// purpose: represent a cupcake. also known as faery cakes as their size is
//          appropriate for faeries and their kin ( e.g., leprechauns )

public class Cupcake {
	public static void main( String[] args ) {
		Cupcake c1 = new Cupcake( Flavor.CHOCOLATE, Flavor.VANILLA, false );
		Cupcake c2 = new Cupcake( Flavor.VANILLA, Flavor.VANILLA, true );

		System.out.println( c1 );
		System.out.println( c2 );
	}

	// attributes
	Flavor cake;
	Flavor icing;
	boolean sprinkled;

	// default constructor
	public Cupcake() {
		this.setCake( Flavor.VANILLA );
		this.setIcing( Flavor.CHOCOLATE );
		this.setSprinkled( false );
	}

	// specific constructor
	public Cupcake( Flavor c, Flavor i, boolean s ) {
		this.setCake( c );
		this.setIcing( i );
		this.setSprinkled( s );
	}

	// toString(): get a String representation
	public String toString() {
		String representation = "Cupcake("
				+ this.getCake() + ", "
				+ this.getIcing() + ", "
				+ this.isSprinkled() + ")";
		
		return representation;
	}

	// mutators -- changes of attributes

	public void setCake( Flavor f ) {
		this.cake = f;
	}

	public void setIcing( Flavor f ) {
		this.icing = f;
	}

	public void setSprinkled( boolean b ) {
		this.sprinkled = b;
	}

	// inspectors -- describers of attributes

	public Flavor getCake() {
		return this.cake;
	}

	public Flavor getIcing() {
		return this.icing;
	}

	public boolean isSprinkled() {
		return this.sprinkled;
	}

	// equals
	public boolean equals( Object c ) {
		if ( c instanceof Cupcake ) {
			Cupcake that = (Cupcake) c;

			Flavor c1 = this.getCake();
			Flavor c2 = that.getCake();

			Flavor i1 = this.getIcing();
			Flavor i2 = that.getIcing();

			boolean b1 = this.isSprinkled();
			boolean b2 = that.isSprinkled();
			
			boolean comparison = c1.equals( c2 ) && i1.equals( i2 ) && ( b1 == b2);

			return comparison;
		}
		else {
			return false;
		}
	}
}