def test(self):
emsg = ("Can't instantiate abstract class Coord with abstract"
" methods __init__")
with self.assertRaisesRegex(TypeError, emsg):
_ = Coord(points=[0, 1])
def test_mixture(self):
token = 'air_temperature'
coord = Coord(1, standard_name=token)
result = CellMethod(self.method, coords=[coord, token])
expected = '{}: {}, {}'.format(self.method, token, token)
self.assertEqual(str(result), expected)
def test_mixture_default(self):
token = 'air temperature' # includes space
coord = Coord(1, long_name=token)
result = CellMethod(self.method, coords=[coord, token])
expected = '{}: unknown, unknown'.format(self.method, token, token)
self.assertEqual(str(result), expected)
def test_coord_stash(self):
token = 'stash'
coord = Coord(1, attributes=dict(STASH=token))
self._check(token, coord)
def test_coord_stash_default(self):
token = '_stash' # includes leading underscore
coord = Coord(1, attributes=dict(STASH=token))
self._check(token, coord, default=True)
def test_coord_var_name_fail(self):
token = 'var name' # includes space
emsg = 'is not a valid NetCDF variable name'
with self.assertRaisesRegexp(ValueError, emsg):
Coord(1, var_name=token)
def test_coord_var_name(self):
token = 'var_name'
coord = Coord(1, var_name=token)
self._check(token, coord)
def test_coord_long_name_default(self):
token = 'long name' # includes space
coord = Coord(1, long_name=token)
self._check(token, coord, default=True)
def test_coord_long_name(self):
token = 'long_name'
coord = Coord(1, long_name=token)
self._check(token, coord)
def test_coord_standard_name(self):
token = 'air_temperature'
coord = Coord(1, standard_name=token)
self._check(token, coord)
