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Intro

Claims and Questions

Key Messages

Table of Contents

Paradigm Definition

Programming Languages, Paradigms and Concepts

Multiparadigm Programming

Paradigm Support: Conclusion

Functional Programming Language

Functional Programming Characteristics

Functional Programming Foundations

Functional Programming Features

C++ Language Features

C++ Language Constructs

Functional Concepts

FP Concepts and C++

Functional Programming Concepts

Deterministic function: Haskell

Pure Function: C++

First-Class and Higher-Order function: Haskell

First Class and Higher Order Functions: C++ Does C++ functions are first-class citizens and

Nested function: Haskell

Nested Function: C++

Anonymous Function: Haskell

Closure: Haskell

Closure: C++

Partial application: Haskell

Partial Application: C++

Currying: Haskell

Recursion: Factorial Implementations

Tail Call Optimization: C++

Types System: Haskell and C++

Type Inference: Haskell

Type Inference: C++

Lazy Evaluation: Haskell and C++

Lazy Evaluation: More C++ (Triple)

Lazy Evaluation: More C++ (Functions)

Lazy Evaluation: More C++ (Susp)

C++ Lazy Evaluation Summary

Immutable Data: Haskell

Immutable and Persistent Data: C++ Example

Algebraic Data Types: Haskell What is an Algebraic Data Type?

Algebraic Data Types: C++

Pattern Matching: Haskell

Pattern Matching: C++ Mach7 Example

Substitution Model: Haskell

Substitution Model: C++

Polymorphic Types: Haskell

Type Classes and Overloading: Haskell

Polymorphism: C++

List Comprehension: C++

Automatic Memory Management: Haskell

Automatic Memory Management: C++

Category Concepts: Functor, Applicative, Monad

Category Concepts: Functor in Haskell

Category Concepts: Functor in C++

Category Concepts: Applicative in Haskell

Description:

Explore functional programming concepts and their implementation in C++ through this comprehensive conference talk from code::dive 2016. Delve into the fundamentals of functional programming, comparing Haskell and C++ implementations of key features such as pure functions, higher-order functions, closures, and lazy evaluation. Learn about algebraic data types, pattern matching, and category theory concepts like functors and applicatives. Gain insights into how C++, a multi-paradigm language, supports functional programming constructs and techniques. Discover practical examples and code demonstrations that illustrate the application of functional programming principles in C++, enhancing your understanding of this powerful programming paradigm.

Functional Programming in C++

code::dive conference

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#Conference Talks #Code::Dive #Programming #Programming Languages #C++ #Haskell #Computer Science #Functional Programming #Higher-Order Functions #Object-oriented programming #Polymorphism #Lazy Evaluation #Pure Functions #Algebraic Data Types

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