def test_word_tokenzie(self):
sentence = "A 2.1 cm tumor (right tongue) noted on 2013-11-11."
wanted = [
"A",
" ",
"2.1",
" ",
"cm",
" ",
"tumor",
" ",
"(",
"right",
" ",
"tongue",
")",
" ",
"noted",
" ",
"on",
" ",
"2013-11-11",
".",
]
self.assertEqual(list(nlptools.word_tokenize(sentence)), wanted)
def normalize_sent(text):
output = []
tokens = list(word_tokenize(text))
if is_title(text):
for token in tokens:
output.append(normalize(token))
else:
output.append(normalize(tokens[0]))
output.extend(tokens[1:])
return ''.join(output)
def is_title(text):
tokens = word_tokenize(text)
bol_list = []
for i, token in enumerate(tokens):
if i==0:
bol_list.append(True)
elif token.lower() in stop_words:
bol_list.append(True)
elif token[0] not in string.ascii_lowercase:
bol_list.append(True)
else:
bol_list.append(False)
return all(bol_list)
def test_word_tokenize_intergration(self):
for sent in self.sentences:
self.assertEqual(''.join(list(nlptools.word_tokenize(sent))), sent)
def test_word_tokenzie2(self):
sentence = '-999 1,234,000 3.1415'
wanted = ['-999', ' ', '1,234,000', ' ', '3.1415']
self.assertEqual(list(nlptools.word_tokenize(sentence)), wanted)
def test_word_tokenzie(self):
sentence = 'A 2.1 cm tumor (right tongue) noted on 2013-11-11.'
wanted = ['A', ' ', '2.1', ' ', 'cm', ' ', 'tumor', ' ', '(', 'right', ' ', 'tongue', ')', ' ', 'noted', ' ', 'on', ' ', '2013-11-11', '.']
self.assertEqual(list(nlptools.word_tokenize(sentence)), wanted)
def test_word_tokenize_intergration(self):
for sent in self.sentences:
self.assertEqual("".join(list(nlptools.word_tokenize(sent))), sent)
def test_word_tokenzie2(self):
sentence = "-999 1,234,000 3.1415"
wanted = ["-999", " ", "1,234,000", " ", "3.1415"]
self.assertEqual(list(nlptools.word_tokenize(sentence)), wanted)
def test_word_tokenzie(self):
sentence = 'A 2.1 x 3.3 cm tumor arising from the tongue base (right side) is noted.'
wanted = ['A', ' ', '2.1', ' ', 'x', ' ', '3.3', ' ', 'cm', ' ', 'tumor', ' ', 'arising', ' ', 'from', ' ', 'the', ' ', 'tongue', ' ', 'base', ' ', '(', 'right', ' ', 'side', ')', ' ', 'is', ' ', 'noted', '.']
self.assertEqual(list(nlptools.word_tokenize(sentence)), wanted)
