def testArrayvalueCountSeriesreturnEmptySeries(self):
priceArray = [52.80, 52.80, 51.18, 52.80,51.18,52.87]
npsy = NumpySciPy()
series = npsy.initSeries(priceArray)
actual = npsy.valueCountSeries(series)
expected = pd.Index(priceArray).value_counts()
def testSingleValueArrayValueCountSeriesreturnSerie(self):
priceArray = [52.80]
npsy = NumpySciPy()
series = npsy.initSeries(priceArray)
actual = npsy.valueCountSeries(series)
expected = pd.Index(priceArray).value_counts()
def test2DArrayInitSeriesreturnObjectSeries(self):
priceArray = [[49.56, 50.70, 51.18, 52.80, 52.87],[24.24, 24.60, 26.04, 26.90, 26.66]]
npsy = NumpySciPy()
actual = npsy.initSeries(priceArray)
expected = pd.Index(priceArray)
def testArrayInitSeriesreturnSeries(self):
priceArray = [49.56, 50.70, 51.18, 52.80, 52.87]
npsy = NumpySciPy()
actual = npsy.initSeries(priceArray)
expected = pd.Index(priceArray)
def testSingleValArrayInitSeriesreturnSerie(self):
priceArray = [49.56]
npsy = NumpySciPy()
actual = npsy.initSeries(priceArray)
expected = pd.Index(priceArray)
def testEmptyArrayInitSeriesreturnEmptySeries(self):
priceArray = []
npsy = NumpySciPy()
actual = npsy.initSeries(priceArray)
expected = pd.Index(priceArray)