def test_that_repeating_elements_actually_are_replaced(self):
_number = 47
sentence = s.get_sentence(_number)
self.assertIsInstance(sentence, self.variable_types)
keywords = ['#REPEAT', '#DEFINE_REPEAT']
sentence = s.get_sentence()
for keyword in keywords:
self.assertNotIn(keyword, sentence)
def test_that_repeating_elements_actually_are_replaced(self):
_number = 47
sentence = s.get_sentence(_number)
self.assertIsInstance(sentence, self.variable_types)
keywords = ['#REPEAT', '#DEFINE_REPEAT']
sentence = s.get_sentence()
for keyword in keywords:
self.assertNotIn(keyword, sentence)
def test_that_no_hashed_keywords_remain_in_sentence(self):
keywords = [
'#VERB', '#NOUN', '#ADJECTIVE', '#NAME', '#ADJECTIVE_MAYBE', '#AN',
'#RANDOM', '#CAPITALISE', '#CAPALL'
]
sentence = s.get_sentence()
for keyword in keywords:
self.assertNotIn(keyword, sentence)
def test_get_sentence_handles_it_when_we_submit_a_float(self):
_number = 98.9
sentence = s.get_sentence(_number)
print(sentence)
self.assertIsInstance(sentence, self.variable_types)
def test_get_sentence_with_a_random_integer(self):
limits = s.__get_table_limits()
upper_sentence_limit = limits['max_sen']
sen_id = random.randint(1, upper_sentence_limit)
sentence = s.get_sentence(sen_id)
self.assertIsInstance(sentence, self.variable_types)
def test_get_sentence_returns_a_unicode_string_with_integer_lower_limit(
self):
lower_limit = 1
sentence = s.get_sentence(lower_limit)
self.assertIsInstance(sentence, self.variable_types)
def test_get_sentence_returns_a_unicode_string_with_integer_upper_limit(
self):
limits = s.__get_table_limits()
upper_limit = limits['max_sen']
sentence = s.get_sentence(upper_limit)
self.assertIsInstance(sentence, self.variable_types)
def test_get_sentence_returns_a_unicode_string(self):
sentence = s.get_sentence()
self.assertIsInstance(sentence, self.variable_types)
def test_that_no_hashed_keywords_remain_in_sentence(self):
keywords = ['#VERB', '#NOUN', '#ADJECTIVE', '#NAME',
'#ADJECTIVE_MAYBE', '#AN', '#RANDOM', '#CAPITALISE', '#CAPALL']
sentence = s.get_sentence()
for keyword in keywords:
self.assertNotIn(keyword, sentence)
def test_get_sentence_handles_it_when_we_submit_a_float(self):
_number = 98.9
sentence = s.get_sentence(_number)
print(sentence)
self.assertIsInstance(sentence, self.variable_types)
def test_get_sentence_with_a_random_integer(self):
limits = s.__get_table_limits()
upper_sentence_limit = limits['max_sen']
sen_id = random.randint(1, upper_sentence_limit)
sentence = s.get_sentence(sen_id)
self.assertIsInstance(sentence, self.variable_types)
def test_get_sentence_returns_a_unicode_string_with_integer_lower_limit(self):
lower_limit = 1
sentence = s.get_sentence(lower_limit)
self.assertIsInstance(sentence, self.variable_types)
def test_get_sentence_returns_a_unicode_string_with_integer_upper_limit(self):
limits = s.__get_table_limits()
upper_limit = limits['max_sen']
sentence = s.get_sentence(upper_limit)
self.assertIsInstance(sentence, self.variable_types)
def test_get_sentence_returns_a_unicode_string(self):
sentence = s.get_sentence()
self.assertIsInstance(sentence, self.variable_types)