def test_create_monthly_energy_measurement_with_defaults(self):
size = len(MonthlyMeasurement.objects.all())
monthly_en_measurement = MonthlyMeasurement()
monthly_en_measurement.collection_date = \
timezone.datetime(2019, 2, 5, 14, 0, 0)
monthly_en_measurement.transductor = self.transductor
monthly_en_measurement.active_max_power_list_peak_time = []
monthly_en_measurement.active_max_power_list_off_peak_time = []
monthly_en_measurement.reactive_max_power_list_peak_time = []
monthly_en_measurement.reactive_max_power_list_off_peak_time = []
self.assertIsNone(monthly_en_measurement.save())
self.assertEqual(size + 1, len(MonthlyMeasurement.objects.all()))
def test_update_monthly_energy_measurement(self):
monthly_energy_measurement = MonthlyMeasurement()
monthly_energy_measurement.transductor = \
EnergyTransductor.objects.get(
serial_number=87654321
)
monthly_energy_measurement.active_max_power_list_peak_time = []
monthly_energy_measurement.active_max_power_list_peak = []
monthly_energy_measurement.active_max_power_list_off_peak_time = []
monthly_energy_measurement.active_max_power_list_off_peak = []
monthly_energy_measurement.reactive_max_power_list_peak_time = []
monthly_energy_measurement.reactive_max_power_list_peak = []
monthly_energy_measurement.reactive_max_power_list_off_peak_time = []
monthly_energy_measurement.reactive_max_power_list_off_peak = []
monthly_energy_measurement.save()
monthly_energy_measurement.generated_energy_peak_time = 9
self.assertEqual(
None,
monthly_energy_measurement.save(
update_fields=['generated_energy_peak_time']))
self.assertTrue(9,
monthly_energy_measurement.generated_energy_peak_time)
def test_not_create_monthly_energy_measurement_empty_transductor(self):
en_measurement = MonthlyMeasurement()
with self.assertRaises(IntegrityError):
en_measurement.save()
def test_create_monthly_energy_measurement(self):
size = len(MonthlyMeasurement.objects.all())
monthly_en_measurement = MonthlyMeasurement()
monthly_en_measurement.slave_collection_date = \
timezone.datetime(2019, 2, 5, 14, 0, 0)
monthly_en_measurement.trasnductor_collection_date = \
timezone.datetime(2019, 2, 5, 14, 0, 0)
monthly_en_measurement.transductor = self.transductor
monthly_en_measurement.generated_energy_peak_time = 9
monthly_en_measurement.generated_energy_off_peak_time = 9
monthly_en_measurement.consumption_peak_time = 9
monthly_en_measurement.consumption_off_peak_time = 9
monthly_en_measurement.inductive_power_peak_time = 9
monthly_en_measurement.inductive_power_off_peak_time = 9
monthly_en_measurement.capacitive_power_peak_time = 9
monthly_en_measurement.capacitive_power_off_peak_time = 9
monthly_en_measurement.active_max_power_peak_time = 9
monthly_en_measurement.active_max_power_off_peak_time = 9
monthly_en_measurement.reactive_max_power_peak_time = 9
monthly_en_measurement.reactive_max_power_off_peak_time = 9
monthly_en_measurement.active_max_power_list_peak_time = []
monthly_en_measurement.active_max_power_list_peak = []
monthly_en_measurement.active_max_power_list_off_peak_time = []
monthly_en_measurement.active_max_power_list_off_peak = []
monthly_en_measurement.reactive_max_power_list_peak_time = []
monthly_en_measurement.reactive_max_power_list_peak = []
monthly_en_measurement.reactive_max_power_list_off_peak_time = []
monthly_en_measurement.reactive_max_power_list_off_peak = []
self.assertIsNone(monthly_en_measurement.save())
self.assertEqual(size + 1, len(MonthlyMeasurement.objects.all()))
def save_monthly_measurement(self, response, transductor):
measurement = MonthlyMeasurement()
measurement.transductor = transductor
measurement.collection_date = timezone.datetime(
response[0],
response[1],
response[2],
response[3],
response[4],
response[5]
)
measurement.generated_energy_peak_time = response[6]
measurement.generated_energy_off_peak_time = response[7]
measurement.consumption_peak_time = response[8]
measurement.consumption_off_peak_time = response[9]
# FIXME - This 2 measurements comming as NaN from the transductor
measurement.inductive_power_peak_time = 0
measurement.inductive_power_off_peak_time = 0
measurement.capacitive_power_peak_time = 0
measurement.capacitive_power_off_peak_time = 0
measurement.active_max_power_peak_time = response[14]
measurement.active_max_power_off_peak_time = response[15]
measurement.reactive_max_power_peak_time = response[16]
measurement.reactive_max_power_off_peak_time = response[17]
# Arguments refer to initial positions of response information
# Further information on transductor's Memory Map
measurement.active_max_power_list_peak_time = []
year = timezone.datetime.today().year
date = timezone.datetime(year, response[19] // 256,
response[19] % 256, response[20] // 256,
response[20] % 256)
measurement.active_max_power_list_peak_time.append([response[18],
date])
date = timezone.datetime(year, response[22] // 256,
response[22] % 256, response[23] // 256,
response[23] % 256)
measurement.active_max_power_list_peak_time.append([response[21],
date])
date = timezone.datetime(year, response[25] // 256,
response[25] % 256, response[26] // 256,
response[26] % 256)
measurement.active_max_power_list_peak_time.append([response[24],
date])
date = timezone.datetime(year, response[28] // 256,
response[28] % 256, response[29] // 256,
response[29] % 256)
measurement.active_max_power_list_peak_time.append([response[27],
date])
measurement.active_max_power_list_off_peak_time = []
date = timezone.datetime(year, response[31] // 256,
response[31] % 256, response[32] // 256,
response[32] % 256)
measurement.active_max_power_list_off_peak_time.append([
response[30],
date])
date = timezone.datetime(year, response[34] // 256,
response[34] % 256, response[35] // 256,
response[35] % 256)
measurement.active_max_power_list_off_peak_time.append(
[response[33],
date])
date = timezone.datetime(year, response[37] // 256,
response[37] % 256, response[38] // 256,
response[38] % 256)
measurement.active_max_power_list_off_peak_time.append(
[response[36],
date])
date = timezone.datetime(year, response[40] // 256,
response[40] % 256, response[41] // 256,
response[41] % 256)
measurement.active_max_power_list_off_peak_time.append(
[response[39],
date])
measurement.reactive_max_power_list_peak_time = []
date = timezone.datetime(year, response[43] // 256, response[43] % 256,
response[44] // 256, response[44] % 256)
measurement.reactive_max_power_list_peak_time.append([response[42],
date])
date = timezone.datetime(year, response[46] // 256, response[46] % 256,
response[47] // 256, response[47] % 256)
measurement.reactive_max_power_list_peak_time.append([response[45],
date])
date = timezone.datetime(year, response[49] // 256, response[49] % 256,
response[50] // 256, response[50] % 256)
measurement.reactive_max_power_list_peak_time.append([response[48],
date])
date = timezone.datetime(year, response[52] // 256, response[52] % 256,
response[53] // 256, response[53] % 256)
measurement.reactive_max_power_list_peak_time.append([response[51],
date])
measurement.reactive_max_power_list_off_peak_time = []
date = timezone.datetime(year, response[55] // 256, response[55] % 256,
response[56] // 256, response[56] % 256)
measurement.reactive_max_power_list_off_peak_time.append([response[54],
date])
date = timezone.datetime(year, response[58] // 256, response[58] % 256,
response[59] // 256, response[59] % 256)
measurement.reactive_max_power_list_off_peak_time.append([response[57],
date])
date = timezone.datetime(year, response[61] // 256, response[61] % 256,
response[62] // 256, response[62] % 256)
measurement.reactive_max_power_list_off_peak_time.append([response[60],
date])
date = timezone.datetime(year, response[64] // 256, response[64] % 256,
response[65] // 256, response[65] % 256)
measurement.reactive_max_power_list_off_peak_time.append([response[63],
date])
measurement.save()