boolean b_CI;
boolean b_CII;
boolean b_MAN_ON;

#include "ADebouncer.h"

#define buttonPin1 2         // Define the button input pin.
#define buttonPin2 3         // Define the button input pin.
#define debouncePeroid 10   // Define the debounce period in milliseconds


ADebouncer debouncer_1;       // Declare debouncer variable.
ADebouncer debouncer_2;       // Declare debouncer variable.

void fnc_interruptHandler_2(){
	if (((b_MAN_ON == false) && ((((b_CI == true) && (digitalRead(3) == false)) || ((b_CII == true) && (digitalRead(2) == false)))))) {
		analogWrite(5, 0);
		b_CI = false;
		b_CII = false;
	}


}

void fnc_interruptHandler_3(){
	if (((b_MAN_ON == false) && ((((b_CI == true) && (digitalRead(3) == false)) || ((b_CII == true) && (digitalRead(2) == false)))))) {
		analogWrite(5, 0);
		b_CI = false;
		b_CII = false;
	}


}

void setup()
{
 	pinMode(buttonPin1, INPUT_PULLUP);               // Set the button mode as input pullup.
	pinMode(buttonPin2, INPUT_PULLUP);
	pinMode(4, INPUT);
	pinMode(8, OUTPUT);
	pinMode(9, OUTPUT);
	pinMode(5, OUTPUT);
	pinMode(6, OUTPUT);
	pinMode(7, OUTPUT);

	attachInterrupt(digitalPinToInterrupt(2),fnc_interruptHandler_2,RISING);
	attachInterrupt(digitalPinToInterrupt(3),fnc_interruptHandler_3,RISING);

	pinMode(4, INPUT_PULLUP);

	debouncer_1.mode(DELAYED, debouncePeroid, HIGH);  // Set the debounce mode as delayed mode and debounce period as 10 ms, with the initial output in a HIGH state.
	debouncer_2.mode(DELAYED, debouncePeroid, HIGH);  // Set the debounce mode as delayed mode and debounce period as 10 ms, with the initial output in a HIGH state.
}


void loop()
{

  bool new_CI = debouncer_1.debounce(digitalRead(buttonPin1));  // Save the debounced of the button state.
	bool new_CII = debouncer_2.debounce(digitalRead(buttonPin2));  // Save the debounced of the button state.
	
  	if ((new_CI == false)) {
  		b_CI = true;
  	}

  	if ((new_CII == false)) {
  		b_CII = true;
  	}

  	if ((digitalRead(4) == false)) {
  		b_MAN_ON = true;
  	}
  	else if ((digitalRead(4) == true)) {
  		b_MAN_ON = false;
  	}

  	if ((b_CI == true)) {
  		digitalWrite(8, HIGH);
  	}
  	else if ((b_CI == false)) {
  		digitalWrite(8, LOW);
  	}

  	if ((b_CII == true)) {
  		digitalWrite(9, HIGH);
  	}
  	else if ((b_CII == false)) {
  		digitalWrite(9, LOW);
  	}

  	if (((b_MAN_ON == true) || (((b_CI == true) && (b_CII == false)) || ((b_CII == true) && (b_CI == false))))) {
  		analogWrite(5, 5);
  		digitalWrite(6, HIGH);
  		digitalWrite(7, LOW);
  		delay(500);
  		analogWrite(5, 0);
  		digitalWrite(6, LOW);
  		digitalWrite(7, HIGH);
  		delay(500);
  		digitalWrite(7, LOW);
  	}

}