def wait_sleep_started(self, sleep_count, max_wait=5.0):
"""Waits for the given number of sleeps to start before continuing (with a timeout)"""
if not self.virtual_time_enabled:
return
start_wait_check = virtualtime._original_time()
while self.count_waiters() < self.initial_waiter_count + sleep_count:
virtualtime._original_sleep(0.001)
delay = virtualtime._original_time() - start_wait_check
if delay > max_wait:
raise ValueError("Not enough sleepers started waiting in time...")
def wait_sleep_started(self, sleep_count, max_wait=5.0):
"""Waits for the given number of sleeps to start before continuing (with a timeout)"""
if not self.virtual_time_enabled:
return
start_wait_check = virtualtime._original_time()
while self.count_waiters() < self.initial_waiter_count + sleep_count:
virtualtime._original_sleep(0.001)
delay = virtualtime._original_time() - start_wait_check
if delay > max_wait:
raise ValueError(
"Not enough sleepers started waiting in time...")
def fast_forward_delayer(self, notify_event, delay_event, msg_dict):
offsets = msg_dict['offsets']
positions = msg_dict['positions']
while "stop" not in msg_dict:
notify_event.wait()
offsets.append(virtualtime._time_offset)
position = positions.pop(0) if positions else ""
if position == "start_job":
virtualtime.delay_fast_forward_until_set(delay_event)
virtualtime._original_sleep(0.1)
delay_event.set()
notify_event.clear()
def fast_forward_delayer(self, notify_event, delay_event, msg_dict):
offsets = msg_dict['offsets']
positions = msg_dict['positions']
while "stop" not in msg_dict:
notify_event.wait()
offsets.append(virtualtime._time_offset)
position = positions.pop(0) if positions else ""
if position == "start_job":
virtualtime.delay_fast_forward_until_set(delay_event)
virtualtime._original_sleep(0.1)
delay_event.set()
notify_event.clear()
