Client-Server

Client-Server - C#

The Client-Server pattern decouples an application into two parts: a server that provides a resource or service, and a client that requests and consumes that resource. This improves modularity, scalability, and allows for different technologies to be used for each component. This C# example utilizes TcpListener for the …

Client-Server - TypeScript

The Client-Server pattern decouples an application into two distinct parts: a client requesting resources or services, and a server providing them. This promotes scalability, maintainability, and allows for independent evolution of each component. The code exemplifies this by creating a simple server using Node.js and …

Client-Server - JavaScript

The Client-Server pattern separates application functionality into distinct roles: a client requesting services and a server providing them. This improves modularity, scalability, and maintainability. Here, a simple HTTP server using Node.js’s built-in http module acts as the server. It listens for incoming …

Client-Server - Python

The Client-Server pattern is a distributed application structure that divides tasks among providers of a resource, called servers, and requesters of that resource, called clients. Here, a simple example uses Python’s socket module to establish a TCP connection. The server listens for connections and responds with …

Client-Server - Java

The Client-Server pattern decouples an application into two distinct parts: a client requesting services and a server providing those services. This allows for scalability, maintainability, and the potential for multiple clients to access the same server. This Java example uses sockets to establish communication. The …