A package that connects to the BL-NET that is connected itself to a UVR1611 device by Technische Alternative. It is able to read digital and analog values as well as to set switches to ON/OFF/AUTO.
Documentation on the modules and their methods can be found with the methods and modules themselves.
Two interfaces to BLNet exist and both are supported:
- Webinterface - Class BLnetWeb
- BLNet-Direct protocol [1] - Class BLNETDirect
The class BLNET is a wrapper around the two classes. When initializing the class, the two interfaces can be activated/deactivated. BLNetDirect provides 'analog', 'digital', 'speed', 'energy', 'power', whereas BLnetWeb supports 'analog' and 'digital' only. If both are active, BLNetDirect has priority. Setting switches and reading their manual/auto state is only possible via the BLNetWeb interface.
ip = '192.168.178.10'
# Check if there is a blnet at given address
test_blnet(ip) # -> True/False
# Convenient high level interface
blnet = BLNET(ip, timeout=5)
# Control a switch by its ID
blnet.turn_on(10)
blnet.turn_auto(10)
blnet.turn_off(10)
# Fetch data (contains all available data using enabled interfaces)
print(blnet.fetch())
# The low level modules are also available
# note that the direct use of these modules is discouraged though
# Fetch the latest data via web interface
blnet = BLNETWeb(ip, timeout=5)
print(blnet.read_analog_values())
print(blnet.read_digital_values())
# For publishing values
blnet.set_digital_value('10', 'AUS')
# Fetch data via the Protocol developed by TA
blnet = BLNETDirect(ip)
# Fetching the latest data
print(blnet.get_latest())
# Still inofficial because unexplicably failing often
print(blnet._get_data(1))[1] https://www.haus-terra.at/heizung/download/Schnittstelle/Schnittstelle_PC_Bootloader.pdf