
Explore techniques for creating reusable C++ code and data structures. Gain insights into choosing the right tools and patterns for efficient, error-free programming in various scenarios.

Explore the evolution of functional programming in C++, from templates to ranges. Gain insights into modern C++'s blend of systems and functional programming, and glimpse future developments for performant, functional code.

Explore replacing dynamic polymorphism with std::variant in C++. Compare implementations of a Finite State Machine, discussing performance benefits and improved interface design.

Explore advanced C++17 techniques for implementing variant visitation using lambdas, including overload sets, recursive visitation, and Y-Combinator implementation for improved code elegance and efficiency.

Explore C++17 and C++20 features for generic programming without templates, including std::span, std::variant, and std::any. Learn to write reusable, efficient code using modern C++ techniques.

Explore lambda-based visitation for std::variant, including overloading function objects and implementing Y combinator for recursive variants. Enhance C++17 skills with elegant, zero-overhead solutions.

Explore std::variant in C++, its implementation, and alternative approaches for serialization. Learn about Intrusive-Variant and Variant-of-Base techniques, and gain insights into modernizing C-style code with variants.

Explore advanced language mechanisms in Circle compiler for enhanced C++ metaprogramming. Learn to write expressive generic code without common template tricks, improving library development.

Uncover common misconceptions about design patterns in software development. Gain clarity on Factory, Builder, Bridge, Strategy, Visitor, and Decorator patterns for improved communication and architecture.

Explore value semantics in C++, its benefits, and drawbacks. Learn about std::optional, std::function, and std::variant while understanding proper usage of reference types.

Explore non-virtual polymorphism in C++, covering std::any, std::variant, std::tuple, and CRTP. Discover code examples and modern techniques for handling diverse types without inheritance.

Discover how to revolutionize Finite State Machine implementation using std::variant in modern C++, achieving better type safety, improved performance, and cleaner code without heap allocation.