def test_timer_example5(self,
capsys: Any) -> None:
"""Test timer example5.
Args:
capsys: pytest fixture to capture print output
"""
def f1() -> None:
print('f1 entered')
time.sleep(1)
f1_event.set()
time.sleep(1)
f1_event.set()
time.sleep(1)
f1_event.set()
print('f1 exiting')
print('mainline entered')
timer = Timer(timeout=2.5)
f1_thread = threading.Thread(target=f1)
f1_event = threading.Event()
f1_thread.start()
wait_result = f1_event.wait(timeout=timer.remaining_time())
print(f'wait1 result = {wait_result}')
f1_event.clear()
print(f'remaining time = {timer.remaining_time():0.1f}')
print(f'timer expired = {timer.is_expired()}')
wait_result = f1_event.wait(timeout=timer.remaining_time())
print(f'wait2 result = {wait_result}')
f1_event.clear()
print(f'remaining time = {timer.remaining_time():0.1f}')
print(f'timer expired = {timer.is_expired()}')
wait_result = f1_event.wait(timeout=timer.remaining_time())
print(f'wait3 result = {wait_result}')
f1_event.clear()
print(f'remaining time = {timer.remaining_time():0.4f}')
print(f'timer expired = {timer.is_expired()}')
f1_thread.join()
print('mainline exiting')
expected_result = 'mainline entered\n'
expected_result += 'f1 entered\n'
expected_result += 'wait1 result = True\n'
expected_result += 'remaining time = 1.5\n'
expected_result += 'timer expired = False\n'
expected_result += 'wait2 result = True\n'
expected_result += 'remaining time = 0.5\n'
expected_result += 'timer expired = False\n'
expected_result += 'wait3 result = False\n'
expected_result += 'remaining time = 0.0001\n'
expected_result += 'timer expired = True\n'
expected_result += 'f1 exiting\n'
expected_result += 'mainline exiting\n'
captured = capsys.readouterr().out
assert captured == expected_result
def test_timer_remaining_time1(self,
timeout_arg: IntFloat) -> None:
"""Test timer remaining time1.
Args:
timeout_arg: number of seconds to use for timer timeout arg
"""
tolerance_factor = 0.80
logger.debug('mainline entered')
stop_watch = StopWatch()
sleep_time = timeout_arg/3
exp_remaining_time1: float = timeout_arg - sleep_time
exp_remaining_time2: float = timeout_arg - sleep_time * 2
exp_remaining_time3 = 0.0001
timer = Timer(timeout=timeout_arg)
stop_watch.start_clock(clock_iter=1)
stop_watch.pause(sleep_time, clock_iter=1)
rem_time = timer.remaining_time()
assert ((exp_remaining_time1 * tolerance_factor)
<= cast(float, rem_time)
<= exp_remaining_time1)
assert not timer.is_expired()
logger.debug(f'after third 1: '
f'{exp_remaining_time1=}, {rem_time=}')
stop_watch.pause(sleep_time * 2, clock_iter=1)
rem_time = timer.remaining_time()
assert ((exp_remaining_time2 * tolerance_factor)
<= cast(float, rem_time)
<= exp_remaining_time2)
assert not timer.is_expired()
logger.debug(f'after third 2: '
f'{exp_remaining_time2=}, {rem_time=}')
time.sleep(sleep_time + 0.1)
rem_time = timer.remaining_time()
assert exp_remaining_time3 == cast(float, rem_time)
assert timer.is_expired()
logger.debug(f'after third 3: '
f'{exp_remaining_time3=}, {rem_time=}')
logger.debug(f'{stop_watch.start_time=} '
f'{timer.start_time=}')
logger.debug('mainline exiting')
def test_timer_remaining_time_none(self) -> None:
"""Test timer remaining time none2."""
logger.debug('mainline entered')
timer = Timer(timeout=None)
time.sleep(1)
assert timer.remaining_time() is None
assert not timer.is_expired()
time.sleep(1)
assert timer.remaining_time() is None
assert not timer.is_expired()
logger.debug('mainline exiting')