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Hands-On Functional Programming with C++

You're reading from   Hands-On Functional Programming with C++ An effective guide to writing accelerated functional code using C++17 and C++20

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Product type Paperback
Published in Jun 2019
Publisher Packt
ISBN-13 9781789807332
Length 358 pages
Edition 1st Edition
Languages
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Author (1):
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Alexandru Bolboaca Alexandru Bolboaca
Author Profile Icon Alexandru Bolboaca
Alexandru Bolboaca
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Table of Contents (23) Chapters Close

Preface 1. Section 1: Functional Building Blocks in C++ FREE CHAPTER
2. An Introduction to Functional Programming 3. Understanding Pure Functions 4. Deep Dive into Lambdas 5. The Idea of Functional Composition 6. Partial Application and Currying 7. Section 2: Design with Functions
8. Thinking in Functions - from Data in to Data out 9. Removing Duplication with Functional Operations 10. Improving Cohesion Using Classes 11. Test-Driven Development for Functional Programming 12. Section 3: Reaping the Benefits of Functional Programming
13. Performance Optimization 14. Property-Based Testing 15. Refactoring to and through Pure Functions 16. Immutability and Architecture - Event Sourcing 17. Section 4: The Present and Future of Functional Programming in C++
18. Lazy Evaluation Using the Ranges Library 19. STL Support and Proposals 20. Standard Language Support and Proposals 21. Assessments 22. Other Books You May Enjoy

The <algorithm> header

The <algorithm> header file contains algorithms, with some of them implemented as higher-order functions. In this book, we have seen examples of use for many of them. Here's a list of useful algorithms:

  • all_of, any_of, and none_of
  • find_if and find_if_not
  • count_if
  • copy_if
  • generate_n
  • sort

We have seen how focusing on data and combining these higher-order functions to transform input data into the desired output is one of the ways in which you can think in small, composable, pure functions. We have also seen the drawbacks of this approach—the need to copy data, or make multiple passes through the same data—and we have seen how the new ranges library solves these issues in an elegant manner.

While all of these functions are extremely useful, there is one function from the <algorithm> namespace that deserves a special mention...

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