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Explore cross-platform development challenges and solutions, including porting Windows software to Mac and web, hiding platform-specific code, and generating C++ bindings from TypeScript for WebAssembly projects.
Explore foundational algorithms in modern optimizing compilers, focusing on chains of recurrences and value numbering. Gain insights into compiler capabilities and implementation techniques with practical examples.
Explore advancements in C++ project management, focusing on CMake and Conan. Learn updated best practices for packaging and highlights of Conan 2.0, essential for large-scale enterprise development.
Explore advanced concept usage in C++20, focusing on avoiding common pitfalls in generic libraries. Learn to use concept archetypes and communicate semantic requirements effectively.
Explore simplest strong typing in C++ to create safer, more robust code. Learn techniques to define useful types, avoid common pitfalls, and implement a framework for easier strong type creation.
Comparative analysis of iterator and range models in C++, D, and Rust, exploring their strengths and trade-offs for sequence traversal and algorithm implementation.
Explore SIMD capabilities in modern hardware, focusing on SSE, AVX, and AVX-512 instruction sets. Learn to leverage C++ for improved performance in real-world computing problems through vertical thinking.
Explore advanced techniques for implementing multiple overloads of operator() in any_invocable, enhancing its flexibility and power in C++ interface design beyond std::function capabilities.
Explore advanced C++20 concepts and alternative methods for creating effective template library APIs, focusing on semantic vs. syntactic approaches and potential pitfalls in library design.
Explore advanced runtime polymorphism techniques in C++, comparing mechanisms from other languages and showcasing their implementation using the Zoo framework for improved performance and flexibility.
Revisiting SOLID principles in modern C++: exploring their relevance, application, and evolution in Value-Oriented Programming, with insights on adapting OOP tenets to contemporary coding practices.
Comprehensive guide to creating C++20 modules, covering interface design, implementation techniques, and best practices for functional tree data structures.
Explore key concepts for program correctness: function contracts, preconditions, postconditions, and invariants. Learn to write more robust code, leverage tools, and distinguish between bugs and symptoms.
Explore performance impacts of dynamic memory in C++, covering allocation costs, memory access patterns, and cache-aware design principles with practical examples and solutions.
Explore C++20 concepts: motivations, template limitations, usage methods, and hands-on concept creation. Learn to enhance code clarity and reduce maintenance costs with this powerful feature.
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