from hutt import string from hutt.dsl import parser as parser_wrap char = parser_wrap.wrap(string.char) one_of = parser_wrap.wrap(string.one_of) none_of = parser_wrap.wrap(string.none_of) word = parser_wrap.wrap(string.word) literal = parser_wrap.wrap(string.literal)
def _decorator(f):
return parser_wrap.wrap(combinators.mapf_star(parser._parser))(f)
def parser(f):
return parser_wrap.wrap(gen.parser(f))
from hutt.dsl import parser as parser_wrap
from kessel import combinators
try_ = parser_wrap.wrap(combinators.try_)
choice = parser_wrap.wrap(combinators.choice)
sequence = parser_wrap.wrap(combinators.sequence)
sequence_l = parser_wrap.wrap(combinators.sequence_l)
sequence_r = parser_wrap.wrap(combinators.sequence_r)
count = parser_wrap.wrap(combinators.count)
option = parser_wrap.wrap(combinators.option)
many = parser_wrap.wrap(combinators.many)
many1 = parser_wrap.wrap(combinators.many1)
between = parser_wrap.wrap(combinators.between)
sep_by = parser_wrap.wrap(combinators.sep_by)
sep_by1 = parser_wrap.wrap(combinators.sep_by1)
eof = parser_wrap.Parser(combinators.eof)
suppress_expect = parser_wrap.wrap(combinators.suppress_expect)
def mapf(parser):
def _decorator(f):
return parser_wrap.wrap(combinators.mapf(parser._parser))(f)
return _decorator
def mapf_star(parser):
def _decorator(f):
return parser_wrap.wrap(combinators.mapf_star(parser._parser))(f)
return _decorator
from hutt.dsl import parser as parser_wrap
from kessel import primitives
ParseError = primitives.ParseError
unit = parser_wrap.wrap(primitives.unit)
match = parser_wrap.wrap(primitives.match)
any_ = parser_wrap.Parser(primitives.any_)
error = parser_wrap.wrap(primitives.error)
class Proxy(parser_wrap.Parser):
def __init__(self):
super(Proxy, self).__init__(primitives.Proxy())
def bind(self, parser):
self._parser.bind(parser._parser)
