const int ld = 2;
const int pb1 = 3;
const int pb2 = 4;
unsigned long previousMillisAlarm = 0;  // Waktu sebelumnya Alarm
unsigned long previousMillisNotifikasi = 0;  // Waktu sebelumnya Notifikasi
const long AlarmDuration = 30000;       // Durasi LED 1 aktif (30 detik)
const long NotifikasiInterval = 5000;        // Interval Notifikasi (5 detik)
const long NotifikasiDuration = 1000;        // Durasi Notifikasi (1 detik)

bool AlarmActive = false;  // Status Alarm
void setup() {
  Serial.begin(9600);
  pinMode(ld, OUTPUT);
  pinMode(pb1, INPUT_PULLUP);
  pinMode(pb2, INPUT_PULLUP);
  digitalWrite(ld, 0);

}

void loop() {
  
  int pbs1 = digitalRead(pb1);
  int pbs2 = digitalRead(pb2);
if (pbs1 == 0 && !AlarmActive) {
    AlarmActive = true;
    previousMillisAlarm = millis(); // Reset waktu Alarm
  }
if (pbs2 == 0){
  digitalWrite(ld, 0);
  AlarmActive = false;
}
  if (AlarmActive) {
    digitalWrite(ld, 1);
    unsigned long currentMillisAlarm = millis(); // Wktu Alarm saat ini

    if (currentMillisAlarm - previousMillisAlarm >= AlarmDuration) {
      digitalWrite(ld, 0);
      AlarmActive = false;
    }

    unsigned long currentMillisNotifikasi = millis(); //Waktu notif saat ini

    if (currentMillisNotifikasi - previousMillisNotifikasi >= NotifikasiInterval) {
      previousMillisNotifikasi = currentMillisNotifikasi;

     Serial.println("!!! ADA AKTIVITAS ILEGAL !!!");
     //digitalWrite(ld, 1);
      //if (digitalRead(led2Pin == 1)){
      //Serial.println("led 2 aktif");}
      //delay(NotifikasiDuration);
      //digitalWrite(led2Pin, LOW); 
    }
  }
  //Serial.println(AlarmActive);
delay(10);
}