def test_pvs_energy_hourly():
from pvs.models import Energy
pvs_list = Energy.get_distinct_serial()
print('distinct pvs serial: %s' % pvs_list)
#pvs_serial = '0000000097894c9b'
pvs_serial = '00000000f6392e07'
pvs_en_by_hour = Energy.get_energy_daily_output_by_hour(pvs_serial)
#print(pvs_en_by_hour)
#return
result_list = []
for entry in pvs_en_by_hour[pvs_serial].values():
result_list.append(entry.values())
result_list.sort(key=lambda x: x[0])
print('== pvs energy today hourly result ==')
for entry in result_list:
print(entry)
pvs_en_hourly = Energy.get_calculated_energy_hourly_output(pvs_serial)
result_list = []
for entry in pvs_en_hourly[pvs_serial].values():
result_list.append(entry.values())
result_list.sort(key=lambda x: x[0])
print('== pvs calculated energy hourly result ==')
for entry in result_list:
print(entry)
def prepare_pvs_energy_hourly_output_data(self, pvs_serial):
pvs_en_hourly_data = Energy.get_calculated_energy_hourly_output(pvs_serial)[pvs_serial]
p_date_list = [p_date for p_date in pvs_en_hourly_data]
p_date_list.sort()
p_data = []
for p_date in p_date_list:
p_data.append(pvs_en_hourly_data[p_date])
return p_data
def prepare_pvs_energy_yearly_output_data(self, pvs_serial):
pvs_en_yearly_data = Energy.get_yearly_output(pvs_serial)[pvs_serial]
logger.debug('pvs_en_yearly_data count %d' % len(pvs_en_yearly_data))
p_date_list = pvs_en_yearly_data.keys()
p_date_list = sorted(p_date_list)
logger.debug('p_date_list count %d' % len(p_date_list))
p_data = []
for p_en_date in p_date_list:
p_data.append(pvs_en_yearly_data[p_en_date])
return UserPVStationView.turn_energy_into_kwh_unit(p_data)
def prepare_pvs_energy_hourly_output_data(self, pvs_serial):
pvs_en_hourly_data = Energy.get_calculated_energy_hourly_output(
pvs_serial)[pvs_serial]
p_date_list = [p_date for p_date in pvs_en_hourly_data]
p_date_list.sort()
p_data = []
for p_date in p_date_list:
p_data.append(pvs_en_hourly_data[p_date])
return UserPVStationView.turn_energy_into_kwh_unit(p_data)
def test_pvs_energy_daily():
from pvs.models import Energy
#pvs_serial = '0000000097894c9b'
pvs_serial = '00000000f6392e07'
pvs_en_daily = Energy.get_energy_daily_output(pvs_serial)
result_list = []
for entry in pvs_en_daily[pvs_serial].values():
result_list.append(entry.values())
result_list.sort(key=lambda x: x[0])
print('== pvs energy today daily result ==')
for entry in result_list:
print(entry)
def test_pvs_energy_montly():
from pvs.models import Energy
pvs_serial = None
pvs_en_list = Energy.get_monthly_output(pvs_serial)
print('origin data: %s' % pvs_en_list)
for pvs_serial in pvs_en_list:
result_list = []
for entry in pvs_en_list[pvs_serial].values():
result_list.append(entry.values())
result_list.sort(key=lambda x: x[0])
print('== pvs %s energy monthly result ==' % pvs_serial)
for entry in result_list:
print(entry)
def get_context_data(self, **kwargs):
context = TemplateView.get_context_data(self, **kwargs)
pvs_serial = self.kwargs.get('pvs_serial')
if pvs_serial in Energy.get_distinct_serial():
context['pvs_serial'] = self.kwargs.get('pvs_serial')
pvs_en_daily = self.prepare_pvs_energy_daily_output_data(pvs_serial,self.ENERGY_DATA_TYPE_STACKED)
context['pvs_data_en_daily'] = json.dumps(pvs_en_daily)
pvs_en_hourly = self.prepare_pvs_energy_hourly_output_data(pvs_serial)
context['pvs_data_en_hourly'] = json.dumps(pvs_en_hourly)
context['pvs_address'] = u''.join(Report.get_address(pvs_serial)).encode('utf-8')
context['copyright_year'] = date.today().year
return context
def test_pvs_energy_daily():
from pvs.models import Energy
DEFAULT_MONTH_SINCE = 18
date_since = (datetime.today() +
timedelta(days=-DEFAULT_MONTH_SINCE * 30)).date()
date_since = date(date_since.year, date_since.month, 1)
print('date since %s' % date_since)
pvs_en_daily = Energy.get_energy_daily_output(pvs_serial, date_since)
result_list = []
for entry in pvs_en_daily[pvs_serial].values():
result_list.append(entry.values())
result_list.sort(key=lambda x: x[0])
print('== pvs energy today daily result ==')
for entry in result_list:
print(entry)
def prepare_pvs_energy_daily_output_data(self,pvs_serial,en_daily_data_type=ENERGY_DATA_TYPE_TOTAL):
pvs_en_daily_data = Energy.get_energy_daily_output(pvs_serial)[pvs_serial]
p_date_list = [entry for entry in pvs_en_daily_data]
p_date_list.sort()
p_data = []
if en_daily_data_type == self.ENERGY_DATA_TYPE_TOTAL:
for p_en_date in p_date_list:
entry_data = { 'date': p_en_date,
'energy': 0}
for key in pvs_en_daily_data[p_en_date]:
if key != 'date':
entry_data['energy'] += pvs_en_daily_data[p_en_date][key]
p_data.append(entry_data)
elif en_daily_data_type == self.ENERGY_DATA_TYPE_STACKED:
for p_en_date in p_date_list:
p_data.append(pvs_en_daily_data[p_en_date])
return p_data