Question

Hello Sir/Madam, could you please help me for the code to write UNO CARD GAME using following elements using JAVA Language:

1. Use of at least three Abstract Data Types 2. Use of inheritance and polymorphism 3. Use of recursion 4. Connection and use of a simple database 5. At least one sorting algorithm 6. At least one search algorithm 7. Use of a graphical user interface. Thank you in advance!

Answer 1

Code to implement UNO in Java

import java.util.ArrayList;

import java.util.HashMap;

import java.util.Iterator;

import java.util.Map;

import java.util.Random;

public class PopulatingDeck {

private static Map<Long,String> map;

private static Map<String,Integer> mapDeck;

private static ArrayList <String> finalDeck;

private static boolean cardShow= false;

private static String checkCardKey;

private static boolean MapContainsValueFlag= false;

private static String cardValueRecieved;

    public PopulatingDeck(){

        map=new HashMap<Long,String>();

        finalDeck=new ArrayList<String>();

        mapDeck=new HashMap<String,Integer>();

        map.put(new Long(0), "blue");

        map.put(new Long(1), "green");

        map.put(new Long(2), "yellow");

        map.put(new Long(3), "red");

        generateDeck();

    }

     

   

    public static void main(String[] args) {

        // TODO Aut#o-generated method stub#

        System.out.println("hiiiiiiiii");

        PopulatingDeck generatingDeck=new PopulatingDeck();

      for(int i=0;i<finalDeck.size();i++){

          System.out.println(finalDeck.get(i)+" \n");

      }

          

         

    }

     

    private static String randomColorGeneration(){

        long temp=Math.round(Math.random()*3);

            if(map.containsKey(temp)){

                return map.get(temp);

            }

            else{

                return null;

            }

}

    public static void generateDeck(){

        for(int i=0;finalDeck.size()<108;i++){

            cardShow=cardDisplayCheck();

            if (cardShow)

                finalDeck.add(checkCardKey);

        }           

          }

     

    public static String randCardNumber() {

         String returnString;

        Random rand = new Random();

         int randomNum = rand.nextInt(15);

        if(randomNum>=10 && randomNum<15){

            switch(randomNum){

            case 10: return "+2";

            case 11: return "Skip";

            case 12: return "Reverse";

            case 13: return "WildCard-Farbe";

            case 14: return "WildCard- +4";package pavan.uno;

import java.util.ArrayList;

import java.util.HashMap;

import java.util.Iterator;

import java.util.Map;

import java.util.Random;

public class PopulatingDeck {

private static Map<Long,String> map;

private static Map<String,Integer> mapDeck;

private static ArrayList <String> finalDeck;

private static boolean cardShow= false;

private static String checkCardKey;

private static boolean MapContainsValueFlag= false;

private static String cardValueRecieved;

    public PopulatingDeck(){

        map=new HashMap<Long,String>();

        finalDeck=new ArrayList<String>();

        mapDeck=new HashMap<String,Integer>();

        map.put(new Long(0), "blue");

        map.put(new Long(1), "green");

        map.put(new Long(2), "yellow");

        map.put(new Long(3), "red");

        generateDeck();

    }

     

   

    public static void main(String[] args) {

        // TODO Aut#o-generated method stub#

        System.out.println("hiiiiiiiii");

        PopulatingDeck generatingDeck=new PopulatingDeck();

      for(int i=0;i<finalDeck.size();i++){

          System.out.println(finalDeck.get(i)+" \n");

      }

    }

     

    private static String randomColorGeneration(){

        long temp=Math.round(Math.random()*3);

            if(map.containsKey(temp)){

                return map.get(temp);

            }

            else{

                return null;

            }

}

    public static void generateDeck(){

        for(int i=0;finalDeck.size()<108;i++){

            cardShow=cardDisplayCheck();

            if (cardShow)

                finalDeck.add(checkCardKey);

        }           

          }

     

    public static String randCardNumber() {

         String returnString;

        Random rand = new Random();

         int randomNum = rand.nextInt(15);

        if(randomNum>=10 && randomNum<15){

            switch(randomNum){

            case 10: return "+2";

            case 11: return "Skip";

            case 12: return "Reverse";

            case 13: return "WildCard-Farbe";

            case 14: return "WildCard- +4";

            }

        }

            else{

            returnString=String.valueOf(randomNum);

        return returnString;

        }

        return null;

        }

     

    public static boolean cardDisplayCheck(){

        String localCardNumberDisplay=randCardNumber();

        if(!localCardNumberDisplay.startsWith("W")){

         checkCardKey=localCardNumberDisplay+" - " +randomColorGeneration();

        }

        else{

             checkCardKey=localCardNumberDisplay;

        }

        int cardCounter=0;

        if(!MapContainsValueFlag||!mapDeck.containsKey(checkCardKey)){

            mapDeck.put(checkCardKey, ++cardCounter);

            MapContainsValueFlag=true;

            return true;

    }

        if(checkCardKey.startsWith("0") && mapDeck.containsKey(checkCardKey)){

                return false;

             

        }

        if(checkCardKey.startsWith("W") && mapDeck.containsKey(checkCardKey)&& mapDeck.get(checkCardKey)<4){

            mapDeck.put(checkCardKey, mapDeck.get(checkCardKey)+1);

            return true;

         

    }

         

        if(mapDeck.containsKey(checkCardKey)){

               if(mapDeck.get(checkCardKey)<2){

                   mapDeck.put(checkCardKey, mapDeck.get(checkCardKey)+1);

                   return true;

               }

        }

        return false;

    }      

}

             

            }

        }

            else{

            returnString=String.valueOf(randomNum);

        return returnString;

        }

        return null;

        }

     

    public static boolean cardDisplayCheck(){

        String localCardNumberDisplay=randCardNumber();

        if(!localCardNumberDisplay.startsWith("W")){

         checkCardKey=localCardNumberDisplay+" - " +randomColorGeneration();

        }

        else{

             checkCardKey=localCardNumberDisplay;

        }

        int cardCounter=0;

        if(!MapContainsValueFlag||!mapDeck.containsKey(checkCardKey)){

            mapDeck.put(checkCardKey, ++cardCounter);

            MapContainsValueFlag=true;

            return true;

    }

        if(checkCardKey.startsWith("0") && mapDeck.containsKey(checkCardKey)){

                return false;

             

        }

        if(checkCardKey.startsWith("W") && mapDeck.containsKey(checkCardKey)&& mapDeck.get(checkCardKey)<4){

            mapDeck.put(checkCardKey, mapDeck.get(checkCardKey)+1);

            return true;       

    }

         

        if(mapDeck.containsKey(checkCardKey)){

               if(mapDeck.get(checkCardKey)<2){

                   mapDeck.put(checkCardKey, mapDeck.get(checkCardKey)+1);

                   return true;

               }

        }

        return false;

    }  

}