To the provider you select in the UI, I agree. But OpenCode automatically sends prompts to their free "Zen" proxy, even without choosing it in the UI. Imagine someone using it at work, where they are only allowed to use…
The (relative) simplicity is what sells aider for me (it also helps that I use neovim in tmux). It was easy to figure out exactly what it's sending to the LLM, and I like that it does one thing at a time. I want to…
I don't know if it works on Artix, but there is seatd [1], which works with wlroots compositors in place of (e)logind. seatd is ~6k lines of code compared to elogind's ~200k. [1]: https://sr.ht/~kennylevinsen/seatd/
Yeah, it's a binary blob, but it's small enough to be easily auditable. Anyone with some knowledge of x86 assembly can read the annotated version [1] and verify that it does what it claims (which is to convert ASCII hex…
It's possible to bootstrap GCC starting from only a 357-byte binary seed: https://github.com/fosslinux/live-bootstrap
To the provider you select in the UI, I agree. But OpenCode automatically sends prompts to their free "Zen" proxy, even without choosing it in the UI. Imagine someone using it at work, where they are only allowed to use…
The (relative) simplicity is what sells aider for me (it also helps that I use neovim in tmux). It was easy to figure out exactly what it's sending to the LLM, and I like that it does one thing at a time. I want to…
I don't know if it works on Artix, but there is seatd [1], which works with wlroots compositors in place of (e)logind. seatd is ~6k lines of code compared to elogind's ~200k. [1]: https://sr.ht/~kennylevinsen/seatd/
Yeah, it's a binary blob, but it's small enough to be easily auditable. Anyone with some knowledge of x86 assembly can read the annotated version [1] and verify that it does what it claims (which is to convert ASCII hex…
It's possible to bootstrap GCC starting from only a 357-byte binary seed: https://github.com/fosslinux/live-bootstrap