How does a client-server application model work?
A client-server model works in a very simple way, a client application is one that relies on the server for resources, software application, and other hardware components. It can be in a separate and different context or can be installed on the same server for activity.
How to send and receive data between client and server?
Server and client can send and receive data, and more data together (for example: username, password in one communication) I need from you the best example of communicating with the client, server, currently I have this script by youtube: enter link description here
How to write application using only TCP protocol?
You can write your application to manage the sockets ( Internet Sockets, Windows Sockets, or simply Socks) and handle the requests coming from various clients, and to generate a response to them. In this article I will go through TCP, what .NET Framework has in it to work around with a TCP protocol, Transmission control protocol.
When to send username and password to client?
Example: client sends username and password to server when I login and server checks it and sends (correct or not correct) to client. Server and client can send and receive data, and more data together (for example: username, password in one communication)
What kind of communication does a client server use?
The client server relationship communicates in a request–response messaging pattern and must adhere to a common communications protocol, which formally defines the rules, language, and dialog patterns to be used. Client-server communication typically adheres to the TCP/IP protocol suite.
Is the direct client to microservice architecture good?
A direct client-to-microservice communication architecture could be good enough for a small microservice-based application, especially if the client app is a server-side web application like an ASP.NET MVC app.
What do you mean by client server architecture?
The client-server model, or client-server architecture, is a distributed application framework dividing tasks between servers and clients, which either reside in the same system or communicate through a computer network or the Internet.