* Fix plant MIN_TEMPERATURE, MAX_TEMPERATURE validation
small_float only allows values from 0 to 1 so we should use float instead
* Do not use vol.All for a single validation
#7429 describes a TypeError that is raised if the port is omitted in the config for the KNX component (integer is required (got type str)). This commit changes the default port from a string to an integer. I expect this will resolve that issue...
#7429 describes a TypeError that is raised if the port is omitted in the config for the KNX component (integer is required (got type str)). This commit changes the default port from a string to an integer. I expect this will resolve that issue...
* Remove default zwave config path
PYOZW now has much more comprehensive default handling for the config
path (in src-lib/libopenzwave/libopenzwave.pyx:getConfig()). It looks in
the same place we were looking, plus _many_ more. It will certainly do a
much better job of finding the config files than we will (and will be
updated as the library is changed, so we don't end up chasing it). The
getConfig() method has been there for a while, but was subsntially
improved recently.
This change simply leaves the config_path as None if it is not
specified, which will trigger the default handling in PYOZW.
* Install python-openzwave from PyPI
As of version 0.4, python-openzwave supports installation from PyPI,
which means we can use our 'normal' dependency management tooling to
install it. Yay.
This uses the default 'embed' build (which goes and downloads
statically sources to avoid having to compile anything locally). Check
out the python-openzwave readme for more details.
* Add python-openzwave deps to .travis.yml
Python OpenZwave require the libudev headers to build. This adds the
libudev-dev package to Travis runs via the 'apt' addon for Travis.
Thanks to @MartinHjelmare for this fix.
* Update docker build for PyPI openzwave
Now that PYOZW can be install from PyPI, the docker image build process
can be simplified to remove the explicit compilation of PYOZW.
* Add new raspihats component
* added raspihats to COMMENT_REQUIREMENTS in gen_requirements_all.py
* disabled pylint import errors
* using hass.data for storing i2c-hats manager
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.
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.
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.
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.
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.
