def test_comment_method(self):
# All digits
digits = Regex('[0-9]')
# CEP regex
rgx_cep = Regex(
digits.quantifier(5),
Regex('-').quantifier(0, 1),
digits.quantifier(3),
).comment('Get zip code Brazil on input')
self.assertTrue(rgx_cep == '[0-9]{5}-?[0-9]{3}(?#Get zip code Brazil on input)')
def test_Comment_Method(self):
"""Tests the comment method.
"""
# All digits
digits = Regex("[0-9]")
# CEP regex
rgx_cep = Regex(
digits.quantifier(5),
Regex("-").quantifier(0, 1),
digits.quantifier(3)).comment('Get zip code Brazil on input')
self.assertTrue(
rgx_cep == "[0-9]{5}-?[0-9]{3}(?#Get zip code Brazil on input)")
def test_Comment_Class(self):
"""Tests the Comment class.
"""
# All digits
digits = Regex("[0-9]")
# CEP comment
cep_comment = Comment('Get zip code Brazil on input')
# CEP regex
rgx_cep = Regex(digits.quantifier(5),
Regex("-").quantifier(0, 1), digits.quantifier(3),
cep_comment)
self.assertTrue(
rgx_cep == "[0-9]{5}-?[0-9]{3}(?#Get zip code Brazil on input)")
class TestQuantifier(unittest.TestCase):
def setUp(self):
"""Inicia novo objeto em todo os testes.
"""
self.digits = Regex("[0-9]")
def test_Quantifier_One(self):
"""Verifica se o regex com Quantifier n=1 funciona.
"""
self.assertTrue((self.digits + Quantifier(n=1)) == "[0-9]{1}")
def test_Quantifier_One_Five(self):
"""Verifica se o regex com Quantifier n=1 e m=5 funciona.
"""
self.assertTrue((self.digits + Quantifier(n=1, m=5)) == "[0-9]{1,5}")
def test_Quantifier_Two_WithoutMaximum(self):
"""Verifica se o regex com Quantifier n=2 e without_maximum=True funciona.
"""
self.assertTrue((self.digits +
Quantifier(n=2, without_maximum=True)) == "[0-9]{2,}")
def test_CEP(self):
"""Verifica se o regex de CEP funciona.
"""
test_cep = (self.digits + Quantifier(n=5)) + "-" + (self.digits +
Quantifier(n=3))
self.assertTrue(test_cep == "[0-9]{5}-[0-9]{3}")
def test_Quantifier_WithoutMaximum(self):
"""Verifica se o regex com Quantifier n=2 e without_maximum=True funciona.
"""
self.assertTrue(
self.digits.quantifier(without_maximum=True) == "[0-9]*")
class TestQuantifier(TestCase):
def setUp(self):
self.digits = Regex('[0-9]')
def test_quantifier_one(self):
self.assertTrue((self.digits + Quantifier(n=1)) == '[0-9]{1}')
def test_quantifier_one_five(self):
self.assertTrue((self.digits + Quantifier(n=1, m=5)) == '[0-9]{1,5}')
def test_quantifier_two_without_maximum(self):
self.assertTrue((self.digits + Quantifier(n=2, without_maximum=True)) == '[0-9]{2,}')
def test_CEP(self):
test_cep = (self.digits + Quantifier(n=5)) + '-' + (self.digits + Quantifier(n=3))
self.assertTrue(test_cep == '[0-9]{5}-[0-9]{3}')
def test_quantifier_without_maximum(self):
self.assertTrue(self.digits.quantifier(without_maximum=True) == '[0-9]*')
