Functional Programming in C# : How to Write Better C# Code

Summary

Functional Programming in C# teaches you to apply functional thinking to real-world problems using the C# language. The book, with its many practical examples, is written for proficient C# programmers with no prior FP experience. It will give you an awesome new perspective.

Purchase of the print book includes a free eBook in PDF, Kindle, and ePub formats from Manning Publications.

About the Technology

Functional programming changes the way you think about code. For C# developers, FP techniques can greatly improve state management, concurrency, event handling, and long-term code maintenance. And C# offers the flexibility that allows you to benefit fully from the application of functional techniques. This book gives you the awesome power of a new perspective.

About the Book

Functional Programming in C# teaches you to apply functional thinking to real-world problems using the C# language. You'll start by learning the principles of functional programming and the language features that allow you to program functionally. As you explore the many practical examples, you'll learn the power of function composition, data flow programming, immutable data structures, and monadic composition with LINQ.

What's Inside

• Write readable, team-friendly code
• Master async and data streams
• Radically improve error handling
• Event sourcing and other FP patterns

About the Reader

Written for proficient C# programmers with no prior FP experience.

About the Author

Enrico Buonanno studied computer science at Columbia University and has 15 years of experience as a developer, architect, and trainer.

Table of Contents

PART 1 - CORE CONCEPTS

PART 2 - BECOMING FUNCTIONAL

PART 3 - ADVANCED TECHNIQUES

1. Introducing functional programming
2. Why function purity matters
3. Designing function signatures and types
4. Patterns in functional programming
5. Designing programs with function composition
6. Functional error handling
7. Structuring an application with functions
8. Working effectively with multi-argument functions
9. Thinking about data functionally
10. Event sourcing: a functional approach to persistence
11. Lazy computations, continuations, and the beauty of monadic composition
12. Stateful programs and stateful computations
13. Working with asynchronous computations
14. Data streams and the Reactive Extensions
15. An introduction to message-passing concurrency