def test_couplet_urls(self):
''' Tests that couplet returns poem and corresponding url '''
couplet = generatePoem("#NationalPetDay", 'couplet')
lines = couplet.split('\n')
text0 = get_tweet_from_url(connect(), lines[2])
text1 = get_tweet_from_url(connect(), lines[3])
self.assertEqual(parse(text0)['line'], lines[0])
self.assertEqual(parse(text1)['line'], lines[1])
def test_haiku_urls(self):
''' Tests that haiku returns poem and corresponding url '''
haiku = generatePoem("#NationalPetDay", 'haiku')
lines = haiku.split('\n')
text0 = get_tweet_from_url(connect(), lines[3])
text1 = get_tweet_from_url(connect(), lines[4])
text2 = get_tweet_from_url(connect(), lines[5])
self.assertEqual(parse(text0)['line'], lines[0])
self.assertEqual(parse(text1)['line'], lines[1])
self.assertEqual(parse(text2)['line'], lines[2])
def test_same_syllables(self):
''' Tests that a couplet can be made with two lines w/ same # syllables '''
corpus = [parse('Well gosh, I hate the bay'),
parse('You must go there today!'),
parse('some filler')]
poem = couplet.couplet('couplet_test2')
poem = [t.text for t in poem.tweets]
print poem
self.assertTrue((poem[0] == 'Well gosh, I hate the bay' and poem[1] == 'You must go there today!')
or (poem[1] == 'Well gosh, I hate the bay' and poem[0] == 'You must go there today!'))
def test_same_syllables(self):
''' Tests that a couplet can be made with two lines w/ same # syllables '''
corpus = [
parse('Well gosh, I hate the bay'),
parse('You must go there today!'),
parse('some filler')
]
poem = couplet.couplet('couplet_test2')
poem = [t.text for t in poem.tweets]
print poem
self.assertTrue((poem[0] == 'Well gosh, I hate the bay'
and poem[1] == 'You must go there today!')
or (poem[1] == 'Well gosh, I hate the bay'
and poem[0] == 'You must go there today!'))
def test_invalid(self):
''' Tests that invalid lines are properly ignored '''
while True:
line = raw_input(r"Enter invalid line (or 'quit' to quit): ")
if line == 'quit':
return
self.assertEqual(parse(line), {})
def test_valid(self):
''' Tests that valid lines are not ignored '''
while True:
line = raw_input(r"Enter valid line (or 'quit' to quit): ")
if line == 'quit':
return
self.assertNotEqual(parse(line), {})
def test_parse_tweet_from_url(self): ''' Tests that tweet from hashtag can be parsed to correct text ''' tweets = get_fewer_tweets_from_hashtag(connect(), "#musicthatdontmatch") parsed_tweets = parse_all(tweets) tweet = parsed_tweets[0] text = get_tweet_from_url(connect(), tweet['url']) self.assertEqual(parse(text)['line'], tweet['line'])
def test_invalid(self):
""" Tests that invalid lines are properly ignored """
while True:
line = raw_input(r"Enter invalid line (or 'quit' to quit): ")
if line == "quit":
return
self.assertEqual(parse(line), {})
def test_valid(self):
""" Tests that valid lines are not ignored """
while True:
line = raw_input(r"Enter valid line (or 'quit' to quit): ")
if line == "quit":
return
self.assertNotEqual(parse(line), {})
def test_parse(self):
''' Test basic text is parsed correctly '''
line1 = "hello i am dog"
output = parse(line1)
self.assertEqual(output['line'], 'hello i am dog')
self.assertEqual(output['last_word'], 'dog')
self.assertEqual(output['phone'], 'AO1G')
self.assertEqual(output['syllables'], 5)
def test_parse_nonalpha(self):
''' Tests that non-alphanumeric characters are ignored '''
line1 = "hello i am dog!"
output = parse(line1)
self.assertEqual(output['line'], 'hello i am dog')
self.assertEqual(output['last_word'], 'dog')
self.assertEqual(output['phone'], 'AO1G')
self.assertEqual(output['syllables'], 5)
def test_bad_input(self):
''' Tests that nonenglish words are ignored '''
line1 = "hello i am dg"
output = parse(line1)
self.assertEqual(output, {})
def test_emoji(self):
''' Tests that emoji are ignored '''
line = r'dog \xf0\x9f\x98\x9f'
output = parse(line)
print output
self.assertEqual(output, {'phone': 'AO1G', 'line': 'dog', 'syllables': 1, 'url':'', 'last_word':'dog'})
def test_bad_input(self):
''' Tests that nonenglish words are ignored '''
line1 = "hello i am dg"
output = parse(line1)
self.assertEqual(output, {})