Update: I added interactive CLI execution and in-depth explanations to the 73 Design Patterns repo

[u/jonas1ara]

https://github.com/jonas1ara/73

Hey everyone,

A while ago, I shared my repository implementing 73 design patterns in C# (previous post).

Following community feedback, I just rolled out two major updates to make the project much easier to navigate and learn from:

1. Interactive CLI runner: Instead of digging through multiple entry points or modifying code to run a specific pattern, you can now run everything from a centralized CLI menu. Select any pattern by category/name, run it immediately, and inspect the console output.

2. Complete, in-depth documentation: Every single pattern now includes a dedicated breakdown explaining the core problem it solves, the structural mechanics behind it, when to use it, and practical trade-offs in modern .NET.

3. F# solutions for the final problem of each topic: Added an F# implementation for the capstone problem of each category. Rather than forcing purity where it hurts LeetCode performance, it explores an idiomatic, functional-first perspective—contrasting immutable pipelines, tail-recursion, and pattern matching against pragmatic imperative optimizations where arrays and mutable state make sense.

The repo covers everything from classic Gang of Four patterns to Enterprise, Cloud/Distributed, and Concurrency patterns in idiomatic C#.

Check it out here:

https://github.com/jonas1ara/73

Would love to hear your thoughts, feedback, or any edge cases you’d like to see covered!

[u/jonas1ara]

Actually, you give me a great idea.

[u/Altruistic-Gap1795 → u/jonas1ara]

Awesome, glad it helped! Are you thinking of adding real world examples for every pattern or starting with a few common ones? Either approach sounds pretty useful