refactor: Move to Zephyr v4.1.0
Move to Zephyr v4.1.0, with various build/compilation fixes needed for
basic use.
refactor(tests): Move to native_sim for tests.
feat(core): (Optionally) use Zephyr keyboard input devices
Add ability to assign a keyboard `input` device to a physical layout,
or use a chosen `zmk,matrix-input`.
fix(pointing): Refactor for changes to input API
Pass NULL user_data to input callbacks.
fix(tests): Fix BLE test to account for Zephyr changes
Handle additional read callback invocation once all matching
characteristic have been read.
fix(sensors): Initialize sensor data to 0 before fetching.
Be sure we don't get back any uninitialized data by initializing
the channel data to 0 before calling into the sensor API.
refactor(input): Adjust split input to input API changes.
Input callbacks now have a user_data parameter, adjust accordingly.
chore(bluetooth): Minor cleanup of split BT code after refactor
Small fixes and remove commented dead code left after the split
refactor.
refactor: Fix up BLE tests after Zephyr upgrade.
Minor changes to snapshots based on newer Zephyr version.
refactor(boards): Move to upstream xiao_ble board ID.
Move to official upstream board definition for the Seeed XIAO BLE.
refactor: Adjust metadata schema for HWMv2 board IDs w/ qualifiers
Adjust our ZMK metadata to allow for board IDs that include qualifiers
with slash delimeters.
refactor!(boards): Move nice!nano to HWMv2, and proper revisioning
Upgrade the nice!nano board to HWMv2, under the proper nicekeyboards
vendor directory, and with proper revisions. Includes a breaking change
to default the `2.0.0` version instead of the much older v1 (`1.0.0`).
fix: Disable Nordic dt-bindings header checks.
Disable the recently added Nordic dt-bindings header checks, which cause
issues for our HID related headers.
fix(studio): Correct `memset` usage.
Use the correct memset call to clear our RPC memory.
fix: Refactor for new Zephyr PM API
Adjustments to our PM code to match Zephyr PM APIs.
refactor(ble): Use correct BT opt for connectable.
Adjust for upstream Zephyr BT API changes for advertising options.
refactor(boards): Move MakerDiary M2 board to HWMv2.
Run the HWMv2 script to convert the MakerDiary M2 board.
fix(studio): Correct usage of thread analyzer API
Fix up the RPC code that invoke the thread analyzer API to account for
API changes.
chore: Remove nanopb module override.
Leverage nanopb version that's used by Zephyr.
feat(core): mapper for magic bootloader values.
To trigger bootloaders that use a magic value in RAM to trigger
bootloader mode, add a mapping retained memory driver that maps
write/read of boot mode values to a special magic value stored
in the actually backing RAM.
feat(behaviors): Add retention boot mode to reset.
Support new generic Zephyr retention boot mode API in the reset
behavior.
feat: Add double tap to enter bootloader functionality
Add ability to enter the bootloader if double tapping reset within the
specified window.
refactor(CI): Move to 4.1 container tags.
Move to the new 4.1 tagged container, to ensure updated SDK, Python
packages, etc.
refactor(boards): Move nRFMicro to HWMv2
Refactor nRFMicro to HWMv2, using proper SoC, revisions, and variants
(for flipped). Also move to devicetree setup of DCDC/HV DCDC.
refactor(boards): Move QMK Proton-C to HWMv2
Move Proton-C to HWMv2 for use with Zephyr 4.1.
chore(ci): Adjust core coverage for new board IDs.
Use correct board IDs, with qualifiers, for our core coverage testing.
refactor(boards): Move BDN9 to HWMv2
Move BDN9 to HWMv2, using the base `bdn9` ID, no longer including the
`_rev2` suffix in the ID.
refactor(boards): Move nice!60 to HWMv2
Migrate nice!60 to HWMv2.
refactor: Adjust how we're searching/loading keymap files
Use new post_boards_shields extension point for loading keymap files
from board/shield directories.
refactor(boards): Move planck rev6 to HWMv2.
Move Planck board definition to HWMv2, including versioning tweaks.
refactor(boards): Move OLKB Preonic to HWMv2
Move Preonic board definition to HWMv2 and remove `_rev3` variant
suffix in favor of board versioning with `3.0.0` as the default.
chore(deps): Pull in Zephyr optional group for nanopb.
Ensure we enable nanopb by adding +optional group filter.
fix(ci): Prevent slash characters in artifact names.
Move to HWMv2 means board IDs often include slashes, so replace those
with underscores when doing file uploads.
fix(usb): Adjust Kconfig settings for USB.
* Ensure USB isn't initialized automatically before we do, which can
happen if USB CDC logging is used/enabled for a given board.
* Adjust USB HID to initialize the USB class/interface before we enable
the USB device itself.
fix(display): Fix setting the small font for the mono theme.
Adjust for modified mono theme init function to pass the small font.
chore(ci): Fix changed board IDs for core coverage.
Adjust board IDs for our core coverage after move to HWMv2 and board
versioning consistently.
* planck_rev6 -> planck
* bdn9_rev2 -> bdn9
fix(underglow): Remove use of removed Kconfig WS2812 symbol
refactor(boards): Move PW CKP boards to HWMv2
Migrate the bt60, bt65, and bt75 to HWMv2.
refactor(boards): Move Puchi BLE to HWMv2
Migrate the Puchi BLE to HWMv2.
refactor(boards): Migrate Ferris rev02 to HWMv2.
Move Ferris rev02 to HMWv2, and remove the revision from the ID.
refactor(boards): Move Pillbug to HWMv2
Migrate the MechWild PillBug board to HWMv2.
refactor(boards): Migrate s40nc to HWMv2
Move the ShortyFortyNoCordy (s40nc) to HWMv2.
refactor(boards): Move bluemicro840 board to HWMv2.
Migrate bluemicro840 board to HWMv2, set up boot mode retention.
fix(boards): Retore bootloader support on XIAO BLE.
Set up necessary boot mode/retention to properly set GPREGRET to trigger
Adafruit bootloader to run on the XIAO BLE.
refactor(boards): Move Adv360 Pro to HWMv2.
Migrate Adv360 Pro left/right to HWMv2.
refactor(boards): Move Glove80 to HMWv2
Refactor the MoErgo Glove80 left/right to HWMv2.
refactor(boards): Move Mikoto to HMWv2.
Migrate Mikoto to HWMv2, with non-exact matching, tweaks to I2C
selection to imply it for the 7.2.0 revision for the fuel gauge.
refactor(boards): Move kbdfans Tofu65 2.0 to HMWv2
Move Tofu65 2.0 to HMWv2, with ID of just `tofu65`.
refactor(boards): Remove dz60rgb board
Remove dz60rgb, it's no longer readily available and we have other
current stm32 reference designs for testing.
refactor(boards): Move Corneish Zen to HMWv2
Move Corneish Zen to HMWv2, with IDs of
`corneish_zen_left`/`corneish_zen_right`.
refactor(boards): Migrate Corne-ish Zen status screen
* refactor(boards): Add boot mode to the nice!nano using common dtsi
* Add a new .dtsi for setting up nRF52 boot mode/retained memory
settings
* Adjust XIAO BLE to use the new include file
* Add boot mode to to the nice!nano
refactor(boards): Add boot mode support to nice!60 board
Enable boot mode for nice!60 board.
refactor(boards): Adjust Zephyr board metadata file locations
Move the ZMK metadata files for upstream Zephyr boards to align with the
HWMv2 directory structure that uses the vendor ID for the parent
directory for a board directory.
fix: Don't enable ZMK Display by default for a few shields
By convention, avoid enabling ZMK Display by default on shields that may
be built with under-resourced controllers (e.g. nRF52833 based ones).
fix: Remove usage of renamed Kconfig from core coverage.
Avoid using WS2812_LED_STRIP, since that Kconfig was renamed/split into
SPI/GPIO/I2S symbols.
refactor(boards): Adjust XIAO RP2040 override names, bootloader support
Adjust the .conf/.overlay files to match the proper naming for the
XIAO rp2040 board. Also add the necessary Kconfig/DTS bits for
supporting bootloader using retained memory/boot mode retention.
fix(display): Adjust stack sizes for display usage.
Updated LVGL is bumping our stack size, so adjust the system work queue
and dedicated display queue stack sizes as needed to account for this.
feat(display): Add thread name to dedicated display queue.
When thread names are enabled, pass a name to the dedicated display
queue for better tracibility when using the thread analyzer.
docs(blog): Add Zephyr upgrade post
docs: Add bootloader integration page
Add a dedicated page to outline steps to set up bootloader integration
using the boot retention mechanism in newer Zephyr versions.
fix(display): port nice!view display code
* remove `lv_` prefix from old LVGL methods
doc: Update local setup docs to use `west packages pip`
Install Zephyr deps using the newer `west packages pip --install`.
Signed-off-by: Peter Johanson <peter@peterjohanson.com>
refactor(split): Adjust BT split code for newer Zephyr APIs.
refactor(boards): Adjust upstream RP2040 boards for boot mode retention
Add necessary DTS/Kconfig settings to upstream RP2040 boards so they can
use the ZMK bootloader functionality using the boot mode retention
infrastructure.
docs: Update Zephyr docs links to 4.1.0 version.
Update all links to the Zephyr docs to the 4.1.0 versions to match our
Zephyr version in use.
docs: Add a note about using CMake v3 for maximum compatibility.
Some optional modules, like libmetal, which is used on nRF5340,
specifically require CMake v3, so add a note in the native toolchain
setup about this.
feat(pointing): Handle INPUT_BTN_TOUCH codes for mouse buttons
Translate INPUT_BTN_TOUCH input codes into button 0 press/release for
HID layer.
chore(pointing): Clean up some warning messages.
Properly check return code from queue-ing messages, and fix up some type
warnings in our logging calls.
* Fix input event codes line numbers
fix(studio): Properly serialize GATT RPC indications.
fix(core): Set a system work queue stack size of 2048 by default
We use a fair amount of stack even without BLE or RP2040, so default to
2048 by default everywhere, and constrained platforms can lowes this if
they really need.
refactor(core): Move away from deprecated DIS Kconfig symbols
Use the correct Device Information Service Kconfig symbols for our model
number and manufacturer.
refactor: Move upstream Zephyr board overrides to extensions dirs
Newer Zephyr supports "board extensions" to formally do what we've added
in ourselves via some hacks, so move all our board overlay/config file
overrides for upstream Zephyr boards into that correct structure.
fix(boards): Add xiao_ble sd_partition label for nosd snippet compat
Upstream xiao_ble uses different naming convention for the partition
labels, so add an additional label for the SD range, so the existing
nrf52840-nosd snippet will still work with the board.
fix(core): Don't force CBPRINTF_NANO, for proper formatting.
The nano CBPRINTF implementation lacks some padded formatting needed to
ensure consistent formatting of BLE addresses, which we use to store
keys as strings in a few places, so use the complete CBPRINTF by default
now.
fix(boards): Remove some references to old nice_nano_v2 board ID.
The nice!nano board definition now properly uses versioning, so avoid
referring to it with old `nice_nano_v2` board ID.
fix(boards): Remove nano overlays for old nice_nano_v2 board ID.
With board versioning in place, we can remove the unused
`nice_nano_v2.overlay` files from shields.
---------
Signed-off-by: Peter Johanson <peter@peterjohanson.com>
Co-authored-by: Cem Aksoylar <caksoylar@users.noreply.github.com>
Co-authored-by: Nicolas Munnich <munnich@lipn.univ-paris13.fr>
Co-authored-by: snoyer <noyer.stephane@gmail.com>
refactor(behaviors): Add max-held tap-dance config
Add new `CONFIG_ZMK_BEHAVIOR_TAP_DANCE_MAX_HELD` config for reducing RAM
usage on more constrained devices.
refactor(behaviors): Move defaults to Kconfig.defaults
* feat(mouse): Add mouse move and scroll support
* Use Zephyr input subsystem for all pointers.
* Input processors for modifying events, e.g. scaling, swapping
codes, temporary (mouse) layers, etc.
* Mouse move/scroll behaviors.
* Infrastructure in place for physical pointer input devices.
* feat: Add input split support.
* docs: Add initial pointer docs.
---------
Co-authored-by: Cem Aksoylar <caksoylar@users.noreply.github.com>
Co-authored-by: Alexander Krikun <krikun98@gmail.com>
Co-authored-by: Robert U <urob@users.noreply.github.com>
Co-authored-by: Shawn Meier <ftc@users.noreply.github.com>
Co-authored-by: Chris Andreae <chris@andreae.gen.nz>
Co-authored-by: Anant Thazhemadam <47104651+thazhemadam@users.noreply.github.com>
Co-authored-by: Erik Tollerud <erik.tollerud@gmail.com>
Co-authored-by: Nicolas Munnich <98408764+Nick-Munnich@users.noreply.github.com>
* Set default revision to 5.20
* update mikoto board defs
* add revision info to mikoto.zmk.yml
* use zephyr aliases to handle mikoto_520
* enable pull-ups for on-board i2c
* UART and BLE/GATT transports for a protobuf encoded RPC
request/response protocol.
* Custom framing protocol is used to frame a give message.
* Requests/responses are divided into major "subsystems" which
handle requests and create response messages.
* Notification support, including mapping local events to RPC
notifications by a given subsystem.
* Meta responses for "no response" and "unlock needed".
* Initial basic lock state support in a new core section, and allow specifying
if a given RPC callback requires unlocked state or not.
* Add behavior subsystem with full metadata support and examples of
using callback to serialize a repeated field without extra stack space needed.
Co-authored-by: Cem Aksoylar <caksoylar@users.noreply.github.com>
* Add bindings to allow creating multiple physical layouts that specify
their key's physical attributes, and the matching matrix transform
and dependant kscan to use.
* Synthesize a basic physical layout if none specified, for backwards
compatibility.
* Update matrix transform API to explicitly pass in the selected transform
to the API instead of using a fixed chosen transform.
* Move kscan subscription and handling into the physical layout code, so
that selecting a different physical layout at runtime can also use the
correct kscan instance.
* Add `physical_layouts.dtsi` file to include so you can use the
pre-configured `&key_physical_attrs` for adding you layout keys.
* Add a new feature for tracking a given behavior by a new concept
of a "behavior local ID" which is a stable 16-bit identifier for
a given behavior, that is resilient to new behaviors being added
and requires no additional work on the part of the behavior
authors.
* Add implementations for either settings lookup table, or CRC16
hashing of behavior device names for generating behavior local
IDs.
* Instead of gpio key behavior trigger, add new kscan driver that
decorates/wraps a given kscan driver and will invoke basic system
behavior assigned to a given row + column, without the need for keymap
mapping in the matrix transform, bypassing keymaps entirely.
* Better naming for gpio-key behavior triggers.
* Tweaks to scanned behavior trigger to avoid bad semaphore use,
and reduce chance of issues with slowly scanned matrixes.
* Various code cleanups of style issues.
Initial work on a soft on/off support for ZMK. Triggering soft off
puts the device into deep sleep with only a specific GPIO pin
configured to wake the device, avoiding waking from other key
presses in the matrix like the normal deep sleep.
Co-authored-by: Cem Aksoylar <caksoylar@users.noreply.github.com>
Added a zmk_settings_erase() function to clear all saved settings. This
does not go through Zephyr's settings subsystem, but instead directly
clears the data from the setting storage backend, so a reboot is needed
for it to take effect.
* Add a new Kconfig symbol to enable the low priority queue, and make
the two features that depend on it `select` the symbol to turn it on.
This helps ensure no wasted RAM/ROM on devices that don't need it.
* Shift to using an extra Zephyr module to do keymap location
work after all board roots are resolved. This avoids duplicate work
and allows us to load custom boards from Zephyr modules as well as
user config setups.
Added BEHAVIOR_DT_DEFINE() and BEHAVIOR_DT_INST_DEFINE(), which work
exactly like the DEVICE_*_DEFINE() macros, except they also register the
device as a behavior by adding a pointer to it to a memory section.
Added zmk_behavior_get_binding(), which works like device_get_binding()
except that it only searches the devices that have been registered as
behaviors. This ensures that behaviors cannot have name collisions with
other devices defined by the SoC, which will be important when we remove
the label property from behaviors so they are given their node names.
As an added benefit, this is faster since it searches a smaller list.
Some basic benchmark code I wrote indicates it takes 30-70% as long,
depending on where the behavior is in the list and whether the name
string is an exact pointer match.
From now on, behaviors should use BEHAVIOR_*_DEFINe() instead of
DEVICE_*_DEFINE(), and any code that looks up a behavior by name should
use zmk_behavior_get_binding() instead of device_get_binding().
* Add HID report/descriptor for a new report with mouse buttons,
and x/y/wheel deltas.
* New mouse key press behavior for press/release of mouse keys.
* Add constants for HID main item values (e.g. data/array/absolute)
* Define and use constants for our HID report IDs.
* Add two new compatibles for macros that
take one or two parameters when bound in
a keymap.
* Use `¯o_param_1to1`, `¯o_param_1to2`, `¯o_param_2to1`,
and `¯o_param_2to2` control entries in the bindings for the macro
to have the next binding entry have it's values substituted.
Co-authored-by: Cem Aksoylar <caksoylar@users.noreply.github.com>
* Add new sensor behaviors that either take full bindings
add definition, or accept parameters when bound in the
keymap.
* Remove existing hard-coded key press sensor behavior
and instead leverage new generic sensor behaviors to
achieve the same functionality.
Co-authored-by: nick@conway.dev
* Move to ZephyrBuildConfig package based on Zephyr best practices.
* Support multiple shields properly, e.g. -DSHIELD="foo bar", which
allows using existing upstream shields like `ssd1306_128x64` along
with another ZMK shield.
* Properly *add* the "ZMK config" .conf file to the conf file list,
so that existing board .conf files in `app/boards/<board>.conf` are
properly honored still. Needed for overrides to usptream boards when
combined with a local `<shield>.conf` file.
* Add new API/status to track state of the
peripheral connection to the central.
* Add new peripheral status widget for displaying
the current status of the connection to
the central.
* Add strlcpy from public domain version.
* Leverage strlcpy to detect truncation of behavior dev strs, and log.
* Use `offsetof` for cleaner detection on peripheral side.
* 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.
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.
Pete Johanson
yuki
Joel Spadin
Alessandro Bortolin
Alexander Krikun
Xudong Zheng
Nick Conway
Okke Formsma
Caleb Goates
Kurtis Lew
Jonathan Rascher