an you please implement me code for c programming language using for windows not linux That using multithreaded tcp connection doing just parity check and checksum error detection My first client name be client 1 and message hello server Same for client 2 so lastly can pass error detections and my message not be discarded

Match left-column statements to right-column architectures. Always-on server. Processes may provide or receive service. Any communication has a client and server. It's HTTP. User-controlled hosts may be up or down. Self-scalable. A. Peer-to-peer. B. Not client-server or peer-to-peer. C. Client-server/peer-to-peer. D. Client-server. E. TCP/IP.

Write a Java program to create a TCP Socket program to receive an input message from client socket, reverse the input message and send it back to the client. Note that the program should have the comments embedded in it to explicitly explain why that code is being used. Explain in detail the client process and the server process with reference to the code given by you for this task.

Write a Python program that assists you in managing a network of devices for your company. You need to keep track of the IP addresses, MAC addresses, and device types in your network. List: Create a list named device_ip containing IP addresses as strings. Your network consists of one router and at least one of each of the following devices: switch, server, workstation, printer, and mobile device. Each device should have a unique IP address. The router's IP address should be '192.168.1.1'. Print each IP address on a new line. Tuple: Since MAC addresses of devices are unique and not changing, you decide to store them in a tuple named device_mac. Create this tuple with MAC addresses corresponding to each IP address. A MAC address looks like '00:14:22:01:23:45'. Print each MAC address on a new line. Set: You also want to keep track of the different types of devices in your network. As the device types are distinct and do not have duplicates, create a set named device_type that contains…

Can anyone help me with basic client-server interaction using TCP sockets in network programming in c code that includes csapp.c and csapp.h. and a text file of the student record that include first name, last name, age, major, and graducation year. The ideas is have 4 choice: Add record, Search Age Range, Search graducation year, and Terminate.    In opition 1, it should collect all the data to the text file, in opition 2, it should search for age range from the text file. in opition 3, it should search the graducation year from the text file and if the year is not there it should print record not found. And opition 4, the client should close the connection and terminate.   studentRecord.txt: John,Doe,24,Computer Science,2023Jane,Doe,22,Mechanical Engineering,2020Charles,Babbage,21,Math,2022George,Bool,25,Math,2023Marie,Curie,26,Chemistry,2023   I know this isn't enough but I want to understand about the client-server interaction using socket interface. So please try to make it simple…

Do you know what would occur if a command was denied? A software-managed TLB is faster than a hardware-managed TLB in the following situations:

I made a TCP server using socket python,basically my server can: - Upload (“put”) request: The client should, at the very least, open (in binary mode) the local file defined on the command line, read its data, send it to the server through the socket, and finally close the connection. - Download (“get”) request: The client should, at the very least, create the local file defined on the command line (in exclusive binary mode), read the data sent by the server, store it in the file, and finally close the connection. To avoid accidents, the client should deny overwriting existing files. - Listing (“list”) request: the client should, at the very least, send an appropriate request message, receive the listing from the server, print it on the screen one file per line, and finally close the connection. I want you to draw an ER diagram that can show the process above please.

Write a Java TCP socket program consisting of one client C and one local server S (localhost). Code for the client and server should be separate and contained in the respective files F1 and F2 above. Modify and use the code in the files posted on Blackboard: TCPWebClient18.java and TCPKRClient.java for the client C and TCPKRServer.java for the server S. Since we are testing behavior with no threads, the code should not have threads. Do not use System.exit() in your code. Submit your socket code in the files F1 and F2 (named as above). All the code needed should be in these two files. Include a comment at the top of each file that says how you compiled and ran the code. Capture screenshots with client and server screens during an example run and put them in the file F3.   The client C asks the user to enter a web server W’s name as a string www.name.suf (for example, www.ieee.org) prints the message “CLIENT START=” followed by C’s local system time CT1 makes a TCP socket connection to…

Match left-column statements to right-column architectures. Always-on server. Processes may provide or receive service. Any communication has a client and server. It's HTTP. User-controlled hosts may be up or down. Self-scalable. A. Peer-to-peer. B. Not client-server or peer-to-peer. C. Client-server/peer-to-peer. D. Client-server. E. TCP/IP.

C Programming:  Write a program that optionally accepts an address and a port from the command line. If there is no address and port on the command line, it should create a TCP socket and print the address (i.e. server mode). You can choose any port number for your server (>1024). If there is an address and port, it should connect to it (i.e., client mode). Once the connections are set up, each side should enter a loop of receive, print what it received, then send a message. The ping from the client should be sent before entering that loop to start the process. Otherwise both sides will sit and listen without getting anything. The message should be ping from the client and a pong from the server. In order to test this on one machine, you will need to run the same program twice (in two separate terminals). Run first in server mode, then run in client mode using the information printed from the server as your command line arguments. This is the output it must print out: Running…