How Dependency Injection Containers Work in C#?

Dependency Injection (DI) containers, such as Unity or DryIoc, help manage the creation and lifetime of object dependencies in C#. They facilitate the Inversion of Control (IoC) principle, allowing you to focus on writing clean, maintainable code without worrying about the complexities of instantiating dependencies manually. How DI Containers Work? Registration:  You define which concrete classes should be used to fulfill specific interface contracts. This allows the DI container to know what to instantiate when a class requests a particular dependency. Resolution:  When an instance of a class is requested, the DI container looks at the registered services, resolves the dependencies, and creates the object with the required dependencies injected. Lifetime Management:  The container manages the lifecycle of the dependencies. You can specify whether instances should be singleton (one instance for the entire application), transient (a new instance each time), or scoped (one ...

Why is C# used?

C# is used for many reasons, but the benefits of the Microsoft CLR tool set and a large developer community are two main draws to the language.
C# is one of several programming languages that target the Microsoft CLR, which automatically gives it the benefits of cross-language integration and exception handling, enhanced security, a simplified model for component interaction, and debugging and profiling services.

The strict type checking in C#, both at compile and run times, results in the majority of typical C# programming errors being reported as early as possible.In C# programming, however, that decision is made by the programmer who wrote the object, not by the programmer who instantiates the object and assigns it to a variable.

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