* handwired/CMD60: refactor
- renamed layout macro KEYMAP to LAYOUT
- removed K2C, K3B and K3C locations (indications are these locations were unused in hardware)
- keymap
- now uses #include QMK_KEYBOARD_H
- converted keycodes to short format
- deleted TMK fn_actions and action_get_macro blocks
- white space changes (readability/alignment)
* handwired/CMD60: Configurator support
* handwired/CMD60: readme update
- updated to conform to current QMK template
- added image and build gallery links
* handwired/cmd60: rename all files and folders to lowercase
* handwired/maartenwut: readme cleanup
- Fixed typo (Maarten's last name was misspelled)
- Updated Docs links
* handwired/maartenwut: Configurator support
* S7 Elephant: Configurator bugfix, part 1
Reformatted the JSON so each key is on its own line:
This makes the keys easier to rearrange.
* S7 Elephant: Configurator bugfix, part 2
Deleted the extra key from LAYOUT_iso_1u:
JSON contents stated this layout used a split Backspace, but the matrix is configured and intended to have a 2u Backspace.
Extended the Backspace to 2u width and deleted the extra key. (This fixes the error that broke LAYOUT_iso_1u's rendering in the Configurator.)
* S7 Elephant: Configurator bugfix, part 3
Fix ISO layouts:
Noticed JSON object for Enter on ISO layouts was immediately after Right Bracket. Inspection of s7_elephant.h revealed the expected and appropriate location to be after ISO Hash.
Moved Enter key to the proper location on all ISO layouts.
* Add standard ALGR defition, remove (re)definitions from language files
* Use ALGR(kc) consistently in ALTGR(kc) aliases
* Non-Nordic keymaps should not use NO_ALGR
* Add standard KC_ALGR definition
* Update docs with ALGR and KC_ALGR
* Update SS_ALGR and ALGR_T aliases
* handwired/numpad20: refactor
- layout macro no longer auto-prepends keycodes with KC_
- keymaps for this keyboard will now compile in QMK Configurator
- keymap now uses #include QMK_KEYBOARD_H
- deleted unused fn_actions code block
* handwired/numpad20: Configurator support
* Preonic: refactor layout macros
Unify layout macro names across AVR and ARM.
- all layouts and matrices have moved/duplicated to their appropriate revisions
- preonic.h now includes the appropriate header file from the selected revision
- revision header files only contain layouts appropriate for that revision
- Previously, all layouts were available in source for all revisions.
- removed KEYMAP layout macro alias (was unused)
- macros LAYOUT_preonic_1x2uC and LAYOUT_preonic_grid for AVR and ARM revisions
- LAYOUT_preonic_grid has alias LAYOUT_ortho_5x12 for all revisions
- deleted LAYOUT_ortho_4x12 alias (not appropriate for this keyboard)
- ARM-based revisions have 1x2uR, 1x2uL and 2x2u matrices
* Preonic: updated revision headers to #pragma once
* Preonic: update Configurator files
Updated the Configurator files to reflect the previous changes in this branch.
- Preonic revs. 1 and 2 will use keyboards/preonic/info.json
- Preonic rev. 3 will use keyboards/preonic/rev3/info.json
- This file will override keyboards/preonic/info.json when preonic/rev3 is selected in the Configurator.
* handwired/practice60: Configurator Support
* handwired/practice60: refactor
- layout macro rows did not have an equal number of arguments in all rows of the matrix
- white space changes for readability/alignment
* handwired/pilcrow: refactor
- layout macro renamed from KEYMAP to LAYOUT
- keymap now uses #include QMK_KEYBOARD_H
- layers reformatted for readability
- removed unused and deprecated fn_actions and action_get_macro blocks
- keymap config.h
- updated to use #pragma once
- removed redundant config.h include
* handwired/pilcrow: Configurator support
* handwired/pilcrow: readme update
Updated readme.md file to use modern template formatting.
MCU Pins for debugging, LED, boot tracing, and shift registers are now configurable at keyboard level.
Macros led_* replaced by DBG_LED_*
Macros m15_* replaced by DBG_1_*
Macros m27_* replaced by DBG_2_*
Macros m28_* replaced by DBG_3_*
For CTRL and ALT keyboards, debug boot tracing pin default now set to pad M27 instead of M28 since although M28 is not being used, it is technically a signal for USB port detection.
m15_print(...) renamed to dbg_print(...) to get away from hard coded port names.
dbg_print function now follows similar pattern to debug led output.
* Added RGB toggle and cycle to default mapping. This is present on layouts on 'http://qmkeyboard.cn/' but not here.
* Added addition keycodes for hue/sat/val.
* handwired/minorca: refactor
- Refactored keymaps to use a layout macro, which was added to minorca.h.
- keymaps now use QMK_KEYBOARD_H include
- removed redundant KC_TRNS and KC_NO definitions
- rgb keymap refactor to use QMK core layer switching and Mod-Tap keycodes
* handwired/minorca: Configurator support
* handwired/minorca: readme cleanup
Restructure readme file to current QMK template.
* Update alps64 aek layout to work
I tried using the layout provided with my alp64 board in AEK
configuration, but keys weren't mapping correctly until I made this fix.
* Update crd's alps64 aek keymp to match other boards
(inspired by mechmerlin)
* Fix minor whitespace issue
* Initial palm_usb support
* removing left over sun .c file
* fixing licenses
* actually adding updated files
* fixing build error
* more include cleanup
* handwired/gamenum: refactor
- layout macro KEYMAP renamed to LAYOUT
- white space changes for alignment
- default keymap
- now uses #include QMK_KEYBOARD_H
- updated layout macro names
- white space changes (for readability)
* handwired/gamenum: Configurator support
* handwired/gamenum: readme cleanup
- renamed file to lowercase
- updated to match current QMK template more closely
- edits to reflect the other changes in this PR
Adds Configurator support for the Sol rev. 1 by RGBKB.
Notes:
The Sol keyboard supports split thumb keys like the Ergodox - any of the 2u thumb keys can be split into two 1u keys. The matrix here is configured for fully 1u keys on the thumbs.
The Sol also supports installing a rotary encoder on each half. The key matrix given includes the encoders' functions, which are shown in the Configurator as two 1u keys side by side below each half's main key block. The left key of the two (for each side) represents that half's rotary encoder's counter-clockwise function, and the right key is that encoder's clockwise function.
