def test_formatar_cep(self):
self.assertRaises(ValueError, formatar_cep, 37503003)
self.assertRaises(ValueError, formatar_cep, '')
self.assertRaises(ValueError, formatar_cep, None)
self.assertRaises(ValueError, formatar_cep, False)
self.assertRaises(ValueError, formatar_cep, True)
self.assertEqual(formatar_cep('37.503-003'), '37503003')
self.assertEqual(formatar_cep(' 37.503-003'), '37503003')
self.assertEqual(formatar_cep('37 503-003'), '37503003')
self.assertEqual(formatar_cep('37.503&003saasd'), '37503003')
self.assertEqual(formatar_cep('\n \r 37.503-003'), '37503003')
self.assertEqual(formatar_cep('\n \r 37.503-003'), '37503003')
# ponto e virgula
self.assertEqual(formatar_cep('37.503-003;'), '37503003')
# Unicode Greek Question Mark
self.assertEqual(formatar_cep(u'37.503-003;'), '37503003')
def test_formatar_cep(self):
self.assertRaises(ValueError, formatar_cep, 37503003)
self.assertRaises(ValueError, formatar_cep, '')
self.assertRaises(ValueError, formatar_cep, None)
self.assertRaises(ValueError, formatar_cep, False)
self.assertRaises(ValueError, formatar_cep, True)
self.assertEqual(formatar_cep('37.503-003'), '37503003')
self.assertEqual(formatar_cep(' 37.503-003'), '37503003')
self.assertEqual(formatar_cep('37 503-003'), '37503003')
self.assertEqual(formatar_cep('37.503&003saasd'), '37503003')
self.assertEqual(formatar_cep('\n \r 37.503-003'), '37503003')
self.assertEqual(formatar_cep('\n \r 37.503-003'), '37503003')
# ponto e virgula
self.assertEqual(formatar_cep('37.503-003;'), '37503003')
# Unicode Greek Question Mark
self.assertEqual(formatar_cep(u'37.503-003;'), '37503003')
def run(self, dispatcher, tracker, domain):
cep_mention = tracker.get_slot("mention")
try:
cep = formatar_cep(cep_mention)
print('O CEP %s esta formatado: %s' % (cep_mention, cep))
except ValueError as exc:
print('Erro ao formatar CEP: %s' % exc)
try:
print(cep)
endereco = pycep_correios.consultar_cep(cep)
dispatcher.utter_message("Endereço encontrado {}".format(cep))
dispatcher.utter_message("Logradouro :{}".format(endereco['end']))
dispatcher.utter_message("Bairro.... :{}".format(endereco['bairro']))
dispatcher.utter_message("Cidade.... :{}".format(endereco['cidade']))
dispatcher.utter_message("Complemento:{}".format(endereco['complemento2']))
print(endereco)
except ExcecaoPyCEPCorreios as exc:
dispatcher.utter_message("CEP não encontrado {}".format(cep))
return [SlotSet("cep", cep)]
def test_formatar_cep(self):
with pytest.raises(ValueError):
formatar_cep(37503003)
with pytest.raises(ValueError):
formatar_cep('')
with pytest.raises(ValueError):
formatar_cep(None)
with pytest.raises(ValueError):
formatar_cep(False)
with pytest.raises(ValueError):
formatar_cep(True)
assert formatar_cep('37.503-003') == '37503003'
assert formatar_cep(' 37.503-003') == '37503003'
assert formatar_cep('37 503-003') == '37503003'
assert formatar_cep('37.503&003saasd') == '37503003'
assert formatar_cep('\n \r 37.503-003') == '37503003'
assert formatar_cep('\n \r 37.503-003') == '37503003'
# ponto e virgula
self.assertEqual(formatar_cep('37.503-003;'), '37503003')
# Unicode Greek Question Mark
self.assertEqual(formatar_cep(u'37.503-003;'), '37503003')
def test_formatar_cep(self):
self.assertRaises(AttributeError, formatar_cep, 37503003)
self.assertEqual(formatar_cep('37.503-003'), '37503003')