Building Functional Front-ends with ClojureScript
Explore ClojureScript for building robust front-ends with functional programming, leveraging immutable data structures, macros, and JVM optimizations for enhanced performance and reliability.
Functional Lenses for Contemporary Frameworks
Explore functional lenses and profunctor optics for efficient state management in modern JavaScript frameworks, enhancing your coding toolkit with powerful techniques.
Designing High Performance React Applications
Optimize React app performance with Core Web Vitals, efficient bundling, virtualization, and rendering patterns. Learn automatic batching, SSR, and server components in React 18.
Functional Programming - A Pragmatic Approach
Explore pragmatic approaches to functional programming with insights on its practical applications and benefits in software development.
Functional Programming in C++
Explore functional programming concepts and their implementation in C++, comparing with Haskell. Learn about pure functions, closures, lazy evaluation, and more in this comprehensive talk.
Thinking Outside the Synchronisation Quadrant
Explore concurrency, architecture, and software development challenges with Kevlin Henney. Gain insights on system properties, code execution states, and functional programming approaches to improve performance and maintainability.
Why Algebraic Data Types Are Important
Explore type theory, category theory, and logic in functional programming, focusing on algebraic data types and their role in enhancing code reliability and expressiveness.
Compile-Time - Run-Time Functional Programming in C++
Explore advanced C++ programming techniques at the compile-time/run-time boundary, including functional concepts like monads and continuations, with a focus on practical applications.
Boosting MPL with Haskell Elements
Explore advanced C++ template metaprogramming techniques inspired by Haskell, including let expressions, monads, list comprehension, and error handling, to enhance Boost.MPL and improve code readability and organization.
The Intellectual Ascent to Agda
Explore denotative design and its application in C++ programming, using Agda's syntax to derive powerful, composable libraries from domain-specific mathematical entities.
Solving World Problems with Fusion
Explore Boost.Fusion's power in simplifying interfaces, providing declarative experiences, and efficient type handling. Learn practical usage patterns for integrating this versatile library into your C++ projects.
Phoenix V3 - An Overview
Overview of Phoenix V3, a next-gen library for creating unnamed, inlined polymorphic function objects. Combines Boost.Bind and Boost.Lambda functionality, focusing on functional programming in C++ and its applications.
Haskell - The Pseudocode Language for C++ Template Metaprogramming
Explore functional programming concepts in Haskell to improve C++ template metaprogramming skills. Learn to read and write complex metaprograms using Haskell as pseudocode for C++.
Haskell - The Pseudocode Language for C++ Template Metaprogramming - Part 2
Explore functional programming concepts in Haskell to enhance C++ template metaprogramming skills. Learn to write and analyze complex metaprograms using Haskell as pseudocode.
Instantiations Must Go!
Explore a unique technique in C++ metaprogramming that simplifies template metaprogramming, making it resemble functional programming and reducing template instantiations.
Functional Programming in C++
Explore functional programming techniques in C++, including recursive algebraic data types, curried functions, purity, generic programming, and category theory for more general, concise, and composable code.
Logic Paradigm for C++
Explore the Logic Paradigm in C++ with Castor library. Learn basics, see examples, and discover how it integrates with Boost for powerful multiparadigm solutions.
The Design and Evolution of a Pattern Matching Library for C++
Explore pattern matching in C++ with Mach7 library. Learn design principles, implementation techniques, and practical applications for efficient structural decomposition and algebraic data types.
Functional Data Structures in C++
Explore functional programming concepts and data structures in C++, enhancing code efficiency and reusability through immutability and persistent data structures.
Intro to Functional Programming in C++
Explore functional programming concepts in C++, including pure values, lists, algebraic data types, and inheritance, to enhance code quality and problem-solving skills.
Numerical Weather Prediction - Facing the Future with C++
Explore numerical weather prediction's future with C++, addressing challenges in data processing, scalability, and power efficiency for complex atmospheric modeling and forecasting.