RustによるWebアプリケーション開発 設計からリリース・運用まで (KS情報科学専門書) 作者:豊田 優貴,松本 健太郎,吉川 哲史講談社Amazon 私たちがRustを学ぶ際の障壁 ウェブエンジニアにとってRustを学ぶ際の最大の障壁は、その適用分野がもともと高度である点です。 Rustは主にシステムプログラミングやC++の置き換え、ビルドツールの最適化といった専門的な領域で活用されています。 これらの分野に馴染みがないウェブ開発者にとって、Rustのエコシステムを学ぶことは簡単ではありません。 本書はそのようなエンジニアが、既存の仕事の道具をRustに置き換える時のガイドとして最適です。 システムの一部をマイクロサービスに切り出すケースや新規プロジェクトのバックエンドでRustの採用を検討したりする場面で活用できます。 そのため、この書籍はウェブのバックエンドエンジニアがRustエ
Convention Over Configuration: Similar to Ruby on Rails, Loco emphasizes simplicity and productivity by reducing the need for boilerplate code. It uses sensible defaults, allowing developers to focus on writing business logic rather than spending time on configuration. Rapid Development: Aim for high developer productivity, Loco’s design focuses on reducing boilerplate code and providing intuitive
Matthias Endler - Consultant at Corrode.dev • 27 September 2023 Oh no, not another 'Is Rust better than Go?' article. Seriously, haven't we all had our fill of these comparisons by now? But before you sigh in exasperation, hear us out! Many comparisons between Go and Rust emphasize their differences in syntax and the initial learning curve. However, ultimately, what matters is the ease of use for
Wasm core dumps and debugging Rust in Cloudflare Workers2023-08-14 A clear sign of maturing for any new programming language or environment is how easy and efficient debugging them is. Programming, like any other complex task, involves various challenges and potential pitfalls. Logic errors, off-by-ones, null pointer dereferences, and memory leaks are some examples of things that can make software
Microsoft is rewriting core Windows libraries in the Rust programming language, and the more memory-safe code is already reaching developers. David "dwizzle" Weston, director of OS security for Windows, announced the arrival of Rust in the operating system's kernel at BlueHat IL 2023 in Tel Aviv, Israel, last month. "You will actually have Windows booting with Rust in the kernel in probably the ne
Updated in 2024 Figure: Red Pill and Blue Pill (Wikipedia: Red pill and blue pill) IntroductionIn the ever-evolving field of information security, curiosity and continuous learning drive innovation. This blog series is tailored for those deeply engaged in experimental projects, leveraging Rust’s capabilities to push the boundaries of what’s possible. The focus on Rust, after exploring various prog
Today, we are announcing experimental support for WASI (the WebAssembly System Interface) on Cloudflare Workers and support within wrangler2 to make it a joy to work with. We continue to be incredibly excited about the entire WebAssembly ecosystem and are eager to adopt the standards as they are developed. So what is WASI anyway? To understand WASI, and why we’re excited about it, it’s worth a qui
Toggle dark mode What follows is a brain dump of everything I know about compiling Rust to WebAssembly. Enjoy. Some time ago, I wrote a blog post on how to compile C to WebAssembly without Emscripten, i.e. without the default tool that makes that process easy. In Rust, the tool that makes WebAssembly easy is called wasm-bindgen, and we are going to ditch it! At the same time, Rust is a bit differe
Zig And Rust Mar 26, 2023 This post will be a bit all over the place. Several months ago, I wrote Hard Mode Rust, exploring an allocation-conscious style of programming. In the ensuing discussion, @jamii name-dropped TigerBeetle, a reliable, distributed, fast, and small database written in Zig in a similar style, and, well, I now find myself writing Zig full-time, after more than seven years of Ru
3/7/2023 When Zig is safer and faster than Rust There are endless debates online about Rust vs. Zig, this post explores a side of the argument I don't think is mentioned enough. Intro / TLDRλ I was intrigued to learn that the Roc language rewrote their standard library from Rust to Zig. What made Zig the better option? They wrote that they were using a lot of unsafe Rust and it was getting in thei
This past month, I have been enthralled by the Rust programming language given its unique edge for writing memory-safe, modern programs. Over the years, several languages have emerged as the most preferred by engineers to write resilient, backend software. The tides have shifted from Java/C++ into Go and Rust, which combine decades of programming language theory to build tools that are effective i
Welcome to Comprehensive Rust 🦀 This is a free Rust course developed by the Android team at Google. The course covers the full spectrum of Rust, from basic syntax to advanced topics like generics and error handling. The latest version of the course can be found at https://google.github.io/comprehensive-rust/. If you are reading somewhere else, please check there for updates. The course is availab
Unsafe Zig is Safer than Unsafe Rust Consider the following Rust code: struct Foo { a: i32, b: i32, } fn main() { unsafe { let mut array: [u8; 1024] = [1; 1024]; let foo = std::mem::transmute::<&mut u8, &mut Foo>(&mut array[0]); foo.a += 1; } } This pattern is pretty common if you are interacting with Operating System APIs. Another example. Can you spot the problem with the code? It's pretty subtl
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