h2o-py/h2o/h2o.py
def deep_copy(data, xid):
    """
    Create a deep clone of the frame ``data``.

    :param data: an H2OFrame to be cloned
    :param xid: (internal) id to be assigned to the new frame.
    :returns: new :class:`H2OFrame` which is the clone of the passed frame.
    """
    assert_is_type(data, H2OFrame)
    assert_is_type(xid, str)
    assert_satisfies(xid, xid != data.frame_id)
    check_frame_id(xid)
    duplicate = data.apply(lambda x: x)
    duplicate._ex = ExprNode("assign", xid, duplicate)._eval_driver(False)
    duplicate._ex._cache._id = xid
    duplicate._ex._children = None
    return duplicate
def deep_copy(data, xid):
    """
    Create a deep clone of the frame ``data``.

    :param data: an H2OFrame to be cloned
    :param xid: (internal) id to be assigned to the new frame.
    :returns: new :class:`H2OFrame` which is the clone of the passed frame.
    """
    assert_is_type(data, H2OFrame)
    assert_is_type(xid, str)
    assert_satisfies(xid, xid != data.frame_id)
    check_frame_id(xid)
    duplicate = data.apply(lambda x: x)
    duplicate._ex = ExprNode("assign", xid, duplicate)._eval_driver(False)
    duplicate._ex._cache._id = xid
    duplicate._ex._children = None
    return duplicate
Create a deep clone of the frame ``data``.

    :param data: an H2OFrame to be cloned
    :param xid: (internal) id to be assigned to the new frame.
    :returns: new :class:`H2OFrame` which is the clone of the passed frame.