def test_highest_max(self):
config = [20, 50, 30, 40]
seriesList = [range(max_val) for max_val in config]
# Expect the test results to be returned in decending order
expected = [
[seriesList[1]],
[seriesList[1], seriesList[3]],
[seriesList[1], seriesList[3], seriesList[2]],
# Test where num_return == len(seriesList)
[seriesList[1], seriesList[3], seriesList[2], seriesList[0]],
# Test where num_return > len(seriesList)
[seriesList[1], seriesList[3], seriesList[2], seriesList[0]],
]
for index, test in enumerate(expected):
results = functions.highestMax({}, seriesList, index + 1)
self.assertEqual(test, results)
def test_highest_max(self):
config = [20, 50, 30, 40]
seriesList = [range(max_val) for max_val in config]
# Expect the test results to be returned in decending order
expected = [
[seriesList[1]],
[seriesList[1], seriesList[3]],
[seriesList[1], seriesList[3], seriesList[2]],
# Test where num_return == len(seriesList)
[seriesList[1], seriesList[3], seriesList[2], seriesList[0]],
# Test where num_return > len(seriesList)
[seriesList[1], seriesList[3], seriesList[2], seriesList[0]],
]
for index, test in enumerate(expected):
results = functions.highestMax({}, seriesList, index + 1)
self.assertEqual(test, results)
def test_highest_max_empty_series_list(self):
# Test the function works properly with an empty seriesList provided.
self.assertEqual([], functions.highestMax({}, [], 1))
def test_highest_max_empty_series_list(self):
# Test the function works properly with an empty seriesList provided.
self.assertEqual([], functions.highestMax({}, [], 1))
