public class Song {

	// Examples variables
	private String songName;
	private float songDurationTime;

	public Song(String songName, float songDurationTime) {
		this.songName = songName;
		this.songDurationTime = songDurationTime;
	}

	// Comment out this method to see what it looks like with no overriding
	@Override
	public String toString() {
		return "Song: " + songName + " Song Time: " + songDurationTime;
	}

	public static void main(String[] args) {
		// Construct a new song object with the name Jingle Bells and a duration of 30
		Song jingleBells = new Song("Jingle Bells", 30f);

		// Calling the to String method -> Since we do not have an implementation for toString in our song class,
		// it will grab it from the object class
		// The object class toString() method looks like this below
		/*
		public String toString() {
	        return getClass().getName() + "@" + Integer.toHexString(hashCode());
	    }
	    */

		// Expected result: com.jb.song.Song@hashcode
		// Printed result from console: com.jb.song.Song@7852e922
		System.out.println(jingleBells.toString());

		// Now we create a toString() method in our song class. Notice how we have a @Override annotation. This means that this method
		// will be called instead of the Object class method. This is what we call overriding a method.
		// If we run the same toString method again...


		// Expected result: Song Jingle Bells Song Time: 30
		// Printed Result
		System.out.println(jingleBells.toString());

	}

}