CommunityTips and Tricks

C++ Safety Checkers Deep-Dive: Why Memory Safety Is Everyone’s Problem Now

For decades, C++ has powered the world’s most critical systems—from banking infrastructure and trading platforms to game engines, aerospace software, and embedded devices. Its unmatched performance and control make it the tool of choice when efficiency matters most. But that control comes at a cost. C++ assumes minimal guard rails. It assumes the developer knows exactly what they’re doing.
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Tips and Tricks

C++ Coroutines for Async Development: Why You Should be Excited

C++ coroutines let you write high-performance async code that pauses and resumes naturally, eliminating the complexity of traditional multitasking approaches.  C++ coroutines make this possible by letting you pause and resume functions naturally, almost like hitting pause on a video and picking up exactly where you left off. What makes this exciting isn’t just cleaner code (though…
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Tips and Tricks

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

Functional programming is influencing everything—even C++. Pattern matching is a clean and expressive way to check a value against a given structure or pattern. Pattern matching provides developers with a compact way to define their search criteria and specify actions for successful matches. Pattern matching unifies conditionals, destructuring, and type checks into a single, expressive…
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CommunityTips and Tricks

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

Introduction C++ has never been afraid of complexity—but even for a language known for performance and control, the #include system has seemed like a bygone from another era. Modules in C++ were a long-awaited upgrade aimed at cleaning up the mess of includes, speeding up build time, and making large-scale C++ development a bit less painful. Standardized in C++20 and expanded in C++23, modules…
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