Functional Programming with C#: Unlock coding brilliance with the power of functional magic

Functional Programming with C#: Unlock coding brilliance with the power of functional magic

English | 2024 | ISBN: 978-1805122685 | 258 Pages | PDF, EPUB | 10 MB

Explore functional programming in C# with the help of clear explanations, practical examples, and hands-on exercises and write efficient, modular, and readable code

Key Features

  • Master functional programming in C# for expressive, modular code
  • Apply advanced concepts such as error handling and asynchronous programming to overcome real-world challenges
  • Gain practical coding skills through practical application and self-assessment questions

In an era where software complexity is increasing by the day, functional programming offers a paradigm that simplifies code maintenance and enhances reliability. Functional Programming with C# takes you on an exhaustive journey into functional programming within C#. The book familiarizes you with the core principles and benefits of functional programming, juxtaposing it with imperative and object-oriented paradigms. You’ll get to grips with the functional features of C# and learn to write expressive, modular code through expressions, pure functions, and higher-order functions. As you advance, you’ll explore advanced concepts such as error handling and asynchronous programming, which will equip you with the practical skills that you need to tackle real-world challenges. By comparing functional programming in C# with other languages and providing additional resources, this book ensures that you’re well-equipped to continue your journey toward mastery in functional programming. By the end of this book, you’ll have gained a thorough understanding of functional programming techniques, such as recursion, memoization, and composition, empowering you to write robust, maintainable code.

What you will learn

  • Understand the core principles of functional programming
  • Differentiate functional, imperative, and OOP paradigms
  • Write expressive code with higher-order functions
  • Handle errors effectively using functional techniques
  • Utilize asynchronous programming for concurrent tasks
  • Grasp advanced concepts, such as recursion and memoization
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