public class SortingExample

 

{

 public static final int SIZE = 10;

 

 

 public static void main(String[] args) {

 Integer[] listOne = {7, 12, 19, 3, 18, 4, 2, 6, 15, 11};

 Integer[] listTwo = {16, 1, 5, 9, 13, 20, 17, 8, 10, 14};

 Object[] finalList = new Object[listOne.length + listTwo.length];

 

 

 // create two threads:

 Thread sortingThreadOne = new Thread(new SortingThread(listOne));

 Thread sortingThreadTwo = new Thread(new SortingThread(listTwo));

 sortingThreadOne.start();

 sortingThreadTwo.start();

 

 

 try {

 sortingThreadOne.join();

 sortingThreadTwo.join();

 }

 catch (InterruptedException ie) { }

 

 

 // now merge the lists into a single list

 

 

 Thread mergeThread = new Thread(new MergeThread(listOne, listTwo, finalList));

 mergeThread.start();

 try {

 mergeThread.join();

 }

 catch (InterruptedException ie) { }

 

 

 // now print out the list

 

 

 for (int i = 0; i < finalList.length; i++)

 System.out.println(finalList[i]);

 

 

 }

}

 

1.Implement the TaskThreadDemo.java thread example.

2.Implement the bounded buffer producer-consumer problem using multithreaded. Modify the producer that the data come from a random number generator.

3.Implement the Socket Communication program using multithreaded so that the server services each client request in a separate thread.