Iterators and Ranges: Comparing C++ to D to Rust - Barry Revzin - [CppNow 2021]

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Slides: https://cppnow.org/history/2021/talks/
CppNow Website: https://cppnow.org
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Streamed & Edited By Digital Medium Ltd: https://events.digital-medium.co.uk
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The STL introduced an iterator abstraction into C++ that generalized the notion of pointer and allowed for the ability to have arbitrary sequences that could be generically traversed and have algorithms performed on them. But the C++ iterator-pair model isn't the only possible approach to solving this problem. The D Ranges model, while isomorphic to the C++ one, is still quite distinct and has some interesting characteristics. Many languages (including Rust and Python) have an entirely different iteration model from the C++/D one.

Are D Ranges better or worse than C++ Ranges? Is Rust's better than C++'s? Does it depend on what your definition of is is? The goal of this talk is to examine the problem space and find out.
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Barry Revzin
Jump Trading

Barry is a senior C++ developer at Jump Trading in Chicago, a research and technology driven trading firm. After programming for many years, he got really into the nuances and intricacies of C++ by being unreasonably active on StackOverflow (where is he is the top contributor in C++14, C++17, and C++20). A lot of his C++ knowledge comes from just answering questions that he doesn’t know the answers to, especially when he answers them incorrectly at first.

His C++ involvement escalated when he started attending standards committee meetings in 2016, having written dozens of papers for C++20 and now C++23. You might know him from such features as , pack expansion in lambda init-capture, explicit(bool), conditionally trivial special member functions and, hopefully coming soon to a C++ near you, deducing this.

Outside of the C++ world, Barry is an obsessive swimming fan. He writes fun data articles for SwimSwam and also does analysis for the DC Trident, a professional swim team with multiple Olympic Gold Medalists (including Katie Ledecky and Natalie Coughlin).
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May 1, 2022 - May 6, 2022 - Aspen, Colorado
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