def test_view_home_with_data(self):
now = datetime.datetime.now()
one_year_ago = datetime.datetime(now.year, now.month-1, now.day,
now.hour, now.minute, now.second)
data_now = {'tsp': wp_datetime.convert_to_timestamp(now),
'version':8L,
'datum_version': datetime.date.today(),
'betriebsmodus': 'test',
'uhrzeit': datetime.time(21, 32, 8),
'datum': datetime.date.today(),
'DO_buffer': 'foo',
'DI_buffer': 'bar' }
data_one_year_ago = {'tsp': wp_datetime.convert_to_timestamp(one_year_ago),
'betriebsmodus': 'test', }
float_columns = ['temp_aussen', 'temp_aussen24', 'temp_aussen1',
'temp_RlSoll', 'temp_Rl', 'temp_Vl', 'ww_TempSoll',
'ww_TempIst', 'temp_raum', 'temp_raum1', 'temp_WQein',
'temp_WQaus', 'temp_Verdampfer', 'temp_Kondensator',
'temp_Saugleitung', 'druck_Verdampfer',
'druck_Kondensator', 'betr_h_hzg_pu', 'betr_h_ww_pu' ]
for col in float_columns:
data_now[col] = float(random.randint(-30, 70))
data_one_year_ago[col] = random.randint(-30, 70)
self._add_one(data_one_year_ago)
self._add_one(data_now)
data_now['currKW'] = calculations.CurrKW.calc(data_now['temp_Vl'])
data_now['deltaVlRl'] = data_now['temp_Vl'] - data_now['temp_Rl']
data_now['deltaWQea'] = data_now['temp_WQein'] - data_now['temp_WQaus']
data_now['betrHWwPlusHzg'] = (
(data_now['betr_h_ww_pu'] - data_one_year_ago['betr_h_ww_pu'])
+ (data_now['betr_h_hzg_pu'] - data_one_year_ago['betr_h_hzg_pu']))
data_now['verbrauch'] = data_now['betrHWwPlusHzg'] * 1.9177
del data_now['tsp']
del data_now['betr_h_ww_pu']
del data_now['betr_h_hzg_pu']
request = testing.DummyRequest()
response = views.view_home(request)
result = dict([ (field, getattr(response['current_data'], field))
for field in data_now ])
self.maxDiff = None
self.assertDictEqual(result, data_now)
def test_view_home_without_data(self):
request = testing.DummyRequest()
response = views.view_home(request)
self.assertFalse(response['current_data'].data_available)
