wrote some server-side logic and updated the server-side of the tests and it all compiles and runs fine but ran out of time before I could add the client-side of the test but I'm 99.99% certain it will work when I add that bit tomorrow because I didn't change anything wrt to types.
https://github.com/zeenix/zlink/commit/36a8e57de30baa5fc9162e39f515b42166585686
Oxidising my keyboard: how I wrote my QMK userland in Rust
https://nullp.tr/posts/oxidising-my-keyboard
Discussions: https://discu.eu/q/https://nullp.tr/posts/oxidising-my-keyboard
New release of taskfinder! 2.8.0 allows you to show only overdue tasks in Files mode and configure which mode the app starts in. A few other improvements too; full changelog at https://codeberg.org/kdwarn/taskfinder/src/branch/main/CHANGELOG.md#2-8-0-https-codeberg-org-kdwarn-taskfinder-compare-v2-7-0-v2-8-0-2025-04-13.
See readme for more info, like installation, usage, and screenshots: https://codeberg.org/kdwarn/taskfinder/src/branch/main/README.md
I'm currently working on a new diff tool that instead of working through text, it compiles and analyzes your Rust code with type information and compilation information (via hooking itself with the compiler, kinda like Clippy does)
I'm completely tired of reviewing PRs on GitHub and the GitHub diff being absolutely awful, completely abhorrent.
Currently it can only detect renamed functions, but I have some ideas like types that changed sizes or changes in documentation.
Bring argument parsing (e.g. `clap`) to `no-std` constrained targets
https://github.com/inthehack/noshell
Discussions: https://discu.eu/q/https://github.com/inthehack/noshell
So currently for my text editor (ad) I use TOML for the config file format, but... it's kinda clunky in places. I'm considering looking at moving over to KDL but I'm not sure if it's worth the hassle, anyone have ideas on what the right call is?
#rustlang
Ferron 1.0: a fast, open-source web server and reverse proxy, written in Rust
Discussions: https://discu.eu/q/https://www.ferronweb.org/
Rebuilding Prime Video UI with Rust and WebAssembly
https://www.infoq.com/presentations/prime-video-rust/
Discussions: https://discu.eu/q/https://www.infoq.com/presentations/prime-video-rust/
A small subset of examples of issues that the many static analysis tools for C/C++ can find, but rust/clippy can't.
Correctness, security, halting, concurrency and performance issues. For standards like MISRA, AUTOSAR, and OWASP.
https://github.com/illume/static_analysis_c_not_rust?tab=readme-ov-file
Note, there is work going on to identify which issues in standards like MISRA apply to #rust, and hopefully some tooling will appear to detect them too. Probably other #rustlang tools at various levels of maturity that detect some/all.
Tauri vs. Electron Benchmark: ~58% Less Memory, ~96% Smaller Bundle – Our Findings and Why We Chose Tauri
https://gethopp.app/blog/tauri-vs-electron
Discussions: https://discu.eu/q/https://gethopp.app/blog/tauri-vs-electron
Oh my god. "Scientists were so preoccupied..." #rustlang
![$ cat script.rs
#![allow(unused)]
fn main() {
println!("Hello, world!");
}
$ cat '[allow(unused)]'
#!/bin/bash
rustc "$@" -o temp && ./temp && rm temp
$ ./script.rs
Hello, world!](https://cdn.masto.host/livellosegretoit/cache/media_attachments/files/114/326/907/915/972/053/small/7715ba045a8db9fc.jpeg "$ cat script.rs
#![allow(unused)]
fn main() {
println!(\"Hello, world!\");
}
$ cat '[allow(unused)]'
#!/bin/bash
rustc \"$@\" -o temp && ./temp && rm temp
$ ./script.rs
Hello, world!")
weekend tinkering project: hardware wezterm running on a picocalc! This is built using embassy and a slightly tweaked version of the sunset crate for the ssh client. The photo makes things look a lot further along than they really are, because the terminal emulation is virtually non-existent and there is no connection between the keyboard and the ssh session yet. #embededrust #RustEmbedded #embassyrs #rustlang
And now, the part 4 or my series of articles on how to build a #crossplatform #searchengine, in #rustlang.
This article is about how we query the indexes, aggregate the results and generate some scores.
Enjoy reading it, feel free to provide me some feedback, here or directly on GitHub 
If you enjoy it, feel free to share it on other platforms!
Here is the link: https://jdrouet.github.io/posts/202503311500-search-engine-part-4/
Oh that feeling when after days of designing, implementing and arguing and negotiating with the compiler, your very complicated code just works out of the box on the first run. 
https://fractalfir.github.io/generated_html/cg_clr_odd_platforms.html
This #rust to C compiler could be magic for those rewriting C code bases into rust.
C is still the most portable option. By far.
Projects can rewrite parts in rust without every platform and build system needing to support rust.
Also existing static analysis tooling can be used on the C code. (Again C is still ahead of rust here).
Pyrex (now cython) was designed this way because portability, integration and tooling.
#RustLang maturity milestone.
Rust to C compiler - 95.9% test pass rate, odd platforms, and a Rust Week talk
https://fractalfir.github.io/generated_html/cg_clr_odd_platforms.html
Discussions: https://discu.eu/q/https://fractalfir.github.io/generated_html/cg_clr_odd_platforms.html
