Docker image for Openhab (2.0.0).
The image is constructed from daily snapshots of Openhab 2 builds, but can be changed to the last "stable" build (currently 2.0.0-alpha2) by editing Dockerfile, changing OPENHAB_VERSION and then rebuilding the image.
Included is JRE 1.8.45 instead of JDK 1.7.79 (in original tdeckers/openhab)
Official DEMO Included
If you do not have a openHAB configuration yet, you can start this Docker without one. The official openHAB DEMO will be started.
docker pull wetware/openhab2
docker build -t <username>/openhab2 .
Auto-detect of devices with UPnP
Openhab 2.0's new Paper UI includes feature to recognize devices on the same network using UPnP protocol. This in done by sending discovery UDP messages to 126.96.36.199:1900. Other UPnP devices (such as Philips Hue hub) will response message to this same address. Sending the UDP multicast message is done correctly from the container, but receiving them however requires support from Docker to enable
MULTICASTING on container network interface, which is not yet implemented (7/2015). You can follow the discussion here at the GitHub issue page There are 2 work-arounds available:
- Run container with --net=host option. This will use the network interface of the host instead of creating a separate one for the container. In practice it will map 1:1 all ports on the container to the host and enable the container to receive multicast UDP messages.
- Run container with --net=none option. This defers creating the network interface during the startup. Then on the host use pipework to create the network interface on the container side with IFF_MULTICAST set:
pipework docker0 -i eth0 CONTAINER_ID IP_ADDRESS/IP_MASK@DEFAULT_ROUTE_IP
This container expects you to map a configurations directory from the host to /etc/openhab. This allows you to inject your openhab configuration into the container (see example below).
Configuration is done also via Paper UI (discover devices, configure OH2 specific plugins etc). If you want persistence in these changes, you can map the userdata directory (see example below.)
OpenHAB 2.0 plugins
Starting from 2.0.0 there is no general configuration file (as openhab.cfg in previous versions), but each add-on/plugin is configured separately on its services/<plugin-name>.txt file. You can manually create them, or define "EXAMPLE_CONF=1" when starting the container (see running example below). Example conf files from ALL the (OpenHAB 2.0) plugins will be then copied to services-directory. (No file will be over-written though, so you can edit them safely.)
To use your own configuration and enable specific plugins, add a file with name addons.cfg in the configuration directory which lists all addons you want to add.
Example content for addons.cfg:
org.eclipse.smarthome.binding.hue org.eclipse.smarthome.binding.yahooweather org.openhab.action.mail org.openhab.action.xmpp org.openhab.binding.squeezebox org.openhab.binding.exec org.openhab.binding.http org.openhab.binding.knx org.openhab.persistence.rrd4j org.openhab.persistence.logging
OpenHAB 1.x plugins
Since not all 1.x plugins have yet been ported to 2.0 platform, you can enable them by adding a file addons-oh1.cfg to the configuration directory which lists all addons you want to add.
For example, to add MQTT support using OpenHAB 1.x plugins:
Configuring 1.x plugins is done by editing [conf-directory]/services/openhab.cfg, which uses old 1.x syntax. If openhab.cfg is not found, a default configuration is copied to services-directory when conteiner is started. Note that all other entries in the file are ignored by default, except by those plugins that are explicitly defined in addons-oh1.cfg.
You can add a timezone file in the configurations directory, which will be placed in /etc/timezone. Default: UTC
Example content for timezone:
The image exposes openHAB ports 8080, 8443, 5555 and 9001 (supervisord).
The openHAB process is managed using supervisord. You can manage the process (and view logs) by exposing port 9001. From there it is possible to switch between NORMAL and DEBUG versions of OpenHAB runtime.
- The container supports starting without network (--net="none"), and adding network interfaces using pipework.
Example: run command (with your openHAB config)
docker run -d -p 8080:8080 -v /tmp/configuration:/etc/openhab/ wetware/openhab2
Example: run command (with your openHAB config) and use hosts network if to enable UPnP auto-detect feature (see above)
docker run -d -p 8080:8080 --net=host -v /tmp/configuration:/etc/openhab/ wetware/openhab2
Example: run command (with your openHAB config) and populate the service directory with example plugin configuration files
docker run -d -p 8080:8080 -v /tmp/configuration:/etc/openhab/ -e "EXAMPLE_CONF=1" wetware/openhab2
Example: Map configuration and logging directory as well as allow access to Supervisor:
docker run -d -p 8080:8080 -p 9001:9001 -v /tmp/configurations/:/etc/openhab -v /tmp/logs:/opt/openhab/userdata/logs wetware/openhab2
Example: Map configuration directory and userdata (to allow persistence in Paper UI and Thing configurations) as well as allow access to Supervisor:
docker run -d -p 8080:8080 -p 9001:9001 -v /tmp/configurations/:/etc/openhab -v /tmp/userdata:/opt/openhab/userdata wetware/openhab2
Example: run command (with Demo)
docker run -d -p 8080:8080 wetware/openhab2
Start the Demo with:
Access Supervisor with:
HABmin is not automatically included in this deployment. However you can easily enable it by adding following plugins to addons.cfg:
After starting container, you can then access HABmin on the address:
In OpenHAB 1.x logging was configured by modifying logback.xml and logback_debug.xml files in configuration-directory and log files were saved to /opt/openhab/logs. In OpenHAB 2.0 this has changed in following ways:
- Logging directory is now /opt/openhab/userdata/logs (easily mapped to host directory as Docker volume)
- logback conf files are now situated in /opt/openhab/runtime/etc/, BUT since modifying these directly in the container causes headache (also mapping as volume would overwite other files there), these two files are mapped again to configuration directory. If user specified logback files are not found there, default files will be copied and are easily modified afterwards.