
Explore implementation strategies for std::any, examining ABI restrictions, performance impact, compile time effects, and C++20 modules influence. Includes micro-benchmarks and complete implementations.

Explore effective strategies for handling run-time failures in C++ through contracts, interfaces, and modern tools. Learn to enhance software robustness and reliability.

Explore WebAssembly for C++ programmers, learn to create a browser-based game, and overcome unique challenges. Gain insights into this emerging technology for web development.

Explore RISC-V's revolutionary design, its advantages over x86 and ARM, and its impact on embedded systems, high-performance computing, and machine learning hardware.

Explore software workflow tradeoffs, balancing fast releases with best practices. Analyze defect detection value and link to core software engineering principles.

Explore cryptographic tools for verifiable computing, enabling clients to outsource and verify computations without re-running them, even with partial input data.

Explore C++20's multithreading tools for safe and efficient concurrent programming. Learn key concepts and best practices for developing robust multithreaded applications.

Practical guide to implementing the Law of Demeter for loosely coupled, flexible, and testable code design. Explores examples, design issues, and solutions, emphasizing testing aspects and related principles.

Learn to apply C++20 ranges in practical coding scenarios, transforming pre-C++20 code and thinking in ranges using standard library and range-v3 library examples.

Explore cellular automata, swarms, and agents in crowd simulations. Learn about randomness in AI, machine learning basics, and spatial navigation through engaging simulations and practical examples.

Enhance debugging workflow using CMake Presets, remote debugging, and CI pipelines. Learn to optimize embedded projects on Raspberry Pi with Visual Studio Code and GitHub Codespaces.

Explore C++ class design principles, object roles, and special member function rules. Learn to create safer, more effective classes by understanding value, relation, manager, and subject objects.

Explore how different development environments shape tech creation across research, prototyping, software products, video games, and game engines, highlighting unique challenges and methods in each field.

Explore strategies to eliminate undefined behavior in C++, enhancing safety and security. Learn about potential fixes, well-defined behavior, and the role of contracts in mitigating risks.

Explore essential C++ design patterns to enhance code robustness and readability. Learn practical techniques for efficient software development and improve your programming skills.

Explore techniques for encapsulating external APIs in enterprise systems, focusing on efficient interfaces, managing changing requirements, and minimizing codebase impact through abstraction.

Comprehensive exploration of C++20 views, their design challenges, pitfalls, and practical usage. Discusses alternatives and improvements for better implementation in C++ programming.

Explore how agile practices can reduce energy consumption and promote environmental, social, and economic sustainability in software development, with practical insights and assessment tools.

Comprehensive guide to debugging C++ code, covering crash analysis, reproducibility, bug localization, and effective fixes. Insights from real-world examples and practical tools for efficient problem-solving.

Explore C++ user type categories, their advantages, and pitfalls. Learn about trivial, standard layout, implicit-lifetime, aggregate, literal, and structural types to write better code and avoid undefined behavior.

Guidance for new Heads of Software Architecture: strategies to deliver value, shape legacy systems, and work effectively with teams while navigating organizational politics and decision-making processes.