def test_with_data_as_tuple_with_strings(self):
mytuple = (
('2019-01-01', 0),
(timestamp_converter('2019-01-01'), 1),
)
ts = TimeSeries(*mytuple, default=10)
expected = {timestamp_converter(key): value for key, value in mytuple}
assert ts.items() == expected.items()
assert ts.default == 10
def test_with_dict_keys_being_strings(self):
dct = {
'2019-01-01': 1,
'2019-02-01': 2,
timestamp_converter('2019-03-01'): 3,
}
ts = TimeSeries(dct, default=10)
expected = {
timestamp_converter(key): value
for key, value in dct.items()
}
assert ts.items() == expected.items()
assert ts.default == 10
def test_update(self, smallts):
og_ts = deepcopy(smallts)
last_index = smallts.index[-1]
new_index = last_index + pd.Timedelta('2 days')
new_value = 10
# Updating with TimeSeries
other = TimeSeries({new_index: new_value, last_index: new_value})
og_ts.update(other)
assert og_ts[new_index] == new_value
assert og_ts[last_index] == new_value
# Updating with tuple
og_ts = deepcopy(smallts)
other_tuple = tuple(other.items())
og_ts.update(other_tuple)
assert og_ts[new_index] == new_value
# Updating with *args
og_ts = deepcopy(smallts)
other_new_index = new_index + pd.Timedelta('2 hours')
other_new = TimeSeries({other_new_index: new_value})
og_ts.update([other, other_new])
assert og_ts[new_index] == new_value
assert og_ts[other_new_index] == new_value
# Updating with dict
og_ts = deepcopy(smallts)
og_ts.update({new_index: new_value})
assert og_ts[new_index] == new_value
# Updating with **kwargs
og_ts = deepcopy(smallts)
with pytest.raises(TypeError):
og_ts.update(**{new_index: new_value})