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#wasm

7 posts7 participants1 post today
HoldMyType<p>You can port your code to be used with a framework like Blazor which generates <a href="https://mathstodon.xyz/tags/WASM" class="mention hashtag" rel="nofollow noopener noreferrer" target="_blank">#<span>WASM</span></a> files. These static files can be easily run inside browser engines</p>

Hi @neil the gist of this may be interesting (without the AI, and the project isn't open source afaics):

> I [built] Tritium. Tritium aims to be the #lawyer's #VSCode: an all-in-one drafting cockpit that treats a deal's entire document suite as a single, searchable, AI-enhanced workspace while remaining fast, local, and secure.

> Tritium is implemented in Rust. It is cross-platform and I'm excited for the prospect of lawyers running #Linux as their daily driver.

news.ycombinator.com/item?id=4

news.ycombinator.comShow HN: Tritium – The Legal IDE in Rust | Hacker News

Since introducing Wasm support in Scala.js 1.17.0, there's been significant optimization of the Wasm backend! 🚀 The latest 1.20.0-SNAPSHOT, benchmarked against the 1.17.0 baseline, shows impressive progress: brainfuck +90% and kmeans +83%. Excited to see the evolution of Scala.js Wasm! #scala #wasm

#ReleaseMonday — New version (v0.27.0) of thi.ng/genart-api, a platform-independent extensible API for browser-based computational/algorithmic/generative art projects:

This version features an overhaul of the platform provided PRNG (pseudo-random number generator) handling and makes it easier to create multiple PRNGs for artworks which require/desire them...

Related section in the README:
github.com/thi-ng/genart-api/b

Also, just as a reminder, the project has:

- no external dependencies
- adapters for 3 art platforms (EditArt, fxhash, Layer)
- 6 example projects
- testing/dev sandbox with two parameter editors
- WebAssembly bindings & demo (currently for #Zig only)

Happy coding! :)

thi.ng/genart-apithi.ng/genart-api

»6 Fehler, die sich Rust-Devs sparen sollten:
Wenn Sie Rust-Code schreiben, sollten Sie dieses halbe Dutzend Verfehlungen tunlichst vermeiden.«

Das Programmieren in Rust auch nicht an einem Wochenende gelernt ist, wie viele Scriptsprachen, ist klar. Durch deren Präzision aber auch sehr sicher (Fehler sind überall von Menschen einfließbar) und schnell, auch per WASM im Webbrowser.

🦀 computerwoche.de/article/28340

Computerwoche6 Fehler, die sich Rust-Devs sparen solltenWenn Sie Rust-Code schreiben, sollten Sie dieses halbe Dutzend Verfehlungen tunlichst vermeiden.

New preprint: we used k-mer matching with suffix match length information to create an assembly-to-assembly alignment algorithm + software for bacterial genomes, kbo.

kbo uses the SBWT data structure which lets us run a query in 1-10s and 500-1000MB RAM, depending on the task and parameters.

All our algorithms run in the browser, try the tool at maklin.fi/kbo/ There is no server-side processing, so the data never leaves your computer.

link: biorxiv.org/content/10.1101/20

bioRxiv · Sequence alignment with k-bounded matching statisticsFinding high-quality local alignments between a query sequence and sequences contained in a large genomic database is a fundamental problem in computational genomics, at the core of thousands of biological analysis pipelines. Here, we describe a novel algorithm for approximate local alignment search based on the so-called k -bounded matching statistics of the query sequence with respect to an indexed database of sequences. We compute the k -bounded matching statistics, which capture the longest common suffix lengths of consecutive k -mer matches between query and target sequences, using the spectral Burrows-Wheeler transform, a data structure that enables computationally efficient queries. We show that our method is as fast and as accurate as state-of-the-art tools in several bacterial genomics tasks. Our method is available as a set of three kbo Rust packages that provide a command-line interface, a graphical user interface that runs in a browser without server-side processing, and a core library that can be accessed by other tools. ### Competing Interest Statement The authors have declared no competing interest. Academy of Finland, 339070 The Research Council of Norway, 299941.

🌀 Introducing **Chakra** - a blazing fast in-browser WebAssembly runtime for builders.

```sh
chakra myfile.wasm
```

– Runs WASM in-browser with logs
– Supports Rust, TinyGo, C, Asc and Python
– One-line introspection & verify commands

Chakra is an open source project and we're building it *with the community*.

🌟 github.com/anistark/chakra
📖 Read more: blog.anirudha.dev/chakra

Give us a shout-out or star the repo on github if you like the idea. 🙌

Run WebAssembly instantly in your browser with a single command. - anistark/chakra
GitHubGitHub - anistark/chakra: Run WebAssembly instantly in your browser with a single command.Run WebAssembly instantly in your browser with a single command. - anistark/chakra