def test_filter_by_status(self):
result_1 = weatherutils.filter_by_status(self.__test_weathers,
"rain",
self.__test_registry)
self.assertEqual(1, len(result_1))
self.assertTrue(weatherutils.status_is(result_1[0], "rain",
self.__test_registry))
result_2 = weatherutils.filter_by_status(self.__test_weathers,
"sun",
self.__test_registry)
self.assertEqual(1, len(result_2))
self.assertTrue(weatherutils.status_is(result_2[0], "sun",
self.__test_registry))
def will_be_foggy_at(self, timeobject):
"""
Tells if at the specified time the condition is fog. The check is
performed on the *Weather* item of the forecast which is closest to the
time value conveyed by the parameter
:param timeobject: may be a UNIX time, a ``datetime.datetime`` object
or an ISO8601-formatted string in the format
``YYYY-MM-DD HH:MM:SS+00``
:type timeobject: long/int, ``datetime.datetime`` or str)
:returns: boolean
"""
time = timeformatutils.to_UNIXtime(timeobject)
closest_weather = weatherutils.find_closest_weather(
self._forecast.get_weathers(), time)
return weatherutils.status_is(closest_weather, "fog",
weather_code_registry)
def will_be_foggy_at(self, timeobject):
"""
Tells if at the specified time the condition is fog. The check is
performed on the *Weather* item of the forecast which is closest to the
time value conveyed by the parameter
:param timeobject: may be a UNIX time, a ``datetime.datetime`` object
or an ISO8601-formatted string in the format
``YYYY-MM-DD HH:MM:SS+00``
:type timeobject: long/int, ``datetime.datetime`` or str)
:returns: boolean
"""
time = timeformatutils.to_UNIXtime(timeobject)
closest_weather = weatherutils.find_closest_weather(
self._forecast.get_weathers(), time)
return weatherutils.status_is(closest_weather, "fog",
weather_code_registry)
def test_status_is(self):
self.assertTrue(weatherutils.status_is(self.__test_weather_rain,
"rain", self.__test_registry))
self.assertFalse(weatherutils.status_is(self.__test_weather_sun,
"rain", self.__test_registry))