def insert(self, y, m, h, d):
power_meters = self.hosts()
for resources in power_meters:
query = self.get_query(resources, y, m, h, d)
energy_samples = self.get_energy_meters(query)
energy_samples = list(reversed(energy_samples))
initial_energy = energy_samples[0].counter_volume
previous_sample = initial_energy
total_energy = 0
for samples in energy_samples:
if samples.counter_volume > previous_sample:
total_energy += samples.counter_volume - previous_sample
previous_sample = samples.counter_volume
datew = self.month_list[m - 1] + "-" + str(y)
timestamp = datetime(y, m, d, h)
total_energy *= 3600000
joule = MonthlyJoules.create(joules=total_energy, resource=resources, date=datew, timestamp=timestamp)
joule.save()
def insert(self, y, m, h, d):
power_meters = self.hosts()
for resources in power_meters:
query = self.get_query(resources, y, m, h, d)
energy_samples = self.get_energy_meters(query)
energy_samples = list(reversed(energy_samples))
initial_energy = energy_samples[0].counter_volume
previous_sample = initial_energy
total_energy = 0
for samples in energy_samples:
if samples.counter_volume > previous_sample:
total_energy += samples.counter_volume - previous_sample
previous_sample = samples.counter_volume
datew = self.month_list[m - 1] + '-' + str(y)
timestamp = datetime(y, m, d, h)
total_energy *= 3600000
joule = MonthlyJoules.create(joules=total_energy,
resource=resources,
date=datew,
timestamp=timestamp)
joule.save()
