def _build(callables):
schedule = _Schedule()
now = None
immediates = []
# Reverse order is used since these are later popped off (and to
# ensure the popping order is first -> last we need to append them
# in the opposite ordering last -> first).
for i, cb in misc.reverse_enumerate(callables):
if cb._periodic_run_immediately:
immediates.append(i)
else:
if now is None:
now = _now()
schedule.push_next(cb, i, now=now)
return immediates, schedule
def _build(callables):
schedule = _Schedule()
now = None
immediates = []
# Reverse order is used since these are later popped off (and to
# ensure the popping order is first -> last we need to append them
# in the opposite ordering last -> first).
for i, cb in misc.reverse_enumerate(callables):
if cb._periodic_run_immediately:
immediates.append(i)
else:
if now is None:
now = _now()
schedule.push_next(cb, i, now=now)
return immediates, schedule
def stop(self):
"""Stops & joins all associated threads (that have been started)."""
count = 0
with self._lock:
it = misc.reverse_enumerate(self._threads)
for i, (builder, thread, started) in it:
if not thread or not started:
continue
builder.before_join(thread)
thread.join()
count += 1
try:
builder.after_join(thread)
finally:
# Just incase the 'after_join' callback blows up make sure
# we always set/reset these...
self._threads[i][1] = thread = None
self._threads[i][2] = started = False
return count
def stop(self):
"""Stops & joins all associated threads (that have been started)."""
count = 0
with self._lock:
it = misc.reverse_enumerate(self._threads)
for i, (builder, thread, started) in it:
if not thread or not started:
continue
builder.before_join(thread)
thread.join()
count += 1
try:
builder.after_join(thread)
finally:
# Just incase the 'after_join' callback blows up make sure
# we always set/reset these...
self._threads[i][1] = thread = None
self._threads[i][2] = started = False
return count
def test_sample_equivalence(self):
expected = list(reversed(list(enumerate(self.sample))))
actual = list(misc.reverse_enumerate(self.sample))
self.assertEqual(expected, actual)
def test_sample_equivalence(self):
expected = list(reversed(list(enumerate(self.sample))))
actual = list(misc.reverse_enumerate(self.sample))
self.assertEqual(expected, actual)
