def ready_to_finish(self):
"""
Returns true if reservation is ready to be finished
"""
from metrocar.cars.models import Parking
if self.finished or self.ended is not None: return True
if self.started is None: return False
if not self.car.dedicated_parking_only:
# cars which doesn't have dedicated parking are little trouble
# as we can't rightfully decide if their reservation can be
# finished
# => they are collected by reservation deamon
return False
elif settings.GEO_ENABLED:
# is there a Parking that contains car's last_position?
return (self.car > maybe
| get_car_last_position
| X['location']
| 'POINT ({0} {1})'
| xcurry(Parking.objects.filter, polygon__contains=X)
| X.exists())
def test_should_raise_error_when_not_given_an_argument(self):
# -- when created with a placeholder
xf = xcurry(dummy, something=X)
with pytest.raises(ValueError):
xf()
def test_x_destructuring(self):
xf = xcurry(dummy, X['name'], number=X['number'])
d = {'name': "Fred", 'number': 42, 'something': 'else'}
assert xf(d) == (('Fred', ), {'number': 42})
def test_name(self):
xf = xcurry(dummy, X, 3, something=X['something'])
assert xf.__name__ == "dummy(X, 3, something=X['something'])"
def test_x_placeholder(self):
xf = xcurry(dummy, X, 2)
assert xf(1) == ((1, 2), {})
def test_x_kw_placeholder(self):
xf = xcurry(dummy, kwarg=X)
assert xf(1) == ((), {'kwarg': 1})
def test_should_raise_error_when_not_given_an_argument(self):
# -- when created with a placeholder
xf = xcurry(dummy, something=X)
with pytest.raises(ValueError):
xf()
def test_should_behave_like_partial(self):
xf = xcurry(dummy, 1, kwarg='kwarg')
assert xf(2, foo='bar') == ((1, 2), {'kwarg': 'kwarg', 'foo': 'bar'})
def test_name(self):
xf = xcurry(dummy, X, 3, something=X["something"])
assert xf.__name__ == "dummy(X, 3, something=X['something'])"
def test_x_destructuring(self):
xf = xcurry(dummy, X["name"], number=X["number"])
d = {"name": "Fred", "number": 42, "something": "else"}
assert xf(d) == (("Fred",), {"number": 42})
def test_x_kw_placeholder(self):
xf = xcurry(dummy, kwarg=X)
assert xf(1) == ((), {"kwarg": 1})
def test_x_placeholder(self):
xf = xcurry(dummy, X, 2)
assert xf(1) == ((1, 2), {})
def test_should_behave_like_partial(self):
xf = xcurry(dummy, 1, kwarg="kwarg")
assert xf(2, foo="bar") == ((1, 2), {"kwarg": "kwarg", "foo": "bar"})