def main():
inputs = sys.stdin.read().splitlines()
# @TODO get this from a CLI argument
percentiles = [0, 50, 90, 95, 99, 99.9, 100]
outputs = get_percentiles(inputs, percentiles)
for output in outputs:
percentile = output[0]
percentile_value = output[1]
print("p" + str(percentile) + "\t=\t" + str(percentile_value))
def empty_input_returns_None(self):
inputs = []
percentiles = [50]
outputs = zstat.get_percentiles(inputs, percentiles)
self.assertIsNone(outputs)
def test_input_small_decimal_percentiles(self):
inputs = [456, 366, 695, 773, 617, 826, 56, 78, 338, 326]
percentiles = [99.0, 99.9, 99.99999]
outputs = zstat.get_percentiles(inputs, percentiles)
self.assertEqual(outputs, [(99.0, 826), (99.9, 826), (99.99999, 826)])
def test_input_small(self):
inputs = [456, 366, 695, 773, 617, 826, 56, 78, 338, 326]
percentiles = [0, 50]
outputs = zstat.get_percentiles(inputs, percentiles)
self.assertEqual(outputs, [(0, 56), (50, 366)])
def small_percentile_returns_first(self):
inputs = [1, 2, 3, 4]
percentiles = [0]
outputs = zstat.get_percentiles(inputs, percentiles)
self.assertEqual(outputs, [(0, 1)])
def one_input_returns_one_input(self):
inputs = [100]
percentiles = [50]
outputs = zstat.get_percentiles(inputs, percentiles)
self.assertEqual(outputs, [(50, 100)])