I’ve gotten really interested in this recently with other languages, like Python. They don’t want to have to transfer all of the data, so if you’re using ArrayBuffers you can use a kind of shared memory model. This is the way you do parallelization, kind of like Golang’s CSP model. One last thing that I found interesting in this release: zero-copy ArrayBuffer transfers between workers. Not just for browser use but also, as you see with Deno, for server-side use in things like Node.js. The web platform marches on, and stuff that used to be done in JavaScript libraries is being moved to the platform. I also found the addition of support for URL patterns to be interesting. It reformatted my code and my tsconfig.json file, which I thought was pretty cool. It worked for me the first time – I plugged it in, made a couple of changes, and ran it. They’ve made it a little bit more customizable. I find it cool that they’re bundling their own linter and their own formatter, a bit like Golang does.
They had a show recently about Deno, and my choice for September comes from the Deno 1.14 release.Ī couple of things in there really stuck out to me.įirst, the customization options for deno lint and deno fmt. Paul Everitt: I really enjoy watching the HTTP 203 show on YouTube from the Google Chrome developers. It also contains links to additional information. We’ve added it here for those who prefer to read rather than watch. Below you’ll find the transcript of the video.
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