Rintaりんた

I’ve improved the stability of LLM and updated the introduction page.

In TUI mode, I created a frame that displays the LLM when the execution result is status 1.

• I received complaints from Vim users regarding usability, so we’ve made it possible to operate using hjkl instead of the arrow keys.
• I have improved the documentation.

I tried hard to create an ISO image, but I couldn’t.

Instead, I focused on optimizing the documentation, connecting to Git, and testing whether it would work correctly on my microcontroller.

I have created a website explaining the main unit.

• Added a macro to the Rust library that uses DTOverlay to read the rotary encoder value as reliably as possible.

• Now you can play around with rotary encoders and ultrasonic sensors stably.

Next, I’ll use Yocto to package it.

Previously, I was using an STM32 to read the values ​​from a rotary encoder, but now I can read the values ​​from Cmdlib.

I connected a rotary encoder and an ultrasonic sensor to two separate Raspberry Pis, sent both sets of data to a computer without packet loss, and created a demo game to play with them.

I have successfully connected to the some child raspi, and now we have a comprehensive view of family information, including queues, active tasks, and status.

Programs using CmdLib (a library that allows easy control of Raspberry Pi’s GPIO pins in Rust) can now be registered, executed, and managed by a single Linux daemon.
This enables more flexible embedded system development.

I’m having a lot of trouble creating this for Hyperland.

There were bugs that allowed dozens of TUIs to be displayed and caused problems with apps like nano, but these have been fixed.

You can now use TUI software (such as nmtui) within the TUI!

Also, some parts were falling back to zsh, so I’ve fixed that to go through the imouto layer.

The rendering is very buggy, but the backend is mostly functional now.

I’ve added support for wallpapers using ASCII art (AA).

I’ve added a new shell concept that utilizes TUI.

I looked at the repository for reference.
I got a GPU error so I’ll fix it

Now you can expand your HDMI output with plug-and-play by simply connecting a LAN cable!

This means, theoretically, it can also be done via Wi-Fi!

Now you don’t have to worry about wireless displays or insufficient HDMI ports!

I made the webUI logs more detailed.

I haven’t been able to capture a screen yet, but I was able to get video output using the PC-LAN-Raspberry Pi-HDMI-monitor setup.

I’m currently developing a system that allows you to configure settings and output video simply by connecting a LAN cable.

I’ve confirmed compatibility with Arch Linux.
And we’ve completely revamped the introduction page.

https://りん.com/pages/sish_old.html → https://りん.com/pages/sish.html

Remote communication is now possible.

Fixed various strange bugs.

I created a Rust library that allows you to control the GPIO pins of a Raspberry Pi using a syntax somewhat similar to that of ESP32/Arduino.

Child information can now be viewed from the web UI.

Simple communication is now possible via LAN and Wi-Fi.

I tried trial and error with Arch and Debian, but the real-time performance became an issue and I gave up for a while🥲
Next time I will try using Ubuntu (PREEMPT_RT).

I created a website that summarizes how to use it.

It’s still unstable, but it’s now available as a VS Code extension.

I made the UI a little more modern.

I’ve added a feature to display ST-Link connection information.

I’ve added an easy-to-use toolbox.

I’ve added some English support and resolved the “There is no data provider registered that can provide view data.” error that appears in new environments.

I have implemented a setup wizard.

I was able to confirm that it’s possible to create a project while using Windsurf!

Things I did:

• Created a tutorial video
• Enable SDK directory configuration

using l10n for translation

I’ve managed to create and flash projects using MCP

However, it’s unusable without knowing the bugs, so I’m starting a major bug-fixing project.

I’ve probably translated all the Japanese into English.

I’ve hidden the “Data” section, which isn’t particularly necessary.

I have created the foundation to actually enable writing.

• LMstudio and Qwen Desktop now automatically generate MCP configurations.
• Became compatible with OpenVSX.
• Added support for wallpapers.

Added MCP functionality!
This makes it easier for AI to create pin configurations and code.

We’ve completed a feature similar to CubeMX!
Now you can automatically generate templates for your work.

We’ve successfully created a working prototype!
We’ll address any other bugs or issues as we discover them.

The app and documentation are now available in English!

Major Update!
This app now supports VRM loading,dynamic 3D object logic, and includes various new samples!
We will be working on English localization going forward.

“LowPoly Island” (skfb.ly/oqGC8) by CGC Studio is licensed under Creative Commons Attribution (http://creativecommons.org/licenses/by/4.0/).

Until now, it only supported Ubuntu, but now it also supports installation on Debian test.
We are planning to use Arch as the next support.

Arsist can now write dynamic logic using js on a 2D canvas!
This will allow you to display the weather via API!

Arsist is now available for Quest builds. (Testing was done on Quest 2)
Now I’ll get into creating dynamic objects.

“Shiba” (skfb.ly/6WxVW) by zixisun02 is licensed under Creative Commons Attribution (http://creativecommons.org/licenses/by/4.0/).

To make matters worse, the 6DoF build had actually been working two weeks ago.
I had committed that version half asleep and completely forgot about it.
So I ended up struggling for two whole weeks without realizing the working state already existed (´；ω；｀)

P.S. The English implementation will be added a little later.

Things that were marked “Not implemented” have now been implemented!

• A feature that displays candidates on demand
• Exit statuses of 1 and 2 can now be sent to LLM
• Custom commands, such as “assign g to git,” can now be easily implemented.

The flatpak settings were insufficient, so I rebuilt it. I have confirmed that it works on GnomeOS.

The build was successful, but tracking and other details are not working.
We will work to change that in the future.

• Improvements to the installer script
• Added instructions for running demo commands on Docker

The installer was not functioning properly, so I have now configured it to verify environment dependencies before building.
Verified to work on a new container using the Ubuntu image.
Additionally, the installation log has been changed from Japanese to English.

The basic template is now complete.
You can code, place 3D assets, and save it in a custom structure.
I plan to make it compatible with Xreal One for the time being.

I’ve made changes including providing a .flatpak version, adding a web demo, and enabling music playback detection!

This is a combat game where you battle using programming languages like Rust, Python, and C++, each assigned a status based on my own judgment!

Use them to fight with your favorite characters!

Currently, only PvE is supported. Please look forward to PvP and sound effects in the future!

It’s still in its early stages, but I plan to make it more fun going forward, so please check it out!
https://rintaro-s.github.io/Progmy/

I’ve moved everything over to Flatpak for easier use and added support for image/window resizing!
Also made some smaller polishments: invisible images off in the app details view, and I’ve translated the README into English.

New Update: My modern & clean Linux desktop just got even better! 🐧✨
I’ve added a bunch of new widgets—Calendar, Music, ToDo, and more!
For those who prefer a minimal look, I’ve focused on a design-first approach. But don’t worry, you can still pop open a modern file explorer with just one click whenever you need it!

credit:Wallpaper “Archちゃん” by Ravimo is licensed under CC BY 4.0

A cute task manager for Linux based on Mission Center!

It features adorable illustrations that react to your real-time CPU usage to let you know how your system is doing. Up next, I’ll be working on polishing the layout and design. Stay tuned!

This project now supports English!
You can finally use it in English. This update includes the README and the shell itself!
ーーーーー
Sish:〜/Documents/github/Sish/Sish-Console % giu clone https://github.com/rintaro-s/rintaro-s
Sish:Onii-chan! giu isn’t a command… git?
Other options: gie, gio, pip, su
Sish:〜/Documents/github/Sish/Sish-Console % y
Cloning into ‘rintaro-s’…

Onii-chan! Sish’s intro page is finally available in English!

“I’ll explain everything in words even Onii-chan can understand!” — Now, I can say that to brothers all over the world :D

https://rintaro-s.github.io/Sish/

Whether you’re working or coding, I’ll be by your side forever! No more fearing those cold system errors. “Daily tasks with your little sister!” — That’s our brand new everyday life.
Let’s make the terminal world a little sweeter together! 🌸
“English support for the app is coming soon! (Probably… for real this time!)”

The “Imouto” lineup is here!
Added Tsundere, Yandere, Deredere, Kuudere, and Senpai modes.

Now there’s a personality for everyone—whether you want detailed explanations, short and sweet answers, someone to dote on you, or you just want to stay calm even when hitting errors!

The next update will add English support (probably).

The basic framework is now complete.

Moving forward, we will either focus on integrating it with Gnome or pursue it as a standalone project to enhance its maturity.

Now, you can use this shell in the terminal or via the GUI console app.

We plan to add more unique features, support English, adapt to other speech styles, and integrate LLM capabilities in the future!