def test_multiple_choice_gapfiller__exception(self, random_seed=1234):
random.seed(random_seed)
this_gap_filler = gap_filler.GapFiller()
input_data = 'This is a dog'
with self.assertRaises(gap_filler.GapFillerException):
this_gap_filler.multiple_choice_fill_gaps(input_data)
def test_find_gaps__title(self, random_seed=1235):
random.seed(random_seed)
expected_output = 'Gap Filler!'
input_dict = {'article_body': 'This is a dog', 'url': 'test_url'}
this_gap_filler = gap_filler.GapFiller()
output_dict_actual = this_gap_filler.fill_gaps(input_dict)
self.assertEqual(expected_output, output_dict_actual.get('title'))
def test_find_gaps__instructions_secondary(self, random_seed=1235):
random.seed(random_seed)
expected_output = '\nThe removed words are below:\n'
input_dict = {'article_body': 'This is a dog', 'url': 'test_url'}
this_gap_filler = gap_filler.GapFiller()
output_dict_actual = this_gap_filler.fill_gaps(input_dict)
self.assertEqual(expected_output,
output_dict_actual.get('instructions_secondary'))
def test_find_gaps__instructions(self, random_seed=1235):
random.seed(random_seed)
expected_output = '\nRead the below text. Can you fill the gaps with the words in the list below?\n'
input_dict = {'article_body': 'This is a dog', 'url': 'test_url'}
this_gap_filler = gap_filler.GapFiller()
output_dict_actual = this_gap_filler.fill_gaps(input_dict)
self.assertEqual(expected_output,
output_dict_actual.get('instructions_primary'))
def test_lemmatizer(self, random_seed=1234):
random.seed(random_seed)
input_data = 'The dog ran'
this_gap_filler = gap_filler.GapFiller()
_, actual_output_text, _, _ = this_gap_filler.lemmatizer(input_data)
# N.B. the inserted gaps consist of 15 underscores
expected_output = 'The dog (1) _______________ ( run )'
self.assertEqual(expected_output, actual_output_text)
def test_skim_reader(self, random_seed=1234):
random.seed(random_seed)
input_data = 'This is a dog'
this_gap_filler = gap_filler.GapFiller()
_, actual_output_text, _ = this_gap_filler.skim_reader(input_data)
# N.B. the inserted gaps consist of a number of X's which are equal to the length of the removed word
expected_output = 'XXXX XX X dog'
self.assertEqual(expected_output, actual_output_text)
def test_find_gaps__text(self, random_seed=1235):
random.seed(random_seed)
input_dict = {'article_body': 'This is a dog', 'url': 'test_url'}
this_gap_filler = gap_filler.GapFiller()
output_dict_actual = this_gap_filler.fill_gaps(input_dict)
# N.B. the inserted gaps consist of 15 underscores
expected_output = 'This is a (1) _______________'
self.assertEqual(expected_output,
output_dict_actual['main_text_final'])
def test_function_word_filler(self, random_seed=1234):
random.seed(random_seed)
input_data = 'There is a dog'
this_gap_filler = gap_filler.GapFiller()
_, actual_output_text, _, _ = this_gap_filler.function_word_filler(
input_data)
# N.B. the inserted gaps consist of 15 underscores
expected_output = '(1) _______________ is a dog'
self.assertEqual(expected_output, actual_output_text)
def test_multiple_choice_gapfiller__text(self, random_seed=1234):
random.seed(random_seed)
input_data = 'These are dogs and cats and mice'
this_gap_filler = gap_filler.GapFiller()
_, actual_output_text, _, _, _, _ = this_gap_filler.multiple_choice_fill_gaps(
input_data)
# N.B. the inserted gaps consist of 15 underscores
expected_output = 'These are dogs and (1) _______________ and mice'
self.assertEqual(expected_output, actual_output_text)
