def macro(self):
if self.element.py_match is not None:
if self.match_symbol not in itertools.chain(
*self.element.stream.scope):
raise NameError(self.match_symbol)
symbols = self.element.stream.symbols
args = symbols.out, symbols.write, "select"
if self.element.py_once.lower() in config.TRUEVALS:
once = 1
else:
once = repr(None)
decorator = '%s("""%s""", %s)' % (self.match_symbol,
self.element.py_match, once)
return types.method("match", args, decorators=(decorator, ))
return self.element.py_def
def macro(self):
if self.element.py_match is not None:
if self.match_symbol not in itertools.chain(
*self.element.stream.scope):
raise NameError(self.match_symbol)
symbols = self.element.stream.symbols
args = symbols.out, symbols.write, "select"
if self.element.py_once.lower() in config.TRUEVALS:
once = 1
else:
once = repr(None)
decorator = '%s("""%s""", %s)' % (
self.match_symbol, self.element.py_match, once)
return types.method(
"match", args, decorators=(decorator,))
return self.element.py_def
def method(self, string):
"""Parse a method definition.
>>> method = ExpressionTranslator().method
>>> method('name')
name()
>>> method('name(a, b, c)')
name(a, b, c)
"""
m = self.re_method.match(string)
if m is None:
raise ValueError("Not a valid method definition (%s)." % string)
name = m.group('name')
args = [arg.strip() for arg in (m.group('args') or "").split(',') if arg]
return types.method(name, args)
