you are required to write two classes: one that represents a TCP server and the other represents a TCP client. The operation of the program can be concluded in the client sending double values to the server, and the server returning these doubles sorted in ascending order. 1. The server must bind to port number 3000, and keep on waiting for connections requests to be received from clients. The client must send the double values, which the server will send back to the client sorted in ascending order. In addition, the server keeps a log file named log.txt, in which it logs the date/time info and info of clients addressing (IP address in dotted decimal notation and port number) and their sorted numbers, each client on a new line as follows: date-time client-ip:client-port# sorted_numbers (space separated) 2. The client must read the double values from the user, until the user enters -1 (positive doubles are only assumed to be entered). It must send these double values to the server, then wait for the server response. When the response is received, it must print the returned sorted numbers to the console. 3. The server must be multi-threaded such that more than client connection can be handled at the same time.

you are required to write two classes: one that represents a TCP server and the other represents a TCP client. The operation of the program can be concluded in the client sending double values to the server, and the server returning these doubles sorted in ascending order. 1. The server must bind to port number 3000, and keep on waiting for connections requests to be received from clients. The client must send the double values, which the server will send back to the client sorted in ascending order. In addition, the server keeps a log file named log.txt, in which it logs the date/time info and info of clients addressing (IP address in dotted decimal notation and port number) and their sorted numbers, each client on a new line as follows: date-time client-ip:client-port# sorted_numbers (space separated) 2. The client must read the double values from the user, until the user enters -1 (positive doubles are only assumed to be entered). It must send these double values to the server, then wait for the server response. When the response is received, it must print the returned sorted numbers to the console. 3. The server must be multi-threaded such that more than client connection can be handled at the same time.

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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