A Fast, Compliant JSON Pull Parser for Writing Robust Applications - CppCon 2023
Explore a fast, compliant JSON pull parser for robust C++ applications. Learn API design, semantic constraints, and error handling techniques to enhance JSON parsing efficiency and reliability.
Embracing CTAD - Class Template Argument Deduction in C++17
Explore Class Template Argument Deduction (CTAD) in C++17, its benefits, controversies, and practical applications. Form your own opinion on this divisive language feature.
CHOC: Why Can't I Stop Writing C++ Libraries or Using Backronyms? - Lecture
Explore CHOC, a free header-only C++ library for audio developers. Learn about its design, functionality, and the thought processes behind creating effective generic code.
std::simd - Expressing Inherent Parallelism Efficiently Via Data-parallel Types
Explore efficient data-parallelism using std::simd in C++26, learning to optimize compute-intensive workloads and design data structures for high-throughput execution.
Customization Methods: Connecting User and C++ Library Code
Explore customization methods for connecting user and C++ library code. Learn design considerations, benefits, and drawbacks of various techniques, including future developments for C++26 and C++29.
Reflection in C++ - Past, Present, and Hopeful Future
Explore C++ reflection's evolution, potential applications, and future prospects. Gain insights into advanced programming concepts and language design for enhanced code flexibility and reuse.
C++ Regular Types Revisited - Concepts and Applications in STL
Explore regular types in C++, their relation to STL constructs, and impact on everyday programming. Learn design principles, common pitfalls, and best practices for intuitive code.
Expressing Implementation Sameness and Similarity - Polymorphism in Modern C++ - Lecture
Explore advanced C++ polymorphism techniques, from inheritance to templates and metaprogramming. Analyze trade-offs in code reuse, maintainability, and performance for better software design.
Functional C++ - Exploring Monads and Compositional Patterns
Explore functional programming in C++: basic concepts, compositional patterns, and practical applications using std::optional, std::expected, and ranges. Gain insights into provable code and C++'s potential as a functional language.
Reintroduction to Generic Programming for C++ Engineers - C++Now 2024
Explore generic programming in C++20 with concepts, simplifying complex ideas for all engineers to create robust, maintainable software. Fresh perspective on fundamental principles.
Boost.Parser - A Parser Combinator Library for C++ - Part 2
Explore Boost.Parser, a C++17+ parsing library combining Spirit's best features with modern enhancements. Learn its capabilities and improvements over previous parsing solutions.
Boost.Parser - A Parser Combinator Library for C++ - Part 1
Explore Boost.Parser, a new C++17+ parsing library combining Spirit's best features with modern enhancements. Learn its capabilities and advantages for efficient parsing in C++.
Prog C++ - Closing Keynote Meeting C++ 2023
Explore psychedelic C++ coding techniques, blending generic, functional, and value-based OOP practices for innovative software composition.
Universal/Forwarding References in C++ - From C++11 to C++20
Explore universal/forwarding references in C++, from perfect forwarding to their role in range-based for loops and generic code for containers and views. Master T&&, auto&&, and decltype(auto).
Regular Types in C++ Programming - Revisited
Explore Regular types in C++ programming, their importance in STL design, and their impact on everyday coding. Learn to design intuitive, well-constrained types and functions.
Employing Modern C++ for High Performance Delta-Coding Compression
Explore high-performance delta-coding compression using modern C++. Learn reflection-like techniques, delta compression principles, and micro-benchmarking for low-latency code optimization.
Back to Basics: Templates in C++ - Lecture 2022
Explore modern C++ templates to create cleaner, faster, and more maintainable code. Master essential concepts for effective generic programming in C++.
Graph Algorithms and Data Structures in C++20 - Lecture
Explore modern, composable graph algorithms and data structures in C++20. Learn to leverage concepts for systematic organization and discover an emerging proposal for a standard graph library.
Back to Basics: Generic Programming in C++
Master the fundamentals of C++ templates and generic programming through clear explanations of language rules, practical guidelines, and essential concepts for effectively working with template code.
C++ Relocation - How to Achieve Blazing Fast Save and Restore
Discover advanced C++ relocation techniques for optimizing memory management, achieving faster save/restore operations, and implementing efficient runtime polymorphism through type erasure and value management concepts.
Overengineering max(a, b) - Mixed Comparison Functions, Common References and Rust Lifetime Annotations
Dive into advanced C++ template metaprogramming through the lens of max(a,b), exploring mixed comparisons, reference handling, and Rust-inspired lifetime annotations for robust generic programming.