
Explore modern C++ compiler features, tooling ecosystem, and optimization techniques to enhance your programming skills and code efficiency.

Explore modern C++ adaptations of classic design patterns, focusing on principles like Open-Closed and Specification, while introducing concepts such as fluent builders and Maybe types for improved code structure and flexibility.

Explore declarative programming approaches, from functional languages to markup, and learn techniques applicable to requirements, code, and tests in mainstream languages.

Explore STL algorithms, their design principles, and learn to create custom algorithms that seamlessly integrate with existing ones in this comprehensive guide.

Explore techniques to enhance C++ code performance and maintainability through abstraction-based programming, refactoring, and concurrency management, with practical examples and multi-architecture evaluations.

Explore transitioning from legacy systems to modern C++ in medical device development, focusing on test strategies, behavior-driven development, and quality improvements.

Learn techniques for integrating C/C++ and Python, exploring library wrapping, embedding, portability, and distribution with practical examples and demonstrations.

Optimize CI/CD pipelines by gathering key information, reshaping system architecture, and implementing strategies to reduce build times and unnecessary rebuilds.

Explore constant expressions in C++, their benefits, and practical applications. Learn about constexpr functions, literal types, and optimizations for compile-time computations.

Explore techniques for writing fast code, including optimizing linear find algorithms and partitioning data structures, with insights from Andrei Alexandrescu's upcoming book on efficient programming.

Explore microservices challenges and innovative solutions with Russ Miles, featuring new tools, approaches, and languages to overcome implementation difficulties.

Explore metaprogramming in C++14 using Boost.Hana, focusing on practical applications and expressive techniques to enhance code maintainability and efficiency for developers of all skill levels.

Explore scalable parallel programming with Chapel, a language designed for productivity and portability. Learn its motivating themes, key features, and challenges in modern parallel computing.

Explore functional programming concepts in C++, including immutable data types, persistent structures, and expression-oriented programming for more efficient and robust code design.

Explore C++17's parallel algorithms, concurrency, and coroutines. Learn how these features interrelate and can be leveraged for efficient, parallel programming in modern C++ applications.

Exploring techniques to manage test failures in CI, enabling efficient triaging and overcoming challenges in modern software development practices.

Exploring advanced C++ design patterns for resource-constrained systems, featuring metaprogramming techniques, lazy evaluation, and named parameters to create efficient abstractions for bare metal and real-time applications.

Explore C++ complexities, modern standards, and best practices through the lens of IDE development. Gain insights into language peculiarities and tooling challenges for more accurate C++ programming.

Explore how C++ type system and templates can create efficient, safe, and reusable code through lightweight abstractions, type-rich APIs, and zero-overhead template techniques.

Explore game development using standard C++ with upcoming 2D graphics API. Learn about industry options, accessibility, and create a live game demo.

Explore program optimization techniques for C++, covering architecture understanding, efficient code mapping, and practical programming strategies to enhance performance and execution speed.