itch.io app timeline 2016
👋 This page was last updated ~9 years ago. Just so you know.
I’ve been working on the itch.io desktop app for about a year now, so I thought I’d make a quick recap:
At the time of this writing, the app has been downloaded about 460K times (including updates). Not counting the back-end, the app and its various components are made up of around 100K lines of code (mostly javascript and golang), most of which is open-source.
You’d think after all that I’d go take a nap or something, but the Winter 2016 season is far from over and I couldn’t be more excited about what is still to come.
In the meantime, be sure to check out:
- https://itch.io/app - install and keep your itch.io games up-to-date!
- https://itch.io/docs/butler - our command-line uploader, patcher, and more.
These are both part of itch.io refinery, a customizable toolset for first releases & playtests.
If you have any questions, we’re always listening at mailto:[email protected]!
I’d like to thank my itch.io colleagues, all our testers, translators, and the game developers who adopted the system early and have shown incredible kindness and understanding, taking the “stress” out of “stress testing”!
Talk to you in 2017 with hopefully a lot more bullet points :)
Did you know I also make videos? Check them out on PeerTube and also YouTube!
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Some mistakes Rust doesn't catch
I still get excited about programming languages. But these days, it’s not so much because of what they let me do, but rather what they don’t let me do.
Ultimately, what you can with a programming language is seldom limited by the language itself: there’s nothing you can do in C++ that you can’t do in C, given infinite time.
As long as a language is turing-complete and compiles down to assembly, no matter the interface, it’s the same machine you’re talking to. You’re limited by… what your hardware can do, how much memory it has (and how fast it is), what kind of peripherals are plugged into it, and so on.