The hue is now a float but the hsbk conversion still believed it to be
an integer that could not be larger than 359. The float can in fact be,
for example, 359.9 and this would cause an out-of-bounds error in the
set_color call.
For completeness, the initial hue is also changed to a float.
Recent aiolifx allow sending messages to unregistered devices (as a
no-op). This is handy because bulbs can disappear anytime we yield and
constantly testing for availability is both error-prone and annoying.
So keep the aiolifx device around until a new one registers on the same
mac_addr.
* Added osramlighrify groups.
Allows you to make use of the build in osram lightify groups. Group states get
handeled similar as in the case of phillips hue. A lightify group shows up as
light in the homeassistant webinterface. If one light of the
group is on, the complete group is considered to be on.
To use this feature, first define some groups within your lighrify bridge, then
set add `allow_lightify_groups=true` to you osramlightify config.
It might look like:
````yaml
- platform: osramlightify
host: IP-ADDRES
allow_lightify_groups: true
```
* Fixed Pylint errors.
* Included requests.
* Included more requests.
* Fixed setup bridge and removed _light attribute.
* Update osramlightify.py
Forcing a refresh will log a warning if the periodic async_update happens
to be running already.
So let's do the refresh locally and remove the force_refresh.
State restoration takes up to a second because bulbs can be slow to react.
During this time an effect could keep running, overwriting the state that we
were trying to restore.
Now the effect forgets the light immediately and it thus avoids further
changes while the restored state settles.
This clears the internal cache in case polling picked up the state as set by
an effect.
For example, aborting an effect by selecting a new brightness could keep a
color set by the effect.
This allows for more of a disco mode where lights change so fast that you
actually notice it.
Also change the valid period to the maximum 20 msgs/sec that LIFX bulbs
can handle.
First, move the default away from turn_on so we do not have to test for
the current service.
Next, change the default color away from random. The new default is that
saturated colors will flash white and desatured colors will flash to their
fully satured color. Always with full brightness.
After many experiments, this was the method that best produced results that
are both visually pleasing and always noticeable as a flash.
* light.sensehat: adding plugin to control the 8x8 LED matrix on a Sense Hat
* add new .coveragerc entry
* light.sensehat: formatting and removing unused import
* light.sensehat: add to requirements list
* light.sensehat: update docstrings to the linter's specs
* light.sensehat: add a bit more docstring
* Remove global limit on white light temperature
Here are the supported temperatures of some popular bulbs:
Philips Hue: 2000K-6500K (the current 500-154 mired range)
LIFX Color 1000: 2500K-9000K
IKEA TRÅDFRI: 2200K, 2700K, 4000K
Obviously, Home Assistant cannot enforce a global limit and work properly
with all of these bulbs. So just remove the limit and leave it up to each
platform to work it out.
This commit updates the existing users and adds a clamp to Hue (where the
limit appears to have originated). It does not attempt to update other
platforms that might need extra handling of the larger range that is now
possible.
* Add min_mireds/max_mireds state attributes to lights
* Support min_mireds/max_mireds with LIFX lights
This makes more sense because the input and output brightness is the same.
We currently convert through RGB which does contain a brightness so we supply
an arbitrary value as input and discard the output.
* Default to white when setting LIFX temperature
Changing the temperature of a saturated color is possible but not very
interesting. So assume that a change of the temperature implies setting
the color to white, unless a different color is actually specified.
This makes the frontend temperature picker much more useful because it can
now be used to get away from a colored light.
* Default to a neutral white temperature when setting LIFX colors
This means that setting a particular color will always give the same output,
no matter what the temperature was previously at.
* Find brightness after colors
Now the color_temp logic will not see a changed color when setting
temperature+brightness and thus we will actually get a white light in
this situation.
The XY conversion can then not use brightness as input. This is not
an issue because XY only affects hue and saturation, not brightness. So
we can just use an arbitrary value as brightness input.
* Add a simple comment to a complex conditional
* Add support for Zigbee Home Automation
* Fewer magic numbers
* Make optional device config work
* Remove non-zha device_tracker stuff
* Always return boolean from is_on
* Only pass through JSON serializable discovery_info
* Update to bellows 0.2.4
* Fewer magic numbers in binary sensor
* Populate const structures from a function
* Update bellows to 0.2.6
* Fewer magic numbers in light
* Take all possible clusters when overriding
* Update bellows to 0.2.7
* Added initial support for tradfri group control
* Tried to keep original variable structure
* pylint and pep8 fixes
* Fixed lint error about docstring
* Removed unneeded stuff, renamed _light. Needs to be released pytradfri version.
* Better naming of variables inside add_devices call.
* avion light: Bump python-avion dependency version
The dependencies in python-avion weren't sufficiently strict. This is now
fixed, but means we need to depend on a new version.
* decora light: Bump python-decora dependency
There's a new version of python-decora with a reliability fix, so depend on
that.
* Refactor into find_hsbk
This will be useful for new methods that also have to find passed in colors.
* Add AwaitAioLIFX
This encapsulates the callback and Event that aiolifx needs and thus avoids an
explosion of those when new calls are added.
The refresh_state is now generally useful, so move it into its own method.
* Initial effects support for LIFX
These effects are useful as notifications. They mimic the breathe and pulse
effects from the LIFX HTTP API:
https://api.developer.lifx.com/docs/breathe-effecthttps://api.developer.lifx.com/docs/pulse-effect
However, this implementation runs locally with the LIFX LAN protocol.
* Saturate LIFX no color value
Now the color is "full saturation, no brightness". This avoids a lot of
temporary white when fading from the "no color" value and into a real color.
* Organize LIFX effects in classes
This is to move the setup/restore away from the actual effect, making it quite
simple to add additional effects.
* Stop running LIFX effects on conflicting service calls
Turning the light on/off or starting a new effect will now stop the running
effect.
* Present default LIFX effects as light.turn_on effects
This makes the effects (with default parameters) easily accessible from
the UI.
* Add LIFX colorloop effect
This cycles the HSV colors, so that is added as an internal way to set a
color.
* Move lifx to its own package and split effects into a separate file
* Always show LIFX light name in logs
The name is actually the easiest way to identify a bulb so just using it
as a fallback was a bit odd.
* Compact effect getter
* Always use full brightness for random flash color
This is a stopgap. When a bit more infrastructure is in place, the intention
is to turn the current hue some degrees. This will guarantee a flash color
that is both unlike the current color and unlike white.
* Clear effects concurrently
We have to wait for the bulbs, so let us wait for all of them at once.
* Add lifx_effect_stop
The colorloop effect is most impressive if run on many lights. Testing
this has revealed the need for an easy way to stop effects on all lights
and return to the initial state of each bulb. This new call does just that.
Calling turn_on/turn_off could also stop the effect but that would not
restore the initial state.
* Always calculate the initial effect color
To fade nicely from power off, the breathe effect needs to keep an
unchanging hue. So give up on using a static start color and just find the
correct hue from the target color.
The colorloop effect can start from anything but we use a random color
just to keep things a little interesting during power on.
* Fix lint
* Update .coveragerc
* Fixes issue with id mismatch when multiple devices are connected to the lutron bridge
* Updates labels
* removes no longer needed config values.
* removes no longer needed imports
* Add support for tradfri color temp
* Only return rgb_color if supported features indicate support.
* Return color_temp if supported features indicate support and dict
with allowed color temperatures exist for manufacturer.
* Add manufacturer specific supported features, with default.
* Color temperature is set from a dict of allowed pairs per
manufacturer, where kelvin is mapped to hex_color. When a user sets a
color temperature, the closest matching temperature is selected and
set.
* Clean up
* Cache the name of LIFX lights
After #7031 the LIFX device will change during an unregister/register
transition. This has the user-visible effect of the new device missing
a friendly name until the next poll.
We now cache the name internally and it will then transfer to the new
device when it registers.
* Allow LIFX logging even without an available device
This will allow us to set the device to None when it unregisters.
* Calculate LIFX availability from the existence of a device
This has become possible because the device is no longer needed
to provide the name of the light when it is unavailable.
We just have to forget the device when it unregisters.
* Make Tradfri discoverable
* Fix lint errors
* Fix bugs and clean up calls to light_control
* Add more color util tests
* Add coap client to dockerfile
* After rebase and all fixes
* Added color_rgb_to_hex to util.color
* Added test_color_rgb_to_hex
* Changed reference to color_rgb_to_hex
* Bumped to pytradfri 0.5, having support for retry
* Bumped to pytradfri 0.5, having support for retry
* Bumped to pytradfri 0.5, having support for retry
* Bumped to pytradfri 0.5, having support for retry
* Rolled back to 0.4
* Rolled back to 0.4
* Added initial support for IKEA Tradfri Gateway
* Pinned requirement
* Fixed lint-errors
* Added file to .coveragerc
* Trying to fix commit
* Fixed requirements_all again
* Minor reorder of code
* Minor reorder of code
* Made the changes suggested by @balloob
* Made the changes suggested by @balloob and removed debug
* Update tradfri.py
* Plug file leak on LIFX unregister
The aiolifx 0.4.4 release closes its socket when the unregister callback is
called. This plugs a file descriptor leak but also means that we must be
careful to not use the device after it goes unavailable.
Also, when a light reappears, it has a new device that must be used.
* Do not test self.available in service calls
The core will learn to handle that.
* Fire EVENT_HOMEASSISTANT_START automations off right away while starting
* Actually have core state be set to 'starting' during boot
* Fix correct start implementation
* Test and deprecate event automation platform on start
* Fix doc strings
* Remove shutting down exception
* More strict when to mark an instance as finished
* Add automation platform to listen for start/shutdown
* When we stop we should wait till it's all done
* Fix testing
* Fix async bugs in tests
* Only set UVLOOP when hass starts from CLI
* This hangs normal asyncio event loop
* Clean up Z-Wave node entity test
* Add legacy LIFX platform for Windows support
The async platform introduced in 9ef084d903 has
turned out to use Python functionality that is not available in Windows.
This commit restores the previous implementation, now named lifx_legacy.
* Add a comment about the platform being a legacy implementation
* Warn when using unsupported lifx platform on Windows
* Update .coveragerc
* Add support for group commands (allon/alloff).
Add 'group_aliasses' config attribute that only respond to group commands.
Add nogroup_aliases that only respond to 'on' 'off' commands.
Allow settings device id group behaviour.
* Fix linting.
* Fix lint.
* yeelight: adjust supported features on update()
Earlier we checked for the type only during the initialization,
but this won't work when the bulb is disconnected during the init,
causing failures to adjust rgb&color temperature even if those should be supported.
fixes#6692
* Use reassign instead of OR for updating the supported features
* Add link to docs and remove comments which are obvious
* Update docstrings
* Repleace conf details with link to docs
* Add link to docs
* Update docstrings
* Update import
* Update ordering
* Update ordering
* Update docstring
* Update ordering
* Update ordering
Addressing #6382 . Feedback from github & forums is the bridge_led feature never worked and defining the bridge LED as another group+bulb type is the right way to do this in the limitlessled component.
* Adds support for the Lutron Caseta family of devices
* Added external requirement
* Removes unuse import
* Adds requirement to requirements_all.txt
* Removes unuse import
* fixes requirement_all.txt. by regenerating
* Cleans up syantax
* Cleans up syantax
* Cleans up syantax
* Cleans up syantax
* Shortens long line
* adds lutron_caseta component to .coveragerc
* Merges into light, removes component
* Fixes long lines
* Fixes requirement.txt
* Removes 'ERROR' log statements. Adds missing dependency
* savig work to pick up on other machine
* Enables Lutron Caseta component with Light and Switch platforms
* Add missing file to .coveragerc
* Changes based on PR review
* fixes requirements file
* Fixes install of paramiko dependency.
* Moves callback registration to
* comment changes
* Platform have no return value
* Change style for guard
* fix logic
* fix lint
* Fix LIFX unregister races
If the initial state request never got a response, we tried to unregister
a device that was not yet registered.
Also, aiolifx 0.4.2 has an "unregister" race fix.
* Update requirements
* added support for lights with toggle type
* fixed style errors
* introduced tests for the toggle type
it's not passing yet because of an assertionerror at line 407
* updated to reflect tristate of "state"
* Format code according to pep8
Added line break for import that was too long.
* fixed lint, replaced if statement with 'var = bool(test)'
* changed implementation of state check according to bug on 6bceb04ca1 (r106758784)
* Move LIFX to aiolifx for driving the bulbs
* Fix whitespace
* Fix more whitespace
* Fix lint
* Define _available in init
* Add @callback decorators
* Use hass.async_add_job
* Rename class
* Refactor zwave discovery to entity schema
* Address PR concerns
* Split DISCOVERY_SCHEMAS into separate file
* Only check cover reverse workaround once
* Fix colortemp conversion for osramlightify
Copied from the LIFX fix in 75df4be733.
* Fix style
* Updates from review
@armills:
While we're doing cleanup here, can you just change self._brightness,
self._rgb, self._name, self._temperature, and self._state assignments in
__init__ to None? These will get overwritten when self.update() is called, so
it's safer/cleaner to initialize them to None since it shouldn't matter if
everything is working.
This increases the global limit to 6535 seconds (1h48m55s) because that is
supported by all light platforms.
Some platforms support even longer transition times so the limit should
actually be platform specific.
* Add effect support to MQTT Light
* Use effect state topic for supported_features
* Dont use rainbow as default color
* Add color_temp support to MQTT JSON Light
* Add effect to MQTT JSON light
* Support lights in MQTT discovery
* Allow discovered devices to set their platform
* Add white value support to MQTT Light
* Add white value support to MQTT JSON Light
* Remove blank line
* Add color_temp support to MQTT Template light
* Add white value support to MQTT Template Light
* Remove unused SUPPORT_MQTT_TEMPLATE and stale unused flash and transition code from MQTT Template
* Add XY Color to MQTT Light Platform
* Fix syntax
* Fix more syntax errors
* Revert "Remove unused SUPPORT_MQTT_TEMPLATE and stale unused flash and transition code from MQTT Template"
This reverts commit c03798cb63.
* MQTT Template supports flash and transition but doesnt allow templating of the values
* Add XY color support to MQTT JSON
* Proper variable names
* Only allow whitelisted MQTT platforms to be loaded via MQTT Discovery
* Minor tweaks.
A LIFX bulb maintains its previous color even when the light is off.
For example, if the previous color is blue and the bulb is turned on
and then set to a red color, it will transition through purple colors.
After this commit, the target color is set while the bulb is still
turned off. This overrides the previous color and brightness that the
bulb remembered. The light is then turned on with the requested
transition duration.
For the example, this gives the expected result of only going through
red colors.
* Make zwave devices listen on less network changes.
* Convert more platforms
* Remove printouts.
* Fix copy-paste
* Change default dependent list to empty list
* Fix for OSRAM lights connected to hue bridge
Do not send command "effect = none" to OSRAM lights
Osram lights connected to a hue bridge do not seem to handle "effect =
none" very well. Most of the times they jump to the selected color and
then change to red within a second.
Osram lights connected to a hue bridge do not handle xy values outside
of their gamut. Since they just stay at their old color value, handling
the UI is very unpredictable. Sending HSV values to the lights fixes this.
* Add tests for new util methods
* Create zwave devices on OZW thread and only add them during discovery.
* Read and write devices dict from loop thread.
* More async
* replace callback with coroutine
* import common function instead of callin git
* Connect to PLM and process simple protocol callbacks
* Baseline commit
* Connect to PLM and process simple protocol callbacks
* Baseline commit
* Connection working again
* Async add devices is working via callback now
* Beginning to interface with PLM library for control and state
* Deal with brightness in 255 levels with library
* Change sub names to match API changes
* Remove PLM-level update callback
* Support dimmable based on underlying PLM device attributes
* Expand to non-light platforms
* Stubs for turn on and off
* Current version of Python library
* Amend to use switch device attributes
* Use asyncio endpoints for control
* Add logging line
* Bump module version to 0.7.1
* Auto-load platforms, display device info/attributes
* Unify method name for getting a device attribute
* Require Current version of insteonplm module
* Import the component function in each platform in the balloob-recommend manner
* For consistency, handle switch state as onlevel just like lights
* Use level 0xff for on state, even with binary switches
Observing the behavior of a 2477S switch, it looks like even the non-dimmable
devices use 0x00 and 0xff for off/on respectively. I was using 0x01 for on
previously, but that yields unnecessary state change callbacks when message
traffic ends up flipping the onlevel from 0xff to 0x01 or 0x01 to 0xff.
* Use sensorstate attribute for sensor onoff
* Move new device callback to devices attribute
* Add support for platform override on a device
* Bump version of insteonplm module
* Default overrides is an empty list
* Avoid calling private methods when doing common attributes
* Remove unused CONF_DEBUG for now
* flake8 and pylint code cleanup
* Move get_component to local function where it is needed
* Update to include insteonplm module.
* New files for insteon_plm component
* Legitimate class doctring instead of stub
* Docstring changes.
* Style changes as requested by @SEJeff
* Changes requested by @pvizeli
* Add @callback decorator to callback functions
* Opportunistic platform loading triggered by qualifying device detection
Instead of loading all the constituent platforms that comprise the insteon_plm
component, instead we defer and wait until we receive a callback for a device
that requires the platform.
* Restore states
* feedback
* Remove component move into recorder
* space
* helper
* Address my own comments
* Improve test coverage
* Add test for light restore state
* First round of not using values directly
* Round two
* lint
* Round four
* Conflict
* Round five
* Update zwave.py
* round six
* Docstring
* flakywakie
* Fetch values in constructor
* Blank line removal
* Set attributes in callback
* Docstring
* Round seven
* Ughgit add homeassistant/components/lock/zwave.py!
* Sloppy code
* Revert "Fix hue lightgroups not syncing state (#5702)"
* Use light_id in unique_id for Hue groups
* Make sure HueLight unique_id is unique
* Update hue.py
* Update hue.py
* Update hue.py
Previous code used the state topic which is obviously wrong:
- The state topic is already used to select optimistic mode.
- A light with only the state topic but no command topic would still announce the capability.
* Change CONF_DEFAULT_COLOR CV type
Changed vol.Optional(CONF_DEFAULT_COLOR, default=DEFAULT_COLOR) from cv.string to cv.ensure_list
This allows the optional parameter default_color to be picked up correctly and to function
the option needs to be specifed as follows:
default_color: [0,255,0]
Solution provided by @scossa2020 in issue #5338https://github.com/home-assistant/home-assistant/issues/5338
* Update hyperion.py
* Added door bell sensors
* Initial support for AC units.
* Added new device service
* Quirky Aros AC unit support
* Use super() everywhere and error checking for token request.
* Ignore camera sensors during setup of alarms.
* Added manufacturer/device attributes to all wink devices.
* Fixed style errors
* Fixed remaining lint errors.
* Initial sketches of rflink component.
* Add requirement.
* Properly load configuration.
* Bump rflink for graceful parse errors and protocol callback.
* Cleanup, documentation and linting.
* More documentation, first sensor implementation (temp & hum).
* Add brightness/dim support for newkaku protocol.
* Use separate class for dimmables.
* Make sure non-dimmable newkaku devices are turned on.
* Move some code around, add switches. Support loading from config.
* Fix bug in ignoring devices.
* Fix initial state assumption.
* Improve reliability on invalid conditions.
* Allow configuration of group for new devices.
* Sensor icons.
* Fix parsing negative numbers.
* Correct icon.
* Allow sending commands serial.
* Pluralize.
* Allow adding sensors from config.
* Fix ignoring devices and bugs in previous commit.
* Share know devices so devices from configuration don't get added as lights.
* Lookup unit from value_key.
* Remove debug.
* Start implementing event protocol in place of packet protocol.
- Added first test suite for sensors.
- This currently breaks light and switch.
* Refactor switch component to fit new rflink changes. Add test suite.
* Fix style.
* Refactor and test lights. Bring coverage to 100%.
* Use non-broken and production tested rflink module.
* Update requirements.
* Bump for logging.
* Improve readability.
* Do not use global variable but keep known device state in intended place.
* Improve docs.
* Make icon support generic.
* Disable overriding icons in config, as it belongs in customization. Only keep custom icon for entities that are able to detect a icon based on the thing they represent (sensors in this case).
* Implement configuration schema, overall refactor of magic values.
* Fix bug in config/test wait_for_ack.
* Small refactors.
* Move command logic into separate class.
* Convert command sending logic to class based pattern instead of using the event bus.
* Start not using bus for rflink event propagation to platforms.
* Do not use event bus for all entity types.
* Fire an event on the bus for every switch incoming rflink command.
* Resolve lint errors, remove some old code.
* Known devices no longer need to be registered separately.
* Log bus events.
* Event callback is a..... callback.
* Use full entity id for events.
* Move event sending to entity.
* Log incoming events.
* Make firing events optional inline with rfxtrx.
* Add foundation for signal repetition.
* Add signal repetition config and tests.
* Make plain switchable type explicitly configurable.
* Enable default entity settings for automatically added entities as well.
* Prevent default configuration leaking accross entities.
* Make sure device defaults don't get overwritten by defaults further down.
* Don't let fast state switching and repetitions turn your house into a disco.
* Make repetitions more responsive.
* Disable on/off fallback on dimmables as it currently doesn't play nice with repetitions.
* Use rflink that allows send_command_ack to be safely cancelled.
* Reduce duplication and make repeat work for non-ack.
* Implement reconnection logic.
* Improve reconnection logic.
* Also cancel repetitions when entity state is changed due to external command.
* Update requirements.
* Fix linting.
* Fix spelling.
* Don't lie.
* Fix lint.
* Support for automatically creating protocol translation (fixes spaces in device names).
* Returned support for dimmable and on/off entity.
* Duplicate code to fix linting issues with inheritance.
* Allow overriding unit of measurement from config.
* initial yeelight based on python-yeelight
* adapt yeelight's discovery code & suppress exceptions on set_default
* Support flash & code cleanups
Adds simple pulse for flashing, needs to be refined.
This commit also includes changing transition from seconds to milliseconds,
and cleans up the code quite a bit.
* cleanup code, adjust default transition to 350
* bump required version to 0.0.13
* Cleaning up and marking todos, ready to be reviewed
* Renamed back to yeelight.
* Removed effect support for now until we have some sane effects available.
* Add "breath" notification for flash, currently hidden behind a False check due to unknown issue not accepting it.
* TODO/open points are marked as such.
* Fix a typo in rgb calculation
* yeelight_<bulbtype>_<mac> for autodetected bulbs
hostname from mdns seems to vary
* Lint fixes, add music mode, fix flash
* Flash transforms now to red and back
* Fix lint warnings
* Add initial music mode.
* remove unused mode logging, move set_mode to turn_on
* Add save_on_change configuration variable
* yeelight: check if music mode is on before enabling it.
* Fix linting, bump required python-yeelight version
* More linting fixes, use import when needed instead of saving the module handle
* Use OR instead of + for features assignment
* Fix color temperature support, convert non-rgb values to rgb values in rgb()
* Fix typo on duration, thanks @qzapwy for noticing
* yeelight: fix issues from review, behave when not available
* Implement available()
* Fix transition to take seconds instead of milliseconds
* Fix default configuration for detected bulbs
* Cache values fetched in update()
* Add return values for methods
* yeelight: kwarg-given transition overrides config, slight cleanups
* change settings back to optional, request update when calling add_devices
* As future version of python-yeelight will wrap exceptions, we can handle broken connections more nicely.
* bump yeelight library version
* Remove unused import
* set the default only when settings are changed and not, e.g., when turned on by automation
* update comment & fix linting
* Add support for Piglow
* Updated coverage and requirements
* Add support for Piglow
* Updated coverage and requirements
* Fix linting errors
* Fix linting errors
* Remove trailing whitespace
* Shorter lines
* Remove trailing whitespace
* Update piglow.py
* Pinned piglow version
* Remove unused method
* Remove unused imports
* Fix lint errors
* Update requirements all
* Updated Piglow to allow the component name to be changed
* Fix imports
* Pass in name
* The piglow platform now fails if it cannot detect the piglow device
* Tidy subprocess import
* Fixed crash when lights objects was inited
* Fixed initial value for tellstick lights
* Fixed problem with lights not working with the turn_on action.
* Allow automatic removal of all Hue entities from emulated_hue
* Allow disabling of Hue groups
* Only add device state attributes if they need to be there
* Updated ISY component to not overwrite state_attributes.
The ISY component included an ISYDevice base class that is used by all
of the isy994 platforms. This still overwrote the state_attributes
property instead of the more appropriate device_state_attributes
property. This was also repeated in the isy994 light platform. Both of
these were addressed. This also fixes issue #5428.
* Removed custom state attributes from ISY lights.
The brightness attribute need not be manually reported by the isy994
light platform.
* Removed ISY Node cleanup.
The ISY entities don’t really need to unsubscribe themselves while hass
is shutting down. Because these updates are not sent in a thread, there
is no negative impact from shutting down without unsubscribing. This
greatly speeds up hass shutdown.
* Removed unused attribute from isy994 light platform.
* Cleaned up ISY994 light entity class.
1) Removed the state property. This property is set in the Entity base
class and shouldn’t be overridden here.
2) Set the brightness property. This is the proper way of setting the
brightness for the Light base class.
3) Removed properties that are now unused because of these changes.
GE sell a range of Bluetooth dimmer switches based on Avi-on technology.
Add a module for controlling them. There's also a set of smart switches that
speak the same protocol, but I don't have any of those to test support with.
* Improved x10 state monitoring
* Improved x10 state monitoring
* Use update mthod to fetch state change
* Use update mthod to fetch state change
* Use update function to fetch status
* remove temp file
* Add doc string to update method
* Add mysensors notify platform
* Make add_devices optional in platform callback function.
* Use new argument structure for all existing mysensors platforms.
* Add notify platform.
* Update mysensors gateway.
* Refactor notify setup
* Enable discovery of notify platforms.
* Update and add tests for notify component and some platforms.
* Continue setup of notify platforms if a platform fails setup.
* Remove notify tests that check platform config. These tests are not
needed when config validation is used.
* Add config validation to APNS notify platform.
* Use discovery to set up mysensors notify platform.
* Add discovery_info to get_service and update tests
* Add discovery_info as keyword argument to the get_service function
signature and update all notify platforms.
* Update existing notify tests to check config validation using test
helper.
* Add removed tests back in that checked config in apns, command_line
and file platforms, but use config validation test helper to verify
config.
* Add a test for notify file to increase coverage.
* Fix some PEP issues.
* Fix comments and use more constants
* Move apns notify service under notify domain
* Add support for Zengge Bluetooth bulbs
Adds support for the Zengge Bluetooth RGBW bulbs. These are sold under a
number of brands, including Flux. The bulbs do not support full RGBW
control - they turn off the RGB LEDs when white is enabled, and vice versa.
* Update zengge.py
* platform set-up begin components
* lights seem to be getting set up properly, not sure why they aren't being added...
* typo
* Dependencies line
* toggle working
* toggle working
* added the switch to insteon_local
First commit hope to test tonight or in the morning
* Update insteon_local.py
* Update insteon_local.py
* Update insteon_local.py
* Update insteon_local.py
* Update insteon_local.py
* Update insteon_local.py
* Update insteon_local.py
* Update insteon_local.py
* Update insteon_local.py
* Update insteon_local.py
* Update insteon_local.py
* move dependency declaration before import?
* Move dependencies in Switch
* Update insteon_local.py
* wait for response
* switched the while to an if
switched the while 'cmd2' not in resp: to an if 'cmd2' not in resp: this seems to have the updater working
* Switched the while sleep loop to an if
switched the wile cmd2 not ins resp to be if cmd2 not in resp seems to be working.
* Update insteon_local.py
* import statement
Updated the import statement to import the instance of the insteon_local component not the hub Instance.
* updated import and the device assignment
update the import to import the instance of the insteon_local component not the hub.
* more changes to support the import change
* more changes to support the import change
* change to hass.data and add loop logic
* &&
* Update insteon_local.py
* Update insteon_local.py
* logic fixes and throttle
* reduce polling time
* brightness support
* import util
* hound fixes
* requirements file
* more hound fixes
* newline
* newline weirdness
* lint fixes
* more lint fixes
* switch state
* Update insteon_local.py
* log cmd2 for debugging
* assume success
* remove check for none
* fix comments
* fix comments again
* fix comments, add fixed version of lib, add support for timeout, add support for port, handle invalid login and connection problems
* fix logging exception
* fix hounceci-bot errors
* fix hounceci-bot errors
* requirements fix
* unique-id changes
* make dimmer off use saved ramp rate
* configurator working for lights
* configurator working for switches?
* configurator working for switches?
* include model names and fix lint errors
* lint fix
* fix exception order
* lint fixes
* fix lint errors
* update to use insteon local 0.38
* fix device id
* move status check to library
* move status check to library
* add SKU to setup
* lint fixes
* requirements
* linting
* Add support for Tikteck Bluetooth bulbs
Adds support for the Tikteck RGBW BLE bulbs. These don't provide "true" RGBW
support - at a certain point in RGB space, the white LEDs turn on. Each bulb
has a specific key that needs to be extracted from the Android app.
* Update tikteck.py
* Refactor tellstick code for increased readability. Especially highlight if "device" is a telldus core device or a HA entity.
* Refactor Tellstick object model for increased clarity.
* Update comments. Unify better with sensors. Fix typo bug. Add debug logging.
* Refactor tellstick code for increased readability. Especially highlight if "device" is a telldus core device or a HA entity.
* Refactor Tellstick object model for increased clarity.
* Update comments. Unify better with sensors. Fix typo bug. Add debug logging.
* Fix lint issues.
* Remove global variable according to hint from balloob.
* Better async/threading behavior for tellstick.
* Fix lint/style checks.
* Use hass.async_add_job
- Implemented support for covers and dimmable lights.
- Removed global object, use hass.data.
- Disabled polling via update.
- Inherit from common TelldusLiveEntity device.
- Configurable polling interval
- Use https API endpoint
- Use tellduslive package
* Add support for Hue LightGroup entity
* Don't filter on LightGroup and add properties for a group
* Reuse code from HueLight in HueLightGroup
* Remove HueLightGroup and add is_group variable to HueLight
* Make linter happy
* Update light or lightgroup state when a new state is available
* Use schedule_update_ha_state() to schedule the state update. Drop new_lightgroups and use new_lights instead.
* code style fix
* Prevent emulated hue discovery
Test for “HASS Bridge” in discovery info, pass if found, else try and
setup the bridge.
* Solved coding error
Duplicate commands and return false added for component.
* ensure_list
* CONF_ID is not required configuration for enocean lights
* Use vol.All(cv.ensure_list, [vol.Coerce(int)]) as suggested in pull request review
* Fix line too long
* Refactor tellstick code for increased readability. Especially highlight if "device" is a telldus core device or a HA entity.
* Refactor Tellstick object model for increased clarity.
* Update comments. Unify better with sensors. Fix typo bug. Add debug logging.
* Refactor tellstick code for increased readability. Especially highlight if "device" is a telldus core device or a HA entity.
* Refactor Tellstick object model for increased clarity.
* Update comments. Unify better with sensors. Fix typo bug. Add debug logging.
* Fix lint issues.
* Remove global variable according to hint from balloob.
* Homematic update with HomematicIP/HomematicWired support and multible connections
* fix bug in virtualkey service
* create new service & cleanups
* fix lint
* Pump pyhomematic 0.1.18
* Default dimmable brightness to 255 from 100
Full brightness for ISY dimmers is 255. The current 100 value turns dimmer switches on to just under half brightness. Probably just an oversight from the Sept implementation.
* Brightness change for turn_on, ramp for turn_off.
Per discussion with Teagan42 and jbcodemonkey, the brightness should rightfully be None and not an explicit value. There is a continuing issue that the ISY modules don't respect HA's brightness customization values. A new issue will be opened for this.
Additionally, turn_off was using ISY's fastoff() which didn't respect the ramping time. The default behavior should just be off().
* Add support for light effects
* Move PLATFORM_SCHEMA changes in light to mqtt_template
* Add effect validation
* Add unittests
* Add light effect to demo and unittests
* Use cv.string for config validation
* Use cv.ensure_list for config validation
* Fix typo
* Remove unused exception management for effect
* used MindrustUK's version ( https://github.com/MindrustUK/python-lightify/commits/master/osramlightify.py ) from Oct 2, 2016 and changed the REQUIRMENTS line to use the fixed lightify component with thread safety fixes
* reformatted long lines
* updated osramlightify requirements in requirements_all.txt
* ran script gen_requirements_all.py
* rerun requirements gen script on linux
* fixed some inspection warnings
* zip file points to a specific commit
* no requests to lights in properties, instead instance variables are update in update method
* regenerated requirements_all.txt
* removed call to update from is_on() property
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