Program Specification: You are to write a Class Deck which emulates a full deck of playing cards. That is 4 suits (Clubs, Spades, Hearts, and Diamonds) and 13 ranks (Ace, 2, 3, 4, 5, 6, 7, 8, 9, Jack, Queen, King) in each suit. This of course makes for a total of 52 playing cards in the deck. Mandatory Instance variables: private Card[] deck - new Card [52]; private int cardsDealt; Mandatory Instance methods public Deck) // constructor // set each element of deck to a unique Card object, // and sets cardsDealt to zero public int getCardsDealt O // accessor // return the value of cardsDealt private void setCardsDealt(int cardsDealt) // mutator // sets cardsDealt specified value (cardsDealt) public boolean emptyDeck) // returns wheather or not all the cards in deck // have already been dealt (cardsDealt 52) public void collectCards () // set cardsDealt to zero public void collectCards (int cardCnt) // decrement cardsDealt by cardCnt. public Card dealCard() // if emptyDeck() is false // returns the card at location cardsDealt in deck, // and increments cardsDealt by 1. // else // returns nul1 public void shuffleDeck) // apply 100 random card swaps within deck public void shuffleDeck(int swapCnt) // apply swapCnt random card swaps within deck You are also to write a Driver Class DeckDriver to test your Deck class. Mandatory Functionalit Your driver class must minimally print all the cards in the deck in the random order that they are "dealt". Such as in Programs 1, 2, and 3 Program Specification: You are to write a Class Deck which emulates a full deck of playing cards. That is 4 suits (Clubs, Spades, Hearts, and Diamonds) and 13 ranks (Ace, 2, 3, 4, 5, 6, 7, 8, 9, Jack, Queen, King) in each suit. This of course makes for a total of 52 playing cards in the deck. Mandatory Instance variables: private Card[] deck - new Card [52]; private int cardsDealt; Mandatory Instance methods public Deck) // constructor // set each element of deck to a unique Card object, // and sets cardsDealt to zero public int getCardsDealt O // accessor // return the value of cardsDealt private void setCardsDealt(int cardsDealt) // mutator // sets cardsDealt specified value (cardsDealt) public boolean emptyDeck) // returns wheather or not all the cards in deck // have already been dealt (cardsDealt 52) public void collectCards () // set cardsDealt to zero public void collectCards (int cardCnt) // decrement cardsDealt by cardCnt. public Card dealCard() // if emptyDeck() is false // returns the card at location cardsDealt in deck, // and increments cardsDealt by 1. // else // returns nul1 public void shuffleDeck) // apply 100 random card swaps within deck public void shuffleDeck(int swapCnt) // apply swapCnt random card swaps within deck You are also to write a Driver Class DeckDriver to test your Deck class. Mandatory Functionalit Your driver class must minimally print all the cards in the deck in the random order that they are "dealt". Such as in Programs 1, 2, and 3
