Consider the below Java code. import public class Semaphore Demo ( java.util.concurrent.Semaphore: Semaphore binary Sema-new Semaphore (1); public static void main(String args[]) { final SemaphoreDemo sema DemoObj= new Semaphore Demo (); Thread tdl = new Thread() { public void run () { } } sema Demoobj.testMutualExclusion (); Thread td2= new Thread() ( @Override public void run () { } sema DemoObj.testMutualExclusion(); tdl.start(); td2.start(); private void testMutualExclusion () { try ( binarysema.acquire(); System.out.println (Thread. current Thread().getName() + "inside the region of mutual exclusive."); Thread.sleep (1000); } catch (InterruptedException e) { ) finally ( ie.printStackTrace(); System.out.println (Thread. current Thread().getName()+ "outside the region of mutual exclusive."); What would be the output of the program?

Modify this threading example to use, exclusively, multiprocessing, instead of threading. import threadingimport time class BankAccount():  def __init__(self, name, balance):    self.name = name    self.balance = balance   def __str__(self):    return self.name # These accounts are our shared resourcesaccount1 = BankAccount("account1", 100)account2 = BankAccount("account2", 0) class BankTransferThread(threading.Thread):  def __init__(self, sender, receiver, amount):    threading.Thread.__init__(self)    self.sender = sender    self.receiver = receiver    self.amount = amount     def run(self):    sender_initial_balance = self.sender.balance    sender_initial_balance -= self.amount    # Inserting delay to allow switch between threads    time.sleep(0.001)    self.sender.balance = sender_initial_balance         receiver_initial_balance = self.receiver.balance    receiver_initial_balance += self.amount    # Inserting delay to allow switch between threads    time.sleep(0.001)…

Write a thread class TextThread that prints a text every 1 second 10 times. Read the following main class. Try to guess what will be its output. class Test { public static void main(String s[]) throws Exception { TextThread x = new TextThread ("I am thread x"); TextThread y= new TextThread ("I am thread y"); System.out.println("I am Main thread"); } } Write it and execute it. Is the output convenient with your previous answer? What’s wrong? Complete the code so that all thread execute properly. Read the following second main class. Guess its output. class Test { public static void main(String s[]) throws Exception { TextThread x = new TextThread ("Hello"); TextThread y = new TextThread ("Java"); x.start(); x.join(); y.start(); System.out.println("I am Main thread"); } } Write it and execute it to check your previous answer. Exercise 3: Read the following code and try to guess what will be its output. import java.util.*; class Car { private int speed; public void…

: Suppose we have the following code:public class Foo {public Foo() { ... }public void first() { ... }public void second() { ... }public void third() { ... }}The same instance of Foo will be passed to three different threads. ThreadA will call first,threads will call second, and thread( will call third. Design a mechanism to ensure thatfirst is called before second and second is called before third.

Subject Name: Advanced Object-Oriented Programming 1. Complete the below given code (1) class NyThread Thread t: Runnable ( MyThread (String n, int pl t (2) (3) : / creates teh Thread t with nane n : // changen the priority to p Syster.out.printin ("Thread "+n+* created with priority "+p): t. (4) : // exexcute the thread t. I // The only abatarct aethed in Runnable public for (int 1=10: 1>=1: 1--) { Syaten.out.prántin ("Thread *t.getName ()+"\e i - "a) : (5) try { (6) :/ ma ke the Thead t eleep to 2 seconds } catch (Exception e) Syater.out.printin ("Exception in Child"): System.out.printin ("Thread "+t. getName ()+" 1s Exiting"): public statie void main (Stringt) arga) { MyThread t1, 12; ti - new MyThread ("R1", 7): t2 = new MyThread ("R1", 3): try ( :// 2 atatements to aake the Threads ti a v2 exit at same time (8) ) catoh (Exception e) ( Syster.out.printin("Exception in main"): System.out.printin ("Thread Main is Exiting"): 1. 2. 3. 4. 6. 7. 8. 5.