* Fixing demo platform to use support_flags
* Fixed tests as well
* Moved humidity low / high as always available based on defaults
* Updated demo platform to show more combinations
* Entity#unique_id defaults to None
* Initial commit entity registry
* Clean up unique_id property
* Lint
* Add tests to entity component
* Lint
* Restore some unique ids
* Spelling
* Remove use of IP address for unique ID
* Add tests
* Add tests
* Fix tests
* Add some docs
* Add one more test
* Fix new test…
* google_assistant: Refactor query_device
The previous code had issues where domains could break out and end up
with weird brightness values and we weren't enforcing the `on` and
`oneline` keys in the response.
* google_assistant: Add media_player to query test
* Refactor alexa smart_home tests
The previous tests had a lot of copy pasta due to a lack of expressions
for higher-level assertions. I'm hoping this makes it more reasonable to
extend all interfaces to support properties.
* Lint
* Refactor Alexa Smart Home API
Having an object per interface will make it easier to support
properties.
Ideally, properties are reported in context in all responses. However
current implementation reports them only in response to a ReportState
request. This seems to work sufficiently. As long as the device is
opened in the Alexa app, Amazon will poll the device state every few
seconds with a ReportState request.
* Report properties for some Alexa interfaces
Fixes (mostly) #11874.
Other interfaces will need properties implemented as well.
Implementing properties for just PowerController seems sufficient to
eliminate the "There was a problem." error for any device that supports
it, even if other interfaces are supported. Of course the additional
properties will be reported incorrectly in the Alexa app.
Includes a minor bugfix: `reportable` was previously placed incorrectly
in the responses, so Amazon was ignoring it.
Having an object per interface will make it easier to support
properties.
Ideally, properties are reported in context in all responses. However
current implementation reports them only in response to a ReportState
request. This seems to work sufficiently. As long as the device is
opened in the Alexa app, Amazon will poll the device state every few
seconds with a ReportState request.
* Fixed Canary temperature sensor and remapped air quality value
* Addressed review comment
* - Fixed canary tests and added more tests
- Removed py-canary requirements from tests
* Noop to trigger a build again
* - Removed py-canary requirements from tests
* Addressed PR comment
* - Updated tests
- Removed py-canary from gen_requirements_all.py
* - Fixed hound violation
* Added back py-canary to gen_requirements_all.py as it's still need in tests
* Added back py-canary to test requirements as it's still need in tests
* Address PR comment
* Send Alexa Smart Home responses to debug log
* Report scripts and groups as scenes to Alexa
The Alexa API docs have a couple display categories that sound relevant
to scenes or scripts:
ACTIVITY_TRIGGER: Describes a combination of devices set to a
specific state, when the state change must occur in a specific
order. For example, a “watch Neflix” scene might require the: 1. TV
to be powered on & 2. Input set to HDMI1.
SCENE_TRIGGER: Describes a combination of devices set to a specific
state, when the order of the state change is not important. For
example a bedtime scene might include turning off lights and
lowering the thermostat, but the order is unimportant.
Additionally, Alexa has a notion of scenes that support deactivation.
This is a natural fit for groups, and scripts with delays which can be
cancelled.
https://developer.amazon.com/docs/device-apis/alexa-discovery.html#display-categories
The mechanism to map entities to the Alexa Discovery response is
refactored since extending the data structures in MAPPING_COMPONENT to
implement supportsDeactivation would have added complication to what I
already found to be a confusing construct.
* Release worker thread while waiting for Z-wave startup
* Increase zwave startup timeout
* Adjust test
* Use asyncio.sleep in _check_awaked
* Remove lint
* Name loop parameter
* Expose Alexa Smart Home via HTTP POST
Haaska uses the deprecated v2 Alexa Smart Home payload. Exposing the v3
implementation this way allows an easy path to upgrading Haaska and
reducing code duplication with Home Assistant Cloud.
* Expose Alexa Smart Home via HTTP POST
Haaska uses the deprecated v2 Alexa Smart Home payload. Exposing the v3
implementation this way allows an easy path to upgrading Haaska and
reducing code duplication with Home Assistant Cloud.
In local testing py36 always fails on test_minimal_config on a wait
call that never completes. One difference between this test and others
in the class is the lack of a mock on `call`. With this added, the
test passes locally 100%.
* Allow exposing sensors as temperature or humidity as 'climate' to Google Assistant
* Fixed hound
* Fixed hound
* Handled correctly unit of measurement to fix humidity
* Fixed temperature conversion for Google climate components
* Fixed temperature conversion for Google climate components
* Fixed indentation
* Fixed hound
* Fixed tests
* Fixed conversion and unit tests
* Fix sync for custom unit temperature
* Implemented requested changes
* Fix hound
* Fix linting errors
* Added success tests for sensors as climate
* Fix lint errors
* Change 'on' to 'heat' as fallback thermostat mode
'on' isn't recognised as a mode by Google Assistant, rather is used as a method to return a thermostat to a previous mode. In the case where a thermostat doesn't support the standard google modes (e.g. A homematic radiator thermostat) this means the set_temperature doesn't get returned to the user on a request.
* Update test_google_assistant.py
* Make Google TTS secure
I noticed that my TTS queries were showing up in the log on my router, so I was curious if there was a way to make it secure. A quick search showed people using https instead of http (https://stackoverflow.com/questions/32053442/google-translate-tts-api-blocked), so I figure that should work. I am using hass.io, so I'm not actually sure how to test this, but its a pretty simple change.
* Fix the tts test.
* Added option to create a group for the plant and all of it's sensors so that they appear together in the UI
* fixed warnings from the hound
* added check for min_brightness over several days
* fixed hound complaints
* 1) added missing dependency on recorder
2) using group.Group instead of hass.states.async_set as requested by @pvizeli
* fixed pylint error in docstring
* changed the way the groups are created
* fixed requirements issue
* Changed the way the groups are implemented. This is proposal number 4...
* Data read from recorder only on startup.
We now only store one data point per day. If a recorder is configured, this data is initialized from the database. If not the list is empty on startup.
* added missing documentation
* fixed typo in comment
* removed group fature
* added group dependency since it's still needed
* fixed bug: now "None" is no longer added to the DailyHistory
* now also outputting unit of measurement if defined by the sensors
* removed iconss
* fixed line length
* Implemented changes requested in code reviews.
These changes affect the interface to the UI:
* renamed attribute for units of measurement to "unit_of_measurement_dict"
* renamed attribute for maximum in brightness history to "max_brightness"
* only loading the history if a brightness sensor was configured
* fixed testcase
* fixed stupid bug in check of brightness history
Also added test for this bug
* added missing docstring
* Fixed sporadic failure in test case.
Sometimes the component was created before the data was stored in the history. This lead to an empty history being read.
* removed unused import statement in testcase
* reverted change to test case
* Changed startup behavior of the component.
No failed tests after 20 local test runs.
* added missing docstring
* fixed tests
* added hass.start() to Setup
* fixed call parameters in constructor
* added time.sleep
* removed sleep
* fixed typo in variable name
* disabled loading from database as it's not stable at the moment and nobody knows why :(
* fixed flake8
* now using pytest.mark.skipif to skip test
* Implemented event_data_template
* The hound does not like my indentation
* Added passed variables to tests for event and svc template calls
* Moved recursive function to template.py
* Update template.py
* Update template.py
* Cleaned up service.py and fixed unit tests
* Blank lines
* Removed stray logger statement
* Blank lines again
* Add 'last' type to min/max sensor
Now supports types: min, max, mean, last
'last' is the most recently received value from all tracked entities.
* Min/max sensor 'last' type test
* Fix min/max sensor 'last' test
* Use bluetooth_le source_type, if location was changed by beacon
* No reason to do nested ifs
* Added tests for source_type on owntracks
* Fixed The Hound
* Added test and fixed bug surfaced by test
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