def repeat(m):
repeat_count = m_to_number(m)
if repeat_count != None and repeat_count >= 2:
repeater = Rep(repeat_count - 1)
repeater.ctx = talon
return repeater(None)
def repeat(self):
repeater = Rep(1)
repeater.ctx = talon
repeater(None)
if self.job:
self.job = cron.after(self.repeat_delay, self.repeat)
print('REPEAT')
def repeat(m):
repeat_count = parse_words_as_integer(m._words[1:])
if repeat_count != None and repeat_count >= 2:
repeater = Rep(repeat_count - 1)
repeater.ctx = talon
return repeater(None)
def repeat(m):
repeat_count = parse_words_as_integer(m._words[1:])
print(talon.last)
if repeat_count is not None and repeat_count >= 2:
repeater = Rep(repeat_count - 1)
repeater.ctx = talon
return repeater(None)
def repeat(m):
# repeater = Rep(int(ordinals[str(m)]))
o = m.ordinals
if isinstance(o, list):
o = o[0]
repeater = Rep(int(ordinals[o]))
repeater.ctx = talon
return repeater(None)
def repeat(m):
# TODO: This could be made more intelligent:
# * Apply a timeout after which the command will not repeat previous actions
# * Prevent stacking of repetitions upon previous repetitions
repeat_count = utils.m_to_number(m)
if repeat_count != None and repeat_count >= 2:
repeater = Rep(repeat_count - 1)
repeater.ctx = talon
return repeater(None)
def repeat(m):
words = m._words
repeat_count = text_to_number(words[1:])
print("Repeat! {} {}".format([str(w) for w in words], repeat_count))
if not repeat_count:
repeat_count = 1
repeater = Rep(repeat_count)
repeater.ctx = m.ctx
return repeater(None)
def repeat(m):
# TODO: This could be made more intelligent:
# * Apply a timeout after which the command will not repeat previous actions
# * Prevent stacking of repetitions upon previous repetitions
repeat_count = utils.extract_num_from_m(m)
if repeat_count is not None:
if repeat_count >= 2:
repeat_count -= 1
repeater = Rep(repeat_count)
repeater.ctx = talon
return repeater(None)
def repeat(m):
# noinspection PyProtectedMember
words = m._words
repeat_count = text_to_number(words[1:])
print("Repeat! {} {}".format([str(w) for w in words], repeat_count))
if not repeat_count:
repeat_count = 1
repeater = Rep(repeat_count)
repeater.ctx = talon
result = repeater(None)
print(f"Result: {result}")
return result
def repeat(m):
# TODO: This could be made more intelligent:
# * Apply a timeout after which the command will not repeat previous actions
# * Prevent stacking of repetitions upon previous repetitions
starts_with_wink = m._words[0] == 'wink'
if starts_with_wink and len(m._words) == 1:
repeat_count = 1
else:
repeat_count = utils.extract_num_from_m(m)
if repeat_count is not None:
# for integrated repeats, need to subtract the first execution
# "enter five times" will execute enter once and only then repeat, so need to subtract
if not starts_with_wink and repeat_count >= 2:
repeat_count -= 1
repeater = Rep(repeat_count)
repeater.ctx = talon
return repeater(None)
def repeat_delay(n, delay=0.09):
for i in range(n):
sleep(delay)
repeater = Rep(i - 1)
repeater.ctx = talon
repeater(None)
def repeat(m):
o = m["repeater.ordinals"][0]
repeater = Rep(int(ordinals[o]))
repeater.ctx = talon
return repeater(None)
