fsharp-style

Idiomatic F# code prioritizes immutability, total functions, and pattern matching over traditional OOP constructs to ensure type safety and domain modeling clarity. This guide helps developers adopt functional thinking by replacing if-else structures with pattern matching.

Organizing F# projects requires strict guidelines for file ordering, module usage, and namespace considerations to maintain clear dependencies. Proper organization ensures that domain modeling remains clean and functional programming principles are applied effectively throughout the codebase.

Choosing between task and async in F# depends on specific asynchronous programming requirements and integration contexts. This guide offers targeted guidance on when to utilize each computation expression to optimize error handling and workflow execution.

Error handling in F# leverages the Result and Option types to safely manage failures without exceptions, ensuring type safety. By combining these with pattern matching, developers can write robust, total functions that explicitly handle domain modeling edge cases.

Single-case discriminated unions (DUs) in F# should be used to enforce type safety and prevent primitive obsession during domain modeling. This guide details the discipline required to create them effectively for robust, functional programming.

Common F# anti-patterns include overusing if-else structures instead of pattern matching, ignoring immutability, and mismanaging records. Avoiding these pitfalls ensures your coding style remains clean, functional, and aligned with established best practices.