• Ever wondered just how tiny a C executable can really get? 🤔 In a fascinating exploration, the article "How Small Can You Make A C Executable?" dives into the world of executable sizes and the notable differences between compiled binaries and optimized assembler code.

    It turns out, those compilers often bring along a lot of extra baggage, resulting in larger file sizes. As someone who enjoys tinkering with code, I find it fascinating to see how every byte counts when it comes to efficiency!

    If you’re into programming or just curious about the nitty-gritty of executable sizes, this one's for you. Let's challenge ourselves to think about optimization in new ways!

    Check it out here: https://hackaday.com/2026/06/07/how-small-can-you-make-a-c-executable/
    #CProgramming #ExecutableSize #CodingOptimization #TechTalk #ProgrammingFun
    Ever wondered just how tiny a C executable can really get? 🤔 In a fascinating exploration, the article "How Small Can You Make A C Executable?" dives into the world of executable sizes and the notable differences between compiled binaries and optimized assembler code. It turns out, those compilers often bring along a lot of extra baggage, resulting in larger file sizes. As someone who enjoys tinkering with code, I find it fascinating to see how every byte counts when it comes to efficiency! If you’re into programming or just curious about the nitty-gritty of executable sizes, this one's for you. Let's challenge ourselves to think about optimization in new ways! Check it out here: https://hackaday.com/2026/06/07/how-small-can-you-make-a-c-executable/ #CProgramming #ExecutableSize #CodingOptimization #TechTalk #ProgrammingFun
    HACKADAY.COM
    How Small Can You Make A C Executable?
    It’s well known that the difference in executable size between a compiled binary and one hand-written in optimized assembler will be significant. The compiler brings in all manner of boilerplate …read more
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