There was a recent argument about the Python Cryptography library switching to Rust. Who was at fault?

Applications to run at the command line.

Here’s why Rust gets so much love, straight from the Rustaceans themselves.

Spoiler: C++ is not faster or slower – that's not the point, actually. This article continues our good tradition of busting myths about the Rust language shared by some big-name Russian companies.

Like many developers, I have been interested in Rust for quite some time. Not only because it appears in so many headlines on Hacker News, or because of the novel approach the language takes to safety and performance, but also because people seem to talk about it with a particular sense of love and admiration. On top of that, Rust is of particular interest to me because it shares some of the same goals and features of my favorite go-to language: Swift. Since I've recently taken the time to do try out Rust in some small personal projects, I wanted to take a little time to document my impressions of the language, especially in how it compares to Swift.

In order to increase fluency in a programming language, one has to read a lot of it. But how can you read a lot of it if you don't know what it means?
In this article, instead of focusing on one or two concepts, I'll try to go through as many Rust snippets as I can, and explain what the keywords and symbols they contain mean.

Ready? Go!

Some hints: Naming Convention; Keyword First Syntax; Type Last Syntax; No Dangling Else; Everything Is An Expression, Including Blocks; etc.

Learn Rust tricks and test your knowledge at the same time!

At Open Source Technology Summit (OSTS) 2019, Josh Triplett, a Principal Engineer at Intel gave an insight into what Intel is contributing to bring the most loved language, Rust to full parity with C.

The web platform is the delivery mechanism of choice for a ton of software these days, either through the web browser itself or through Electron, but that doesn’t mean there isn’t a place for a good old fashioned straight-up desktop application in the picture.

Fortunately, it’s easier than ever to write a usable, pretty, and performant desktop app, using my language of choice (Rust) and the wildly successful cross-platform GUI framework GTK.

GUI prototyped using Glade.

I have a saying that summarizes my opinion of Rust compared to Go: “Go is the result of C programmers designing a new programming language, and Rust is the result of C++ programmers designing a new programming language”. This isn’t just a metaphor - Go was designed by plan9 alumni, an operating system written in C and the source of inspiration for many of Go’s features, and Rust was designed by the folks at Mozilla - whose flagship product is one of the largest C++ codebases in the world.

GitHub Gist: instantly share code, notes, and snippets.

Contains clickable links to The Book, Rust by Example, Std Docs, Nomicon, Reference. Furthermore, entries are marked as largely deprecated, have a minimum edition, or are bad.

It summarizes concept including: Data Structures, References & Pointers, Functions & Behaviors, Control Flow, Organizing code, Type Aliases and Cast, Code Generation, Pattern Matching, Generics & Constraints, Strings & Chars, Comments, Common Operators, Idiomatic Rust.

From Josh Mcguigan.

This is a tutorial on building your own shell using Rust, in the spirit of the build-your-own-x list. Creating a shell is a great way to understand how the shell, terminal emulator, and OS work together.

Rust is an imperative systems programming language. Why does it have so much attention from functional programming advocates? Is it hiding a functional nature?