I've seen cases where documentation is seriously lacking but this project is quite something.
Was reading the comments, was able to learn more. So I assume it provides a command line interface.
Question: Can it run binaries compiled for the platform/OS?
This has been a limitation since forever on ESP microcontrollers because they basically have the power of computers and yet the flashing limitation of calculators. Would be good to finally be able to launch arbitrary binaries without flashing. (I know there are tricks right now, just looking for a proper OS-approach).
It's basically a micro Unix implementation aimed at old and resource constrained systems. I've been following it for a few years. The documentation is terrible, there are hardy any updates, but it does seem to be making slows, steady progress behind the scenes. I think it just needs to reach a critical mass of functionality and we'll see it popping up on raspberry pi picos, 8-bit micros etc. Definitely needs some TLC in the comms department though. Oh, and don/t be fooled by the archived status - it moved to https://codeberg.org/EtchedPixels/FUZIX
> FUZIX is a fusion of various elements from the assorted UZI forks and branches beaten together into some kind of semi-coherent platform and then extended from V7 to somewhere in the SYS3 to SYS5.x world with bits of POSIX thrown in for good measure. Various learnings and tricks from ELKS and from OMU also got blended in
I'm sorry but the landing page at fuzix.org (the top page nonetheless) is terrible as it does not even try to explain what FUZIX even IS. I went to the GitHub project page, which contains some more details, but it still doesn't answer the question and only talks about how FUZIX differs from UZI.
To be honest, I still have no idea what I'm looking at.
"Munitions"? "Intelligent distribution panel"? Look, the UNIX part might not be obvious at all, but if you somehow didn't have enough of a rough idea after seeing that many retro CPUs and systems listed below, that might say more about you than the author.
You only say that because you have skill issues. It says "Fuzix OS" so it's probably an OS. It lists platforms so it's an OS that runs on these platforms. How is this hard?
Alan's currently putting most of his energy into the compiler. It's a C compiler in C which can compile itself, and compile FUZIX, for 8080 and Z80 targets. The goal is to make it compile itself on all the platforms it can run on eventually. :)
Was reading the comments, was able to learn more. So I assume it provides a command line interface.
Question: Can it run binaries compiled for the platform/OS?
This has been a limitation since forever on ESP microcontrollers because they basically have the power of computers and yet the flashing limitation of calculators. Would be good to finally be able to launch arbitrary binaries without flashing. (I know there are tricks right now, just looking for a proper OS-approach).
https://github.com/EtchedPixels/FUZIX#what-does-fuzix-have-o...
To be honest, I still have no idea what I'm looking at.
Fuzix is a very simple UNIX clone (and a for of UZI) started by Alan Cox, an ex-Linux kernel developer) as his retirement project.
It aims to run on old CPUs like Z80 and on microcontrollers. I found it when searching what OS can I run on the $4 Raspberry Pi Pico.
Seriously, it's not that hard for the maintainer to write one sentence describing what the project does.
https://codeberg.org/EtchedPixels/FUZIX last updated 4 days ago
Alan's currently putting most of his energy into the compiler. It's a C compiler in C which can compile itself, and compile FUZIX, for 8080 and Z80 targets. The goal is to make it compile itself on all the platforms it can run on eventually. :)
https://codeberg.org/EtchedPixels/Fuzix-Compiler-Kit
https://codeberg.org/EtchedPixels/FUZIX