def test_listed_non_uniques_will_be_treat_as_so(self):
''' Test to ensure that word from non_unique list will be
treat as non unique
'''
results, non_unique = parse.find_unique('test,a1ph@;. d0n6! \n', [],
["test"])
self.assertEqual(results, ["a1ph@", "d0n6"], "Wrong findings!")
self.assertEqual(non_unique, ["test"], "Wrong non-unique value!")
def test_reoccured_unique_word_treat_as_non_unique(self):
''' Test to ensure that word from unique list on re-appearance
will be treat as non unique
'''
results, non_unique = parse.find_unique('test,a1ph@;. d0n6! \n',
["test"], [])
self.assertEqual(results, ["a1ph@", "d0n6"], "Wrong findings!")
self.assertEqual(non_unique, ["test"], "Wrong non-unique value!")
def test_three_occurance_of_non_unique(self):
''' Test to ensure that not unoque word will be found in case
of three appearances
'''
results, non_unique = parse.find_unique('test,a1ph@;. d0n6! test.test',
[], [])
self.assertEqual(results, ["a1ph@", "d0n6"],
"Wrong findings on triple occurance!")
self.assertEqual(non_unique, ["test"], "Wrong non-unique value!")
def test_find_uniques(self):
'''Test to ensure that few unique words will be found '''
results, non_unique = parse.find_unique("test,a1ph@;. d0n6", [], [])
self.assertEqual(results, ["test", "a1ph@", "d0n6"], "Wrong findings!")
self.assertEqual(non_unique, [], "Wrong non-unique value!")