def test_filternoiselines(self):
"""Compare the output of alllines filtered by isnoiseline() with the known non-noise lines."""
nonNoiseLines = [
x for x in alllines.split('\n') if not NTPPeers.isnoiseline(x)
]
self.assertEqual(nonNoiseLines,
inactivepeerlines.split('\n') + peerlines.split('\n'))
def test_filternoiselines(self):
"""
Compare the output of alllines filtered by isnoiseline() with the known non-noise lines.
"""
nonNoiseLines = [x for x in alllines.split('\n') if not NTPPeers.isnoiseline(x)]
self.assertEqual(nonNoiseLines, peerlines.split('\n'))
def test_isntnoiseline(self):
for s in peerlines.split('\n'):
self.assertFalse(NTPPeers.isnoiseline(s))
def test_isnoiseline(self):
for s in noiselines.split('\n'):
self.assertTrue(NTPPeers.isnoiseline(s))
def test_peerisntnoise(self):
"""Ensure valid peer lines aren't classified as noise."""
for s in peerlines.split('\n'):
self.assertFalse(NTPPeers.isnoiseline(s))
def test_isnoiseline(self):
"""Ensure noise lines are classified as such."""
for s in noiselines.split('\n'):
self.assertTrue(NTPPeers.isnoiseline(s))
def test_isntnoiseline(self):
for s in peerlines.split('\n'):
self.assertFalse(NTPPeers.isnoiseline(s))
def test_isnoiseline(self):
for s in noiselines.split('\n'):
self.assertTrue(NTPPeers.isnoiseline(s))
def test_peerisntnoise(self):
"""Ensure valid peer lines aren't classified as noise."""
for s in peerlines.split('\n'):
self.assertFalse(NTPPeers.isnoiseline(s))
def test_isnoiseline(self):
"""Ensure noise lines are classified as such."""
for s in noiselines.split('\n'):
self.assertTrue(NTPPeers.isnoiseline(s))
