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API Controllers
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Articles about API Controllers
- Article · .NET Core
CQRS Simplified - Explained and Implemented
CQRS (Command Query Responsibility Segregation) in .NET Core separates read and write operations for better scalability and performance. By using distinct models for commands and queries, it simplifies complex data handling, improves security, and enhances maintainability.
- Article · .NET Core
API Development Using Strategy Design Pattern with 3-Tier Architecture
In today's fast-paced software development landscape, creating well-structured and maintainable applications is crucial. One popular design pattern that can greatly enhance the organization and flexibility of your ASP.NET Core Web API projects is the Strategy Design Pattern. This pattern allows you to encapsulate and swap out algorithms or behaviors at runtime, making it an ideal choice for handling various CRUD (Create, Read, Update, Delete) operations on your data models. In this article, we'll explore how to implement the Strategy Design Pattern within a 3-Tier Architecture in an ASP.NET Core Web API. You'll learn how to create a robust business logic layer, define concrete strategies for each CRUD operation, and seamlessly integrate them into your API controllers. By the end of this guide, you'll have a comprehensive understanding of how to leverage this pattern for a more maintainable and scalable API.
- Article · ASP.NET Core
ASP.NET Core Web API Development with Memento Pattern
The Mediator Pattern is a behavioral design pattern that promotes loose coupling among objects by centralizing their communication through a mediator object. In this pattern, multiple objects interact with each other indirectly through the mediator, rather than communicating directly. The primary goal of the Mediator Pattern is to reduce the dependencies between objects, making the system more maintainable and allowing for more flexible and scalable designs. It simplifies complex communication scenarios by having a single point of control, the mediator, which coordinates the interactions between different objects or components.
