zmk.git, branch core/peripheral-behavior-invocation ZMK Bluetooth keyboard firmware. refactor(split): Clean up split GATT discovery. 2021-11-22T16:42:14+00:00 Pete Johanson peter@peterjohanson.com 2021-01-12T15:49:00+00:00 139db2b53d42e24e75232f8c76e83af4c93b1929 * Use Zephyr auto CCC discovery instead of doing it ourselves. * Split service versus characteristic discovery into dedicated steps in the flow. * Fix for not searching properly when connecting to a peripheral a second time. 
* Use Zephyr auto CCC discovery instead of doing it ourselves.
* Split service versus characteristic discovery into dedicated
  steps in the flow.
* Fix for not searching properly when connecting to a peripheral
  a second time.
feature(split): behavior locality support. 2021-11-22T16:42:13+00:00 Pete Johanson peter@peterjohanson.com 2020-12-20T14:49:42+00:00 fd609695ae510344c5dbb88f1d253565bd588ea3 * GATT characteristic allowing passng data + behavior label to invoke the behavior on the peripheral side. * Behaviors have a locality setting to specify where they run. * Build reset/power/RGB on peripheral. 
* GATT characteristic allowing passng data + behavior
  label to invoke the behavior on the peripheral side.
* Behaviors have a locality setting to specify where they run.
* Build reset/power/RGB on peripheral.
Add my stuff 2021-11-22T16:41:54+00:00 Nick Van Doorn nick@nv.delivery 2021-10-06T06:17:47+00:00 67d30762529bee82236446d43b98858072f8afd0 Yeah! 
Yeah!
test(conditional-layers): Add tests for edge cases 2021-11-15T10:49:23+00:00 Jonathan Rascher jon@bcat.name 2021-10-02T05:15:21+00:00 30ed2375335acf47da0216c6832ecfd30ea7097c 






test(conditional-layers): Add interleaved up/downs
2021-11-15T10:49:23+00:00

Jonathan Rascher
jon@bcat.name

2021-10-02T04:27:49+00:00

6cd1734851c31884cdf14b40fddc5a9df273b296












test(conditional-layers): Add multi-config tests
2021-11-15T10:49:23+00:00

Jonathan Rascher
jon@bcat.name

2021-10-02T04:02:51+00:00

a908396013f4af15dd906cc882e23baa121bf89c












test(conditional-layers): Add basic unit tests
2021-11-15T10:49:23+00:00

Jonathan Rascher
jon@bcat.name

2021-06-09T23:55:57+00:00

df110beac4c028ac658eb58925dc79176e0b334c












docs(conditional-layers): Document feature
2021-11-15T10:49:23+00:00

Jonathan Rascher
jon@bcat.name

2021-10-02T02:05:37+00:00

cbf6e28e34444b584b9dbaf97d7d40f587d22e82












feat(conditional-layers): Implement feature
2021-11-15T10:49:23+00:00

Jonathan Rascher
jon@bcat.name

2021-06-09T23:51:28+00:00

e9140b2da914ee121e7f40eaeb8c6cf827d03622

This is a generalization of the existing concept of tri-layer support
that's already well known. Essentially, a conditional-layer
configuration activates a particular layer (the then-layer) when one or
more other layers (the if-layers) are activated.

This is commonly used on ortho keyboards to activate a third "adjust"
layer while the primary two layers ("lower" and "raise") are active.





This is a generalization of the existing concept of tri-layer support
that's already well known. Essentially, a conditional-layer
configuration activates a particular layer (the then-layer) when one or
more other layers (the if-layers) are activated.

This is commonly used on ortho keyboards to activate a third "adjust"
layer while the primary two layers ("lower" and "raise") are active.







fix(hid): Basic consumer code fixes for signed logical max.
2021-11-09T15:38:49+00:00

Peter Johanson
peter@peterjohanson.com

2021-11-08T21:21:01+00:00

f8018b22d0bcba97e54652a01e8bdefb15f83c4c

* Logical max values are signed, so for the report descriptor, use a two
  byte logical max descriptor item to impart proper 0xFF max logical
  value.





* Logical max values are signed, so for the report descriptor, use a two
  byte logical max descriptor item to impart proper 0xFF max logical
  value.