def test_removeText(self): p = Punctuation() for key, value in self.remove_text.items(): result = p.removeVerbalized(key) == value if not result: print key, '|', p.removeVerbalized(key), '|', value self.assertTrue(result)
def test_removeText(self):
p = Punctuation()
for key, value in list(self.remove_text.items()):
result = p.removeVerbalized(key) == value
if not result:
print((key, '|', p.removeVerbalized(key), '|', value))
self.assertTrue(result)
def test_replaceText(self): p = Punctuation() # all dictionary is replaced correctly for key in self.replace_text : result = p.replaceText(key) == self.replace_text[key].strip() if not result : print key, '|', p.replaceText(key), '|', self.replace_text[key].strip() self.assertTrue(result)
def test_countPresenceText(self): p = Punctuation() # all the dictionary is detected at least once for key in self.presence_text : result = len(p.countPresenceText(key)) == self.presence_text[key] if not result : print key, '|', p.countPresenceText(key), '|', self.presence_text[key] self.assertTrue(result)
def test_contructor(self):
d = [ (r"\." , 1, u"a"), (r"-" , 1, u"b") ]
r = [ (r"a" , 1, u"."), (r"b" , 1, u"-") ]
p = Punctuation(d, r)
res = p.replaceText(".-.-.-..--..--")
self.assertEqual(res, "abababaabbaabb")
res2 = p.symbolText(res)
self.assertEqual(res2, u".-.-.-..--..--")
def test_contructor(self):
d = [(r"\.", 1, "a"), (r"-", 1, "b")]
r = [(r"a", 1, "."), (r"b", 1, "-")]
p = Punctuation(d, r)
res = p.replaceText(".-.-.-..--..--")
self.assertEqual(res, "abababaabbaabb")
res2 = p.symbolText(res)
self.assertEqual(res2, ".-.-.-..--..--")
def verbalizeTextPunctuation(self):
"""Transform punctuation symbols to words.
Currently only implemented for French.
"""
if self.isFrench():
p = Punctuation()
self.setTextSentence(p.replaceText(self.getTextSentence()))
else:
raise Exception("Text verbalization is only implemented for French!")
def test_symbolText(self):
p = Punctuation()
inv_map = {v:k for k, v in self.replace_text.items()}
for key in inv_map :
test = " ".join(inv_map[key].split())
result = p.symbolText(key) == test
if not result :
print key, '|', p.symbolText(key), '|', test
self.assertTrue(result)
def test_replaceText(self):
p = Punctuation()
# all dictionary is replaced correctly
for key in self.replace_text:
result = p.replaceText(key) == self.replace_text[key].strip()
if not result:
print((key, '|', p.replaceText(key), '|',
self.replace_text[key].strip()))
self.assertTrue(result)
def test_countPresenceText(self):
p = Punctuation()
# all the dictionary is detected at least once
for key in self.presence_text:
result = len(p.countPresenceText(key)) == self.presence_text[key]
if not result:
print((key, '|', p.countPresenceText(key), '|',
self.presence_text[key]))
self.assertTrue(result)
def test_symbolText(self):
p = Punctuation()
inv_map = {v: k for k, v in list(self.replace_text.items())}
for key in inv_map:
test = " ".join(inv_map[key].split())
result = p.symbolText(key) == test
if not result:
print((key, '|', p.symbolText(key), '|', test))
self.assertTrue(result)
def verbalizeTextPunctuation(self):
"""Transform punctuation symbols to words.
Currently only implemented for French.
"""
if self.isFrench():
p = Punctuation()
self.setTextSentence(p.replaceText(self.getTextSentence()))
else:
raise Exception(
"Text verbalization is only implemented for French!")
