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taipo.py
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try:
from typing import Optional, Tuple, Union
except ImportError:
pass
from micropython import const
import kmk.handlers.stock as handlers
from kmk.keys import Key, KC, make_key
from kmk.kmk_keyboard import KMKKeyboard
from kmk.modules import Module
from kmk.utils import Debug
from supervisor import ticks_ms
debug = Debug(__name__)
taipo_keycodes = {
'TP_TLP': 0,
'TP_TLR': 1,
'TP_TLM': 2,
'TP_TLI': 3,
'TP_BLP': 4,
'TP_BLR': 5,
'TP_BLM': 6,
'TP_BLI': 7,
'TP_LIT': 8,
'TP_LOT': 9,
'TP_TRP': 10,
'TP_TRR': 11,
'TP_TRM': 12,
'TP_TRI': 13,
'TP_BRP': 14,
'TP_BRR': 15,
'TP_BRM': 16,
'TP_BRI': 17,
'TP_RIT': 18,
'TP_ROT': 19,
'LAYER0': 20,
'LAYER1': 21,
'LAYER2': 22,
'LAYER3': 23,
'MOD_GA': 24,
'MOD_GC': 25,
'MOD_GS': 26,
'MOD_AC': 27,
'MOD_AS': 28,
'MOD_CS': 29,
'MOD_GAC': 30,
'MOD_GAS': 31,
'MOD_GCS': 32,
'MOD_ACS': 33,
'MOD_GACS': 34,
};
r = 1 << 0
s = 1 << 1
n = 1 << 2
i = 1 << 3
a = 1 << 4
o = 1 << 5
t = 1 << 6
e = 1 << 7
it = 1 << 8
ot = 1 << 9
class KeyPress:
keycode = KC.NO
hold = False
hold_handled = False
class State:
combo = 0
timer = 0
key = KeyPress()
class TaipoMeta:
def __init__(self, code):
self.taipo_code = code
class Taipo(Module):
def __init__(self, tap_timeout=150, sticky_timeout=1000):
self.tap_timeout = tap_timeout
self.sticky_timeout=sticky_timeout
self.state = [State(), State()]
for key, code in taipo_keycodes.items():
make_key( names=(key,), meta=TaipoMeta(code))
self.keymap = {
t: KC.T,
t | e: KC.H,
it: KC.BSPC,
ot: KC.SPC,
r: KC.R,
r | ot: KC.LSFT(KC.R),
r | it: KC.RABK,
r | ot | it: KC.PRINT_SCREEN,
s: KC.S,
s | ot: KC.LSFT(KC.S),
s | it: KC.RCBR,
s | ot | it: KC.BRIGHTNESS_UP,
n: KC.N,
n | ot: KC.LSFT(KC.N),
n | it: KC.RBRC,
n | ot | it: KC.BRIGHTNESS_DOWN,
i: KC.I,
i | ot: KC.LSFT(KC.I),
i | it: KC.RPRN,
i | ot | it: KC.MEDIA_PLAY_PAUSE,
a: KC.A,
a | ot: KC.LSFT(KC.A),
a | it: KC.LABK,
a | ot | it: KC.MEDIA_NEXT_TRACK,
o: KC.O,
o | ot: KC.LSFT(KC.O),
o | it: KC.LCBR,
o | ot | it: KC.AUDIO_VOL_UP,
t: KC.T,
t | ot: KC.LSFT(KC.T),
t | it: KC.LBRC,
t | ot | it: KC.AUDIO_VOL_DOWN,
e: KC.E,
e | ot: KC.LSFT(KC.E),
e | it: KC.LPRN,
e | ot | it: KC.MEDIA_PREV_TRACK,
e | o: KC.C,
e | o | ot: KC.LSFT(KC.C),
e | o | it: KC.N1,
e | o | ot | it: KC.F1,
t | o: KC.U,
t | o | ot: KC.LSFT(KC.U),
t | o | it: KC.N2,
t | o | ot | it: KC.F2,
t | a: KC.Q,
t | a | ot: KC.LSFT(KC.Q),
t | a | it: KC.N3,
t | a | ot | it: KC.F3,
o | a: KC.L,
o | a | ot: KC.LSFT(KC.L),
o | a | it: KC.N4,
o | a | ot | it: KC.F4,
i | n: KC.Y,
i | n | ot: KC.LSFT(KC.Y),
i | n | it: KC.N5,
i | n | ot | it: KC.F5,
i | s: KC.F,
i | s | ot: KC.LSFT(KC.F),
i | s | it: KC.N6,
i | s | ot | it: KC.F6,
n | s: KC.P,
n | s | ot: KC.LSFT(KC.P),
n | s | it: KC.N7,
n | s | ot | it: KC.F7,
n | r: KC.Z,
n | r | ot: KC.LSFT(KC.Z),
n | r | it: KC.N8,
n | r | ot | it: KC.F8,
s | r: KC.B,
s | r | ot: KC.LSFT(KC.B),
s | r | it: KC.N9,
s | r | ot | it: KC.F9,
e | t: KC.H,
e | t | ot: KC.LSFT(KC.H),
e | t | it: KC.N0,
e | t | ot | it: KC.F10,
e | a: KC.D,
e | a | ot: KC.LSFT(KC.D),
e | a | it: KC.AT,
e | a | ot | it: KC.F11,
i | r: KC.G,
i | r | ot: KC.LSFT(KC.G),
i | r | it: KC.HASH,
i | r | ot | it: KC.F12,
t | r: KC.X,
t | r | ot: KC.LSFT(KC.X),
t | r | it: KC.CIRC,
t | r | ot | it: KC.LCTL(KC.X),
i | o: KC.K,
i | o | ot: KC.LSFT(KC.K),
i | o | it: KC.PLUS,
i | o | ot | it: KC.LCTL(KC.C),
e | s: KC.V,
e | s | ot: KC.LSFT(KC.V),
e | s | it: KC.ASTR,
e | s | ot | it: KC.LCTL(KC.V),
n | a: KC.J,
n | a | ot: KC.LSFT(KC.J),
n | a | it: KC.EQL,
n | a | ot | it: KC.LCTL(KC.Z),
e | r: KC.M,
e | r | ot: KC.LSFT(KC.M),
e | r | it: KC.DLR,
# e | r | ot | it: KC.NO,
i | a: KC.W,
i | a | ot: KC.LSFT(KC.W),
i | a | it: KC.AMPR,
# i | a | ot | it: KC.NO,
t | s: KC.SLSH,
t | s | ot: KC.BSLS,
t | s | it: KC.PIPE,
# t | s | ot | it: KC.NO,
n | o: KC.MINS,
n | o | ot: KC.UNDS,
n | o | it: KC.PERC,
# n | o | ot | it: KC.NO,
i | t: KC.QUES,
i | t | ot: KC.EXLM,
# i | t | it: KC.NO,
# i | t | ot | it: KC.NO,
e | n: KC.COMM,
e | n | ot: KC.DOT,
e | n | it: KC.TILD,
# e | n | ot | it: KC.NO,
o | r: KC.SCLN,
t | o | a: KC.SCLN,
o | r | ot: KC.COLN,
t | o | a | ot: KC.COLN,
# o | r | it: KC.NO,
# t | o | a | it: KC.NO,
# o | r | ot | it: KC.NO,
# t | o | a | ot | it: KC.NO,
s | a: KC.QUOT,
n | s | r: KC.QUOT,
s | a | ot: KC.DQT,
n | s | r | ot: KC.DQT,
s | a | it: KC.GRV,
n | s | r | it: KC.GRV,
# s | a | ot | it: KC.NO,
# n | s | r | ot | it: KC.NO,
i | n | s: KC.TAB,
i | n | s | ot: KC.DEL,
i | n | s | it: KC.INS,
# i | n | s | ot | it: KC.NO,
e | t | o: KC.ENTER,
e | t | o | ot: KC.ESC,
e | t | o | it: KC.RALT,
# e | t | o | ot | it: KC.NO,
a | r: KC.LGUI,
a | r | ot: KC.RIGHT,
a | r | it: KC.PGUP,
a | r | ot | it: KC.LAYER3,
o | s: KC.LALT,
o | s | ot: KC.UP,
o | s | it: KC.HOME,
o | s | ot | it: KC.LAYER2,
t | n: KC.LCTL,
t | n | ot: KC.DOWN,
t | n | it: KC.END,
t | n | ot | it: KC.LAYER1,
e | i: KC.LSFT,
e | i | ot: KC.LEFT,
e | i | it: KC.PGDN,
e | i | ot | it: KC.LAYER0,
r | a | s | o: KC.MOD_GA,
r | a | n | t: KC.MOD_GC,
r | a | i | e: KC.MOD_GS,
s | o | n | t: KC.MOD_AC,
s | o | i | e: KC.MOD_AS,
n | t | i | e: KC.MOD_CS,
r | a | s | o | n | t: KC.MOD_GAC,
r | a | s | o | i | e: KC.MOD_GAS,
r | a | n | t | i | e: KC.MOD_GCS,
s | o | n | t | i | e: KC.MOD_ACS,
r | a | s | o | n | t | i | e: KC.MOD_GACS,
}
def during_bootup(self, keyboard):
pass
def before_matrix_scan(self, keyboard):
for side in [0, 1]:
if self.state[side].timer != 0 and ticks_ms() > self.state[side].timer:
self.state[side].key.keycode = self.determine_key(self.state[side].combo)
self.state[side].key.hold = True
self.handle_key(keyboard, side)
self.state[side].timer = 0
def after_matrix_scan(self, keyboard):
pass
def process_key(self, keyboard, key, is_pressed, int_coord):
if hasattr(key.meta, 'taipo_code'):
side = 1 if key.meta.taipo_code / 10 >= 1 else 0
code = key.meta.taipo_code
if is_pressed:
if self.state[side].key.keycode != KC.NO:
self.handle_key(keyboard, side)
self.clear_state(side)
self.state[side].combo |= 1 << (key.meta.taipo_code % 10)
self.state[side].timer = ticks_ms() + self.tap_timeout
else:
if not self.state[side].key.hold:
self.state[side].key.keycode = self.determine_key(self.state[side].combo)
self.handle_key(keyboard, side)
self.clear_state(side)
else:
return key
def clear_state(self, side):
# why does this not work?
# self.state[side] = State()
self.state[side].combo = 0
self.state[side].timer = 0
self.state[side].key.keycode = KC.NO
self.state[side].key.hold = False
self.state[side].key.hold_handled = False
def handle_key(self, keyboard, side):
key = self.state[side].key
mods = []
if key.keycode in [ KC.LGUI, KC.LALT, KC.RALT, KC.LCTL, KC.LSFT ]:
mods = [key.keycode]
elif key.keycode == KC.MOD_GA:
mods = [KC.LGUI, KC.LALT]
elif key.keycode == KC.MOD_GC:
mods = [KC.LGUI,KC.LCTL]
elif key.keycode == KC.MOD_GS:
mods = [KC.LGUI,KC.LSFT]
elif key.keycode == KC.MOD_AC:
mods = [KC.LALT,KC.LSFT]
elif key.keycode == KC.MOD_AS:
mods = [KC.LALT,KC.LSFT]
elif key.keycode == KC.MOD_CS:
mods = [KC.LCTL,KC.LSFT]
elif key.keycode == KC.MOD_GAC:
mods = [KC.LGUI,KC.LALT,KC.LSFT]
elif key.keycode == KC.MOD_GAS:
mods = [KC.LGUI,KC.LALT,KC.LSFT]
elif key.keycode == KC.MOD_GCS:
mods = [KC.LGUI,KC.LCTL,KC.LSFT]
elif key.keycode == KC.MOD_ACS:
mods = [KC.LALT,KC.LCTL,KC.LSFT]
elif key.keycode == KC.MOD_GACS:
mods = [KC.LGUI,KC.LALT,KC.LCTL,KC.LSFT]
if len(mods) > 0:
for mod in mods:
if key.hold_handled:
keyboard.remove_key(mod)
elif key.hold:
keyboard.add_key(mod)
self.state[side].key.hold_handled = True
else:
keyboard.tap_key(KC.OS(mod, tap_time=self.sticky_timeout))
else:
if key.hold_handled:
keyboard.remove_key(key.keycode)
elif key.hold:
keyboard.add_key(key.keycode)
self.state[side].key.hold_handled = True
else:
keyboard.tap_key(key.keycode)
def determine_key(self, val):
if val in self.keymap:
return self.keymap[val]
else:
return KC.NO
def before_hid_send(self, keyboard):
pass
def after_hid_send(self, keyboard):
pass
def on_powersave_enable(self, keyboard):
pass
def on_powersave_disable(self, keyboard):
pass