refactor(split): Refactor split code for extension
Extract central/peripheral code to allow for plugging in alternate
transports, instead of tying all split logic to BT.
feat(split): Add full-duplex wired split support
* Depends on full-duplex hardware UART for communication.
* Supports all existing central commands/peripheral events, including
sensors/inputs from peripherals.
* Only one wired split peripheral supported (for now)
* Relies on chosen `zmk,split-uart` referencing the UART device.
docs: Add wired split config docs.
Migrate split to its own dedicated config file, and add details
on wired split config.
Co-authored-by: Nicolas Munnich <98408764+Nick-Munnich@users.noreply.github.com>
fix: Properly override stack size on RP2040
Move the system work queue stack size override on RP2040 ouf of
a `ZMK_BLE` conditional so it is properly applied generally for that
SoC.
---------
Co-authored-by: Nicolas Munnich <98408764+Nick-Munnich@users.noreply.github.com>
test(pointing): Add mock input device.
New mock input device to generate input events for tests.
test(split): Add peripheral input test.
Test event propagation from peripheral input devices.
fix(split): Proper scoping for local within switch.
Minor compile fix.
chore: Fix up test snapshots after logging changes.
Adjust the test snapshots after logging changes to the central.
fix(kscan): Don't fire last mock event twice.
Fix a bug where the kscan mock would raise the last mock event
twice before halting processing.
test(sensors): Add mock encoder sensor
Add a new mock sensor driver for generating mock encoder sensor channel
data.
test(split): Add a peripheral sensor split test
Test BLE split logic for peripheral sensors (encoders).
* Enhance the BLE test runner to build additional peripheral builds
when detecting peripheral*.overlay files in the test.
* Add basic and multiple-peripheral tests to exercise the testing
support
* Add test for triggering local behaviors on split peripherals.
fix(ble): Fix building split code w/o settings
* Properly exclude storing peripheral addresses to settings when
settings support isn't turned on.
This allows for the device name to be set at runtime, possible uses for this include a custom display screen that lets you type it in using the keycode state event, future configuration in zmk studio, or altering it per profile as per #1169
* Add security related tests to verify behavior when trying to read
a GATT characteristic from our peripheral with and without client
auto security request/retry.
Pete Johanson
Xudong Zheng
ReFil
Joel Spadin