Functional.DotNet 1.0.3

Functional.DotNet

Introduction

Welcome to Functional.DotNet, a framework designed to enhance the functional programming experience in C#. Inspired by functional programming principles, this toolset enables developers to write more efficient, readable, and maintainable C# code.

Why Choose Functional.DotNet?

• Ease of Use: Intuitive design, making functional programming in C# accessible for all levels.
• Enhanced Code Quality: Promotes writing predictable, less error-prone code.
• Seamless Integration: Integrates smoothly with existing C# projects.

Documentation

For a comprehensive guide on how to integrate and utilize Functional.DotNet in your C# projects, please refer to our official documentation.

Getting Started

Refer to our documentation for details on integrating and using this framework in your C# projects.

Learning Resources

For beginners, check out my book "Functional C#: Embracing Functional Programming in a C# World", a great resource for understanding C# functional programming.

Features and Code Samples

Using Try

// Example of using Try for exception-safe code
Try<Uri> CreateUri(string uri) => () => new Uri(uri);
    
var uriTry = CreateUri("http://github.com");

uriTry.Run().Match(
        Success: uri => Assert.NotNull(uri),
        Exception: ex => Fail()
);

Working with Option

// Example of using Option to handle optional values
Option<User> userOption = GetUserById(userId);
userOption.Match(
    Some: user => Console.WriteLine("User found: " + user.Name),
    None: () => Console.WriteLine("User not found"));

Understanding Monads

In Functional.DotNet, we delve into the concept of monads, such as Try and Option, to handle various computational contexts in a more functional way.

Contributing

Based on Enrico Buonanno's la-yumba/functional-csharp-code-2, Functional.DotNet extends these concepts to provide a comprehensive functional programming experience in C#.

Contributions are welcome! Please read CONTRIBUTING.md for guidelines.