Implement as the class Shoe the ADT shoe that Project of Chapter 1 describes. Hint: To shuffle the shoe, use two private lists of cards, a source list and a shuffled list. Put all the available cards into the source list. Initially, this will be every card. Later, only those cards not held by a player will be available. Use the class java.util.Random to repeatedly generate a random position in the source list, remove the card at that position, and put it at the end of the shuffled list.
Write a program that adequately demonstrates the operation of the class Shoe.
A shoe of playing cards contains some number of standard decks of cards. Cards in the shoe can be shuffled together and dealt one at a time. The number of cards in the shoe can also be calculated.
After a hand is complete, you should be able to return all cards to the shoe and shuffle them. Some card games require that the discard pile be returned to the shoe when the shoe becomes empty. Then the cards in the shoe can be shuffled. In this case, not all cards are in the shoe; some are held by the players.
Design an ADT for a shoe, assuming that you have the class PlayingCard, which was described in Project 6 of the online projects for Appendix C. You do not need an ADT deck, since a deck is a shoe whose number of decks is 1.
Specify each ADT operation by stating its purpose, by describing its parameters, and by writing a pseudocode version of its header. Then write a Java interface for a shoe’s methods. Include javadoc-style comments in your code.
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