def test_percentile(self):
''' Garner confidence that we're not biases by rare events '''
samples = [
(1234567893, 1, 1440),
(1234567894, 1, 1440),
(1234567895, 1, 1440),
(1234567896, 1, 1440),
(1234567196, 100, 1440),
]
self.assertEqual(
raw_analyze._compute_bottleneck_capacity(samples, 1440), 1440)
def test_percentile(self):
''' Garner confidence that we're not biases by rare events '''
samples = [
(1234567893, 1, 1440),
(1234567894, 1, 1440),
(1234567895, 1, 1440),
(1234567896, 1, 1440),
(1234567196, 100, 1440),
]
self.assertEqual(raw_analyze._compute_bottleneck_capacity(
samples, 1440), 1440)
def test_functionality(self):
''' Make sure it produces a reasonable result for typical input '''
samples = [
(0.050997, 0.000000, 1440),
(0.052390, 0.001393, 1440),
(0.142646, 0.090256, 1440),
(0.145038, 0.002392, 1440),
(0.147341, 0.002303, 1440),
(0.196586, 0.049245, 1440),
(0.196947, 0.000361, 1440),
(0.199582, 0.002635, 1440),
(0.245488, 0.045906, 1440),
(0.247373, 0.001885, 1440),
]
capacity = raw_analyze._compute_bottleneck_capacity(samples, 1440)
self.assertEqual(capacity, 602006.68896321068)
def test_functionality(self):
''' Make sure it produces a reasonable result for typical input '''
samples = [
(0.050997, 0.000000, 1440),
(0.052390, 0.001393, 1440),
(0.142646, 0.090256, 1440),
(0.145038, 0.002392, 1440),
(0.147341, 0.002303, 1440),
(0.196586, 0.049245, 1440),
(0.196947, 0.000361, 1440),
(0.199582, 0.002635, 1440),
(0.245488, 0.045906, 1440),
(0.247373, 0.001885, 1440),
]
capacity = raw_analyze._compute_bottleneck_capacity(samples, 1440)
self.assertEqual(capacity, 602006.68896321068)
def test_float_division(self):
''' Make sure it deals gracefully with zero interval '''
self.assertEqual(
raw_analyze._compute_bottleneck_capacity([(1234567894, 0, 1380)],
1440), None)
def test_ignore_small_mss(self):
''' Make sure we ignore samples <= than 1/2 MSS '''
self.assertEqual(
raw_analyze._compute_bottleneck_capacity([(1234567894, 3, 720)],
1440), None)
def test_ignore_big_mss(self):
''' Make sure we ignore samples bigger than one MSS '''
self.assertEqual(
raw_analyze._compute_bottleneck_capacity([(1234567894, 3, 1441)],
1440), None)
def test_empty(self):
''' Make sure it works for empty input '''
self.assertEqual(raw_analyze._compute_bottleneck_capacity([], 1440),
None)
def test_float_division(self):
''' Make sure it deals gracefully with zero interval '''
self.assertEqual(raw_analyze._compute_bottleneck_capacity(
[(1234567894, 0, 1380)], 1440), None)
def test_ignore_small_mss(self):
''' Make sure we ignore samples <= than 1/2 MSS '''
self.assertEqual(raw_analyze._compute_bottleneck_capacity(
[(1234567894, 3, 720)], 1440), None)
def test_ignore_big_mss(self):
''' Make sure we ignore samples bigger than one MSS '''
self.assertEqual(raw_analyze._compute_bottleneck_capacity(
[(1234567894, 3, 1441)], 1440), None)
def test_empty(self):
''' Make sure it works for empty input '''
self.assertEqual(raw_analyze._compute_bottleneck_capacity([], 1440),
None)
