Create a server and client for an internet text chat system. The seemingly picky details are because of chatgpt. If any are skipped I will have to assume the worst. The server should, as servers usually do$,$ wait passively for connections made by the client. It must be capable of accepting and servicing a large number of clients at the same time. The server will support a number of separate "chat rooms". A client may log in to any chat room its user wants, and from then on everything that a user types will be sent to every other user in the same chat room. A client doesn't have very much to do$.$ It must be able to deal with its user entering a line of text and messages sent from the server simultaneously. Whenever $($with a few exceptions$)$ the user types a line of text the client simply sends it to the server. When the client receives text from the server, it must display the username of the sender followed by the time, followed by the message itself. The client must report any communication failures, and attempt to reconnect after a moderate pause after any unintended disconnection. re$-$connection must be totally automatic, resending the login command and re$-$entering the chat room, if any, that the user was in at the time of disconnection. The exceptions if the first word on the typed line is "login", there should be one other word on the line, being a username. The client must prompt for and read a password $($with disguised echo, see below$)$ and send all three $($login$,$ username, password$)$ to the server. Do NOT use getpass, modify the terminal attributes as in class. if the first word on the typed line is "create", there should be one other word on the line, being the name of a chat room that does not exist yet. if the first word on the typed line is "enter", there should be one other word on the line, being the name of a chat room that does exist. if the $($only$)$ word on the line is "who", send it to the server as usual, but expect a response that lists all currently connected users and the chat room they are in$,$ if any. if the first word on the line is logout$,$ disconnect from the server and exit the program. "Disguised echo": for this you may of course use the code posted for class on $12$th November, you are not expected to work all that out. When the user is entering a password, each character typed must just cause a $*$ to appear on the screen so that nobody spying sees the password. The $*$ must appear just about immediately as each character is typed. While the password is being read, the backspace key must still work, allowing typing mistakes to be corrected and making the last $*$ disappear. Be careful of special cases, think about what they may be$.$ Server actions. The server must have a file containing usernames and passwords for all known users. On receiving the "login" command, it must verify the password. If incorrect it must send back an error message; if correct it must send back a short acknowledgement. Until a user has successfully logged in the server will do nothing in response to their messages except for sending back a suitable eror message. Clearly the server must keep track of which chat room each user is in$,$ but that is really the only manner in which a chat room exists. Don't expect them to be a significant part of your coding. A user can only be in one chat room at a time, so entering one means exiting any that the user is currently in$.$ The server must respond appropriately to all of the commands listed above. There is to be a fake username called $*,$ which the server uses when responding to commands or sending anything other than a message from another user. That way the client can display responses in an unambiguous way. The client is required to show the username of the sender of any message, so obviously the server must send that with the message. When a user enters or leaves a chat room, all other uses of that chat room must be informed. Logging out, or being diconnected through a network or software error countd as leaving the chat room. If contact with a user is lost $($other than through a logout$)$ inform the other users in the same chat room. If the server is stopped $($by its "user" typing control$-$C$)$ it must inform all users, close all sockets, and free all dynamic memory. But be sure to be safe: if the program goes wrong while closing down in this manner, a second control$-$C must have its usual effect and end the process. You must use the poll function, both in the client to wait for the server and the keyboard simultaneously, and in the server to wait for communication from all clients simultaneously. You must use the TCP protocol with the system functions examined in class. Report all errors usefully. Keep the process clean $-$ use free appropriately, etc.