def _build_regexs(self, table):
regexs = []
for n, (token_type, text_regex) in enumerate(table):
automaton = State.from_nfa(self.regex(text_regex))
for state in automaton:
if state.final: state.tag = (n, token_type)
regexs.append(automaton)
return regexs
def _build_regexs(table):
regexs = []
for n, (token_type, regex) in enumerate(table):
NFA = Regex.build_automaton(regex)
automaton, states = State.from_nfa(NFA, get_states=True)
for state in automaton:
if state.final:
state.tag = [(n, token_type)]
regexs.append(automaton)
return regexs
def _build_regexs(self, table):
regexs = []
for n, (token_type, regex) in enumerate(table):
dfa = Regex(regex)
automaton_list = State.from_nfa(
dfa.automaton, 'texto random pra que haga lo que quiero')
for i in automaton_list[1]:
if (i.final):
i.tag = (n, token_type)
regexs.append(automaton_list[0])
return regexs
def _build_regexs(self, table):
regexs = {}
for n, (token_type, regex) in enumerate(table):
# Your code here!!!
# - Remember to tag the final states with the token_type and priority.
# - <State>.tag might be useful for that purpose ;-)
auto = regex_automaton(regex)
auto, states = State.from_nfa(auto, True)
for st in states:
if st.final:
st.tag = (n, token_type)
regexs[token_type] = auto
return regexs
def _build_regexs(self, table):
regexs = []
for n, (token_type, regex) in enumerate(table):
# Your code here!!!
# - Remember to tag the final states with the token_type and priority.
# - <State>.tag might be useful for that purpose ;-)
NFA = _regex(regex)
automaton, states = State.from_nfa(NFA, get_states=True)
for state in states:
if state.final:
state.tag = (n, token_type)
regexs.append(automaton)
return regexs
