def __init__(self, interval, smoothingWindow=8, **kwargs):
AutoFetcher.AutoFetcher.__init__(self, interval, **kwargs)
self.__window = smoothingWindow
self.__ave = 0.0
self.__values = {}
numCpus = len(psutil.cpu_percent(percpu=True))
empty = [0.0,]*self.__window
for key in range(numCpus):
self.__values[key] = list(empty)
def __init__(self, interval, smoothing_window=8, **kwargs):
auto_fetcher.AutoFetcher.__init__(self, interval, **kwargs)
self.__window = smoothing_window
self.__ave = 0.0
self.__values = {}
num_cpus = len(psutil.cpu_percent(percpu=True))
empty = [
0.0,
] * self.__window
for key in range(num_cpus):
self.__values[key] = list(empty)
def _update(self): # per-core list of [0, 100] values perCpu = psutil.cpu_percent(percpu=True) sumOfAverages = 0.0 with self._lockGuard(): for i, decPercent in enumerate(perCpu): # Add the new value, drop the oldest. values = self.__values[i][1:] values.append(decPercent/100.0) self.__values[i] = values sumOfAverages += sum(values)/self.__window self.__ave = sumOfAverages/len(self.__values) self._callChangeCallback()
def _Update(self):
# per-core list of [0, 100] values
per_cpu = psutil.cpu_percent(percpu=True)
sum_of_averages = 0.0
with self._LockGuard():
for i, dec_percent in enumerate(per_cpu):
# Add the new value, drop the oldest.
values = self.__values[i][1:]
values.append(dec_percent / 100.0)
self.__values[i] = values
sum_of_averages += sum(values) / self.__window
self.__ave = sum_of_averages / len(self.__values)
self._CallChangeCallback()