def __init__(self, meterId, clock=SystemClock()):
self.meterId = meterId
self._clock = clock
self._count = AtomicNumber(0)
self._totalTime = AtomicNumber(0)
self._totalOfSquares = AtomicNumber(0)
self._max = AtomicNumber(0)
def __init__(
self,
meter_id: MeterId,
clock: Clock = SystemClock(),
meter_type: str = "t",
writer: SidecarWriter = SidecarWriter.create("none")
) -> None:
if meter_type not in ["t", "T"]:
raise ValueError("Timers must have a meter type of 't' or 'T'.")
super().__init__(meter_id, meter_type)
self._clock = clock
self._writer = writer
def __init__(self, clock=SystemClock()):
self._clock = clock
self._lock = threading.RLock()
self._meters = {}
self._started = False
def __init__(self, meterId, clock=SystemClock()):
self.meterId = meterId
self._clock = clock
self._last_update = AtomicNumber(float('nan'))
self._value = AtomicNumber(float('nan'))
def __init__(self, clock: Clock = SystemClock(),
config: SidecarConfig = SidecarConfig()) -> None:
self._clock = clock
self._common_tags = config.common_tags()
self._writer = SidecarWriter.create(config.output_location())
def test_monotonic_time(self):
c = SystemClock()
start = c.monotonic_time()
time.sleep(0.01)
end = c.monotonic_time()
self.assertTrue(end > start, "{} > {}".format(end, start))