/* * To change this template, choose Tools | Templates * and open the template in the editor. */ package prog2; /** * * @author ??? */ public class Prog2 { /** * @param args the command line arguments */ public static void main(String [] args){ System.out.println(Rank.QUEEN); Card card = new Card(Rank.QUEEN, Suit.SPADES); System.out.println(card); //System.out.println(card.toStringShort()); System.out.println("_____________________________"); /* Deck deck = new Deck(); deck.shuffle(); for (int i = 0; i < 50; ++i) { System.out.println(deck.dealCard()); } System.out.println(deck); //prints the remaining cards System.out.println("_____________________________"); Shoe shoe = new Shoe(4); shoe.shuffle(); for (int i = 0; i < 50; ++i) { System.out.println(shoe.dealCard()); } System.out.println("_____________________________"); */ } } class Card{ //outputs info for a single instance of a card public String singleRank; public String singleSuit; public String Card(){ String test="of"; return test; } public Card(){} // Item 1: a two arg constructor that passes in a rank and suit which will initialize the card. //Item 2: a two arg constructor that takes two integer parameter, one representing a rank (from 0-12) and one representing a suit (from 0-3). Use these two variables to initialize the Rank and Suit instance variables. public Card(int x, int y){ Rank instanceR = new Rank(); singleRank= instanceR.getName(x); Suit instanceS = new Suit(); singleSuit= instanceS.getName(y); } //Item 3: getter methods for the Card class that return Rank and Suit. //Item 4: a toString() method, which will return the value of the card as follows: Rank of Suit such as Two of Diamonds. @Override public String toString () { return "This is the toString() method in the Card Class"; } //Item 5: an equals method that will return true if both cards have the same rank and suit. //Item 6: a toStringShort() method which will return the value of the card as follows: abbreviated Rank (no space) abbreviated Suit such as 2D. } // end Card class class Deck{ //simulates a deck of cards //Item 1: a no arg constructor that stores a complete set of cards (13 cards in each suit). Hold the cards in an array of Card. //Item 2: a method called shuffle, that will shuffle the 52 cards in the deck. Use java.util.Random to select your random numbers. //Item 3: a method called dealCard, that returns the next card in the deck. //Item 4: a method called getCardsRemaining(), which returns the number of remaining cards in the deck that have not been played. //Item 5: a toString method, that will return a string with the remaining cards in the deck. Note toString() prints the abbreviated version of the card. Example: AD QS 4D 9H.... } class Shoe{ //simulates storage of 2 to 8 decks of cards // Create a no arg constructor that stores one deck of cards in the shoe. //o Create a one arg constructor that takes in an integer that states the number of decks in the shoe. //o Create a method called shuffle, that shuffles all the decks in the shoe. //o Create a method called dealCard, that returns the next card in the shoe. //o Create a method called getCardsRemaining(), which returns the number of remaining cards in the shoe that have not been played. } class Rank{ public Rank(){//initializes new instance } // Item 1: a private static array of Strings and initialize it to include the names of each rank ("Ace","Two",....."King") private static String[] rankNames={"Ace","Two","Three","Four","Five","Six","Seven","Eight","Nine","Ten","Jack","Queen","King"}; // Item 2: a private static array of Strings and initialize it to include the abbreviated rank name for each rank ("A","2","3",...,"Q","K"). private static String[] rankNameAbbrev={"A","2","3","4","5","6","7","8","9","10","J","Q","K"}; // Item 3: a private instance variable of type int that holds a value from 0-12 representing one of the 13 ranks private static int rankIndex=0; // Item 4: a public constructor with one integer parameter that is used to initialize the instance variable public Rank(int enterRankIndex){ rankIndex=enterRankIndex; System.out.println("Rank marker"); } // Item 5: a public getter that uses the instance variable to return the rank name as a String. public String getName(int rankIndex) {return rankNames[rankIndex]; } // Item 6: a public getter that uses the instance variable to return the abbreviated rank name as a String public String getAbbrev(int rankIndex) {return rankNameAbbrev[rankIndex]; } // Item 7: a private static array with 13 elements of type Rank and initialize it with Rank objects corresponding to each of the 13 indices. Create array of objects section 8.11 Rank[] rankArray = new Rank[13]; for(int i=0; i<rankArray.length; i++){ rankArray[i]= new Rank(i); System.out.println("create Rank marker"); } // Item 8: a public static getter that takes a single integer as a parameter and returns the corresponding Rank object from the static array public static Rank getRank(Rank[] rankArray){ Rank outputRank = rankArray[rankIndex]; return outputRank; } // Item 9: List of Public Static Final Int variables representing the ranks public static final int ACE=0; public static final int TWO=1; public static final int THREE=2; public static final int FOUR=3; public static final int FIVE=4; public static final int SIX=5; public static final int SEVEN=6; public static final int EIGHT=7; public static final int NINE=8; public static final int TEN=9; public static final int JACK=10; public static final int QUEEN=11; public static final int KING=12; } // end Rank Class class Suit{ public Suit(){//initializes new instance } // Item 1: a private static array of Strings and initialize it to include the names of the suits ("Hearts",...) private static String[] suitNames={"Hearts","Spades","Diamonds","Clubs"}; // Item 2: a private static array of Strings and initialize it to include the abbreviated rank name for each suit ("H","S","D","C"). private static String[] suitNameAbbrev={"H","S","D","C"}; // Item 3: a private instance variable of type int that holds a value from 0-3 representing one of the 4 suits private static int suitIndex=0; // Item 4: a public constructor with one integer parameter that is used to initialize the instance variable public Suit(int enterSuitIndex){ suitIndex=enterSuitIndex; } // Item 5: a public getter that uses the instance variable to return the suit name as a String. public String getName(int suitIndex) {return suitNames[suitIndex]; } // Item 6: a public getter that uses the instance variable to return the abbreviated suit name as a String public String getAbbrev(int suitIndex) {return suitNameAbbrev[suitIndex]; } // Item 7: a private static array with 4 elements of type Suit and initialize it with Suit objects corresponding to each of the 4 indices. Create array of objects section 8.11 Suit[] suitArray = createSuitArray(); public static Suit[] createSuitArray(){ Suit[] suitArray= new Suit[4]; for(int i=0; i<suitArray.length; i++){ suitArray[i]= new Suit(i); } return suitArray; } // Item 8: a public static getter that takes a single integer as a parameter and returns the corresponding Suit object from the static array public static Suit getSuit(Suit[] suitArray){ Suit outputSuit = suitArray[suitIndex]; return outputSuit; } // Item 9: List of Public Static Final Int variables representing the suits public static final int SPADES = 1; public static final int HEARTS = 0; public static final int CLUBS = 3; public static final int DIAMONDS = 2; } // end suit class
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Originally Posted by ducbinh136 