How to use the rioxarray.exceptions.DimensionError function in rioxarray

def test_missing_spatial_dimensions():
    test_ds = xarray.Dataset()
    with pytest.raises(DimensionError):
        test_ds.rio.shape
    with pytest.raises(DimensionError):
        test_ds.rio.width
    with pytest.raises(DimensionError):
        test_ds.rio.height
    test_da = xarray.DataArray(1)
    with pytest.raises(DimensionError):
        test_da.rio.shape
    with pytest.raises(DimensionError):
        test_da.rio.width
    with pytest.raises(DimensionError):
        test_da.rio.height

def test_missing_spatial_dimensions():
    test_ds = xarray.Dataset()
    with pytest.raises(DimensionError):
        test_ds.rio.shape
    with pytest.raises(DimensionError):
        test_ds.rio.width
    with pytest.raises(DimensionError):
        test_ds.rio.height
    test_da = xarray.DataArray(1)
    with pytest.raises(DimensionError):
        test_da.rio.shape
    with pytest.raises(DimensionError):
        test_da.rio.width
    with pytest.raises(DimensionError):
        test_da.rio.height

def set_dims(obj, in_x_dim, in_y_dim):
            if in_x_dim in obj.dims:
                obj.rio._x_dim = x_dim
            else:
                raise DimensionError(
                    f"x dimension ({x_dim}) not found.{_get_data_var_message(obj)}"
                )
            if y_dim in obj.dims:
                obj.rio._y_dim = y_dim
            else:
                raise DimensionError(
                    f"y dimension ({x_dim}) not found.{_get_data_var_message(obj)}"
                )

"""This is the base exception for errors in the rioxarray extension."""


class NoDataInBounds(RioXarrayError):
    """This is for when there are no data in the bounds for clipping a raster."""


class SingleVariableDataset(RioXarrayError):
    """This is for when you have a dataset with a single variable."""


class DimensionError(RioXarrayError):
    """This is raised when there are more dimensions than is supported by the method"""


class TooManyDimensions(DimensionError):
    """This is raised when there are more dimensions than is supported by the method"""


class InvalidDimensionOrder(DimensionError):
    """This is raised when there the dimensions are not ordered correctly."""


class OneDimensionalRaster(DimensionError):
    """This is an error when you have a 1 dimensional raster."""


class DimensionMissingCoordinateError(RioXarrayError):
    """This is raised when the dimension does not have the supporting coordinate."""


class MissingCRS(RioXarrayError):

"""This is for when there are no data in the bounds for clipping a raster."""


class SingleVariableDataset(RioXarrayError):
    """This is for when you have a dataset with a single variable."""


class DimensionError(RioXarrayError):
    """This is raised when there are more dimensions than is supported by the method"""


class TooManyDimensions(DimensionError):
    """This is raised when there are more dimensions than is supported by the method"""


class InvalidDimensionOrder(DimensionError):
    """This is raised when there the dimensions are not ordered correctly."""


class OneDimensionalRaster(DimensionError):
    """This is an error when you have a 1 dimensional raster."""


class DimensionMissingCoordinateError(RioXarrayError):
    """This is raised when the dimension does not have the supporting coordinate."""


class MissingCRS(RioXarrayError):
    """Missing the CRS in the dataset."""

def set_dims(obj, in_x_dim, in_y_dim):
            if in_x_dim in obj.dims:
                obj.rio._x_dim = x_dim
            else:
                raise DimensionError(
                    f"x dimension ({x_dim}) not found.{_get_data_var_message(obj)}"
                )
            if y_dim in obj.dims:
                obj.rio._y_dim = y_dim
            else:
                raise DimensionError(
                    f"y dimension ({x_dim}) not found.{_get_data_var_message(obj)}"
                )

"""This is for when you have a dataset with a single variable."""


class DimensionError(RioXarrayError):
    """This is raised when there are more dimensions than is supported by the method"""


class TooManyDimensions(DimensionError):
    """This is raised when there are more dimensions than is supported by the method"""


class InvalidDimensionOrder(DimensionError):
    """This is raised when there the dimensions are not ordered correctly."""


class OneDimensionalRaster(DimensionError):
    """This is an error when you have a 1 dimensional raster."""


class DimensionMissingCoordinateError(RioXarrayError):
    """This is raised when the dimension does not have the supporting coordinate."""


class MissingCRS(RioXarrayError):
    """Missing the CRS in the dataset."""

def x_dim(self):
        """str: The dimension for the X-axis."""
        if self._x_dim is not None:
            return self._x_dim
        raise DimensionError(
            "x dimension not found. 'set_spatial_dims()' can address this."
            f"{_get_data_var_message(self._obj)}"

def y_dim(self):
        """str: The dimension for the Y-axis."""
        if self._y_dim is not None:
            return self._y_dim
        raise DimensionError(
            "x dimension not found. 'set_spatial_dims()' can address this."
            f"{_get_data_var_message(self._obj)}"