See Figure 1 for a diagram of the logic flow for a typical client and server. As you study this diagram, keep in mind the fact that a concurrent server typically starts before the client does, and waits for the client to request connection at step 3.

Feb 25, 2022 · Whenever a new client connects to the server, a fork () call is executed making a new child process for each new client. Multi-Threading achieves a concurrent server using a single processed program.

An iterative server handles both the connection request and the transaction involved in the call itself. Iterative servers are fairly simple and are suitable for transactions that do not last long. However, if the transaction takes more time, queues can build up quickly.

Client-Server communication is a method of connecting two computers together over a network. It is used to facilitate the exchange of information between the two devices.

Jan 4, 2025 · We aim to enable multiple clients to communicate with a TCP server in parallel. Key steps: Create a multithreaded server that spawns a new thread for every client connection. …

Jan 28, 2014 · You can create multiple clients using thread. Create a separate thread for each client and then from thread handler connect to the server. I am not sure if it is a good way or not. Code: #include <stdio.h> #include <string.h> #include <sys/types.h> #include <sys/socket.h> #include <netinet/in.h> #include <arpa/inet.h> #include <stdlib.h> # ...

The client-server model shown in Fig. 2 serves as the basis for our socket programming. Typically, the client initiates the communication while the server passively awaits to respond to the...

Write an echo program with client and concurrent server using TCP. the concurrent server, Here, Client A has already established a connection with the server, which has then created a child server process to handle the transaction. This allows the server to process Client B’s request without waiting for A’s transaction to complete.

Implementation of Connection oriented concurrent service (TCP). DESCRIPTION: A sequential server, a concurrent server has to be able to serve more than one client at a time. For example, a chat server may be serving a specific client for hours--it cannot wait till it stops serving a client before it serves the next one.

Step 1: Server and client create a stream socket s with the socket () call. Step 2: (Optional for client) Sever bind socket s to a local address with the bind () call. Step 3: Server uses the listen () call to alert the TCP/IP machine of the willingness to accept connections.