what is MVC in C#

Question

hwo does it is working

Sharp Talk · Answer

It sounds like you're interested in understanding the Model-View-Controller (MVC) architecture in C# let me provide a clear explanation for you. In the MVC pattern the three components are: 1. Model : This represents the data and the business logic of the application. It manages the data logic and rules of the application. The model can also notify the view of any changes in the data. 2. View : This represents the user interface of the application. It displays the data to the user and sends user commands to the controller. The view doesn't handle the data processing; it delegates that to the controller. 3. Controller : This is the intermediary between the model and the view. It receives input from the view processes it (usually through the model) and updates the view. The controller handles user input interacts with the model and updates the view accordingly. Now in terms of how MVC works in C#: 1. Routing : In C# the ASP.NET MVC framework uses routing to map URLs to controller actions. When a request is made to the server the routing engine determines which controller and action to invoke based on the URL. 2. Controller Actions : Controller actions are methods within the controller that handle requests from the user. These actions process input interact with the model to retrieve or update data and then return a view to be displayed to the user. 3. Views : Views in C# MVC are usually written in Razor syntax. They are responsible for presenting the data to the user in an understandable format. Views can be strongly typed meaning they are bound to a specific model making it easier to work with data. 4. Model Binding : C# MVC uses model binding to map data from HTTP requests to action method parameters or model properties. This makes it easier to work with data passed from the view to the controller. By following the MVC pattern in C# you can achieve separation of concerns making your code more organized easier to maintain and allowing for easier testing of individual components. This architecture promotes reusability and scalability in your applications.