def test_named_repr_with_index(self):
s = Call(self.fake, call_name='connect')
s.expected_args = [1, "bad"]
s.index = 0
eq_(repr(s), "fake:SMTP.connect(1, 'bad')[0]")
s.index = 1
eq_(repr(s), "fake:SMTP.connect(1, 'bad')[1]")
def test_named_repr_with_index(self):
s = Call(self.fake, call_name='connect')
s.expected_args = [1,"bad"]
s.index = 0
eq_(repr(s), "fake:SMTP.connect(1, 'bad')[0]")
s.index = 1
eq_(repr(s), "fake:SMTP.connect(1, 'bad')[1]")
def test_end_of_calls(self):
call_stack = CallStack(self.fake)
c = Call(self.fake)
c.return_val = 1
call_stack.add_call(c)
eq_(call_stack(), 1)
call_stack()
def test_end_of_calls(self):
call_stack = CallStack(self.fake)
c = Call(self.fake)
c.return_val = 1
call_stack.add_call(c)
eq_(call_stack(), 1)
call_stack()
def test_get_call_object(self):
call_stack = CallStack(self.fake)
c = Call(self.fake)
call_stack.add_call(c)
assert call_stack.get_call_object() is c
d = Call(self.fake)
call_stack.add_call(d)
assert call_stack.get_call_object() is d
def test_reset(self):
call_stack = CallStack(self.fake)
c = Call(self.fake)
c.return_val = 1
call_stack.add_call(c)
c = Call(self.fake)
c.return_val = 2
call_stack.add_call(c)
eq_(call_stack(), 1)
eq_(call_stack(), 2)
call_stack.reset()
eq_(call_stack(), 1)
eq_(call_stack(), 2)
def test_reset(self):
call_stack = CallStack(self.fake)
c = Call(self.fake)
c.return_val = 1
call_stack.add_call(c)
c = Call(self.fake)
c.return_val = 2
call_stack.add_call(c)
eq_(call_stack(), 1)
eq_(call_stack(), 2)
call_stack.reset()
eq_(call_stack(), 1)
eq_(call_stack(), 2)
def test_repr_with_args(self):
s = Call(self.fake)
s.expected_args = [1, "bad"]
eq_(repr(s), "fake:SMTP(1, 'bad')")
def test_nested_named_repr_with_args(self):
f = self.fake.provides('get_conn').returns_fake()
s = Call(f, call_name='connect')
s.expected_args = [1,"bad"]
eq_(repr(s), "fake:SMTP.get_conn().connect(1, 'bad')")
def test_named_repr_with_args(self):
s = Call(self.fake, call_name='connect')
s.expected_args = [1,"bad"]
eq_(repr(s), "fake:SMTP.connect(1, 'bad')")
def test_repr_with_kwargs(self):
s = Call(self.fake)
s.expected_args = [1,"bad"]
s.expected_kwargs = {'baz':'borzo'}
eq_(repr(s), "fake:SMTP(1, 'bad', baz='borzo')")
def test_repr_with_args(self):
s = Call(self.fake)
s.expected_args = [1,"bad"]
eq_(repr(s), "fake:SMTP(1, 'bad')")
def test_repr_callable(self):
s = Call(self.fake.is_callable())
eq_(repr(s), "fake:SMTP()")
def test_with_initial_calls(self):
c = Call(self.fake)
c.return_val = 1
call_stack = CallStack(self.fake, initial_calls=[c])
eq_(call_stack(), 1)
def test_repr_with_kwargs(self):
s = Call(self.fake)
s.expected_args = [1, "bad"]
s.expected_kwargs = {'baz': 'borzo'}
eq_(repr(s), "fake:SMTP(1, 'bad', baz='borzo')")
def test_named_repr_with_args(self):
s = Call(self.fake, call_name='connect')
s.expected_args = [1, "bad"]
eq_(repr(s), "fake:SMTP.connect(1, 'bad')")
def test_nested_named_repr_with_args(self):
f = self.fake.provides('get_conn').returns_fake()
s = Call(f, call_name='connect')
s.expected_args = [1, "bad"]
eq_(repr(s), "fake:SMTP.get_conn().connect(1, 'bad')")
def test_with_initial_calls(self):
c = Call(self.fake)
c.return_val = 1
call_stack = CallStack(self.fake, initial_calls=[c])
eq_(call_stack(), 1)
def test_repr(self):
s = Call(self.fake)
eq_(repr(s), "fake:SMTP()")
