#include <Wire.h>//https://www.arduino.cc/en/reference/wire
#include <DS3231.h>//https://github.com/NorthernWidget/DS3231
#include <DS18B20.h>
#include <DS3231.h>

#define ONE_WIRE_BUS 3

/*
int Inter1 = ; // inter croissance mere
int Inter2 = ; // inter croissance reste
int Inter3 = ; // inter flo
int InterruptHydro = ; //Entrer Interrupt Hydro
int Inter
*/

int Led1 = ; //Relai croissance mere
int Led2 = ; //Relai croissance reste
int Led3 = ; //Relai flo
int Extract = ;//relai Extract
int Dehum = ;
int Pompe = ; //Relai pompe

bool ExtractOn = True;
int tmpArrosage = ; //temps d'arrosage

DS3231 Clock;

enum Prochain {
	AlumFlo,
	AlumCroi,
	ExtFlo,
	ExtCroi
};

enum Prochain pro = AlumFlo;

void fc_InterHydro(){
	//Voir si rearmer l'interuption
	SI alarm1 :
		LED();
	Si alarm2 :
		extracteur();
}

void fc_InterHydro(){
	writepin(Pompe,ON);
	sleep(tmpArrosage);
	writepin(Pompe,OFF);
	
}

void extracteur(){
	//remiseAlarm2 +15min
	if(ExtractOn)
		writepin(Extract,OFF);
	else
		writepin(Extract,ON);
	ExtractOn= ~ExtractOn;
}

void LED(){
	Switch (pro){
		case(AlumCroi):
		pro = AlumFlo;
		//rearmer l'alarm +2H
		if(readpin(inter1))
			writepin(Led1,ON);
		if(readpin(inter1))
			writepin(Led2,ON);
		break;
		case(AlumFlo):
		pro = ExtFlo;
		//rearmer l'alarm +12H
		if (readpin(inter3))
			writepin(Led3,ON);
		break;
		case(ExtFlo):
		pro = ExtCroi;
		//rearmer l'alarm +2H
		writepin(Led3,OFF);
		break;
		case(ExtCroi):
		pro = AlumCroi;
		//rearmer l'alarm +8H
		writepin(Led1,OFF);
		writepin(Led2,OFF);
		break;
	}
}
		
void setup() {
  DS3231();
  //init I/O
  inter1 ; 
 inter2  ;
 inter3 ;
 interuptRTC  ; 
 InterruptHydro  ; 

 Led1  ; 
 Led2  ;
 Led3  ;
 Extract  ;
 Pompe  ; 

  /*
   * Interruption
   */
   PCintPort::attachInterrupt(InteruptRTC, fc_InterRTC, FALLING);
   PCintPort::attachInterrupt(InterruptHydro, fc_InterHydro, FALLING);}

void loop() {
  
  
	  

}