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 _(msg: str = EventPlainText(), to_me: bool = EventToMe()):
def split_command(msg):
for command in commands:
if command in msg:
prefix, suffix = re.split(command, msg)
return prefix, suffix
return "", ""
msg = msg.strip().strip(".>,?!。，（）()[]【】")
prefix_words = ["这", "这个", "那", "那个", "你", "我", "他", "它"]
suffix_words = ["意思", "梗", "玩意", "鬼"]
prefix, suffix = split_command(msg)
if (not prefix or prefix
in prefix_words) or (suffix and suffix not in suffix_words):
what.block = False
await what.finish()
keyword = prefix
if to_me:
res = await get_content(keyword)
else:
res = await get_content(keyword, sources=["jiki", "nbnhhsh"])
if res:
what.block = True
await what.finish(res)
else:
what.block = False
await what.finish()
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 continue_receive(
matcher: Matcher, event: MessageEvent, msg: str = EventPlainText()
):
msg = msg.strip()
if msg:
for word in end_word:
if word in msg.lower():
await matcher.finish()
if msg:
reply = await get_reply(msg, event)
await handle_reply(matcher, reply, event)
async def first_receive(
matcher: Matcher, event: MessageEvent, msg: str = EventPlainText()
):
if event.reply:
await chat.finish()
if not filter_msg(msg):
await chat.finish()
if msg:
reply = await get_reply(msg, event)
else:
reply = random.choice(null_reply)
await handle_reply(matcher, reply, event)
async def _parse_group_idx(state: T_State, event_msg: str = EventPlainText()):
if not isinstance(state["group_idx"], Message):
return
group_number_idx: Optional[dict[int, int]] = state.get("group_number_idx")
assert group_number_idx
try:
assert event_msg != "取消", "userAbort"
idx = int(event_msg)
assert idx in group_number_idx.keys(), "idxNotInList"
state["group_idx"] = idx
except AssertionError as AE:
errType = AE.args[0]
if errType == "userAbort":
await group_manage_matcher.finish("已取消")
elif errType == "idxNotInList":
await group_manage_matcher.reject("请输入正确序号")
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))
def filter_msg(msg: str = EventPlainText()):
for p in filter_patterns:
if re.search(p, msg):
return False
return True
async def handler(filename: str = EventPlainText()):
filename = filename.strip().strip("[").strip("]")
await handle_emoji(matcher, dirname, filename)
async def event_plain_text(text: str = EventPlainText()) -> str:
return text
async def _check_command(event_msg: str = EventPlainText()):
if event_msg not in {"添加订阅", "查询订阅", "删除订阅", "取消"}:
await group_manage_matcher.reject("请输入正确的命令")
return
