def _coro():
futs = []
for connections in ctx.storage.connections.values():
for conn in connections:
futs.append(conn.disconnect())
yield parallel(*futs)
def _coro():
futs = []
for connections in ctx.storage.connections.values():
for conn in connections:
futs.append(conn.disconnect())
yield parallel(*futs)
def on_message(self, message):
self.ctx.message(self.ctx._("\x02[Omegle] {id}:\x02 {message}").format(id=self.id, message=message))
k = (self.ctx.client.name, self.ctx.target)
futs = []
for conn in self.ctx.storage.connections.get(k, set([])):
if conn is self:
continue
futs.append(conn.send(message))
yield parallel(*futs)
def on_message(self, message):
self.ctx.message(
self.ctx._("\x02[Omegle] {id}:\x02 {message}").format(
id=self.id, message=message))
k = (self.ctx.client.name, self.ctx.target)
futs = []
for conn in self.ctx.storage.connections.get(k, set([])):
if conn is self:
continue
futs.append(conn.send(message))
yield parallel(*futs)
def relay_irc(ctx, target, origin, message):
if message[0] == ctx.config.ignore_prefix:
return
k = (ctx.client.name, ctx.target)
futs = []
for conn in ctx.storage.connections.get(k, set([])):
@coroutine
def _coro():
yield conn.typing()
yield conn.send(message)
futs.append(_coro())
yield parallel(*futs)
def relay_irc(ctx, target, origin, message):
if message[0] == ctx.config.ignore_prefix:
return
k = (ctx.client.name, ctx.target)
futs = []
for conn in ctx.storage.connections.get(k, set([])):
@coroutine
def _coro():
yield conn.typing()
yield conn.send(message)
futs.append(_coro())
yield parallel(*futs)
def whois(self, nickname):
"""
If nickname is a list, performs multiple nicknames per WHOIS. Otherwise, does default WHOIS behavior.
:param nicknames: Nickname(s) to lookup.
:return: Future
"""
if isinstance(nickname, str):
return super().whois(nickname)
nicknames = set(filter(None, [nick.strip() for nick in nickname]))
if not nicknames or any(protocol.ARGUMENT_SEPARATOR.search(nickname) is not None for nickname in nicknames):
# IRCds don't like spaces in nicknames. Adapted from pydle.features.rfc1459
return None
all_futures = set() # Store all relevant futures.
drop_nicknames = [] # List of nicknames we'll delete after the pass.
for nickname in nicknames:
if nickname in self._pending['whois']:
all_futures.add(self._pending['whois'][nickname])
drop_nicknames.append(nickname)
continue
future = Future()
all_futures.add(future)
self._pending['whois'][nickname] = future
self._whois_info[nickname] = {
'oper': False,
'idle': 0,
'away': False,
'away_message': None,
'account': None,
'identified': False,
}
if nicknames:
# It's possible we eliminated all nicknames due to already in-progress /WHOIS requests. But we're here,
# so we didn't.
# Send WHOIS
self.rawmsg('WHOIS', ",".join(nicknames))
return parallel(*all_futures)
def disconnect(ctx):
"""
Disconnect from Omegle.
Sever all Omegle connections.
"""
k = (ctx.client.name, ctx.target)
if k not in ctx.storage.connections:
ctx.respond(ctx._("I'm not connected to any Omegle users."))
return
futs = []
for client in set(ctx.storage.connections[k]):
futs.append(client.disconnect())
yield parallel(*futs)
del ctx.storage.connections[k]
def disconnect(ctx):
"""
Disconnect from Omegle.
Sever all Omegle connections.
"""
k = (ctx.client.name, ctx.target)
if k not in ctx.storage.connections:
ctx.respond(ctx._("I'm not connected to any Omegle users."))
return
futs = []
for client in set(ctx.storage.connections[k]):
futs.append(client.disconnect())
yield parallel(*futs)
del ctx.storage.connections[k]
