//Add Phidgets Library | You added a file called phidget22 when configuring your project. Import gives you access to the Phidgets library code inside that file. 
import com.phidget22.*;

//Define
DigitalInput redButton;

void setup(){
  try{
    
    //Create | Here you've created a DigitalOutput object for your LED. An object represents how you interact with your device. DigitalOutput is a class from the Phidgets library that's used to provide a voltage to things like LEDs.
     redButton = new DigitalInput();
    
    //Address | This tells your program where to find the device you want to work with. Your LED is connected to port 1 and your code reflects that. IsHubPortDevice must be set if you are not using a Smart Phidget (more on this later). 
    redButton.setHubPort(0);
    redButton.setIsHubPortDevice(true);
    
    //Open | Open establishes a connection between your object and your physical Phidget. You provide a timeout value of 1000 to give the program 1000 milliseconds (1 second) to locate your Phidget. If your Phidget can't be found, an exception will be thrown.
    redButton.open(1000);
    
  }catch(Exception e){
    //Handle Exceptions | Exceptions will happen in your code from time to time. These are caused by unexpected things happening. Make sure you’ve surrounded your code with a try-catch.
    e.printStackTrace();
  }
}

void draw(){
  try{
    //Use your Phidgets | Here is where you use your Phidgets! This code checks the state of the button and prints true/false when the button is pressed/released. The sleep function means the button state is only checked every 150 milliseconds. Sleeping is used to make it easier to read the console output and to put less stress on your CPU.
    println(redButton.getState());
    delay(150);
    
  }catch(Exception e){
    //Handle Exceptions | Exceptions will happen in your code from time to time. These are caused by unexpected things happening. Make sure you’ve surrounded your code with a try-catch.
    e.printStackTrace();
  }
}