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blog.molecular-matters.com | ||
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www.foonathan.net
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| | | | | In my previous blog post, weve discussed the static constexpr std::integral_constant idiom to specify the size of a range at compile-time. Unlike the standard, our (think-cells) ranges library at think-cell already supports compile-time sizes natively, so I was eager to try the idiom there and see how it works out in practice. namespace tc { template constexpr auto size(Rng&& rng); // runtime-size of a range, like std::ranges::size template requires tc::has_constexpr_size constexpr auto constexpr_size = ... | |
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mpark.github.io
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| | | | | A visitation mechanism for `std::variant`. | |
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ashvardanian.com
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| | | | | Criticizing software is easy, yet the C++ and C standard libraries have withstood the test of time admirably. Nevertheless, they are not perfect. Especially the , , and headers. The first two alone bring in over 20,000 lines of code, slowing the compilation of every translation unit by over 100 milliseconds. Most of that code seems dated, slow, and error-prone, with interfaces that are very hard to distinguish. This is not a new problem, and I don't have an exhaustive list of all the issues with STL and ... | |
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www.morling.dev
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| | | 27 years of age, and alive and kicking?-?The Java platform regularly comes out amongst the top contenders in rankings like the TIOBE index. In my opinion, rightly so. The language is very actively maintained and constantly improved; its underlying runtime, the Java Virtual Machine (JVM), is one of, if not the most, advanced runtime environments for managed programming languages. There is a massive eco-system of Java libraries which make it a great tool for a large number of use cases, ranging from comman... | ||
