String data_In; //siapkan data workcover
String DT[10]; //penampungan data
int i;
boolean flag_parse = false; //markingnya, jd bisa switch hrs jalan/ga
int flag_Led1, flag_Led2;
//LED PORT
int LED1 = 23;
int LED2 = 22;
void setup() {
  // put your setup code here, to run once:
  Serial.begin(115200);
  Serial.println("Parsing Data Ready, Geni!!");
  data_In; //reset data
  pinMode(LED1, OUTPUT); //TLS OUTPUTNYA
  pinMode(LED2, OUTPUT);
}

void loop() {
  // put your main code here, to run repeatedly:
  if(Serial.available()>0) { // cek serialnya ada isinya ga, akan ngecek jmlh karakternya
    char inputChar = (char) Serial.read(); //masukan input karakter ke file kita
    data_In += inputChar; //masukan datanya
    if(inputChar == '\n'){//pake marking kalau ketemu ini jd true dan kebalikannya
    flag_parse = true;
    }
    } 
    if(flag_parse){
       parsing_Data();//cara menampilka 
      flag_parse = false; //agar tidak mengulang terus
      data_In=""; //reset string buffer
    }
    led(LED1, flag_Led1);
    led(LED2, flag_Led2);
}
//dan membuat algoritma
void parsing_Data (){ //untuk nyimpen data apa saja, 
  int j = 0;
  //read data input from serial
  Serial.print("Isi data In: "); Serial.print(data_In);
  //akan increament berdasarkan data yg kita tentukan, dgn kita kosongkan dl
  //clearing inisial data
  DT [j] = ""; //cara menampilkan dgn masukan ke function algoritmanya
  //algoritma for parsing data
  for (i = 0; i < data_In.length(); i++){
   //checking sparator data frame in csv format --> data1;data2; dst
    if(data_In[i] == ' '||data_In[i] == '='||data_In[i] == '\n'){
      j++;
      DT[j] = ""; //inisialisasiarray yg DT
    } else{
      DT[j] = DT[j] + data_In[i]; //setiap data yg msk akan di cek satu persatu
    }
  }

  // Serial.print("Data 0 = "); Serial.println(DT[0]);
  // Serial.print("Data 1 = "); Serial.println(DT[1]);
  // Serial.print("Data 2 = "); Serial.println(DT[2]);
  // Serial.print("Data 3 = "); Serial.println(DT[3]);
/*
  Test Data: 1;2;3;4
  Test Data: 1.1;2.2;3.3;4.4
*/

//float untuk desimal
 //Serial.print("Data 0 = "); Serial.println(DT[0].toInt());
 //Serial.print("Data 1 = "); Serial.println(DT[1].toInt());
  
  /*
  PARAM LED1=1
  SET LED1=1
  //RUN 
  //KILL
  ETC
 */

if(DT[0]=="PARAM"){
    Serial.println("Param True!");
    if(DT[1]=="LED1"){
    Serial.println("LED1 Sellected!");
    flag_Led1 = DT[2].toInt();
    Serial.println("DATA LED1:");
    Serial.println(flag_Led1);
  }if(DT[1]=="LED2"){
    Serial.println("LED1 Sellected");
    flag_Led2 = DT[2].toInt();
    Serial.println("DATA LED2:");
    Serial.println(flag_Led2); }
    else{
    Serial.println("Another LED!");}
}if(DT[0]=="RUN"){
    Serial.println("Running!");
     if(DT[1]=="ALL"){
      flag_Led1=1;
      flag_Led2=1;
      Serial.println("ALL");
     }else{
      Serial.println("Stop!");
     }
}
  if(DT[0]=="KILL"){
    Serial.println("KILLED!");
     if(DT[1]=="ALL"){
      flag_Led1=0;
      flag_Led2=0;
      Serial.println("ALL");
     }else{
      Serial.println("Running!");
     }
}else{
    Serial.println("Another Command!");
  }
}  
  /*
  //untuk alggoritma penjmlhn
  float sum; //kl float pasti gbs
  sum = DT [0].toInt() + DT[1].toFloat(); //ini kl float
  //sum = DT[0]+DT[1]
  Serial.print("Data Penjumlahan = "); Serial.println(sum);
  */


void led(int ch, int state){
  if(state==0){
    digitalWrite(ch, HIGH);
  }
  if(state==1)
  {
    digitalWrite(ch,LOW);
  }
}