Yùn with linino

[scenaristeur]

Could it be possible to have a system as well had with the Linino-Yun boards :
I don't know really how it works but a bathos-mcuio (.hex) https://github.com/linino/bathos-mcuio is installed on the Arduino part and communicate with the Linux side filesystem via serial.

My goal is that way i Can have many programs starting as linux service and not only one that WE must erase each time WE want a new functionnalities . I made some multiusers games that act with servos, chat, and other webapps (Polymer) with nodejs that Can bé accès by user smartphone through the Yùn hotspot, but it could be in python, or shell...
https://github.com/scenaristeur/lininoapps/

I don't really know about want config un Uboot or différent paramètres images intégrées tftp . I have broken to Yùn trying to put Linino system Into the last Lede
The Doc is here https://wiki.linino.org/doku.php?id=wiki:upgradeimage
The last downloads are here but are outdated http://download.linino.org/linino_distro/

Why i'm asking that ?
I know that doing this, i don't program Arduino anymore and will lost realtime due to linux latency and i'm closer to a Raspberry Pi.
But i don't really need realtime, and i think that lot's of the webdevs could be interested with .
For me it's an iot that Can be easily acceded and that Can push a lot of people in 'the programming' expérience .
Perharps, it Could also be made with johnny5, cylon or firmata?
But i never could be Victorious with those ones

So please put Linino back in Lede with nodejs, or give me a way to do the same thing :
One program on Arduino side , and nodejs with a good library to communicate within.
Txs

[facchinm]

Hi @scenaristeur ,
as far as I remember, mcuio installation is quite tangled with linino distro and it's quite difficult to adapt to a more standard openwrt/lede distribution.
We don't support Linino distributions anymore, however there are plenty of alternatives like:

• running firmata on the 32u4 and any firmata client (nodejs for example is available through opkg)
• compile mcuio for mips using the latest lede toolchain (http://downloads.arduino.cc/openwrtyun/17.11/packages/targets/ar71xx/generic/ledeyun-sdk-17.11-ar71xx-generic_gcc-7.3.0_musl.Linux-x86_64.tar.xz) and flash it manually on the board