- Latest openHAB release running on a Raspberry Pi 4 as a docker container.
- Automated installation out of this repository.
- Raspberry Pi 4 B, 4x 1,5 GHz, 4 GB RAM, WLAN, BT
- Raspberry 4596 Pi - official power supply for Raspberry Pi 4 Model B, USB-C, 5.1V, 3A
- RPI CASE ALU08 (got it from here)
- JSAUX USB 3.0 SATA Adapter (got it from here, found it on this list)
- Some Micro SD card
- Some SATA SSD disk, e.g. 128 GBytes (optional in case of booting from USB)
- Follow the official description to get Raspberry OS Lite onto the SD card and configure it according to your needs (user account, ssh, WiFi, etc.)
- Boot the Raspberry Pi and login.
- For robustness I choose a SSD SATA disk with an USB 3.0 adapter to boot from. Therefore the following steps are necessary:
- Start raspi-config:
sudo raspi-config
- Inside raspi-config:
- 8 Update
- 6 (Advanced Options) → A7(Bootloader Version) → E2(Default)
- 6 (Advanced Options) → A6(BootOrder) → B2(USB Boot)
- Shutdown:
sudo shutdown -h now
- Remove SD card.
- Get Raspberry OS Lite onto the SSD (as before with the SD card).
- Connect SSD and boot.
My goal was to automate any further installation, configuration and updating. Ansible seems to be the right tool for that job.
- Install Ansible on your control host. I use the Pi itself for this, so I need these packages:
sudo apt update
sudo apt upgrade
sudo apt install ansible git python3-docker build-essential cargo python3-pip
sudo reboot- As I use the Pi itself as ansible control host the inventory.yml contains the localhost, only. If this setup does not fit to you, adjust the inventory according to your needs.
- Run playbook of this repo to install openHAB:
git clone --recurse-submodules git@github.com:xxthunder/MyOpenHAB.git
cd MyOpenHAB
ansible-playbook main.yml --extra-vars "piuser=$USER"- After successful installation openHAB incl. frontail services are running:
- http://<your_pi_hostname>:8080/
- http://<your_pi_hostname>:9001/