What is the output of the following Java Program?class multithreaded programing{public static void main(String args[]){}Select one:Thread t Thread.currentThread();System.out.println (t);a. Thread[main.5.main]

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What is the output of the following Java Program? class multithreaded programing { 3 public static void main(String args[]) { Thread t Thread.currentThread(); System.out.println (t);

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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Computer Science Using Java Write a program that opens up 2 threads of the same class. The threads say "I'm a thread".
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"); x.start(); y.start();System.out.println("I am Main thread"); } }
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// please don't copy from chegg in java: Use multithreading and thread synchronization to code an application simulating a bank deposit and withdrawal process. Set up an account containing an initial balance of $1000.00 for both of the two shared threads, Husband and Wife. When a thread makes a deposit in an account, the other thread must wait. If the account balance is $0.00, no withdrawals are permitted. Assume a deposit transaction requires 0.2 seconds to complete and a withdrawal transaction requires 0.5 seconds to complete. Generate random number 1 as deposit and 2 as withdrawal, respectively. Write a driver class MultiThreadAppt o test your application, repeat, and display the operations 50 times. Document all source code as required above.
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#include <pthread.h>#include <stdio.h>#include <unistd.h>#include <stdlib.h> int count = 0; void *threadfunc(void *arg){ cout<<"Thread Complete\n"; count++; return NULL; } int main(){ count = 0; pthread_t A,B,C;pthread_create(&A, NULL, threadfunc, NULL); pthread_create(&B, NULL, threadfunc, NULL); pthread_create(&C, NULL, threadfunc, NULL); while(count<50) {pthread_join(A, NULL); if(count<50) pthread_join(B, NULL); if(count<50) pthread_join(C, NULL); } return 0; } What is wrong?
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3. Implement mutual exclusion with multithreading in Java Build a Java program which simulates a communication between a server and clients. You must use a thread to represent each party (as server or client). (Hint: study about the Semaphore class to perform mutual exclusion between threads) Create three threads. One thread will act as a server, which always ready to receive a message from a client (ping) and then replies the message to the same client (pong). The other two threads will become the clients, where each client will send a message to the server (ping) and waits for the reply (pong). Define 2 different classes to represent the server and the client. To perform the communication, each thread will refer to a same variable/data structure for sending and receiving the message. Use mutual exclusion approach to ensure each client can send and receive the reply without interruption from any other client(s). For this simulation, your objective is to ensure that each client must…
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