def test_ga(self):
"""Test add_timeseries on time series with different start and end
dates.
"""
today = datetime(2010, 12, 5)
tomorrow = datetime(2010, 12, 6)
timeserie_a = TimeseriesStub((today, 10))
timeserie_b = TimeseriesStub((tomorrow, 40))
expected_events = [(today, 10), (tomorrow, 40)]
events = list(add_timeseries(timeserie_a, timeserie_b).events())
self.assertEqual(expected_events, events)
def test_ga(self):
"""Test add_timeseries on time series with different start and end
dates.
"""
today = datetime(2010, 12, 5)
tomorrow = datetime(2010, 12, 6)
timeserie_a = TimeseriesStub((today, 10))
timeserie_b = TimeseriesStub((tomorrow, 40))
expected_events = [(today, 10), (tomorrow, 40)]
events = list(add_timeseries(timeserie_a, timeserie_b).events())
self.assertEqual(expected_events, events)
def test_g(self):
"""Test add_timeseries on time series with same start and end date."""
today = datetime(2010, 12, 5)
tomorrow = datetime(2010, 12, 6)
timeserie_a = TimeseriesStub()
timeserie_a.add_value(today, 10)
timeserie_a.add_value(tomorrow, 20)
timeserie_b = TimeseriesStub()
timeserie_b.add_value(today, 30)
timeserie_b.add_value(tomorrow, 40)
expected_timeserie = [(today, 40), (tomorrow, 60)]
summed_timeseries = \
list(add_timeseries(timeserie_a, timeserie_b).events())
self.assertEqual(expected_timeserie, summed_timeseries)
def test_g(self):
"""Test add_timeseries on time series with same start and end date."""
today = datetime(2010, 12, 5)
tomorrow = datetime(2010, 12, 6)
timeserie_a = TimeseriesStub()
timeserie_a.add_value(today, 10)
timeserie_a.add_value(tomorrow, 20)
timeserie_b = TimeseriesStub()
timeserie_b.add_value(today, 30)
timeserie_b.add_value(tomorrow, 40)
expected_timeserie = [(today, 40), (tomorrow, 60)]
summed_timeseries = \
list(add_timeseries(timeserie_a, timeserie_b).events())
self.assertEqual(expected_timeserie, summed_timeseries)
