Provides MQTT bridge, web service API, time sync, and logging for HAI/Leviton OmniPro II controllers. Provides integration with Samsung SmartThings via web service API and Home Assistant via MQTT.
You can use docker to build an image from git or download the binary here.
- Docker
- .NET Framework 4.5.2 (or Mono equivalent)
OmniLinkBridge is divided into the following modules and configurable settings. Configuration settings can also be set as environment variables by using their name in uppercase. Refer to OmniLinkBridge.ini for specifics.
- OmniLinkII: controller_
- Maintains connection to the OmniLink controller
- Thermostats
- If no status update has been received after 4 minutes a request is issued
- A status update containing a temperature of 0 is ignored
- This can occur when a ZigBee thermostat has lost communication
- Time Sync: time_
- Controller time is checked and compared to the local computer time disregarding time zones
- MQTT: mqtt_
- Maintains connection to the MQTT broker
- Publishes discovery topics for Home Assistant to auto configure devices
- Publishes topics for status received from the OmniLinkII module
- Subscribes to command topics and sends commands to the OmniLinkII module
- Web API: webapi_
- Provides integration with Samsung SmartThings
- Allows an application to subscribe to receive POST notifications status updates are received from the OmniLinkII module
- On failure to POST to callback URL subscription is removed
- Recommended for application to send subscribe reqeusts every few minutes
- Requests to GET endpoints return status from the OmniLinkII module
- Requests to POST endpoints send commands to the OmniLinkII module
- Logger
- Console output: verbose_
- Enabled by default
- Thermostats (verbose_thermostat_timer)
- After 5 minutes of no status updates a warning will be logged
- When a current temperature of 0 is received a warning will be logged
- MySQL logging: mysql_
- Thermostats are logged every minute and when an event is received
- Push notifications: notify_
- Always sent for area alarms and critical system events
- Optionally enable for area status changes and console messages
- Email: mail_
- Prowl: prowl_
- Pushover: pushover_
- Console output: verbose_
Quickly get started with console logging by specifying the controller address and encryption keys.
docker run --name="omnilink-bridge" \
-v /etc/localtime:/etc/localtime:ro \
-e CONTROLLER_ADDRESS='' \
-e CONTROLLER_KEY1='00-00-00-00-00-00-00-00' \
-e CONTROLLER_KEY2='00-00-00-00-00-00-00-00' \
--net=host excaliburpartners/omnilink-bridge
Or start in the background with time sync and MQTT modules enabled.
docker run -d --name="omnilink-bridge" --restart always \
-v /etc/localtime:/etc/localtime:ro \
-e CONTROLLER_ADDRESS='' \
-e CONTROLLER_KEY1='00-00-00-00-00-00-00-00' \
-e CONTROLLER_KEY2='00-00-00-00-00-00-00-00' \
-e TIME_SYNC='yes' \
-e MQTT_ENABLED='yes' \
-e MQTT_SERVER='' \
-e MQTT_USERNAME='' \
-e MQTT_PASSWORD='' \
--net=host excaliburpartners/omnilink-bridge
- Configure at a minimum the controller IP and encryptions keys.
mkdir /opt/omnilink-bridge
curl https://raw.githubusercontent.com/excaliburpartners/OmniLinkBridge/master/OmniLinkBridge/OmniLinkBridge.ini -o /opt/omnilink-bridge/OmniLinkBridge.ini
vim /opt/omnilink-bridge/OmniLinkBridge.ini
- Start docker container
docker run -d --name="omnilink-bridge" -v /opt/omnilink-bridge:/config -v /etc/localtime:/etc/localtime:ro --net=host --restart always excaliburpartners/omnilink-bridge
- Verify connectivity by looking at logs
docker logs omnilink-bridge
- Clone git repo and build docker image
git clone https://github.com/excaliburpartners/OmniLinkBridge.git
cd OmniLinkBridge
docker build --tag="omnilink-bridge" .
- Configure at a minimum the controller IP and encryptions keys. The web service port must be 8000 unless the Dockerfile is changed.
mkdir /opt/omnilink-bridge
cp OmniLinkBridge/OmniLinkBridge.ini /opt/omnilink-bridge
vim /opt/omnilink-bridge/OmniLinkBridge.ini
- Start docker container
docker run -d --name="omnilink-bridge" -v /opt/omnilink-bridge:/config -v /etc/localtime:/etc/localtime:ro --net=host --restart always omnilink-bridge
- Verify connectivity by looking at logs
docker logs omnilink-bridge
- Copy files to your desired location like C:\OmniLinkBridge
- Edit OmniLinkBridge.ini and define at a minimum the controller IP and encryptions keys
- Run OmniLinkBridge.exe from the command prompt to verify connectivity
- Add Windows service
sc create OmniLinkBridge binpath=C:\OmniLinkBridge\OmniLinkBridge.exe
- Start service
net start OmniLinkBridge
- Copy files to your desired location like /opt/OmniLinkBridge
- Configure at a minimum the controller IP and encryptions keys
vim OmniLinkBridge.ini
- Run as interactive to verify connectivity
mono OmniLinkBridge.exe -i
- Add systemd file and configure paths
cp omnilinkbridge.service /etc/systemd/system/
vim /etc/systemd/system/omnilinkbridge.service
systemctl daemon-reload
- Enable at boot and start service
systemctl enable omnilinkbridge.service
systemctl start omnilinkbridge.service
SUB omnilink/areaX/name
string Area name
SUB omnilink/areaX/state
string triggered, pending, armed_night, armed_night_delay, armed_home, armed_home_instant, armed_away, armed_vacation, disarmed
SUB omnilink/areaX/basic_state
string triggered, pending, armed_night, armed_home, armed_away, disarmed
PUB omnilink/areaX/command
string arm_home, arm_away, arm_night, disarm, arm_home_instant, arm_night_delay, arm_vacation
SUB omnilink/zoneX/name
string Zone name
SUB omnilink/zoneX/state
string secure, not_ready, trouble, armed, tripped, bypassed
SUB omnilink/zoneX/basic_state
string OFF, ON
SUB omnilink/zoneX/current_temperature (optional)
int Current temperature in degrees fahrenheit
SUB omnilink/zoneX/current_humidity (optional)
int Current relative humidity
PUB omnilink/zoneX/command
string bypass, restore
SUB omnilink/unitX/name
string Unit name
SUB omnilink/unitX/state
PUB omnilink/unitX/command
string OFF, ON
SUB omnilink/unitX/brightness_state
PUB omnilink/unitX/brightness_command
int Level from 0 to 100 percent
SUB omnilink/thermostatX/name
string Thermostat name
SUB omnilink/thermostatX/current_operation
string idle, cool, heat
SUB omnilink/thermostatX/current_temperature
int Current temperature in degrees fahrenheit
SUB omnilink/thermostatX/current_humidity
int Current relative humidity
SUB omnilink/thermostatX/temperature_heat_state
SUB omnilink/thermostatX/temperature_cool_state
PUB omnilink/thermostatX/temperature_heat_command
PUB omnilink/thermostatX/temperature_cool_command
int Setpoint in degrees fahrenheit
SUB omnilink/thermostatX/humidify_state
SUB omnilink/thermostatX/dehumidify_state
PUB omnilink/thermostatX/humidify_command
PUB omnilink/thermostatX/dehumidify_command
int Setpoint in relative humidity
SUB omnilink/thermostatX/mode_state
PUB omnilink/thermostatX/mode_command
string auto, off, cool, heat
SUB omnilink/thermostatX/fan_mode_state
PUB omnilink/thermostatX/fan_mode_command
string auto, on, cycle
SUB omnilink/thermostatX/hold_state
PUB omnilink/thermostatX/hold_command
string off, hold
SUB omnilink/buttonX/name
string Button name
SUB omnilink/buttonX/state
string OFF, ON
PUB omnilink/buttonX/command
string ON
SUB omnilink/messageX/name
string Message name
SUB omnilink/messageX/state
string off, displayed, displayed_not_acknowledged
PUB omnilink/messageX/command
string show, show_no_beep, show_no_beep_or_led, clear
To test the web service API you can use your browser to view a page or PowerShell (see below) to change a value.
Invoke-WebRequest -Uri "http://localhost:8000/SetUnit" -Method POST -ContentType "application/json" -Body (convertto-json -InputObject @{"id"=1;"value"=100}) -UseBasicParsing
POST /Subscribe
{ "callback": url }
Callback is a POST request with Type header added and json body identical to the related /Get
Type: area, contact, motion, water, smoke, co, temp, unit, thermostat
GET /ListAreas
GET /GetArea?id=X
GET /ListZonesContact
GET /ListZonesMotion
GET /ListZonesWater
GET /ListZonesSmoke
GET /ListZonesCO
GET /ListZonesTemp
GET /GetZone?id=X
GET /ListUnits
GET /GetZone?id=X
POST /SetUnit
POST /SetUnitKeypadPress
{ "id":X, "value":0-100 }
GET /ListThermostats
GET /GetThermostat?id=X
POST /SetThermostatCoolSetpoint
POST /SetThermostatHeatSetpoint
POST /SetThermostatMode
POST /SetThermostatFanMode
POST /SetThermostatHold
{ "id":X, "value": }
int mode 0=off, 1=heat, 2=cool, 3=auto, 4=emergency heat
int fanmode 0=auto, 1=on, 2=circulate
int hold 0=off, 1=on
GET /ListButtons
POST /PushButton
{ "id":X, "value":1 }
The MySQL ODBC Connector is required for MySQL logging. The docker image comes with the MySQL ODBC connector installed. For Windows and Linux you will need to download and install it.
Configure mysql_connection in OmniLinkBridge.ini. For Windows change DRIVER={MySQL} to name of the driver shown in the ODBC Data Source Administrator.
mysql_connection = DRIVER={MySQL};SERVER=localhost;DATABASE=OmniLinkBridge;USER=root;PASSWORD=myPassword;OPTION=3;