SPF-OST / trnsys-dck-parser / 8925041585

import trnsys_dck_parser.parse.common as _pcom

import trnsys_dck_parser.parse.tokens as _ptok

class Tokens:

    POSITIVE_INTEGER = _pcom.TokenDefinition("positive integer", _ptok.Regexes.POSITIVE_INTEGER, priority=1)

    NEGATIVE_INTEGER = _pcom.TokenDefinition("integer", r"-[0-9]+", priority=2)

    FLOAT = _pcom.TokenDefinition("floating point number", r"-?[0-9]*\.[0-9]+([eE]-?[0-9]+)?", priority=3)

    LEFT_SQUARE_BRACKET = _pcom.TokenDefinition('opening square bracket ("[")', r"\[")

    RIGHT_SQUARE_BRACKET = _pcom.TokenDefinition('closing square bracket ("]")', r"\]")

    COMMA = _pcom.TokenDefinition('comma (",")', r",")

    PLUS = _pcom.TokenDefinition('plus ("+")', r"\+")

    MINUS = _pcom.TokenDefinition('minus ("-")', r"-")

    TIMES = _pcom.TokenDefinition('times ("*")', r"\*", priority=1)

    DIVIDE = _pcom.TokenDefinition('division by ("/")', r"/")

    POWER = _pcom.TokenDefinition('raise by ("**")', r"\*\*", priority=2)

    LEFT_PAREN = _pcom.TokenDefinition('opening parenthesis ("(")', r"\(")

    RIGHT_PAREN = _pcom.TokenDefinition('closing parenthesis (")")', r"\)")

def create_lexer(input_string: str) -> _pcom.Lexer:

    token_definitions = [

    return _pcom.Lexer(input_string, token_definitions)