A protocol defines the format of messages exchanged between two computers that allow the computers to communicate with one another. The table below defines a protocol for a simple guessing game (\n indicates a newline). Description Start or restart a new game. Quit the game. Guess a number. Bad request. Request (from client) restartin quit\n guess #\n Anything other than the above. Response (from server) restarted\n game_over\n i. ii. toolow\n toohigh\n correct\n out_of_guesses\n error\n For this assignment, you will implement a networked guessing game. The client will connect to a server, at which point a new game will begin. The client will have a limited number of guesses to guess a number. The client may start a new game or quit at any time. Hint use PrintWriter and BufferedReader to send/receive lines of text terminated by newlines. 1. Create a GuessingGameServer class that implements the server-side of the protocol. a. Wait for a client to connect on port 6355. b. In a loop, read requests from the client and respond to each request accordingly. c. For each new game, a new secret number between 1 and 100 must be generated. The client will have 6 guesses to guess the number. Respond with the appropriate message from the above table. If the client continues to guess after running out of guesses, treat it like a bad request. iii. The client can restart at any time (even in the middle of a game). d. If the client quits, the program should exit. 2. Create a Guessing GameClient that provides a command-line interface for the human user to play a game. a. The hostname of the server is a command-line argument. b. Connect to port 6355. c. Prompt the user to enter guesses. d. Print the appropriate output to the user (e.g. "Too low!", "Too high!", "Out of guesses!"). e. If the user quits, send the quit message to the server, close the socket, and exit the program.

Make a Java electronic voting program.  There should be 4 total parties(people you can vote for) use object-oriented code and output your final result to a text file.  Some things to consider:  Well implemented variables, data structures, well-running code

The following code implements a Java Pasta timer that looks like the application below.• Once the start button is pressed the timer will count to two minutes.• The timer can be stopped by pressing stop.• When the timer is finished, it should pop-up an appropriate dialog box that states the timeis up.You are given a partial implementation of program. Fill out the missing code to complete theprogram import javax.swing.*;import java.awt.event.*;import javax.swing.border.*;public class PastaTimerApp extends implements { private JProgressBar progrBar; private JButton startButton, stopButton; private JLabel textLabel; private PastaTimer PastaTimer; public PastaTimerApp() { JPanel p = new JPanel(); p.setLayout(new BoxLayout(p, BoxLayout.Y_AXIS)); p.setBorder(new TitledBorder("Pasta Timer:")); progrBar = new JProgressBar(JProgressBar.HORIZONTAL, 0, 540); textLabel = new JLabel(" 0 Seconds "); p.add(progrBar); p.add(textLabel);  // Initialize buttons and add action listeners  JPanel controls =…

Write Java source code to take an integer n and returns the sum of all odd positive integers less than or equals to n. Please implement a sumOddo method for major functionality and a main method with input data for testing cases. Please pay attention to the neat coding style in Java, including grammar, indentations, naming of variables and methods, and comments. a) Conduct an experimental study regarding the running time of your Java code in nanoseconds. Please draw on a separate sheet of paper for the chart/figure on the evaluation results.