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In software development, frontend refers to the presentation layer that users interact with, while backend involves the data management and processing behind the scenes. In the client–server model, the client is usually considered the frontend, handling user-facing tasks, and the server is the backend, managing data and logic.
Whereas the words server and client may refer either to a computer or to a computer program, server-host and client-host always refer to computers. The host is a versatile, multifunction computer; clients and servers are just programs that run on a host. In the client–server model, a server is more likely to be devoted to the task of serving.
JavaScript (client), Java (server) Dojo Toolkit: Yes Push Dojo Toolkit Hibernate JUnit Hibernate Spring Security (formerly Acegi), role-based access control: Dojo Toolkit Dojo Toolkit Regular expression, schema-driven validation Project Language Ajax MVC framework MVC push-pull i18n & L10n? ORM Testing framework(s) DB migration framework(s)
Blazor got admitted as an official open-source project by Microsoft, and in 2018, as part of .NET Core 3.1, Blazor Server was released to the public. It enabled server-driven interactive web app that update the client browser via WebSockets. Shortly thereafter, Blazor WebAssembly was released.
ASP.NET supports a number of programming models for building web applications: [4] ASP.NET Web Forms – A framework for building modular pages out of components, with UI events being processed server-side. This framework is not included in the ASP.NET Core versions; it only works in the "classic" ASP.NET, on Windows.
A server-side web API consists of one or more publicly exposed endpoints to a defined request–response message system, typically expressed in JSON or XML. The web API is exposed most commonly by means of an HTTP-based web server. Mashups are web applications which combine the use of multiple server-side web APIs.
Overview of a three-tier application. Three-tier architecture is a client-server software architecture pattern in which the user interface (presentation), functional process logic ("business rules"), computer data storage and data access are developed and maintained as independent modules, most often on separate platforms. [15]
The REST architectural style is designed for network-based applications, specifically client-server applications. But more than that, it is designed for Internet-scale usage, so the coupling between the user agent (client) and the origin server must be as loose as possible to facilitate large-scale adoption.