async def __call__(
self, type_: str = EventType(), text: str = EventPlainText()
) -> bool:
return (
type_ == "message"
and (text.casefold() if self.ignorecase else text) in self.msg
)
async def __call__(
self, type: str = EventType(), text: str = EventPlainText()) -> Any:
if type != "message":
return False
return bool(
re.search(
f"(?:{'|'.join(re.escape(prefix) for prefix in self.msg)})$",
text,
re.IGNORECASE if self.ignorecase else 0,
))
async def __call__(
self,
state: T_State,
type: str = EventType(),
msg: Message = EventMessage(),
) -> bool:
if type != "message":
return False
matched = re.search(self.regex, str(msg), self.flags)
if matched:
state[REGEX_MATCHED] = matched.group()
state[REGEX_GROUP] = matched.groups()
state[REGEX_DICT] = matched.groupdict()
return True
else:
return False
async def __call__(
self, type: str = EventType(), text: str = EventPlainText()) -> bool:
if type != "message":
return False
return bool(text and any(keyword in text for keyword in self.keywords))
async def __call__(self, type: str = EventType()) -> bool:
return type == "meta_event"
async def __call__(self, type: str = EventType()) -> bool:
return type == "request"
async def __call__(self, type: str = EventType()) -> bool:
return type == "notice"
async def event_type(t: str = EventType()) -> str:
return t