def test_find_antonyms(self):
for each_word, each_word_antonym in data.INPUT_WORDS['ANTONYM'].items():
tree, status_code = greb.make_parse_tree(data.COMMON['URLS']['base'].format(word=each_word))
self.assertEqual(status_code, data.COMMON['STATUS_CODE']['ok'])
antonym = greb.find_antonyms(tree)
self.assertEqual(antonym, each_word_antonym)
def test_find_suggestions_with_exception(self):
for each_word, each_word_dict in data.EXCEPTION_THROWING_WORDS['suggestions'].items():
expected_status_code = each_word_dict.get('status_code')
tree, status_code = greb.make_parse_tree(data.COMMON['URLS']['base'].format(word=each_word))
self.assertEqual(status_code, expected_status_code)
suggestions = greb.find_suggestions(tree)
self.assertEqual(suggestions, each_word_dict.get('console_output'))
def test_find_sentences(self):
for each_word, each_word_sentence in data.INPUT_WORDS['SENTENCE'].items():
tree, status_code = greb.make_parse_tree(data.COMMON['URLS']['base'].format(word=each_word))
self.assertEqual(status_code, data.COMMON['STATUS_CODE']['ok'])
sentence = greb.find_sentences(tree, each_word)
self.assertEqual(sentence, each_word_sentence)
def test_find_meaning(self):
for each_word, each_word_meaning in data.INPUT_WORDS['MEANING'].items():
tree, status_code = greb.make_parse_tree(data.COMMON['URLS']['base'].format(word=each_word))
self.assertEqual(status_code, data.COMMON['STATUS_CODE']['ok'])
meaning = greb.find_meaning(tree)
self.assertEqual(meaning, each_word_meaning)
def test_find_antonyms(self):
for each_word, each_word_antonym in data.INPUT_WORDS['ANTONYM'].items(
):
tree, status_code = greb.make_parse_tree(
data.COMMON['URLS']['base'].format(word=each_word))
self.assertEqual(status_code, data.COMMON['STATUS_CODE']['ok'])
antonym = greb.find_antonyms(tree)
self.assertEqual(antonym, each_word_antonym)
def test_find_sentences(self):
for each_word, each_word_sentence in data.INPUT_WORDS[
'SENTENCE'].items():
tree, status_code = greb.make_parse_tree(
data.COMMON['URLS']['base'].format(word=each_word))
self.assertEqual(status_code, data.COMMON['STATUS_CODE']['ok'])
sentence = greb.find_sentences(tree, each_word)
self.assertEqual(sentence, each_word_sentence)
def test_find_meaning(self):
for each_word, each_word_meaning in data.INPUT_WORDS['MEANING'].items(
):
tree, status_code = greb.make_parse_tree(
data.COMMON['URLS']['base'].format(word=each_word))
self.assertEqual(status_code, data.COMMON['STATUS_CODE']['ok'])
meaning = greb.find_meaning(tree)
self.assertEqual(meaning, each_word_meaning)
def test_find_suggestions_with_exception(self):
for each_word, each_word_dict in data.EXCEPTION_THROWING_WORDS[
'suggestions'].items():
expected_status_code = each_word_dict.get('status_code')
tree, status_code = greb.make_parse_tree(
data.COMMON['URLS']['base'].format(word=each_word))
self.assertEqual(status_code, expected_status_code)
suggestions = greb.find_suggestions(tree)
self.assertEqual(suggestions, each_word_dict.get('console_output'))
def test_find_suggestions(self):
for each_word, each_word_dict in data.MISSPELLED_WORDS.items():
expected_status_code = each_word_dict.get('status_code')
suggestion_string = each_word_dict.get('suggestion_string')
suggestion_key = each_word_dict.get('suggestion_key')
# expected_suggestions = each_word_dict.get('suggestions')
tree, status_code = greb.make_parse_tree(data.COMMON['URLS']['base'].format(word=each_word))
self.assertEqual(status_code, expected_status_code)
self.assertIn(suggestion_string, tree.get_text())
result = greb.find_suggestions(tree)
self.assertIn(suggestion_key, result)
def test_find_suggestions(self):
for each_word, each_word_dict in data.MISSPELLED_WORDS.items():
expected_status_code = each_word_dict.get('status_code')
suggestion_string = each_word_dict.get('suggestion_string')
suggestion_key = each_word_dict.get('suggestion_key')
# expected_suggestions = each_word_dict.get('suggestions')
tree, status_code = greb.make_parse_tree(
data.COMMON['URLS']['base'].format(word=each_word))
self.assertEqual(status_code, expected_status_code)
self.assertIn(suggestion_string, tree.get_text())
result = greb.find_suggestions(tree)
self.assertIn(suggestion_key, result)
def test_find_word_of_the_day(self):
tree, status_code = greb.make_parse_tree(data.COMMON['URLS']['home'])
self.assertEqual(status_code, data.COMMON['STATUS_CODE']['ok'])
word_of_day = greb.find_word_of_the_day(tree)
self.assertEqual(len(word_of_day), 1)
def test_find_trending_words(self):
tree, status_code = greb.make_parse_tree(data.COMMON['URLS']['home'])
self.assertEqual(status_code, data.COMMON['STATUS_CODE']['ok'])
trending_words = greb.find_trending_words(tree)
self.assertEqual(len(trending_words), 5)
def test_find_word_of_the_day(self):
tree, status_code = greb.make_parse_tree(data.COMMON['URLS']['home'])
self.assertEqual(status_code, data.COMMON['STATUS_CODE']['ok'])
word_of_day = greb.find_word_of_the_day(tree)
self.assertEqual(len(word_of_day), 1)
def test_find_trending_words(self):
tree, status_code = greb.make_parse_tree(data.COMMON['URLS']['home'])
self.assertEqual(status_code, data.COMMON['STATUS_CODE']['ok'])
trending_words = greb.find_trending_words(tree)
self.assertEqual(len(trending_words), 5)
