WARNING! This a Project Hail-Mary to get mneundorfer built OneWire/OWFS to work under Home Assistant as an add-on and to use a USB hub (DS9490R).
I am using Home Assistant Supervised on Debian 11 (Raspberry Pi 4). I could not find any add-on to Home Assistant to do this (there are some which use IC2 or GPIO, I am not using those), so I was left with an option to try to modify one for myself or to accept that while using owserver as a separate container outside Home Assistant the Home Assistant Supervised could not be updated anymore. If you running Home Assistant Container, you should be able to use the mneundorfer OWServer.
If you are using a 1-wire serial bus in your board/computer with Home Assistant, take a look at https://github.com/lrybak/hassio-owserver . (I could not get it to work with USB hub, most likely my fault.)
If you are not using Home Assistant, do not use this, but look instead to work done by mneundorfer ( https://github.com/mneundorfer/owserver ). That works (with correct owfs.conf settings) with a USB hub, as a separate docker container, something Home Assistant policies do not accept.
As of 26 Nov 2022:
THIS DOES NOT WORK YET AT ALL, IT IS A WORK IN PROGRESS. DO NOT TRY TO USE THIS, WON'T WORK. When the first tests are succesful, this page will be updated. Most likely not before some months into year 2023.
Development process will be slow, as my RaspberryPi 4 for development purposes seems to be permanently stuck in the allocation queue caused by global chip shortage and has not arrived yet. Thus I will have to use my production unit for development, and there is a very limited time window I can take it off from regulating heating of my house.
The instructions below are the same as on the page https://github.com/mneundorfer/owserver , as no modifications to instructions itself have been made yet. The instructions do not work under Home Assistant.
This image includes an owserver and owhttpd installation for using OneWire/OWFS.
Basic execution using USB OneWire device like DS9490R.
docker run -it --name owfs --device /dev/bus/usb -p 2122:2121 -d mneundorfer/owserver:latestBuild on your own container and run as docker-compose service. Config could be changed to use e.g. I2C devices.
git clone https://github.com/mneundorfer/owserver
cd owserver
docker-compose updocker run -it --name owfs --device /dev/bus/usb -v `pwd`/owfs.conf:/etc/owfs.conf:ro -p 2122:2121 -d mneundorfer/owserver:latestMounting the sensors via owfs -m requires appropriate privileges, adding --device /dev/fuse --cap-add SYS_ADMIN --security-opt apparmor:unconfined should do the trick. But be aware of the security implications (see https://stackoverflow.com/a/49021109/1110628)!
docker run -it --name owfs --device /dev/bus/usb --device /dev/fuse --cap-add SYS_ADMIN --security-opt apparmor:unconfined -p 2122:2121 -d mneundorfer/owserver:latest