Tag: Compiler Optimization
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How GCC and Clang Confront the Elephant in the Room: Undefined Behavior
Ever wondered what happens when you commit a programming sin in C or C++? When you veer off the strictly defined path and into the murky waters of undefined behavior (UB)? It’s a topic that may seem esoteric but has profound implications, particularly in how modern compilers like GCC and Clang handle such scenarios. The…
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The Evolution from Proprietary Programming to Mainstream Languages: Insights from Figma’s Transition to TypeScript
In the competitive world of software development, the decision between using proprietary technologies and widely accepted open standards can be critical to a company’s long-term success. Figma’s recent transition from a custom programming language to TypeScript offers an illuminating case study on this topic. The initial decision to develop a custom language, which potentially offered…
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Revolutionizing C++ Build Times: Strategies and Challenges
In the realm of software development, particularly in environments where C++ reigns supreme, the build time can significantly impact productivity and frustration levels. Historically, methods such as optimizing code structure, managing dependencies, and segmenting projects strategically have been employed to mitigate lengthy compile times. Among the more prominent strategies discussed frequently within the community are…
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Die Herausforderung von Calling Conventions in Programmiersprachen: Ein tiefer Einblick
Calling Conventions sind ein fundamentaler Bestandteil der Programmentwicklung, der bestimmt, wie Daten zwischen Funktionen und Anwendungen übergeben werden. In Sprachen wie Rust, die auf Performance und Sicherheit ausgelegt sind, ist dieses Thema besonders relevant. Die Herausforderungen dabei sind vielfältig, weil sie nicht nur die Sprache selbst, sondern auch die Kompatibilität mit anderen Sprachen und Systemen…