The fake device is a simplified, working implementation of a HID++ 1.0
device, that behaves similar to the real hardware. This allows tests to
be closer to the real world.
Related #2905
The fake device is a simplified, working implementation of a HID++ 2.0
device, that behaves similar to the real hardware. This allows tests to
be closer to the real world.
Related #2905
* Fix listing hidpp10 devices - bytes vs string concatenation
Fix error concatenating a bytes with a string.
Closes#2855.
Fixes: 5e0c85a6 receiver: Refactor extraction of serial and max. devices
* Update lib/logitech_receiver/receiver.py
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Co-authored-by: Peter F. Patel-Schneider <pfpschneider@gmail.com>
The Flag enum was applied the value method twice. remove the value
method call from the set_flag_bits in device.py. There is no such value
call in receiver.py set_flag_bits in the same commit so I believe this
was a mistake.
With this fix the LX7 mouse is properly enumerated over a Logitech
C-BT44 Receiver (seen as EX100, compatible 27MHz FastRF protocol)
Close#2850.
Fixes: 72c9dfc5 Remove NamedInts: Convert NotificationFlag to flag
* battery: Extract battery level estimation into function
Test battery level estimation with sharp edges based on predefined
steps. Rename variable for clarity and add type hints.
Related #2744
* battery: Interpolate battery level for some rechargeable devices in percent
Estimate remaining battery based on measured battery voltage. Use linear
interpolation to achieve a smooth line instead of 10 percent jumps.
Fixes#2744
Split processing of receiver notification into smaller functions.
Extract handler functions for every receiver notification for simple
maintenence and testability.
Related #2273
Use hidapi on macOS to communicate and configure Logitech peripherals
connected via Bluetooth. This brings macOS device support on the same
level as Linux. However, some rules might not be supported yet on macOS.
Tested with MX Keys and MX Master 3S.
Fixes#2729
Refactor get_receiver_info. Replacing data structure of known receivers
to avoid for loop, when an efficient dictionary lookup is possible.
Related #2273