MVC stands for Model, View & Controller and it is an architectural pattern that separates an application into three main components. In addition, each component is responsible for handling specific development aspects of an application. To know more about it join the MVC Training course.
Components of MVC
There are three components of MVC which are as follows.
- Model– It deals with all the data-related logic that the user works with and represents data being transferred between the View and Controller.
- View– This component is useful for the UI logic of the application and it provides multiple graphical user interface components to interact with the model.
- Controller– It is an interface between Model and View components and it processes all the business logic and incoming requests. Furthermore, it manipulates data using the Model component and interacts with the Views.
Features of MVC
MVC is an ideal solution for developing complex and lightweight applications. It comes with an extensible and pluggable framework that is easy to replace & customize. In addition, it provides support for all existing ASP.NET functionalities like Master Pages, Data Binding, User Controls, and Memberships. MVC improves the test-driven development and test ability of the application and therefore is ideal for projects with a large team of web developers. Furthermore, it uses the component-based design of the application and helps developers in managing the complexity of large-scale projects. To further know about it, one can visit MVC Training in Delhi. Apart from these, given below are some of the features of the MVC framework.
- It works on existing .NET Framework concepts and web standards.
- It separates the code of UI from logic through controllers and views.
- Supports unit testing through dependency injection, unobtrusive scripting, and action result return types.
- Supports AJAX and Cross-browser compatible jQuery libraries.
- Supports XML and JSON encoding for clean, RESTful services.
- It provides routing capability that allows URLs to map to actions in controllers.
Benefits of Using MVC for Web Development
MVC is capable of organizing large-size web applications as it segregates the code among the three levels. This approach helps in finding specific portions of code quickly and allows the addition of new functionality with ease. In addition, it also supports Asynchronous Method Invocation (AMI) which helps developers to build faster loading web applications. MVC facilitates easy modifications of applications and ensures that any changes in the application don’t affect the entire architecture. Thus, improving the flexibility and scalability of the application. Furthermore, it improves the development process and allows developers to work on different sections simultaneously. It ensures easy implementation of business logic and results in improving the development process. In comparison to other development models, MVC shows higher development speeds. Many institutes provide MVC Training in Noida and one can enroll in them to learn it. Apart from these, given below are some of the benefits of using MVC for Web Development.
- Easy Planning & Maintenance- This framework provides developers an outline of how to arrange their ideas into actual code. It helps in limiting code duplication and allows easy maintenance of the application.
- Supports TTD- It supports Test Driven Deployment and makes it easier to debug large-scale applications. It allows developers to easily develop an application with unit tests.
- Multiple Views- MVC allows developers to develop different view components for your model component. Furthermore, it limits code duplication and separates data and business logic.
- SEO-Friendly Platform- It is the ideal solution for the development of SEO-friendly web applications. It helps in developing SEO-friendly RESTful URLs that result in generating more visits.
MVC is an architectural pattern that separates applications into three components. It helps in organizing large size applications and supports Asynchronous Method Invocation. It improves the development process and allows developers to work on different sections simultaneously. Implementing this architectural pattern results in improving the flexibility and scalability of the application.