def runTest(self):
# empty list
self.assertEqual(neg.getNegationArray([], 4, True), [], 'Failed to deal with empty list')
# untagged - processes as normal
self.assertTrue(neg.getNegationArray(STR_UNTAGGED.split(), 4, True), 'Unable to process untagged doc')
# string should raise an error
self.assertRaises(AssertionError, neg.getNegationArray, STR_UNTAGGED, 4, True)
def runTest(self):
# empty list
self.assertEqual(neg.getNegationArray([], 4, True), [], 'Failed to deal with empty list')
# untagged - processes as normal
self.assertTrue(neg.getNegationArray(STR_UNTAGGED.split(), 4, True), 'Unable to process untagged doc')
# string should raise an error
self.assertRaises(AssertionError, neg.getNegationArray, STR_UNTAGGED, 4, True)
def runTest(self):
# loop increasing window sizes
negatedsums = []
for i in range(1,6):
A = neg.getNegationArray(STR_WINDOW.split(), i, False)
negatedsums.append(sum(A))
for i in range(4):
self.assertTrue(negatedsums[i] < negatedsums[i+1], 'Something wrong with window size %d'%i)
def runTest(self):
# loop increasing window sizes
negatedsums = []
for i in range(1,6):
A = neg.getNegationArray(STR_WINDOW.split(), i, False)
negatedsums.append(sum(A))
print str(negatedsums)
for i in range(4):
self.assertTrue(negatedsums[i] < negatedsums[i+1], 'Something wrong with window size %d'%i)
def test_window():
# loop increasing window sizes
negatedsums = []
for i in range(1, 6):
A = neg.getNegationArray(STR_WINDOW.split(), i, False)
negatedsums.append(sum(A))
for i in range(4):
assert negatedsums[i] < negatedsums[i + 1]
def runTest(self):
# no negation
A = neg.getNegationArray(STR_NONEGATION.split(), 4, True)
self.assertEqual(sum(A), 0, 'No negation string failed')
# simple negation
A = neg.getNegationArray(STR_NEGATION.split(), 4, True)
self.assertTrue(sum(A) > 0, 'Negation algo failed on STR_NEGATION')
# double negation
A = neg.getNegationArray(STR_DOUBLE.split(), 4, True)
self.assertTrue(sum(A) > 0, 'Negation algo failed on STR_DOUBLE')
# pseudo
A = neg.getNegationArray(STR_PSEUDO.split(), 4, True)
self.assertTrue(sum(A) == 0, 'Negation algo failed on STR_PSEUDO')
# other tag
A = neg.getNegationArray(STR_OTHERTAG.split(), 4, True)
self.assertTrue(sum(A) > 0, 'Negation algo failed on STR_OTHERTAG')
def runTest(self):
# no negation
A = neg.getNegationArray(STR_NONEGATION.split(), 4, True)
self.assertEqual(sum(A), 0, 'No negation string failed')
# simple negation
A = neg.getNegationArray(STR_NEGATION.split(), 4, True)
self.assertTrue(sum(A)>0, 'Negation algo failed on STR_NEGATION')
# double negation
A = neg.getNegationArray(STR_DOUBLE.split(), 4, True)
self.assertTrue(sum(A)>0, 'Negation algo failed on STR_DOUBLE')
# pseudo
A = neg.getNegationArray(STR_PSEUDO.split(), 4, True)
self.assertTrue(sum(A)==0, 'Negation algo failed on STR_PSEUDO')
# other tag
A = neg.getNegationArray(STR_OTHERTAG.split(), 4, True)
self.assertTrue(sum(A)>0, 'Negation algo failed on STR_OTHERTAG')
def test_negation_detection_notfound(sentence):
assert sum(neg.getNegationArray(sentence.split(), 4)) == 0
def test_edge_cases():
# empty list
assert neg.getNegationArray([], 4) == []
# untagged - processes as normal
assert neg.getNegationArray(STR_UNTAGGED.split(), 4)