def _decorate(obj):
"""Given an object with a magic docstrings, returns its decorated
version; otherwise, returns None"""
docstring=inspect.getdoc(obj) or ''
MO=re.match(r'\[([\w_ ,]*)\]',docstring)
# for instance [name_1, name_2, name_3] is matched
if MO:
decorators=MO.group(1).split(',')
try: dclasses=[StoredDecorators.dic[n] for n in decorators]
except KeyError: raise UnknownDecoratorError(n)
dclasses=noconflict.remove_redundant(dclasses)
decname=''.join([d.__name__ for d in dclasses])
decorator=StoredDecorators.dic.get(decname)
if not decorator: decorator=makecls()(decname,dclasses,{})
if issubclass(decorator,ClassDecorator): return decorator(obj)()
return decorator(obj)
def _decorate(obj):
"""Given an object with a magic docstrings, returns its decorated
version; otherwise, returns None"""
docstring = inspect.getdoc(obj) or ''
MO = re.match(r'\[([\w_ ,]*)\]', docstring)
# for instance [name_1, name_2, name_3] is matched
if MO:
decorators = MO.group(1).split(',')
try:
dclasses = [StoredDecorators.dic[n] for n in decorators]
except KeyError:
raise UnknownDecoratorError(n)
dclasses = noconflict.remove_redundant(dclasses)
decname = ''.join([d.__name__ for d in dclasses])
decorator = StoredDecorators.dic.get(decname)
if not decorator: decorator = makecls()(decname, dclasses, {})
if issubclass(decorator, ClassDecorator): return decorator(obj)()
return decorator(obj)
def composed(*dclasses):
dclasses = noconflict.remove_redundant(dclasses)
decname = ''.join([d.__name__ for d in dclasses])
decorator = MetaDecorator.dic.get(decname)
if not decorator: decorator = makecls()(decname, dclasses, {})
return decorator
def composed(*dclasses):
dclasses=noconflict.remove_redundant(dclasses)
decname=''.join([d.__name__ for d in dclasses])
decorator=MetaDecorator.dic.get(decname)
if not decorator: decorator=makecls()(decname,dclasses,{})
return decorator
