from price import Price
import unittest
parsing_tests = {
"no symbol": ["1.00", None],
"standard price": ["R$1,99", Price(1, 99)],
"no cents": ["R$500", Price(500)],
"whitespace": ["R $4 12,53", Price(412, 53)],
"point": ["R$ 9.000,50", Price(9000, 50)],
"point and whitespace": ["R$ 1. 20 0,2 5", Price(1200, 25)],
"even more whitespace": ["R$ 7 02 1 , 0 9", Price(7021, 9)],
"line break": ["Terno e gravata por R$ 35\n0, 99", Price(350, 99)],
"html tags": ["Geladeira Brastemp <b>super oferta: <u>R$ 799,99</u></b><br>", Price(799,99)],
"numbers before price": ["Desconto 35%: Côtes du Rhone 2009 só R$15,90/garrafa", Price(15, 90)]}
class TestPrice(unittest.TestCase):
pass
def test_generator(a, b):
def test(self):
self.assertEqual(a, b)
return test
if __name__ == '__main__':
for test_name in parsing_tests.keys():
test_method_name = "test_" + test_name.replace(" ", "_")
parsing_test = test_generator(Price.parse(parsing_tests[test_name][0]), parsing_tests[test_name][1])
parsing_test.__doc__ = "Testing parsing of string '%s'" % parsing_tests[test_name][0]
setattr(TestPrice, test_method_name, parsing_test)
unittest.main()
def run_level(n):
level_path = 'level' + str(LEVEL_PATHS[n])
response_text = send_request(BASE_URL + level_path).text
price = Price.parse(response_text)
print "NIVEL {!s}: {}\nTexto: {}\nPreco: R${}\n\n".format(n+1, BASE_URL + level_path, response_text, price)