* First draft
* Generate device id
* No obscure registry
* Dont store config_entry_id in device
* Storage
* Small mistake on rebase
* Do storage more like entity registry
* Improve device identification
* Add tests
* Remove deconz device support from PR
* Fix hound comments, voff!
* Fix comments and clean up
* Fix proper indentation
* Fix pydoc issues
* Fix mochad component to not use self.device
* Fix mochad light platform to not use self.device
* Fix TankUtilitySensor to not use self.device
* Fix Soundtouch to not use self.device
* Fix Plex to not use self.device
* Fix Emby to not use self.device
* Fix Heatmiser to not use self.device
* Fix Wemo lights to not use self.device
* Fix Lifx to not use self.device
* Fix Radiotherm to not use self.device
* Fix Juicenet to not use self.device
* Fix Qwikswitch to not use self.device
* Fix Xiaomi miio to not use self.device
* Fix Nest to not use self.device
* Fix Tellduslive to not use self.device
* Fix Knx to not use self.device
* Clean up a small mistake in soundtouch
* Fix comment from Ballob
* Fix bad indentation
* Fix indentatin
* Lint
* Remove unused variable
* Lint
* Connection to mochad occasionally stalls on RPi and CM19A. Reconnect one switch send command.
* Formatting and exception hanling fixes
* Moved import inside the method. Logging outside the try-catch.
* Tailing whitespaces.
* MockDependency on pymochad in unit tests to resolve exceptions
* patch pymochad MochadException in unit tests to resolve exceptions
* patch pymochad MochadException in unit tests to resolve exceptions
* cleaned unused import
* lint issue fixed
* pylint issue fixed
All mochad devices are sharing a single socket interface. When multiple
threads are issuing requests to the mochad daemon at the same time the
write read cycle might get crossed between the threads. This is normally
not an issue for 1-way X10 devices because as long as the request issued
successfully and data is read over the socket then we know as much as
mochad will tell us (since there is no ACK from the request for most
X10 devices). However, where it does matter is on the device __init__()
because we're relying on the mochad daemon's internal state to take an
educated guess at the device's state to intialize things with. When
there are multiple devices being initialized at the same time the wires
can get crossed between and the wrong device state may be read.
To address this potential issue this commit adds locking using a
semaphore around all pairs of send_cmd() and read_data() (which is what
pymochad.device.Device.get_status() does internally) calls to the mochad
controller to ensure we're only ever dealing with a single request at a
time.
Fixesmtreinish/pymochad#4
* Add mochad light component
This commit adds a new component to control x10 dimmers/lights with
mochad.
* Create comm_type and address constants
The comm_type and address conf constants are shared between all mochad
devices because they are required information used for configuring a
device. This commit moves the definition into const.py so they're
consistent between all component types.
This commit adds a new component for communicating with mochad[1] a
socket interface for the CM15A and CM19A USB X10 controllers. This
commit leverages the pymochad library to interface with a mochad socket
either on a local or remote machine. Mochad is added as as a generic
platform because it supports multiple different classes of device,
however in this patch only the switch device implemented as a starting
point. Future patches will include other devices types. (although
that's dependent on someone gaining access to those)
[1] https://sourceforge.net/projects/mochad/
Paulus Schoutsen
Robert Svensson
Alex Osadchyy
Matthew Treinish
Fabian Affolter