10h 3m 8s logged
Commit messages in the past 9 hours:
Commit cbb3ecc:
feat(wakeword): Add wakeword engine (openwakeword)
Commit 927f3ba:
feat(agent): add multi-provider support via LiteLLM
Rewrite agent logic to support dynamic provider switching using LiteLLM endpoints.
Add provider and tool configuration files (providers.json, tool.json).
Commit 3502eda
fix(weather fetch): Fix city name overwritting error
Next up:
Add LMStudio support to Piston AI
9h 48m 34s logged
In this 9 hours of work, I’ve rewritten Piston AI… Again. But this, time, OOP is used much more than before, and more stable, with Jarvis’ voice, with British accents :)
Alright. So in the past 8 hours, I’ve been working on the KMSDRM rendering for PythOS’ desktop. Since all apps will be called via standard execve, functions inside cannot be called directly from the main server. That’s where IPC comes in. Like GNOME, it pygui acts as a server that handles the custom made apps that contains the GUI APIs, and performs a communication back and forth to render the apps. The process is NOT easy, and got my brain frying.
In this 6 hours’ work, I’ve added a handle to the windows for the user to drag them.
Various APIs were also added, such as buttons, text and images.
There is one more useful feature: window focusing. When multiple windows are added, you can focus on them by clicking on them just like normal OSes.
In this 11 hours (shows 10 hours because of the limit of devlogs), I’ve worked on framebuffering with PyGame, it was kinda painful trying to learn writing GUI in a completely different language, but it’s kinda worth it and enjoyable :)
Also the theme of the GUI is based on Windows 98
This is a Linux distro written almost completely in Python!! What's special about it, is that the whole Linux distro is compiled and assembled by me!!
Compared to previous versions in the previous repo, those all relied on other Linux distro shells. But this time, the shell and other programs in /bin is written in Python.
How it works:
1. Boots grub bootloader
2. Boots Linux kernel
3. Loads init script
4. Loads init.py from sbin/
5. Tries to load pysh.py from bin/
-> If fails or user exits pyshell, it falls back to init.py as a logon menu (written with ncurses)
- This is a protection mechanism that prevents kernel panic (which needs us to force reboot the PC)
I'm really proud that my OS worked, and has always been my dream creating an up and running OS!!
After rewriting code for 7 hours and building the ISO file for more than 5 hours, I have finally built a bootable PythOS ISO file!!!
What I have rewritten, was pysh.py to optimize the shell.
I’ve also fixed a TypeError of PosixPath + str in ls.py.
How the OS works:
How to dualboot:
(for Windows users. Skip if you know how to dualboot Linux, but please do not ignore step 6 when flashing):
Prerequisites:
Rufus (download from here)
PythOS ISO (download from the releases page)
A USB (at least 200MB)
Steps:
NOTE:
If your computer uses legacy BIOS instead of UEFI, I’m sorry… I’ll be adding BIOS support very soon tho :)
Other architecture builds of the OS will be released very soon. The current supported arch is x86_64 (64-bit)
P.S. You might be wondering if you’ll need to type in “.py” for running my scripts in bin, you don’t. Simply type in the command without .py, it’ll be good to go. Of course you CAN type in .py if you want, but it would basically be your choice mate
12h 11m 10s logged
I’m rlly sorry that I haven’t posted a devlog for a long time.
But in the last 12 hours, I’ve used Python to add tools to the AI, STT and TTS to the whole program!
My efficiency is sometimes low, so forgive me for not posting a devlog for this long 
Tools added to Piston AI:
web search,
weather fetching
In this ~4.5 hours, I’ve added many commands to PythOS:
clear, date, ls, mkdir, touch, uname
And the most amazing thing I’ve done, is adding arguments and options :).
I do think that this project can let me learn a LOT more about Python, Linux and low-level things
I’ve relaunched the project PythOS, a Linux distro but almost fully written in Python.
Instead of relying on init systems like BusyBox, it uses bare-minimum components:
a Linux kernel, musl library, Python library, and my own Python runtime (init systems are written by me in C)
I’ve actually worked on a project like this, also a Linux distro written in C, but back then, the distro relied on Alpine Linux as a base system.
This time I’m actually trying to create the Linux distro myself :)
The image I’ve uploaded is a preview of the shell. It’s still run on my Linux VM as it’s not built into a system yet.
