Commit Graph

7 Commits (ec5da05804dd66c2199bebb5f3a023b9656a0c63)

Author SHA1 Message Date
Sean Dague 9cdfa77a21 bump watefurnace version to 1.1.0 (#19847)
There is better retry logic in the new library to handle login faults.
2019-01-07 11:36:02 -05:00
Sean Dague 8c0b50b5df Bump waterfurnace to 1.0
This bumps to the new version of the waterfurnace API. In the new
version the unit id is no longer manually set by the user, instead it
is retrieved from the service after login. This is less error prone as
it turns out discovering the correct unit id is hard from an end user
perspective.

Breaking change on the config, as the unit parameter is removed from
config. However I believe the number of users is very low (possibly
only 2), so adaptation should be easy.
2018-12-05 07:03:27 -05:00
Ville Skyttä dbd0763f83 Grammar and spelling fixes (#16065) 2018-08-19 22:29:08 +02:00
Sean Dague 051903d30c
Update waterfurnace library to 0.7, add reconnect logic (#15657)
One of the features of the waterfurnace 0.7 is timingout out stuck
connections on the websocket (which tends to happen after 48 - 96
hours of operation). This requires the homeassistant component to
catch and reconnect under these circumstances. This has turned out to
be pretty robust in preventing stuck sockets over the last month.
2018-08-14 07:49:04 -04:00
Sean Dague 6f74b672a3 Make waterfurnace recovery more robust (#12202)
This makes waterfurnace recovery more robust by catching any
understood exceptions by the library, and always doing another login.
2018-02-06 12:12:35 +01:00
Sean Dague 4521d59bec Bump waterfurnace library to 0.3.0 (#11888)
Fixes in the library to handle transaction id which has to roll over
otherwise the server gets confused.
2018-01-24 08:24:54 +01:00
Sean Dague 8c78a210ef
Add waterfurnace platform (#11732)
Add waterfurnace platform

This adds support for waterfurnace geothermal systems. This is
implemented as a component as there will eventually be some active
control elements. This is not done as a climate platform because
geothermal systems work best when set at a constant temperature as
they are tuned to keep within 0.5 degrees F of a setpoint, and large
temperature shifts are slow and expensive.

This is done in the Data + Sensors model, with the Data component
having a regular update thread. That thread needs to call the read()
function at least every 30 seconds otherwise the underlying websocket
is closed by the server.
2018-01-20 16:51:59 -05:00