def __call__(self, inp:str, parse_inp:ParseResult=None, idx:int=0) -> ParseResult:
if parse_inp is not None:
idx = parse_inp.last_idx()
else:
idx = 0
parse_result = ParseResult()
for target_idx, c in enumerate(inp[idx:]):
if not c.isspace():
break
parse_result.add(idx + target_idx + 1, inp[idx : idx + target_idx+1])
return parse_result
def __call__(self,
inp: str,
parse_inp: ParseResult = None,
idx: int = 0) -> ParseResult:
start_idx = parse_inp.last_idx() if parse_inp is not None else idx
a_result = self.A(inp, parse_inp, idx=idx)
if a_result.empty() or a_result.last_idx() == start_idx:
return ParseResult()
b_result = self.B(inp, a_result)
if b_result.last_idx() <= a_result.last_idx():
return ParseResult()
parse_out = ParseResult()
parse_out.extend(a_result)
parse_out.update(b_result.last_idx(), b_result.last_str())
return parse_out
def __call__(self, inp:str, parse_inp:ParseResult=None, idx:int=0) -> ParseResult:
if parse_inp is not None:
idx = parse_inp.last_idx()
else:
idx = 0
parse_result = ParseResult()
for target_idx, c in enumerate(inp[idx:]):
if c.isalpha():
continue
elif target_idx > 0 and (c.isalnum() or c == '-'):
continue
else:
break
if target_idx == 0:
return parse_result
parse_result.add(idx + target_idx + 1, inp[idx : idx + target_idx+1])
return parse_result
