEX;  //general variables for HEXTEXT
  String name;
  int volume, lastVolume, muteVolume, mute, maxVolume;
  String srcName[10] = { "BT", "NET", "LINE_IN", "USB-DAC", "OPT" };
  String source, title, artist, album, vendor;  // metadata
  int bass, treb, virtualBass;
};

struct s_tempTC74 {
  int address;
  int temperature;
  int lastTemperature;
  int tempWarnig;
  int tempOFF;
};

struct s_timer {
  unsigned long beep, protect, ir, irVol, dim;
};

struct s_dimmer {
  int dim, lastDim, pin;
  int limits[5];
};

struct s_protect {
  int leftPin, rightPin, acPin;
  int leftState, rightState, acState;
};


s_timer lastMillis;

s_tempTC74 tempLeft;
s_tempTC74 tempRight;


i2cdev eszkoz[3];

i2cdev tempProbe1;

Gizmo object, pocok;
//= {"22",2,2,2,"object","33",3,3,3,"pocok"};
// Gizmo pocok;

s_error error[4];
s_digi digi;
s_dimmer dimmer;
void setup() {
  dimmer.limits[1]=40;
  lastMillis.beep = millis();
  tempLeft = { 0x56, 0, 45, 50 };
  tempRight = { 0x57, 0, 35, 50 };
  object = { "22", 2, 2, 2, "object", 8 };
  // tempLeft.address=0x56;
  if (tempLeft.temperature > tempLeft.tempWarnig) Serial.println("melegszik");
  if (tempLeft.temperature > tempLeft.tempOFF) Serial.println("kikapcsol");

  object.details4 = 23;
  pocok = { "33", 3, 3, 3, "pocok" };
  error[0] = { "sumError", 0, 3, "OK" };
  error[0] = { "sumError", 0, 3, "OK" };
  error[0] = { "sumError", 0, 3, "OK" };
  error[0] = { "sumError", 0, 3, "OK" };
  Serial.begin(115200);
  // put your setup code here, to run once:
  eszkoz[1].name = "Temp";
  eszkoz[1].address = 0x23;
  eszkoz[1].state = 1;
  eszkoz[1].stateStr = "OK";
  eszkoz[2].name = "Temp-2";
  eszkoz[2].address = 0x42;
  eszkoz[2].state = 1;
  eszkoz[2].stateStr = "OK";

  tempProbe1.name = "SetTemp1";
  tempProbe1.address = 0x34;

  error[1].name = "dcLeft";
  error[1].pinState = digitalRead(6);                      //csak pelda
  if (error[1].pinState == 1) error[1].stateStr = "Hiba";  //IDE INTERRUPT? az interrupt kulon. ez az altalanos figyeles
  if (error[1].pinState == 0) error[1].stateStr = "OK";
  error[2].name = "dcRight";
  error[2].pinState = digitalRead(7);  //csak pelda
}

void loop() {

String m;
if(lastMillis.dim+1000<millis()){
      switch (analogRead(LDR)) {
      case 0 ... 40:
        dimmer.dim = 25;
        m = "Dark";
        break;
      case 41 ... 800:
        dimmer.dim = 40;
        m = "Light";
        break;
      case 801 ... 2000:
        dimmer.dim = 60;
        m = "Bright";
        break;
      case 2001 ... 3200:
        dimmer.dim = 80;
        m = "Very Bright";
        break;
      case 3201 ... 4500:
        dimmer.dim = 100;
        m = "Very Very Bright";
        break;
    }
    if (dimmer.dim != dimmer.lastDim) {
      nextion.val("AMP.nDimESP", dimmer.dim);
      nextion.val("AMP.hSlideESP", dimmer.dim);
      Serial.println(" => " + m);
      Serial.println(analogRead(LDR));
      dimmer.lastDim = dimmer.dim;
    }
    millis.dim=millis();
  }


  Serial.println(tempRight.address);
  digi.srcName[2] = "f;akldsjf";
  Serial.println(digi.srcName[2]);
  // put your main code here, to run repeatedly:
  // Serial.println(eszkoz[1].name);
  // Serial.println(eszkoz[1].address);
  // Serial.println(eszkoz[1].name);
  // Serial.println(eszkoz[1].address);
  // Serial.println(error[1].name);    //ez mehet a tobbire is dcleft,dcright,
  // Serial.println(error[1].stateStr);
  Serial.println(error[0].name);
  Serial.println(error[0].pinState);
  Serial.println(error[0].state);
  Serial.println(error[0].stateStr);
  delay(1000);
  digi.artist = "";
}