def setup(self):
self.validator = InputValidator()
def setup(self):
self.validator = InputValidator()
class TestInputValidator():
def setup(self):
self.validator = InputValidator()
def test_should_return_identifier_type_error_message_if_identifier_type_is_invalid(
self):
#arrange
invalid_input = self.__create_default_input(
identifier_type="invalid type")
# act
result = self.validator.validate_input(invalid_input)
#assert
assert_equals(
{
"is_valid": False,
"errors": ["Identifier type is invalid"]
}, result)
def test_should_return_is_valid_if_type_cedula(self):
#arrange
valid_input = self.__create_default_input(identifier_type="cedula")
# act
result = self.validator.validate_input(valid_input)
#assert
assert_equals({"is_valid": True, "errors": []}, result)
def test_should_return_is_valid_if_type_ruc(self):
#arrange
valid_input = self.__create_default_input(identifier_type="ruc")
# act
result = self.validator.validate_input(valid_input)
#assert
assert_equals({"is_valid": True, "errors": []}, result)
def test_should_return_identifier_type_error_message_if_cedula_identifier_has_only_9_digits(
self):
#arrange
invalid_input = self.__create_default_input(identifier="123456789")
# act
result = self.validator.validate_input(invalid_input)
#assert
assert_equals(
{
"is_valid": False,
"errors": ["Identifier is invalid for the given type"]
}, result)
def test_should_return_identifier_type_error_message_if_cedula_identifier_has_a_letter(
self):
#arrange
invalid_input = self.__create_default_input(identifier="1234E67890")
# act
result = self.validator.validate_input(invalid_input)
#assert
assert_equals(
{
"is_valid": False,
"errors": ["Identifier is invalid for the given type"]
}, result)
def test_should_return_identifier_type_error_message_if_cedula_first_two_digits_are_greater_than_24(
self):
#arrange
invalid_input = self.__create_default_input(identifier="2534567890")
# act
result = self.validator.validate_input(invalid_input)
#assert
assert_equals(
{
"is_valid": False,
"errors": ["Identifier is invalid for the given type"]
}, result)
def test_should_return_identifier_type_error_message_if_cedula_first_two_digits_are_00(
self):
#arrange
invalid_input = self.__create_default_input(identifier="0034567890")
# act
result = self.validator.validate_input(invalid_input)
#assert
assert_equals(
{
"is_valid": False,
"errors": ["Identifier is invalid for the given type"]
}, result)
def test_should_return_true_if_cedula_has_only_10_digits(self):
#arrenge
valid_input = self.__create_default_input(identifier="1234567890")
# act
result = self.validator.validate_input(valid_input)
# assert
assert_equals({"is_valid": True, "errors": []}, result)
def test_should_return_true_if_first_two_digits_are_between_1_to_24(self):
for first_digits_number in range(1, 25):
#arrange
zero = "0" if first_digits_number < 10 else ""
cedula = "{0}{1}34567890".format(zero, first_digits_number)
valid_input = self.__create_default_input(identifier=cedula)
# act
result = self.validator.validate_input(valid_input)
# assert
assert_equals({"is_valid": True, "errors": []}, result)
def test_should_return_false_if_first_name_is_empty_string(self):
#arrange
valid_input = self.__create_default_input(name="")
#act
result = self.validator.validate_input(valid_input)
# assert
assert_equals(
{
"is_valid": False,
"errors": ["Name should not be empty"]
}, result)
def test_should_return_false_if_first_name_is_none(self):
#arrange
valid_input = self.__create_default_input(name=None)
#act
result = self.validator.validate_input(valid_input)
# assert
assert_equals(
{
"is_valid": False,
"errors": ["Name should not be empty"]
}, result)
def test_should_return_true_if_string_is_Karina(self):
#arrange
valid_input = self.__create_default_input(name="Karina Mora")
#act
result = self.validator.validate_input(valid_input)
# assert
assert_equals({"is_valid": True, "errors": []}, result)
def test_should_return_error_if_input_is_incomplete(self):
#arrange
input = {}
#act
result = self.validator.validate_input(input)
# assert
assert_equals({
"is_valid": False,
"errors": ["Input is incomplete"]
}, result)
def test_should_return_amount_deficit_error_if_deposit_is_less_than_200(
self):
#arrange
invalid_input = self.__create_default_input(deposit=199)
#act
result = self.validator.validate_input(invalid_input)
# assert
assert_equals(
{
"is_valid": False,
"errors": ["Deposit should be at least $200"]
}, result)
def test_should_return_all_error_there_are_many_invalid_fields(self):
#arrange
invalid_input = self.__create_default_input(deposit=199, name="")
#act
result = self.validator.validate_input(invalid_input)
# assert
assert_false(result["is_valid"])
assert_equals(
sorted([
"Deposit should be at least $200", "Name should not be empty"
]), sorted(result["errors"]))
def __create_default_input(self,
identifier_type="cedula",
identifier="1712345670",
name="Someone Valid",
deposit=200):
return {
"identifier_type": identifier_type,
"identifier": identifier,
"name": name,
"deposit": deposit
}
class TestInputValidator():
def setup(self):
self.validator = InputValidator()
def test_should_return_identifier_type_error_message_if_identifier_type_is_invalid(self):
#arrange
invalid_input = self.__create_default_input(identifier_type="invalid type")
# act
result = self.validator.validate_input(invalid_input)
#assert
assert_equals({"is_valid": False, "errors": ["Identifier type is invalid"]}, result)
def test_should_return_is_valid_if_type_cedula(self):
#arrange
valid_input = self.__create_default_input(identifier_type="cedula")
# act
result = self.validator.validate_input(valid_input)
#assert
assert_equals({"is_valid": True, "errors": []}, result)
def test_should_return_is_valid_if_type_ruc(self):
#arrange
valid_input = self.__create_default_input(identifier_type="ruc")
# act
result = self.validator.validate_input(valid_input)
#assert
assert_equals({"is_valid": True, "errors": []}, result)
def test_should_return_identifier_type_error_message_if_cedula_identifier_has_only_9_digits(self):
#arrange
invalid_input = self.__create_default_input(identifier="123456789")
# act
result = self.validator.validate_input(invalid_input)
#assert
assert_equals({"is_valid": False, "errors": ["Identifier is invalid for the given type"]}, result)
def test_should_return_identifier_type_error_message_if_cedula_identifier_has_a_letter(self):
#arrange
invalid_input = self.__create_default_input(identifier="1234E67890")
# act
result = self.validator.validate_input(invalid_input)
#assert
assert_equals({"is_valid": False, "errors": ["Identifier is invalid for the given type"]}, result)
def test_should_return_identifier_type_error_message_if_cedula_first_two_digits_are_greater_than_24(self):
#arrange
invalid_input = self.__create_default_input(identifier="2534567890")
# act
result = self.validator.validate_input(invalid_input)
#assert
assert_equals({"is_valid": False, "errors": ["Identifier is invalid for the given type"]}, result)
def test_should_return_identifier_type_error_message_if_cedula_first_two_digits_are_00(self):
#arrange
invalid_input = self.__create_default_input(identifier="0034567890")
# act
result = self.validator.validate_input(invalid_input)
#assert
assert_equals({"is_valid": False, "errors": ["Identifier is invalid for the given type"]}, result)
def test_should_return_true_if_cedula_has_only_10_digits(self):
#arrenge
valid_input = self.__create_default_input(identifier="1234567890")
# act
result = self.validator.validate_input(valid_input)
# assert
assert_equals({"is_valid": True, "errors": []}, result)
def test_should_return_true_if_first_two_digits_are_between_1_to_24(self):
for first_digits_number in range(1, 25):
#arrange
zero = "0" if first_digits_number < 10 else ""
cedula = "{0}{1}34567890".format(zero, first_digits_number)
valid_input = self.__create_default_input(identifier=cedula)
# act
result = self.validator.validate_input(valid_input)
# assert
assert_equals({"is_valid": True, "errors": []}, result)
def test_should_return_false_if_first_name_is_empty_string(self):
#arrange
valid_input = self.__create_default_input(name="")
#act
result = self.validator.validate_input(valid_input)
# assert
assert_equals({"is_valid": False, "errors": ["Name should not be empty"]}, result)
def test_should_return_false_if_first_name_is_none(self):
#arrange
valid_input = self.__create_default_input(name=None)
#act
result = self.validator.validate_input(valid_input)
# assert
assert_equals({"is_valid": False, "errors": ["Name should not be empty"]}, result)
def test_should_return_true_if_string_is_Karina(self):
#arrange
valid_input = self.__create_default_input(name="Karina Mora")
#act
result = self.validator.validate_input(valid_input)
# assert
assert_equals({"is_valid": True, "errors": []}, result)
def test_should_return_error_if_input_is_incomplete(self):
#arrange
input = {}
#act
result = self.validator.validate_input(input)
# assert
assert_equals({"is_valid": False, "errors": ["Input is incomplete"]}, result)
def test_should_return_amount_deficit_error_if_deposit_is_less_than_200(self):
#arrange
invalid_input = self.__create_default_input(deposit=199)
#act
result = self.validator.validate_input(invalid_input)
# assert
assert_equals({"is_valid": False, "errors": ["Deposit should be at least $200"]}, result)
def test_should_return_all_error_there_are_many_invalid_fields(self):
#arrange
invalid_input = self.__create_default_input(deposit=199, name="")
#act
result = self.validator.validate_input(invalid_input)
# assert
assert_false(result["is_valid"])
assert_equals(sorted(["Deposit should be at least $200", "Name should not be empty"]), sorted(result["errors"]))
def __create_default_input(self, identifier_type="cedula",
identifier="1712345670",
name="Someone Valid",
deposit=200):
return {
"identifier_type": identifier_type,
"identifier": identifier,
"name": name,
"deposit": deposit
}