In this post I show how to extend your LINQ-based result pattern code to handle more scenarios, such as Task<Result<T>> and collections of Result<T>

Andrew Lock's blog focuses on ASP.NET Core development, web APIs, and software architecture. Readers can find tutorials, code samples, and explanations covering topics such as RESTful API design, authentication, and authorization in ASP.NET Core. Additionally, they can learn about dependency injection, middleware, and performance optimization techniques.

.NET Escapades

The post concludes a series discussing the use of the result pattern over exceptions for flow control in C#. It highlights how LINQ can simplify nested lambda methods, improving readability. The discussion contrasts heavy and lightweight versions of the result pattern with perspectives from industry experts. It addresses the argument for substituting exceptions with the result pattern and presents LINQ as a readable but complex alternative for error handling. The post suggests that while LINQ can simplify code, developers must evaluate whether its complexity is justified in their specific use cases.

Is the result pattern worth it?

Addressing misconceptions and misgivings about LINQ

The big question: to Result<T> or not to Result<T> ?

<p>There is something similar in Java you can take a look at this library <a href="https://docs.vavr.io/#_values" target="_blank" rel="noopener nofollow">https://docs.vavr.io/#_values</a> there you can find some inspiration. Result, Either, Both, Try, Optional approaches are also very interesting.</p>
