import datetime from typing import Mapping from fincal.core import AllFrequencies, Frequency, Series, TimeSeriesCore from fincal.fincal import create_date_series from numpy import isin class TestFrequency: def test_creation(self): D = Frequency('daily', 'days', 1, 1, 'D') assert D.days == 1 assert D.symbol == 'D' assert D.name == 'daily' assert D.value == 1 assert D.freq_type == 'days' class TestAllFrequencies: def test_attributes(self): assert hasattr(AllFrequencies, 'D') assert hasattr(AllFrequencies, 'M') assert hasattr(AllFrequencies, 'Q') def test_days(self): assert AllFrequencies.D.days == 1 assert AllFrequencies.M.days == 30 assert AllFrequencies.Q.days == 91 def test_symbol(self): assert AllFrequencies.H.symbol == 'H' assert AllFrequencies.W.symbol == 'W' def test_values(self): assert AllFrequencies.H.value == 6 assert AllFrequencies.Y.value == 1 def test_type(self): assert AllFrequencies.Q.freq_type == 'months' assert AllFrequencies.W.freq_type == 'days' class TestSeries: def test_creation(self): series = Series([1, 2, 3, 4, 5, 6, 7], data_type='number') assert series.dtype == float assert series[2] == 3 dates = create_date_series('2021-01-01', '2021-01-31', frequency='D') series = Series(dates, data_type='date') assert series.dtype == datetime.datetime class TestTimeSeriesCore: data = [('2021-01-01', 220), ('2021-02-01', 230), ('2021-03-01', 240)] def test_creation(self): ts = TimeSeriesCore(self.data, frequency='M') assert isinstance(ts, TimeSeriesCore) assert isinstance(ts, Mapping) def test_getitem(self): ts = TimeSeriesCore(self.data, frequency='M') assert ts.dates[0] == datetime.datetime(2021, 1, 1, 0, 0) assert ts.values[0] == 220 assert ts['2021-01-01'][1] == 220 assert len(ts[ts.dates > '2021-01-01']) == 2 assert ts[ts.dates == '2021-02-01'].iloc[0][1] == 230 assert ts.iloc[2][0] == datetime.datetime(2021, 3, 1) assert len(ts.iloc[:2]) == 2