#include <Arduino.h> // Include necessary library (assuming Arduino)

int carRed = 13; // Assign pin number to car red light (might differ)
int carGreen = 12; // Assign pin number to car green light (might differ)

int button1 = 7; // Assign pin number to first button (might differ)
int button2 = 8; // Assign pin number to second button (might differ)

// Variable to keep track of the currently lit LED
int currentLED = carRed;

bool arduinoOn = false; // Variable to keep track of Arduino power state

void setup(){
  pinMode(carRed, OUTPUT);
  pinMode(carGreen, OUTPUT);
  pinMode(button1, INPUT_PULLUP); // Button 1 with internal pull-up resistor
  pinMode(button2, INPUT_PULLUP); // Button 2 with internal pull-up resistor
  digitalWrite(carRed, LOW); // Initially turn on red light
}

void loop() {
  // Check if button 2 is pressed to toggle the Arduino board power state
  if (digitalRead(button2) == LOW) {
    // Toggle the power state
    arduinoOn = !arduinoOn;
    
    // Add any necessary initialization if arduinoOn is true
    if (arduinoOn) {
      // Perform any necessary initialization here
    }
    
    // Debounce delay
    delay(500);
  }

  // Check if Arduino is powered on
  if (arduinoOn) {
    int state = digitalRead(button1);
    if (state == LOW) { // Button 1 is pressed (LOW due to pull-up)
      digitalWrite(carRed, LOW);
      digitalWrite(carGreen, LOW); // Turn off both lights
      
      // Cycle through LEDs based on currentLED
      if (currentLED == carRed) {
        digitalWrite(carRed, HIGH);
        currentLED = carGreen;
      } else if (currentLED == carGreen) {
        digitalWrite(carGreen, HIGH);
        currentLED = carRed;
      }
      delay(500); // Debounce delay
    }
    // Add more conditions for other buttons if needed
  }
}