Csharp

This is part 2 of the Containerizing .NET series. You can read the series of articles here: Containerizing .NET: Part 1 - A Guide to Containerizing .NET Applications Containerizing .NET: Part 2 - Considerations Considerations # Welcome to the second installment in our series on containerizing .NET applications. Building on the foundation laid in our first article-where we introduced Dockerfiles and the dotnet publish command-this piece delves into pivotal considerations for transitioning .NET applications into containers. As containers become a cornerstone of the ecosystem, understanding these factors is critical for developers aiming to enhance application deployment in containerized environments.

This article is part of C# Advent 2023. For more articles in the series by other authors, visit https://www.csadvent.christmas/. This is the first in a series of articles on containerizing .NET applications. We’ll explore how to containerize .NET applications using Dockerfiles and dotnet publish. Containers have become an essential part of the DevOps ecosystem, offering a lightweight, portable, and scalable solution for deploying applications. This process is crucial for developers looking to streamline app deployment in containerized environments, focusing on efficiency, security, compliance, and more.

This blog was posted as part of the Third Annual C# Advent. Make sure to check out everyone else’s work when you’re done here Dependency Injection, or DI, is a Software Architecture Design Pattern. DI is something that comes up during discussions on SOLID, IoC (Inversion of Control), testing, and refactoring. I want to speak on each of these briefly because DI touches all of these. But before I really dive into things, I want to define what a dependency is. A dependency is any object that another object requires. So all of those classes, services, and libraries that we use to build our applications are dependencies.