def rule_set(self):
rs = RuleSet()
rs.add_rule('L', self.prod)
if self.prod is 'l33t':
for c, d in zip(self.l, self.r):
rs.add_rule('L_%s' % c, d)
return rs
def rule_set(self):
rs = RuleSet()
rs.add_rule('L', self.prod)
if self.prod is 'l33t':
for c,d in zip(self.l, self.r):
rs.add_rule('L_%s'%c,d)
return rs
def rule_set(self):
rs = RuleSet()
if isinstance(self, NonT):
rs.add_rule('G', self.sym)
if isinstance(self.prod, basestring):
rs.add_rule(self.sym, self.prod)
elif isinstance(self.prod, list):
for p in self.prod:
rs.update_set(p.rule_set())
else:
return self.prod.rule_set()
return rs
def rule_set(self): # 添加规则
rs = RuleSet()
if isinstance(self, NonT): # 基础规则 即没有任何规则
rs.add_rule('G', self.sym)
if isinstance(self.prod, str):
rs.add_rule(self.sym, self.prod)
elif isinstance(self.prod, list):
for p in self.prod:
rs.update_set(p.rule_set())
else:
return self.prod.rule_set()
return rs
def rule_set(self):
rs = RuleSet()
if isinstance(self, NonT):
rs.add_rule('G', self.sym)
if isinstance(self.prod, basestring):
rs.add_rule(self.sym, self.prod)
elif isinstance(self.prod, list):
for p in self.prod:
rs.update_set(p.rule_set())
else:
return self.prod.rule_set()
return rs
def rule_set(self):
rs = RuleSet()
rs.add_rule(self.sym, self.prod)
rs.update_set(self.L.rule_set())
return rs
def rule_set(self, word):
rs = RuleSet()
pt = self.l_parse_tree(word)
for p in pt.tree:
rs.add_rule(*p)
return rs
def rule_set(self, word):
rs = RuleSet()
pt = self.l_parse_tree(word)
for p in pt.tree:
rs.add_rule(*p)
return rs
def rule_set(self):
rs = RuleSet()
rs.add_rule(self.sym, self.prod)
rs.update_set(self.L.rule_set())
return rs
