def test_call_later_cancel(self):
self.called = 0
reactor = Clock()
call = CallLaterOnce(self.call_function, reactor=reactor)
call.schedule(delay=1)
call.cancel()
reactor.advance(1)
assert self.called == 0
def test_call_later_cancel(self):
self.called = 0
reactor = Clock()
call = CallLaterOnce(self.call_function, reactor=reactor)
call.schedule(delay=1)
call.cancel()
reactor.advance(1)
assert self.called == 0
class Slot(object):
def __init__(self, new_batch, consume_incoming, consume_scoring,
no_batches, no_scoring_log, new_batch_delay, no_spider_log):
self.new_batch = CallLaterOnce(new_batch)
self.new_batch.setErrback(self.error)
self.consumption = CallLaterOnce(consume_incoming)
self.consumption.setErrback(self.error)
self.scheduling = CallLaterOnce(self.schedule)
self.scheduling.setErrback(self.error)
self.scoring_consumption = CallLaterOnce(consume_scoring)
self.scoring_consumption.setErrback(self.error)
self.no_batches = no_batches
self.no_scoring_log = no_scoring_log
self.no_spider_log = no_spider_log
self.new_batch_delay = new_batch_delay
def error(self, f):
logger.exception(f.value)
return f
def schedule(self, on_start=False):
if on_start and not self.no_batches:
self.new_batch.schedule(0)
if not self.no_spider_log:
self.consumption.schedule()
if not self.no_batches:
self.new_batch.schedule(self.new_batch_delay)
if not self.no_scoring_log:
self.scoring_consumption.schedule()
self.scheduling.schedule(5.0)
def cancel(self):
self.scheduling.cancel()
self.scoring_consumption.cancel()
self.new_batch.cancel()
self.consumption.cancel()
