def test_args(self):
""" Permissible arguments for scalar slicing """
shape, selection = sel.read_selections_scalar(self.dsid, ())
self.assertEqual(shape, None)
self.assertEqual(selection.get_select_npoints(), 1)
shape, selection = sel.read_selections_scalar(self.dsid, (Ellipsis,))
self.assertEqual(shape, ())
self.assertEqual(selection.get_select_npoints(), 1)
with self.assertRaises(ValueError):
shape, selection = sel.read_selections_scalar(self.dsid, (1,))
def test_args(self):
""" Permissible arguments for scalar slicing """
shape, selection = sel.read_selections_scalar(self.dsid, ())
self.assertEqual(shape, None)
self.assertEqual(selection.get_select_npoints(), 1)
shape, selection = sel.read_selections_scalar(self.dsid, (Ellipsis,))
self.assertEqual(shape, ())
self.assertEqual(selection.get_select_npoints(), 1)
with self.assertRaises(ValueError):
shape, selection = sel.read_selections_scalar(self.dsid, (1,))
def test_args(self):
""" Permissible arguments for scalar slicing """
shape, selection = sel2.read_selections_scalar(self.dsid, ())
self.assertEqual(shape, None)
self.assertEqual(selection.get_select_npoints(), 1)
shape, selection = sel2.read_selections_scalar(self.dsid, (Ellipsis, ))
self.assertEqual(shape, ())
self.assertEqual(selection.get_select_npoints(), 1)
with self.assertRaises(ValueError):
shape, selection = sel2.read_selections_scalar(self.dsid, (1, ))
dsid = self.f.create_dataset('y', (1, )).id
with self.assertRaises(RuntimeError):
shape, selection = sel2.read_selections_scalar(dsid, (1, ))