ASP .Net MVC Online Training in Hyderabad India, ASP .Net MVC Online Training in Hyderabad, ASP .Net MVC Online Training in India

ASP .Net MVC online training in Hyderabad India

ASP.NET MVC is a web application framework developed by Microsoft, based on the Model-View-Controller (MVC) architectural pattern. It promotes a clean separation of concerns, making applications easier to manage and test. The framework leverages the .NET ecosystem, providing robust tools and libraries for web development. Features like routing, authentication, and state management are built-in, enhancing the development experience. ASP.NET MVC is ideal for creating dynamic, scalable, and high-performance web applications.

SNS Tech Academy offers comprehensive ASP.NET MVC online training in Hyderabad, India. The course is designed to equip learners with in-depth knowledge of the Model-View-Controller architecture. Experienced instructors guide students through practical, hands-on projects to enhance their coding skills and application development proficiency. The curriculum covers essential topics such as routing, authentication, and state management. SNS Tech Academy ensures personalized learning with interactive sessions and real-world scenarios. This training is ideal for aspiring developers aiming to build dynamic and scalable web applications.

ASP .Net MVC Online Training course content :-

Introduction of ASP.NET MVC

What, why and when ASP.NET MVC
Tools to use
Installation
Roles of Model, View and Controller
Unit Testing
JavaScript and CSS into play

Getting Started

Project templates
Understanding the structure of ASP.NET MVC Project
Naming conventions
Defining a Controller
Defining a Model

Creating an application in ASP.NET MVC

Views
Read only
Form based
Model bounded
How Action methods and URLs works
HTML Helper methods
Custom Helper methods
View Data Validations

Working with Controllers in ASP.NET MVC

Routes and Controllers
Actions and Parameters
Action Results
Action Selectors
Action Filters
Passing validation errors to Views
Passing temporary data to Views
Asynchronous Controllers

Understanding Razor View Engine

What, why and when
Razor Syntax
Code Expressions
Code Blocks
Layout Views
HTML Helpers
Partial Views
Rendering Sections
Commenting
Calling utility functions
Calling Model data

Working with Data (Part 1)

The Entity Framework
Building Entities
Using LINQ
Defining a data repository
Performing CRUD operation in database using Scaffolding
Html Custom Helper Templates

Working with Data (Part II)

Performing complex custom CRUD operations
Using ADO.NET Entity Framework
Using ADO.NET
Validation Annotations
Remote validations
Custom Validations
Validation using Fluent Validation Framework

Additional techniques

Generating URLs and Hyperlinks
Working with View-Model class
Understanding routing
Constraints in routing
Understanding View scaffolding templates
Understanding Controller scaffolding templates
Global Filters
Areas
What, why and how

State Management in ASP.NET MVC

Using Hidden fields
Session and Application state
Using query strings

Security in ASP.NET MVC

Authentication & Authorization
Membership providers
Roles based authentication
Avoiding cross site request forgery
OAuth – social login

AJAX and ASP.NET MVC

Managing scripts
AJAX helpers
Working with Asynchronous methods
Overview of jQuery
Overview of jQuery UI

ASP.NET Web API with ASP.NET MVC

Overview of ASP.NET Web API
Working with ASP.NET MVC Web API
Validation

Creating Mobile Sites / Adaptive rendering for different devices

Mobile interface and how it works
Managing layout and data
Introducing Modernizr
Introducing Bootstrap

TDD in ASP.NET MVC

What, why and when
Unit Testing framework
TDD Hands on
Testing controller methods dealing with static data
Testing controller methods dealing with database

ASP.NET MVC (Model-View-Controller) is a framework for building web applications that separates an application into three main components: Model, View, and Controller. This separation helps in managing the complexity of large-scale applications and facilitates test-driven development. Unlike traditional ASP.NET Web Forms, which follow an event-driven programming model, ASP.NET MVC does not use view state or server-based forms, allowing for more control over the HTML and a cleaner separation of concerns.

Model: Represents the application's data and business logic. It retrieves data from the database and processes it as needed.
View: Responsible for displaying the data provided by the Model. It is the user interface of the application.
Controller: Handles user input, interacts with the Model, and decides which View to render. It acts as an intermediary between Model and View.

Action Filters are attributes that can be applied to controllers or action methods to execute code before or after an action method runs. They are used for cross-cutting concerns such as logging, error handling, authorization, and caching. Examples of built-in action filters include 'Authorize', 'HandleError', 'OutputCache', and 'ActionFilterAttribute'.

Routing in ASP.NET MVC is used to map URL requests to specific controller actions. It is configured in the 'RouteConfig' class in the 'App_Start' folder. Routes are defined using the 'RouteCollection' class, where each route consists of a URL pattern and defaults for controller, action, and parameters. The routing engine processes incoming requests and matches them to the defined routes to determine which controller and action to invoke.

The Razor View Engine is a templating engine used to render HTML in ASP.NET MVC views. It uses a syntax that blends HTML and C# code, making it easy to generate dynamic content. Razor is preferred for its clean syntax, minimal coding, and ability to generate more readable and maintainable markup.

TempData: Used to pass data from one controller action to another. It uses the session state to store data and is only available for the subsequent request.
ViewData: A dictionary object that is used to pass data from controller to view. The data is available only for the current request.
ViewBag: A dynamic wrapper around ViewData that allows for syntactic sugar, making it easier to pass data from controller to view using dynamic properties.

Bundling and Minification are techniques used to improve the performance of web applications by reducing the number of requests to the server and the size of requested assets.

Bundling: Combines multiple CSS and JavaScript files into a single file to reduce the number of HTTP requests.
Minification: Removes unnecessary characters (like whitespace, comments) from CSS and JavaScript files to reduce their size, which improves load times.

Exceptions in ASP.NET MVC can be handled using several approaches:

Try-Catch Blocks: Surround code with try-catch blocks to handle exceptions.
Custom Error Pages: Configure custom error pages in the 'web.config' file.
HandleError Attribute: Apply the 'HandleError' attribute to controllers or action methods to catch exceptions and redirect to a specified view.
Global Error Handling: Override the Application_Error method in Global.asax to handle errors application-wide.

Dependency Injection (DI) is a design pattern used to achieve Inversion of Control (IoC) between classes and their dependencies. In ASP.NET MVC, DI can be implemented using various IoC containers like Unity, Ninject, or Autofac. It involves configuring the container in the 'Global.asax' file or through startup classes and using constructors or properties to inject dependencies into controllers or other classes.

The '_Layout.cshtml' file in ASP.NET MVC is a layout view used to define a common structure for multiple views. It typically contains the HTML skeleton, including the '' and '' tags, navigation menus, and footer sections. By specifying a layout for views, developers can ensure a consistent look and feel across the application and reduce code duplication.