flpc
mu
flpc | mu | |
---|---|---|
2 | 29 | |
215 | 1,344 | |
- | - | |
0.0 | 4.3 | |
about 2 years ago | 5 months ago | |
Forth | Assembly | |
- | GNU General Public License v3.0 or later |
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flpc
- Forth vs Lisp
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SubX: A minimalist assembly language for a subset of the x86 ISA
> I've actually never considered putting the comment first! I'll have to think about that one.
I'm sure there are many competing constraints so definitely don't do it because I'm suggesting this on a whim. :) My reasoning is that as a human reader, the comment is the more readable part, so I'd want to see it first. And for a computer, it probably doesn't care if the op code appears first or not.
> You probably don't want to understand Haskell's loop fusion by comparing source and generated code.
Indeed. But even though C and Haskell are very different, I think they share a common philosophy about compilation where you can basically do whatever you want as long as it still produces the same result.
I vaguely remember looking at Python generate bytecode (with `dis.dis`) and seeing it wasn't too bad. I haven't tried it on a larger program though.
There's tcc (and more recently chibicc that I haven't had a chance to check out yet) that you're probably already aware of. Is the generated output still pretty bad.
I'll also throw my own attempt in the ring
- High level https://github.com/asrp/flpc/blob/master/lib/stage0.flpc
mu
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Damn Small Linux 2024
Depending on how minimal a distribution you want, a few years ago I had a way to take a single ELF binary created by my computing stack built up from machine code (https://github.com/akkartik/mu) and package it up with just a linux kernel and syslinux (whatever _that_ is) to create a bootable disk image I could then ship to a cloud server (https://akkartik.name/post/iso-on-linode, though I don't use Linode anymore these days) and run on a VPS to create a truly minimal webserver. If this seems at all relevant I'd be happy to answer questions or help out.
- Ask HN: Good Books on Philosophy of Engineering
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x86-64 Assembly Language Programming with Ubuntu by Ed Jorgensen
This was the thinking behind my https://github.com/akkartik/mu
- Show HN: FocusedEdit – a classic Macintosh to web browser shared text editor
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Plain Text. With Lines
Yes thank you, I was indeed alluding to https://github.com/akkartik/mu. Perhaps a more precise term would be "software stack".
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Inferno: A small operating system for building crossplatform distributed systems
I built a computer with its own languages, and I consider it to be _less_ cognitive load when everything is in 1/2/3 languages. I don't have to worry that the next program I want to read the sources will require "Go, Rust, C++, JS/TS, Python, Java, etc."
There are other metrics to consider besides your notions of cognitive load and productivity. Inferno predates most of the languages on your list. My computer (https://github.com/akkartik/mu) uses custom languages because I was able to design them to minimize total LoC, and to ensure the dependency graph has no cycles (unlike all of the conventional software stack, at least until https://www.gnu.org/software/mes connects up all the dots).
- Llisp: Lisp in Lisp
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10 Years Against Division of Labor in Software
"Separation of concerns is a hard-won insight."
Absolutely. I'm arguing for separating just concerns, without entangling them with considerations of people.
It's certainly reasonable to consider my projects toy. I consider them research:
* https://github.com/akkartik/mu
* https://github.com/akkartik/teliva
"The idea that projects should take source copies instead of library dependencies is just kind of nuts..."
The idea that projects should take copies seems about symmetric to me with taking pointers. Call by value vs call by reference. We just haven't had 50 years of tooling to support copies. Where would we be by now if we had devoted equal resources to both branches?
"...at least for large libraries."
How are these large libraries going for ya? Log4j wasn't exactly a shining example of the human race at its best. We're trying to run before we can walk.
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My self-hosting infrastructure, fully automated
I still believe :) I'm looking not for an economic argument but for a strategic one. I think[1] a self-hosted setup with minimal dependencies can be more resilient than a conventional one, whether with a vendor or self-hosted.
https://sandstorm.io got a lot right. I wish they'd paid more attention to upgrade burdens.
[1] https://github.com/akkartik/mu
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My 486 Server
I'm very interested in the network stack, having explored it for a while for https://github.com/akkartik/mu before giving up. What sort of network card do you support?
What are some alternatives?
maru - Maru - a tiny self-hosting lisp dialect
cosmopolitan - build-once run-anywhere c library
forthlisp - A Small Lisp in Forth
mtpng - A parallelized PNG encoder in Rust
ruby - The Ruby Programming Language [mirror]
collapseos - Bootstrap post-collapse technology
mirage - MirageOS is a library operating system that constructs unikernels
librope - UTF-8 rope library for C
teliva - Fork of Lua 5.1 to encourage end-user programming
ZeroTier - A Smart Ethernet Switch for Earth
Etar Calendar - Android open source calendar