Tips and Tricks

Why Readable C++ Code Outlives Clever Shortcuts: The Key to Maintaining Legacy Systems

TL;DR Maintaining legacy systems is a necessity and readable C++ code is a big factor in reducing debugging time, simplifying onboarding and making future updates safer. Clever shortcuts, macros, nested ternary operators, and overly compact code may save a few lines today, but they often create technical debt that becomes expensive to pay back in the long run. Using clear variable names, writing…
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Build Announcements

Visual Assist 2025.3 release post

TLDR Visual Assist 2025.3 continues a series of productivity enhancements in the spotlight, such as a more flexible Extract Method that allows developers to customize parameters before creating a new method. This release also features macro expansion previews on hover, better support for auto pointers, a new Options dialog and improved line highlighting. On top of the usability improvements, it…
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Tips and Tricks

C++ Pattern Matching: Should C++ Embrace Functional Programming Constructs?

TL;DR Pattern matching, widely used in functional languages like Rust and Haskell, is gaining attention in C++ as a way to write cleaner, more expressive, and safer code by combining conditionals, type checks, and data destructuring into a single construct. While C++ doesn’t yet have native support, developers rely on tools like std::variant, std::visit, and libraries like Mach7 to replicate it…
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CommunityTips and Tricks

C++ Modules: What it promises and reasons to remain skeptical

TL;DR C++ Modules, introduced in C++20 and expanded in C++23, aim to replace the traditional #include a system with a more efficient and structured approach. By compiling code once and importing it where needed, modules reduce redundant parsing, improve build times, and create cleaner, more maintainable dependencies especially in large-scale projects. However, despite these advantages, adoption in…
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