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www.code4it.dev | ||
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www.nexsoftsys.com
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| | | | | In this article, let's take a deep dive to Dependency Injection mechanism of .NET Core 3.1 to achieve Inversion of Control (IoC) between classes and their dependencies. | |
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csharp.christiannagel.com
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| | | | | ASP.NET Core included the WebHost class that was used in the Main method to startup everything up - including the dependency injection container. With Non-ASP.NET Core applications I used the same DI container (Microsoft.Extensions.DependencyInjection), but I had to create the ServiceCollection on my own. This changes with .NET Core 3.0 and the new Host class... | |
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sookocheff.com
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| | | | | Inversion of Control (IoC), also known as Dependency Injection (DI), allows an object to define their dependencies as constructor arguments (strictly speaking, you can set these dependencies as properties, but the examples I will use today are constructor-based). This is the inverse of the object itself controlling the instantiation or location of its dependencies, hence the name Inversion of Control. Let's look at an example from Stackoverflow using a text editor with a spell checking component: | |
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ryanharter.com
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| | | As Gradle projects and their teams grow, modularization becomes an important tool to help ensure developers can continue to be productive without stepping on each other's toes. This can lead to some interesting architectural challenges, however, when creating features that require aggregating dependencies. One example of a feature like this could be a developer settings screen, which allows configuration of different features within an app, and whose features might change between apps. | ||
