def testScoreSimple(self):
"""Simple scoring test with no input mask."""
# Compute an offset near the end of the bit array since we're working
# with small numbers.
offset=64-8
s, failed=tournament.score(15, 7, offset, 8, 1, [])
self.assertEquals(s, 7) # Of eight bits, only one was different
self.assertEquals(len(failed), 1)
self.assertTrue(1 in failed)
def testScoreSimple(self):
"""Simple scoring test with no input mask."""
# Compute an offset near the end of the bit array since we're working
# with small numbers.
offset = 64 - 8
s, failed = tournament.score(15, 7, offset, 8, 1, [])
self.assertEquals(s, 7) # Of eight bits, only one was different
self.assertEquals(len(failed), 1)
self.assertTrue(1 in failed)
def testScoreFailureSkipping(self):
"""Scoring test skipping matches based on previous mask."""
# Compute an offset near the end of the bit array since we're working
# with small numbers.
offset=64-8
s, failed=tournament.score(15, 7, offset, 8, 1, [0, 1, 2])
self.assertEquals(s, 4) # Scoring based on similarities minus exceptions
self.assertEquals(len(failed), 2)
# These were carried forward from the previous test
self.assertTrue(0 in failed)
self.assertTrue(1 in failed)
def testScoreFailureSkipping(self):
"""Scoring test skipping matches based on previous mask."""
# Compute an offset near the end of the bit array since we're working
# with small numbers.
offset = 64 - 8
s, failed = tournament.score(15, 7, offset, 8, 1, [0, 1, 2])
self.assertEquals(s,
4) # Scoring based on similarities minus exceptions
self.assertEquals(len(failed), 2)
# These were carried forward from the previous test
self.assertTrue(0 in failed)
self.assertTrue(1 in failed)