Best of Dependency Injection — August 2024

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   Video

   Community Picks·2y

   Implement Clean Architecture in Next.js

   Clean architecture, a concept developed by Robert Martin, integrates various software architectures like hexagonal, onion, and others into a cohesive framework. It focuses on ensuring that the business logic of an application remains independent of frameworks, UI, databases, and external agencies. The post discusses implementing clean architecture in a Next.js application, highlighting the importance of separating different concerns through layers. It explains how to structure code to make applications more testable and maintainable. Key aspects include dependency injection, unit testing, and the interaction between different architectural layers.

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2. 2
   Article

   Community Picks·2y

   Dependency injection in React - How to Manage Dependencies in Your React App for Cleaner and Easier to Maintain Code

   Dependency injection (DI) is a design pattern that allows the injection of dependencies like variables, objects, or services into code rather than hard-coding them directly. It is commonly used in backend applications but can also benefit React applications by making them more maintainable and testable. The process involves using React’s `createContext` and `useContext` for managing dependencies, which helps avoid prop drilling. DI in React is especially helpful for handling side effects, API calls, and other business logic outside of components, making the code more modular and easier to test.

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   Article

   Code Maze·2y

   Dynamically Change the ServiceLifetime of a Registered Service in .NET

   Managing dependencies effectively is crucial in modern application development. This guide covers how to change the ServiceLifetime of registered services in .NET, which is especially useful for optimizing performance in various environments like development, staging, or production. The post provides reusable extension methods to replace service registrations with different lifetimes, such as Singleton, Scoped, or Transient. Practical examples demonstrate how to implement these methods, ensuring flexibility and control over application dependencies.

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