precondition

#compdef qmk

_qmk_compile(){
    _arguments \
        '-h[Print help text.]' \
        '--help[Print help text.]' \
        "-n[Don't actually build, just show the make command to be run.]::_qmk_compile" \
        "--dry-run[Don't actually build, just show the make command to be run.]::_qmk_compile" \
        '-km[The keymap to build a firmware for. Ignored when a configurator export is supplied.]::_qmk_compile' \
        '--keymap[The keymap to build a firmware for. Ignored when a configurator export is supplied.]::_qmk_compile' \

precondition

#!/usr/bin/env python3
"""
Usage:
$ python3 HID_X11_converter.py --type X11 <keycode number as shown in `xmodma -pke`>
$ python3 HID_X11_converter.py --type HID <keycode number used in QMK>

HID keycodes as used in QMK can be found in https://docs.google.com/spreadsheets/d/1TAK6df8bObeswn8CnxIGgZJB_NYON_p8GReMfZ2O-sE/edit#gid=0. 
Look for the "Basic Keycodes" sheet and don't forget to convert from hexadecimal to decimal notation when using this tool.

An enum starts on 0 unless specified otherwise and the integer affected to every item in the enum increases one by one as you go down the enum, unless a specific integer is assigned to an enum item.

precondition

{
  "0": "KC_NO",
  "1": "KC_TRANSPARENT",
  "2": "KC_POST_FAIL",
  "3": "KC_UNDEFINED",
  "4": "KC_A",
  "5": "KC_B",
  "6": "KC_C",
  "7": "KC_D",
  "8": "KC_E",