* Introducing the Netatmo component
As Netatmo is providing several type of device (sensor, camera), a new Netatmo
component needs to be created in order to centralize the Netatmo login data.
Currently this change only impacts the Netatmo Weather station
* Add new Netatmo library
This new API will provide access to the Welcome Camera
* Basic support for Netatmo Welcome camera
This change introduces support for Netatmo Welcome camera. Currently, it will
add all detected camera to Home Assistant, camera filtering (similar to the one
used for weather station modules) will be added later
* Remove useless REQUIREMENTS
* Fixes for Netatmo Welcome support
* Allow to filter Welcome cameras by name and/or home
* Update requirements for Netatmo components
* Fix multi-camera support for Welcome
* Fix pep8 error/warning
* This commit also adds improved logging for bad credentials
* Add Throttle decorator for Welcome update function
As the update function updates the data for all cameras, we should prevent this
function to be called several time during an interval
* Added Osram Lightify light component
* Added color temperature and fade transition support to Osram Lightify
* Added Osram Lightify light component
* Added color temperature and fade transition support to Osram Lightify
* Updated docstring
* Added osramlightify to ignore list on coveragerc and updated docstrings
* Fixed linting issues
* Initial support for EnOcean
Tested to work with:
- Eltako FUD61 dimmer
- Eltako FT55 battery-less switch
- Permundo PSC234 (switch and power monitor)
* Rerun gen_requirements_all.py
* Added the `lgtv` platform to control a LG Smart TV running NetCast 3.0
(LG Smart TV models released in 2012) and NetCast 4.0 (LG Smart TV models released in 2013).
* Fixed multi-line docstring closing quotes
* Rename lgtv to lg_netcast
* Rename lgtv to lg_netcast
* Extracted class to control the LG TV into a separate Python package 'pylgnetcast' and changed requirements accordingly.
* regenerated requirements_all.txt with script
* now uses pylgnetcast v0.2.0 which uses the requests package for the communication with the TV
* fixed lint error: Catching too general exception Exception
* AWS SNS notify platform
* Attach kwargs as MessageAttributes
* Initial pass of AWS SQS platform
* Add Lambda notify platform
* Remove unused import
* Change single quotes to double quotes because I am crazy
* Forgot to run pydocstyle
* Improve context support for Lambda
* compress the message_attributes logic
* Added GPM Desktop Plaeyr component
* Updated requirements_all.txt
* Pylint fix
* Updated GPMDP.py to include @balloob's comments
* Updated to work with the latest version of GPMDP
* Removed setting "self._ws.recv()" as a variable
* Made line 52 shorter
* Updated to check weather it is connected or not
* Pylint and @balloob fixes
* Updated with simplified code and pylint fix
* Made `json.loads` shorter
* Pylint fix
* Added QwikSwitch platform
farcy - worst than my english teacher
* Clean up comments
* Import only inside functions
* Moved imports, no global var, load_platform
* add_device reworked
* Only serializable content on bus
* Fixed imports & removed some logging
* initial support for generic 433mhz gpio adapters
* rpi-rf: refactor id_on/id_off to code_on/code_off
fits the purpose better and improves understanding
* rpi-rf: use v0.9.4
* rpi-rf: update features and dependencies to v0.9.5
includes the ability to optionally specify a protocol for each switch
* rpi-rf: remove explicit RPi.GPIO dependency
already a dependency of the rpi-rf module
* rpi-rf: make setting gpio, code_on and code_off mandatory
* rpi-rf: remove unused value_template
* rpi-rf: only enable TX once if there are switches
This tracker discovers new devices on boot and tracks bluetooth devices
periodically based on interval_seconds value. Devices discovered are
stored with 'BT_' as the prefix for device mac.
Requires PyBluez
* Initial Support for EQ3 Bluetooth Smart Radiator Thermostats
* tox runs successfully
* Moved device specific stuff to bluepy_devices library
* lint fix
Calculate average download rate the same way as downloadrate
Add config option for choosing which nzbget variables to monitor, and provide a default
Pep8 fixes
Refactoring and changes based on @balloob's comments
Add nzbget.py to .coveragerc omit list. Check if there are any http
errors (like bad auth) when creating the nzbgetapi class. If there
are, the setup_platform() function will return false. Exceptions are
logged as well.
When a new sensor is created, assign the initial value from the api
instead of simply using None until the first update call.
Text Update
Additional additions and better support for volume, and mute. Cleanup
Added rxv to requirements_all
Added yamaha.py to .coveragerc
Made uppercase, and removed tabs
Added requirements variable
Added doc string for lint
Removed global variable, and simplified state as per balloobs suggestion
Refactored the component with balloobs suggestions
-Added import in the method
- Only get receiver information on init
- A bit of cleanup
Remove up and down volume
Uneeded as this is handled by set volume instead
Fixed a lint build error
More lint fixes
Removed unused imports
Lint Fixes
Simplified if statement
Minor refactoring since the init calls update.
Fixed lint error
Just variable naming change
Added support for an optional name for the receiver.
Better error handling, a bit of refactoring based on balloobs suggestions
Fixed lint error.
Another lint error fix
Changed raise to return
Disable pylint error handling
Pylint broad exception
Made exception handling in the setup platform instead of the constructor.
Lint error fix
Refactored the way devices are found. This allows for multiple receivers
The rewrite addresses a problem with the tellstick hardware dropping
commands when too many simultaneous calls is being made from HA. Also fixes a bug when the dim level was changed externally.
This breaks previous configurations.
The new config for tellstick is
```yaml
tellstick:
signal_repetitions: X
```
Lights and Switches are detected automatically.
Sensors work like before because they do not share any functionality with the other devices and they also needs a complete other configuration.
Uses the (schiene)[https://pypi.python.org/pypi/schiene/0.14] API to communicate with the webserver of bahn.de
and pulls iformation about a specific connection from the (bahn.de)[http://www.bahn.de/p/view/index.shtml]
webpage. The departure time of the next train for the given connection is shown.
In case of delay, the delay is also shown. Additional `ATTRIBUTES` are used to
inform about e.g. the type of the train, price and if it is ontime.
Usage:
sensor:
platform: deutsche_bahn
from: name_of_start_station
to: name_of_final_station
Problems:
I'm testing it for quite some time, but I have never seen the `ATTRIBUTES` in case
of a delayed train. The `ATTRIBUTES` are directly passed from the `schiene` API. So this
usecase has not been tested yet.
deutsche_bahn ist not supporting the `schiene` api unlike in the swiss_public_transport case.
It's not guaranteed that `schiene` will work forever, infact it can happen that Bahn AG will
intentionally brake the API at some point. In the past Bahn AG has not allways been very supportive
to the opensource community.
This adds tests for the uvc camera module. It's a good thing too,
because I found a few bugs which are fixed here as well:
- Graceful handling of non-integer port
- Failure to take the first host that works when probing host,internalHost
- Failure to detect if neither of them actually work
This also converts the code to only call add_devices once with a listcomp.
This adds tests for the influxdb component. It also fixes a bug,
where username and password are required, but not gracefully
handled if they're missing from config.
This adds support for NetworX-based alarm panels and should work for
any such panel equipped with a NX584 serial interface module. This
includes NX-4/6/8/8E, where the NX8E has this interface built-in.
It requires the pynx584 module, and requires running the server
component somewhere that has connectivity to the panel via serial,
which may include a serial-over-lan connection.
Support the SCSGate device. This will allow home-assistant to interact
with BTicino/Legrand MyHome system.
Signed-off-by: Flavio Castelli <flavio@castelli.me>
The proliphix nt10e is an early network thermostat that supports an
HTTP interface. This adds basic support for it to home-assistant (get
/ set heating setback).
Hugo Dupras
Fabian Affolter
Kyle Hendricks
Paulus Schoutsen
Olimpiu Rob
rubund
ntouran
wokar
Robbie Trencheny
Rowan
Brent
happyleavesaoc
Johann Kellerman
Daniel Høyer Iversen
William Scanlon
deisi
Micha LaQua
Dennis Karpienski
Manoj
Alexander Fortin
Markus Peter
Florian Holzapfel
Justyn Shull
pavoni
Daniel J. Kemp
Andrew
Dan Cinnamon
joopert
Greg Dowling
Florian Holzapfel
Daniel
Stefan Jonasson
sander
Justin Moy
Malte Deiseroth
Rowan Hine
Dan Smith
Jan Harkes
Christian Fredborg Braedstrup
happyleavesaoc
Eric Rolf
Flyte
Theb-1
Harald Nagel
miniconfig
Flavio Castelli
William Scanlon
Tim
Michael Kutý
Dean
hydreliox
Joseph Hughes
sfam
Sean Dague
Daren Lord
MartinHjelmare
Philip Lundrigan
Erik
Fabian Affolter
Erik
andylockran
Goir
nkgilley@gmail.com
root
Krzysztof Koziarek
MakeMeASandwich
Todd Ingarfield
Tom Duijf
badele
Alan Bowman
Paulus Schoutsen
Jon Maddox
Roy Hooper
Guillem Barba
Per Sandstrom
Rohit Kabadi
andythigpen
Ryan Kraus
jamespcole