English | 2017 | ISBN: 1787121300 | 436 Pages | EPUB, PDF (conv) | 20 MB
Inject dependencies and write highly maintainable and flexible code using the new .NET Core DI Engine
.NET Core provides more control than ever over web application architectures. A key point of this software architecture is that it's based on the use of Dependency Injection as a way to properly implement the Dependency Inversion principle proposed in the SOLID principles established by Robert C. Martin.
With the advent of .NET Core, things have become much simpler with Dependency Injection built into the system. This book aims to give you a profound insight into writing loosely-coupled code using the latest features available in .NET Core. It talks about constructors, parameter, setters, and interface injection, explaining in detail, with the help of examples, which type of injection to use in which situation. It will show you how to implement a class that creates other classes with associated dependencies, also called IoC containers, and then create dependencies for each MVC component of ASP.NET Core. You'll learn to distinguish between IoC containers, the use of Inversion of Control, and DI itself, since DI is just a way of implementing IoC via these containers. You'll also learn how to build dependencies for other frontend tool such as Angular. You will get to use the in-built services offered by .NET Core to create your own custom dependencies.
Towards the end, we'll talk about some patterns and anti-patterns for Dependency Injection along with some techniques to refactor legacy applications and inject dependencies.
What You Will Learn
- Understand the concept of DI and its implications in modern software construction
- Learn how DI is already implemented in today's frameworks.
- Analyze how DI can be used with current software to improve maintainability and scalability.
- Learn the use of DI in .NET Core
- Get used to the possibilities that DI offers the ASP.NET Core developer in different scenarios.
- Learn about good practices and refactoring legacy code.