def test_replace_tap(self):
self.assertEqual(replace_with_tap([KeyDown(KC_A)]), [KeyDown(KC_A)])
self.assertEqual(replace_with_tap([KeyDown(KC_A),
KeyUp(KC_A)]), [KeyTap(KC_A)])
self.assertEqual(replace_with_tap([KeyUp(KC_A),
KeyDown(KC_A)]),
[KeyUp(KC_A), KeyDown(KC_A)])
def test_remove_repeats(self):
self.assertEqual(remove_repeats([KeyDown(KC_A),
KeyDown(KC_A)]), [KeyDown(KC_A)])
self.assertEqual(
remove_repeats([
KeyDown(KC_A),
KeyDown(KC_B),
KeyDown(KC_B),
KeyDown(KC_C),
KeyDown(KC_C)
]), [KeyDown(KC_A), KeyDown(KC_B),
KeyDown(KC_C)])
# don't remove repeated taps
self.assertEqual(remove_repeats([KeyTap(KC_A),
KeyTap(KC_A)]),
[KeyTap(KC_A), KeyTap(KC_A)])
def replace_with_tap(sequence):
""" Replaces a sequence of Down/Up with a Tap """
out = []
sequence = sequence[:]
while len(sequence) > 0:
if len(sequence) >= 2 and isinstance(sequence[0], KeyDown) and isinstance(sequence[1], KeyUp) and \
sequence[0].keycode == sequence[1].keycode:
key = KeyTap(sequence[0].keycode)
out.append(key)
sequence.pop(0)
sequence.pop(0)
else:
out.append(sequence[0])
sequence.pop(0)
return out
def test_replace_string(self):
self.assertEqual(replace_with_string([KeyTap(KC_A),
KeyTap(KC_B)]),
[KeyString("ab")])