def inv_entry_to_path(data):
    """
    Determine the path from the intersphinx inventory entry

    Discard the anchors between head and tail to make it
    compatible with situations where extra meta information is encoded.
    """
    path_tuple = data[2].split("#")
    if len(path_tuple) > 1:
        path_str = "#".join((path_tuple[0], path_tuple[-1]))
    else:
        path_str = data[2]
    return path_str
def inv_entry_to_path(data):
    """
    Determine the path from the intersphinx inventory entry

    Discard the anchors between head and tail to make it
    compatible with situations where extra meta information is encoded.
    """
    path_tuple = data[2].split("#")
    if len(path_tuple) > 1:
        path_str = "#".join((path_tuple[0], path_tuple[-1]))
    else:
        path_str = data[2]
    return path_str
def inv_entry_to_path ( data ) : path_tuple = data [ 2 ] . split ( "#" ) if len ( path_tuple ) > 1 : path_str = "#" . join ( ( path_tuple [ 0 ] , path_tuple [ - 1 ] ) ) else : path_str = data [ 2 ] return path_str
Determine the path from the intersphinx inventory entry

    Discard the anchors between head and tail to make it
    compatible with situations where extra meta information is encoded.
Determine the path from the intersphinx inventory entry