Techniques for Mocking in C++
Explore techniques for mocking in C++ including passive singletons, external APIs, and mixed solutions. Gain insights into advanced testing strategies for C++ developers.
Choosing the Right Integer Types in C and C++
Explore integer types in C/C++, their impact on portability, and how to use extended types for better code. Learn about size, alignment, and conversion issues.
The Lifecycle of an A-B Test
Explore the complete lifecycle of A/B testing in product development, from conception to analysis, with insights from a real-world experiment.
C++ Cryptozoology - A Compendium of Cryptic Characters
Explore esoteric C++ concepts and quirks in a fun, lighthearted adventure through the language's hidden dungeons, encountering various interesting and pragmatic aspects along the way.
Boost.tmp - Your DSL for Metaprogramming - Part 1 of 2
Explore advanced C++ metaprogramming techniques using boost.tmp library, offering a DSL for efficient and clear template metaprogramming without increased compilation time.
C++ and Memory - Between Correctness and Performance
Explore modern C++ memory handling techniques, their implementations, and performance implications. Learn to make informed decisions for writing efficient and correct code in large-scale projects.
Boost.tmp - Your DSL for Metaprogramming - Part 2 of 2
Explore advanced C++ metaprogramming techniques using boost.tmp library, including SFINAE strategies, efficient type traits, and a vision for fusion-style metaprogramming.
Taming Dynamic Memory - An Introduction to Custom Allocators in C++
Explore custom C++ allocators for enhanced memory management, covering techniques like pooling and monotonic allocation, alignment challenges, and integration with modern codebases.
When You Hit "Error - Memory Is Not Aligned"
Explore memory alignment in C++, covering its importance, default rules, and methods for ensuring alignment across different C++ versions. Learn about attributes, functions, and custom allocators.
CPU-Friendly Code
Explore CPU architecture, cache locality, branch prediction, and OS concepts to optimize code performance and efficiency beyond Big-O notation.
The Hitchhiker's Guide to Faster Builds - Part 1 of 2
Comprehensive guide to optimizing C++ build times, covering hardware, tooling, coding techniques, and upcoming features like modules. Explores various strategies to enhance development productivity.
The Hitchhiker's Guide to Faster Builds - Part 2 of 2
Comprehensive guide to optimizing C++ build times, covering hardware, tooling, code techniques, and future modules, with practical tips for faster compilation and linking.
Refactor Your Codebase with Clang Tooling
Discover how to leverage Clang APIs for custom refactoring tools, modernizing codebases, and improving code quality through automated transformations and specialized porting aids.
Virtual Assembly for Web Application
Explore WebAssembly's potential to boost web app performance using pre-optimized execution code, LLVM, and languages like C++ or Rust. Learn about DOM access, JavaScript integration, and multithreading in WebAssembly.
Bringing Business Logic Back to C++
Exploring techniques to enhance C++ expressiveness for business logic, including polymorphic wrappers, open methods, dynamic mixins, and hotswapping, to improve efficiency and maintainability.
Time Brings All Things to Pass
Explore techniques for reliable testing of parallel software, including handling race conditions and timeouts. Learn to create a deterministic testing environment using innovative models and approaches.
There is a Better Future
Explores std::future limitations and introduces stlab::future as an enhanced alternative, covering advanced features like task graphs and CSP channels for parallel processing.
East Const but Constexpr West
Explore C++ declaration syntax, focusing on const and constexpr placement. Learn insights on "East const" and why it differs for constexpr.
Is Your Agile Agile
Explore how to evolve Agile practices to align with business needs, avoiding dogmatic processes and embracing true agility for improved organizational effectiveness.
How to Work Effectively Being Remote
Insights on building effective remote cross-functional teams, addressing challenges, fostering team spirit, and implementing successful collaboration strategies in software development.
Easier Said Than Done - Self-Organized Teams
Explore the complexities of self-organized teams, focusing on individual behaviors, team dynamics, and strategies for creating high-performing groups in Agile environments.