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import displayio
import terminalio
from adafruit_display_shapes.rect import Rect
from adafruit_display_text import label
from collections import namedtuple
from supervisor import ticks_ms
from actions import Action
import ticks
class Group(object):
def __init__(self, color, actions):
# The color of the LED for the selected element
self.color = color
self.actions = actions
self._selected = actions[0][0]
@property
def selected(self):
return self._selected
@selected.setter
def selected(self, value):
"""Set the value, and switch the LED accordingly"""
keys = [action[0] for action in self.actions]
if value not in keys:
return
for keyId in keys:
Action().macropad.pixels[keyId] = 0
Action().macropad.pixels[value] = int(self.color)
self._selected = value
class Configuration(object):
def __init__(self, title):
# Set the application available in the menu by default
self.visible = True
self.Action = namedtuple("Action", ("name", "callback", "color"))
self.title = title
self.keys = {
0 : None, 1 : None, 2 : None,
3 : None, 4 : None, 5 : None,
6 : None, 7 : None, 8 : None,
9 : None, 10 : None, 11 : None,
12 : None,
13 : None,
}
self.group = []
self.tick = None
def registerKey(self, keyId, name, callback, color):
if keyId > 13:
return
self.keys[keyId] = self.Action(name, callback, color)
def registerGroup(self, group):
self.group.append(group)
def setTick(self, duration, callback):
self.tick = (duration, callback)
class Handler(object):
def __init__(self, macropad, configuration):
self.macropad = macropad
self.group = displayio.Group()
self.keys = {
0 : None, 1 : None, 2 : None,
3 : None, 4 : None, 5 : None,
6 : None, 7 : None, 8 : None,
9 : None, 10 : None, 11 : None,
12 : None,
13 : None,
}
self.colors = {
0 : None, 1 : None, 2 : None,
3 : None, 4 : None, 5 : None,
6 : None, 7 : None, 8 : None,
9 : None, 10 : None, 11 : None,
}
self.options = configuration.group
self.name = configuration.title
for index, value in configuration.keys.items():
if value is None:
continue
self.keys[index] = value.name, value.callback
self.colors[index] = value.color
for option in self.options:
for action in option.actions:
keyId = action[0]
self.keys[keyId] = action[1], lambda macropad, key, pressed: None
self.macropad.pixels[option.selected] = int(option.color)
self.periodic_callback = None
self.next_tick = None
if configuration.tick is not None:
self.periodic_callback = configuration.tick
self._update_tick()
self.macropad.pixels.show()
def _update_tick(self):
self.next_tick = ticks.add(
ticks_ms(),
self.periodic_callback[0]
)
def _set_color(self, key, pressed):
if pressed:
self.macropad.pixels[key] = int(0x010101)
else:
color = self.colors[key]
self.macropad.pixels[key] = int( self.colors[key] or 0 )
for option in self.options:
self.macropad.pixels[option.selected] = int(option.color)
def tick(self):
"Execute asyncronous events"
Action().collect_tasks()
if self.next_tick is None or ticks.less(self.next_tick):
return
self.periodic_callback[1](self.macropad)
self._update_tick()
def start(self):
self.position = self.macropad.encoder
for key_index in range(12):
x = key_index % 3
y = key_index // 3
self.group.append(label.Label(terminalio.FONT, text='', color=0xFFFFFF,
anchored_position=((self.macropad.display.width - 1) * x / 2,
self.macropad.display.height - 1 -
(3 - y) * 12),
anchor_point=(x / 2, 1.0)))
self.group.append(Rect(0, 0, self.macropad.display.width, 12, fill=0xFFFFFF))
self.group.append(label.Label(terminalio.FONT, text='', color=0x000000,
anchored_position=(self.macropad.display.width//2, -2),
anchor_point=(0.5, 0.0)))
self.macropad.display.show(self.group)
self.group[13].text = self.name # Application name
for i in range(12):
if self.keys[i] is not None:
self.group[i].text = self.keys[i][0]
self.macropad.keyboard.release_all()
self.macropad.consumer_control.release()
self.macropad.mouse.release_all()
self.macropad.stop_tone()
for key in range(12):
self._set_color(key, False)
self.macropad.pixels.show()
self.macropad.display.refresh()
def execute_action(self, key, pressed):
for option in self.options:
option.selected = key
action = self.keys[key]
# Do nothing if there is no action for this key
if action is None:
return
# Update the leds
if key < 12:
if pressed: Action().flash(key, 0x010101)
else: self._set_color(key, pressed)
else:
for key_idx in range(12):
self._set_color(key_idx, pressed)
self.macropad.pixels.show()
result = action[1](self.macropad, key, pressed)
# If we use the rotary encoder, mark all the actions as resolved.
if key >= 12:
action[1](self.macropad, key, False)
for key_idx in range(12):
self._set_color(key_idx, False)
self.macropad.pixels.show()
return result
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