* Base platform in place
* Logic in place
* Requirements and coverage
* Fixed some linting issues
* Small attribute reorganization
* Collaborator-requested changes round 1
* Updated documentation
* Multi-Room Support for Greenwave Reality
* PEP8 Line Too Long
* Update requirements_all.txt
* Shared State Object
Shared State Object added, and implemented new function of greenwavereality to abstract complex runtimes.
* Update requirements_all.txt
* Lint issues
* Rewrite method to not trigger "Method could be a function"
* Remove unnecessary arguments for update call
* worked on first version of IOTA wallet
* added sensor for IRI node
* added requirements
* ignored new component in test coverage
* changed length of line
* fixed linter issues
* changed requested changes
* moved attributes of IRI node
* change coverage definitions
* changed loading of platforms
* changed loading of platforms
* changed initial state of wallet sensor
* changed handling of config
* changed attribute handling for IOTA node sensor
* Follow the component style
* Fix ordering and docstring
* Fix pylint issue
* New venstar climate component
* Corrected items raised during the PR process.
* Corrected flak8 issues.
* Add support for venstar models without humidity control.
* Changed the idle operation mode to off. Few other adjustments.
* Minor changes (log messages, sorting, etc.)
* added unavailability tracker, updated sensor component
* change hass argument position according to position in binary_sensor
* added hass argument to binary_sensor, updated is_on(), it can be UNAVAILABLE now
* updated switch component to support unavailability feature
* updated light component to support unavailability feature
* updated cover component to support unavailability feature
* set _hass property
* added unavailability tracker, updated sensor component
* change hass argument position according to position in binary_sensor
* added hass argument to binary_sensor, updated is_on(), it can be UNAVAILABLE now
* updated switch component to support unavailability feature
* updated light component to support unavailability feature
* updated cover component to support unavailability feature
* set _hass property
* fixed error with wrong arguments number during callback call
* reset unavailability state on new message received from device
* use locks to fix race condition during managing _state property
* overriden state() method for some components to check for STATE_UNAVAILABLE and return it instead e.g. STATE_OFF
* fixed linter
* removed blank line
* use available() method instead of changing _state
* filter motion sensors 'heartbeat', was removed from PyXiaomiGateway
* remove self._hass, use self.hass set by HA on attach
* self.push_data now running in the event loop, use async_schedule_update_ha_state()
* merge fix
* removed accidentally added home-assistant-polymer
* bump PyXiaomiGateway version to 0.8.0
* bump PyXiaomiGateway to 0.8.0
* updated methods names and annotations
* Adding BME680 Sensor Component
* Flake8 lint fixes
* PyLint fixes
* Fix for log line
* Updating requirements for testing
* Fix PyLint Log format errors and add to coveragerc ommisions as requires sensor connected
* Regenerated requirements_all.txt
* Added Pylint exception for import error of system specific library
* Refactored async_add_platform to move IO out to avoid heavy yield usage
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.
* Added IHC platform
* Updated requirements for IHC platform
* Exclude IHC from test
* Correcting flake8 issues
* Fixing more flake8 issues
* Fixed flake8 issues
* Fixing pylint issues
* Fixed flake8 issues
* Changes from PR review.
* STATE_UNKNOWN changed to None
* Spelling mistake in comment
* Added IHC platform
* Updated requirements for IHC platform
* Exclude IHC from test
* Correcting flake8 issues
* Fixing more flake8 issues
* Fixed flake8 issues
* Fixing pylint issues
* Fixed flake8 issues
* Changes from PR review.
* STATE_UNKNOWN changed to None
* Spelling mistake in comment
* Updated requirements_all.txt with gen_requirements_app.py
* Pylint fix: No space allowed around keyword argument assignment
* PR review changes
* Moved auto setup from platforms to ihc component
* Do no auto setup if there are no IHC products found
* Changes from PR review
* Updated bluepy to version 1.1.4 as some issues with the native code were fixed there.
* Miflora - Added support for bluepy backend.
* miflora - now using bluepy backend on linux platforms
* fixed pylint findings
* miflora now using bluepy as default bluetooth backend and gatttool as fallback
* fixed hound complaints
* fixed pylint warning
* updated requirements
* Update miflora.py
* mychevy: added basic mychevy component
This implements a component using the mychevy library (which utilizes
selenium to webscrape the mychevy website for onstar for your
car). The architecture works by having a background thread doing
periodic polling of the website, and updating the sensors when new
data is found.
This requires rather more setup than most platforms, as you need
working selenium. Instructions will be provided on the component
list. All the sensors are spawned and coordinated from a single "hub"
as they are really just attributes of the same web scraping session.
* mychevy: only poll every 30 minutes
* mychevy: update sensors
* mychevy: better error handling
* mychevy: tweaking for refactor
* mychevy: bump version to handle odometer > 1000
* mychevy: great sensor reorg
* mychevy: add binary sensors
* mychevy: bump mychevy requirement
* mychevy: use dispatcher
Instead of directly modifying the sensors, this lets us use a
dispatcher to have sensors pull information from the car object when
there is a relevant update for them.
* mychevy: remove from coverage
* mychevy: dedicated constants for dispatch signals
This makes the dispatch signals dedicated topics, and fixes updating
the state on the sensors so that they are correctly updated.
* mychevy: updated with comments from martinhjelmare
* mychevy: set battery icon based with helper function
* Address additional review feedback
* Address additional review comments
Aaron Bach
Paulus Schoutsen
Nolan Gilley
David Fiel
Jerad Meisner
Johannes Innerbichler
Dan Cinnamon
William Scanlon
Sean Dague
Rendili
Paul Annekov
arcsur
Teemu R
Sebastian Muszynski
Filip Bednárik
Jens Østergaard Nielsen
ChristianKuehnel
Spencer Oberstadt
robhuls
Daniel Høyer Iversen
karlkar
Kane610
Sergey Isachenko
Wolf-Bastian Pöttner
Fabian Affolter
Heiko Thiery
Jesse Hills
Alok Saboo
Bob Anderson
Daniel Perna
Andrey