Custom lock behavior can now be defined and actively used in the
keyboard.
A lock is toggled by typing a key, containing reference to the root
variable definition (`compatible = "zmk,behavior-custom-lock.yaml"`).
In order to have "A pressed -> Lock pressed -> A released" behave
correctly, this commit introduces a queue for currently pressed keys.
A release of such a key would then release the previous used behavior,
instead of the behavior the current lock state would suggest.
The size of the queue can be adjusted with `ZMK_BHV_LOCK_KEY_MAX_HELD`
Signed-off-by: Sophie Tyalie <dev@flowerpot.me>
Previously the definition was copied almost 1:1 from the `none` behavior
in order to set up the important files and have a small running, but
featureless sample.
This change introduces a way to actually configure the custom lock
behavior, using the following syntax:
```
behaviors {
dead_lock_prevent {
compatible = "zmk,behavior-custom-lock";
// to define a key
dead: dead_key {
#binding-cells = <2>;
bindings = <&kp>, <&kp>;
}
// or to define a macro
deadm: dead_macro {
#binding-cells = <2>;
bindings = <¯o>, <&kp>;
}
}
}
```
Additionally, there's now no standard definition flying around (deletion
of `dts/behaviors/custom_lock.dtsi`)
Signed-off-by: Sophie Tyalie <dev@flowerpot.me>
This is the first commit introducing custom lock behavior. Currently
does nothing, except existing and that one can reference it in the
keyboard layout not dissimilar to e.g. `&none`.
The code is also orientated along the latter for right now, ready to be
extended.
Signed-off-by: Sophie Tyalie <dev@flowerpot.me>
* Update docs for mod-morph
* Add unit tests for mod-morph
* Add keep-mods to DT binding
Co-authored-by: Martin Aumüller <aumuell@reserv.at>
Co-authored-by: Cem Aksoylar <caksoylar@users.noreply.github.com>
To combine multiple sticky modifiers, the sticky keys must ignore
other (sticky) modifier keypresses.
This behavior is important for "callum-style mods", where all modifiers
are sticky mods.
Fixes#829
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.
* Add optional `hold-trigger-key-positions` hold-tap configuration
* Leverage configuration for decision making around when to trigger
hold decision in hold-taps.
* Add docs for new configuration.
* Tests for the new config/decision logic.
Tap-and-hold a hold-tap to hold the tap behavior so it can repeat.
After a tap, if the same key is pressed within `quick_tap_ms`, the
tap behavior is always picked.
This is useful for things like `&ht LSHFT BACKSPACE` where holding
the backspace is required.
Implements #288.
Added a new setting to remember the user's preferred endpoint. When both USB and
BLE are connected, the preferred endpoint will be used.
Added a new behavior to control this setting. It supports commands:
&end END_USB - Prefer USB output
&end END_BLE - Prefer BLE output
&end END_TOG - Toggle between USB and BLE
This PR adds support to control the external power output from controllers like nice!nano, nRFMicro etc
I have implemented based on my understanding of Pete suggestion on this feature.
Testing done:
Tested by enabling and disabling the ext_power from application and verified
Verified the application does not crash with boards that does not have ext_power support
Note:
I did not test this in nice!nano since I don't have the boards. Will get help from others once the behavior PR is up
Next Steps:
Create a behavior PR to control enable/disable ext_power
* Add `bt` behavior that can be used to perform certain actions,
such as next/prev identity, reset identity, etc.
NOTE: Multiple identities is only supported for non-split shields,
due to missing Zephyr identity functionality for dual
central/peripheral devices.
* Proper bond reset tied to action, that honors peripheral bonds,
so folks can reset and pair to other hosts, without breaking
bonds between splt halves.
