Reasons to Move Your C++ Code to Visual Studio 2017
Explore Visual Studio 2017's enhanced C++ development features, including cross-platform support, improved coding productivity, and CMake integration for a streamlined development experience.
What I Wish They Told Me - Part 2 of 2
Insights on software engineering principles, code quality, and architecture from an electronic engineering perspective, offering a structured approach to understanding and improving programming practices.
Dealing with Function Failures in C++
Explores C++ function failure reporting methods, comparing exceptions and error codes, and examines how C++17 features and the Outcome library impact failure handling approaches.
Generic Programming
Explore the origins, concepts, and impact of Generic Programming on software development, featuring insights from industry pioneers and its influence on C++ evolution.
What I Wish They Told Me - Part 1 of 2
Insights from an electronic engineer on software development, covering work ethics, assembly, compiler behavior, code quality, project challenges, and practical advice for programmers.
Things Not to Do in Python
Discover lesser-known Python pitfalls in exception handling, warnings, and logging. Learn to avoid common mistakes that can lead to debugging nightmares and write more robust code.
Clean Code in Go
Exploring Go's design principles and how they contribute to clean, efficient code. Challenges common criticisms and highlights Go's strengths in simplicity and maintainability.
Python as C++’s Limiting Case
Explore Python's memory model as an extension of C++ conventions, examining language design trade-offs, performance considerations, and evolving programming paradigms.
C++ Code Smells
Explore common C++ coding pitfalls and learn to identify "code smells" that may indicate potential issues, with insights from expert Jason Turner.
Preconditions, Postconditions, Invariants – How They
Explore Design by Contract principles: preconditions, postconditions, and invariants. Learn their practical applications and benefits for software development and testing.
Resilience Patterns in Practice
Explore fault tolerance concepts for distributed systems, including bulkhead, rate limiter, circuit breaker, retry, and fallback patterns. Learn to build resilient software that stays responsive in the face of failure.
Practical Aspects of Microservice Architecture
Practical insights on microservice architecture, covering system and entity aspects, design implications, and best practices for developing, testing, deploying, and securing distributed systems.
How Bananas Could Save Your Project - Understanding UX
Discover how focusing on User Experience can transform your product development. Learn practical strategies to understand and address user feedback effectively.
When Warnings Become Errors - A Case-Study of Latent Bugs
Explore real-world examples of latent C++ bugs uncovered during compiler updates and static analysis, highlighting the importance of modern tooling for code quality and maintainability.
Faster than Memcpy
Explore optimization techniques for high-performance image processing, focusing on multi-threading and SIMD instructions for x86-64 architecture to achieve faster-than-memcpy speeds.
When Python Practices Go Wrong
Exploring common Python practices that can lead to issues, with insights on improving code readability and effectiveness in dynamic languages.
Hate Yourself? Keep Using Python 2
Discover why migrating from Python 2 to Python 3 is crucial, exploring benefits, challenges, and best practices for a smoother transition in software development.
Software is Feeding the World
Explore vertical farming technology, IoT infrastructure, and Python-based farm management systems. Learn about edge machine learning in agriculture and innovative solutions to global food challenges.
AsyncIO and Music
Explore AsyncIO's potential in music production through MIDI processing, covering signal transformations, generative music, and audio processing challenges.
Diagnose Your Golang App Anytime Anywhere
Comprehensive guide to diagnosing Golang applications using profiling, tracing, debugging, and external instrumenting tools. Learn to identify and solve performance issues effectively.
Black-box Performance Analysis
Explore end-user experience and performance analysis techniques for software design, focusing on blackbox methods, memory leaks, and practical strategies for system engineers.