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Apple how to use Rust for low-level programming, I believe that many inexperienced people do not know what to do, so this article summarizes the causes of the problem and solutions, through this article I hope you can solve this problem.

Apple uses Rust for low-level programming Today, some netizens posted on Twitter that Apple seems to fully support Rust for low-level programming. "after the very successful introduction of Rust for the first time, we are migrating the established code base from C to Rust and building new features mainly in Rust." A link to the position of Apple software engineer is attached, and the https://jobs.apple.com/de-de/details/200170723/software-engineer-networking-privacy?team=SFTWR editor found that the position was actually posted by Apple in August. Although it is not the latest news, it also shows that more and more major companies are adopting the Rust programming language. Gitoxide v0.4Gitoxide released v0.4, the project is a git implemented in Rust, but its goal is not to perfectly copy the functionality of git. Installation command: curl-LSfs https://raw.githubusercontent.com/Byron/gitoxide/main/ci/install.sh |\

Sh-s-git Byron/gitoxide-- crate gix-max-termion

After installation, there will be two binary commands: gix and gixp, in which gix is a command line interface tool for accessing the git code base, which is used to optimize the user experience, and its performance is better than that of the git specification. Clone projects are faster than using git directly. Due to some problems, there is no v0.4 version of Windows currently supported. The Github link, https://github.com/Byron/gitoxideultraviolet v0.6ultraviolet, is a crate on computer graphics and game-related linear algebra, which is very fast in terms of productivity and runtime performance. In terms of productivity, ultraviolet does not use any generics and is designed to simplify the interface as much as possible, reducing compilation time and providing clear code. In addition, not using generics and various "hack" in the Rust type system makes errors clear and easy for users to parse and fix. In terms of run-time performance, it is designed with performance in mind from the beginning. To do this, it provides two separate types for each type, one with the usual scalar F32 value and the other a "wide" type, which uses the SIMD vector type for each value. Both of each type provide essentially equivalent operations, while the "wide" types provide some of their unique features designed for high-performance SIMD algorithms. The purpose of this design is clear, and it also allows code to take full advantage of SIMD, thus providing the possibility of significant performance improvements for some workloads. The main functions of v0.6: support 256bit wide AVX vectors and instructions and 128bit wide SSE instructions. F64 / double-precision floating-point numbers are supported under the f64 function, including f64x2 and f64x4 SIMD acceleration types. After reading the above, have you mastered how Apple uses Rust for low-level programming? If you want to learn more skills or want to know more about it, you are welcome to follow the industry information channel, thank you for reading!

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