Best Practices For .NET Full Stack Development

Introduction

.NET is an open-source, full-stack development platform launched by Microsoft. This platform was first launched during the 1990s to build different applications, games, web applications, desktops, etc. The .NET platform allows users to use multiple languages, libraries, editors, etc., to significantly enhance their web application development. Today, .NET has emerged as the top full-stack application development platform that offers a wide range of tools and other benefits to make the development processes easier and more enjoyable. This platform is highly flexible and comprehensive, making it easy to develop applications on platforms like Windows, Linux, Mac, etc. A .NET Full stack Developer handling all the developments on the .NET platform, including front-end and back-end of development .NET applications, handling technologies like web services, databases, user interfaces, etc. Several benefits, like enhanced security, community support, compatibility, flexibility, etc., have made .NET the go-to development platform for developers. Therefore, numerous training institutes offer Dot Net Training in Delhi to help aspiring professionals learn more about this platform and develop all the skills required to become an expert in .NET Full Stack Development. 

This article explains the different best practices that one must follow to master the .NET development framework. Read on to know more. 

.NET Best Practices

The .NET best practices have been set by experienced professionals using this framework. These guidelines enable new users to learn various tips and tricks for the .NET framework, making development tasks easier and more effective.

Let us look at the different .NET best practices.

1. Logging In .NET

Logging in .NET is a useful debugging tool that provides information about a program's use in real-time. When using logging in .NET, one must use the Native Libraries, write the Logs in File rather than writing in the Console, use third-party Logging Libraries like Log4Net, Nlog, etc., and make use of the Logging Levels.

2. Dependency Injection In .NET

.NET has various Dependency Injection processes like Constructor Injection, Property Injection, Service Locator, and Singleton Services. The Constructor Injection is used to declare and obtain dependencies of the service construction. Property Injection is used for the dependencies that are not required anymore. The Service Locator is primarily used for unit testing. Singleton Services in .NET keep the application state.

3. Security In .NET

For enhanced security in the .NET framework, one must submit sensitive data using Encryption. In addition, users must use SSL (Secure Socket Layer), Cross-Site Scripting, and use LINQ to prevent SQL injection.

4. Web API In .NET

The Web API best practices in the .NET framework include effecting knowledge and use of Startup Class, Server Configuration, Environment Based Settings, Data Access Layer (DAL), and Controllers.

5. Performance In .NET

In order to get the optimum performance in the .NET framework, one must use the asynchronous database operations with the Entity framework. Users must monitor and optimize the queries and enumerate them asynchronously. Furthermore, one must use the HttpClientFactory to get the HttpClient objects and to implement robust HTTP requests. 

6. Caching In .NET

The .NET framework offers several in-built caching mechanisms to make data caching in .NET more effective. This framework includes IMemoryCache, IDistributedCache, Caching JS, CSS, images, etc., that make the caching processes easier.

7. Exception Handling In .NET

The .NET framework allows the users to add various exception-handling features in the application created on .NET. To make the best use of these features, one must use the Try, Catch, or Finally blocks to recover from various errors or to release the resources. In addition, .NET users are suggested to handle common situations without throwing exceptions. Furthermore, one must use the predefined .NET Exception Types.

Conclusion

To sum up, .NET is a robust, open-source, full-stack development platform launched by Microsoft in the 1990s with the aim of building applications, games, web applications, desktops, etc. This full-stack development platform offers a wide range of tools, languages, libraries, editors, etc., to enhance the web application development processes significantly. The .NET framework is highly flexible, comprehensive and makes it easy to develop applications on platforms like Windows, Linux, and Mac. Today, .NET is one of the top full-stack web application development platforms. Therefore, aspiring developers must consider joining the Dot Net Training in Noida to learn more about this platform and the best practices to become experts in .NET full-stack development. To best use this platform, users are recommended to use the Logging tools, Dependency Injection, Security Encryption, etc. Furthermore, one must use Startup Class, Server Configuration, Environment Based Settings, Data Access Layer (DAL), etc. for the API requirements, use the asynchronous database operations for enhanced performance, IMemoryCache, IDistributedCache, Caching JS, CSS, images, etc. for caching, and judicious exception handling features.