def test_new_allowances_can_be_set(self):
(allow(doubles.testing).top_level_function.with_args(
'Bob Barker').and_return('Drew Carey'))
clear(doubles.testing)
allow(doubles.testing).top_level_function.and_return('Bob Barker')
assert doubles.testing.top_level_function('bar') == 'Bob Barker'
def test_new_allowances_can_be_set(self):
(allow(doubles.testing).
top_level_function.
with_args('Bob Barker').
and_return('Drew Carey'))
clear(doubles.testing)
allow(doubles.testing).top_level_function.and_return('Bob Barker')
assert doubles.testing.top_level_function('bar') == 'Bob Barker'
def test_clearing_an_instance(self):
user = doubles.testing.User('Bob Barker', 25)
(allow(user).method_with_positional_arguments.with_args(25).and_return(
'The price is right'))
clear(user)
allow(user).method_with_positional_arguments.and_return(
'The price is wrong')
assert user.method_with_positional_arguments(
10) == 'The price is wrong'
def test_clearing_an_instance(self):
user = doubles.testing.User('Bob Barker', 25)
(allow(user).
method_with_positional_arguments.
with_args(25).
and_return('The price is right'))
clear(user)
allow(user).method_with_positional_arguments.and_return('The price is wrong')
assert user.method_with_positional_arguments(10) == 'The price is wrong'
def test_calling_on_an_undoubled_object(self):
clear(doubles.testing)
result = doubles.testing.top_level_function('bob')
assert result == 'bob -- default'
def test_calling_twice(self):
expect(doubles.testing).top_level_function
clear(doubles.testing)
clear(doubles.testing)
def test_does_not_raise_expectation_errors(self):
expect(doubles.testing).top_level_function
clear(doubles.testing)
def test_calling_on_an_undoubled_object(self):
clear(doubles.testing)
result = doubles.testing.top_level_function('bob')
assert result == 'bob -- default'
def test_calling_twice(self):
expect(doubles.testing).top_level_function
clear(doubles.testing)
clear(doubles.testing)
def test_does_not_raise_expectation_errors(self):
expect(doubles.testing).top_level_function
clear(doubles.testing)
