def test_time_as_number(self):
# Make sure Coord.cell() normally returns the values straight
# out of the Coord's points/bounds arrays.
coord = self._mock_coord()
cell = Coord.cell(coord, 0)
self.assertIs(cell.point, mock.sentinel.time)
self.assertEqual(cell.bound,
(mock.sentinel.lower, mock.sentinel.upper))
def test_time_as_number(self):
# Make sure Coord.cell() normally returns the values straight
# out of the Coord's points/bounds arrays.
coord = self._mock_coord()
cell = Coord.cell(coord, 0)
self.assertIs(cell.point, mock.sentinel.time)
self.assertEquals(cell.bound,
(mock.sentinel.lower, mock.sentinel.upper))
def test_time_as_object(self):
# Ensure Coord.cell() converts the point/bound values to
# "datetime" objects.
coord = self._mock_coord()
coord.units.num2date = mock.Mock(side_effect=[
mock.sentinel.datetime,
(mock.sentinel.datetime_lower, mock.sentinel.datetime_upper)
])
cell = Coord.cell(coord, 0)
self.assertIs(cell.point, mock.sentinel.datetime)
self.assertEqual(
cell.bound,
(mock.sentinel.datetime_lower, mock.sentinel.datetime_upper))
self.assertEqual(coord.units.num2date.call_args_list, [
mock.call((mock.sentinel.time, )),
mock.call((mock.sentinel.lower, mock.sentinel.upper))
])
def test_time_as_object(self):
# Ensure Coord.cell() converts the point/bound values to
# "datetime" objects.
coord = self._mock_coord()
coord.units.num2date = mock.Mock(
side_effect=[mock.sentinel.datetime,
(mock.sentinel.datetime_lower,
mock.sentinel.datetime_upper)])
cell = Coord.cell(coord, 0)
self.assertIs(cell.point, mock.sentinel.datetime)
self.assertEqual(cell.bound,
(mock.sentinel.datetime_lower,
mock.sentinel.datetime_upper))
self.assertEqual(coord.units.num2date.call_args_list,
[mock.call((mock.sentinel.time,)),
mock.call((mock.sentinel.lower,
mock.sentinel.upper))])
def test_time_as_object(self):
# When iris.FUTURE.cell_datetime_objects is True, ensure
# Coord.cell() converts the point/bound values to "datetime"
# objects.
coord = self._mock_coord()
coord.units.num2date = mock.Mock(
side_effect=[mock.sentinel.datetime,
(mock.sentinel.datetime_lower,
mock.sentinel.datetime_upper)])
with mock.patch('iris.FUTURE', cell_datetime_objects=True):
cell = Coord.cell(coord, 0)
self.assertIs(cell.point, mock.sentinel.datetime)
self.assertEqual(cell.bound,
(mock.sentinel.datetime_lower,
mock.sentinel.datetime_upper))
self.assertEqual(coord.units.num2date.call_args_list,
[mock.call((mock.sentinel.time,)),
mock.call((mock.sentinel.lower,
mock.sentinel.upper))])
def test_time_as_object(self):
# When iris.FUTURE.cell_datetime_objects is True, ensure
# Coord.cell() converts the point/bound values to "datetime"
# objects.
coord = self._mock_coord()
coord.units.num2date = mock.Mock(side_effect=[
mock.sentinel.datetime,
(mock.sentinel.datetime_lower, mock.sentinel.datetime_upper)
])
with mock.patch('iris.FUTURE', cell_datetime_objects=True):
cell = Coord.cell(coord, 0)
self.assertIs(cell.point, mock.sentinel.datetime)
self.assertEquals(
cell.bound,
(mock.sentinel.datetime_lower, mock.sentinel.datetime_upper))
self.assertEqual(coord.units.num2date.call_args_list, [
mock.call((mock.sentinel.time, )),
mock.call((mock.sentinel.lower, mock.sentinel.upper))
])