Introduction
Responds to complicated button presses across multiple buttons and repeated
button presses. Given a set of buttons, presses can be recognized as belonging
to any of those buttons, or to any subset of those buttons. Distinguishes
between short presses and long presses, which may be combined in any order.
Also recognizes an extra-long press, which may not be followed by additional
presses.
Builds upon Adafruit's excellent adafruit_debouncer
library to provide an
alternative to that library's Button
class.
Dependencies
This package depends on:
- Adafruit-CircuitPython-Debouncer
- Adafruit-Blinka
Usage Example
import time
import board
from multibutton_debouncer import MultiButton
keep_on_ticking = True
def stop_ticking():
nonlocal keep_on_ticking
keep_on_ticking = False
buttons = MultiButton(board.D18, board.D5)
buttons.set_callback([board.D18], ".", lambda: print("boop"))
buttons.set_callback([board.D5], ".", lambda: print("beep"))
buttons.set_callback([board.D18], "_", lambda: print("boooop"))
buttons.set_callback([board.D5], "_", lambda: print("beeeep"))
buttons.set_callback([board.D18], "...___...", lambda: print("SOS")) repea
buttons.set_callback([board.D18, board.D5], "_..__", lambda: print("Two Bits!"))
buttons.set_callback([board.D18, board.D5], "~", stop_ticking)
while keep_on_ticking:
time.sleep(1/60)
buttons.poll()
Updates and Feedback
The documentation is pretty limited. That'll be fixed presently, but until
then, you may wish to look at the public methods of MultiButton
as well as the
Press
enumeration.
This is my first contribution to the Python ecosystem. I will be grateful for
any feedback you may have.