def _process_message(self, line):
"""Process a single message from IRC."""
if line[1] == "JOIN":
data = Data(self.bot, self.nick, line, msgtype="JOIN")
self.bot.commands.call("join", data)
elif line[1] == "PRIVMSG":
data = Data(self.bot, self.nick, line, msgtype="PRIVMSG")
if data.is_private:
self.bot.commands.call("msg_private", data)
else:
self.bot.commands.call("msg_public", data)
self.bot.commands.call("msg", data)
elif line[1] == "376": # On successful connection to the server
# If we're supposed to auth to NickServ, do that:
try:
username = self.bot.config.irc["frontend"]["nickservUsername"]
password = self.bot.config.irc["frontend"]["nickservPassword"]
except KeyError:
pass
else:
msg = "IDENTIFY {0} {1}".format(username, password)
self.say("NickServ", msg, hidelog=True)
# Join all of our startup channels:
for chan in self.bot.config.irc["frontend"]["channels"]:
self.join(chan)
def _process_message(self, line):
"""Process a single message from IRC."""
if line[1] == "JOIN":
data = Data(self.nick, line, msgtype="JOIN")
self.bot.commands.call("join", data)
elif line[1] == "PART":
data = Data(self.nick, line, msgtype="PART")
self.bot.commands.call("part", data)
elif line[1] == "PRIVMSG":
data = Data(self.nick, line, msgtype="PRIVMSG")
if data.is_private:
self.bot.commands.call("msg_private", data)
else:
self.bot.commands.call("msg_public", data)
self.bot.commands.call("msg", data)
elif line[1] == "NOTICE":
data = Data(self.nick, line, msgtype="NOTICE")
if self._auth_wait and data.nick == self.NICK_SERVICES:
if data.msg.startswith("This nickname is registered."):
return
self._auth_wait = False
sleep(2) # Wait for hostname change to propagate
self._join_channels()
elif line[1] == "376": # On successful connection to the server
# If we're supposed to auth to NickServ, do that:
try:
username = self.bot.config.irc["frontend"]["nickservUsername"]
password = self.bot.config.irc["frontend"]["nickservPassword"]
except KeyError:
self._join_channels()
else:
self.logger.debug("Identifying with services")
msg = "IDENTIFY {0} {1}".format(username, password)
self.say(self.NICK_SERVICES, msg, hidelog=True)
self._auth_wait = True
elif line[1] == "401": # No such nickname
if self._auth_wait and line[3] == self.NICK_SERVICES:
# Services is down, or something...?
self._auth_wait = False
self._join_channels()
def maker(self, line, chan, msg=None):
data = Data(line)
data.nick, data.ident, data.host = self.re_sender.findall(line[0])[0]
if msg is not None:
data.msg = msg
data.chan = chan
data.parse_args()
return data
def maker(self, line, chan, msg=None):
data = Data(line)
data.nick, data.ident, data.host = self.re_sender.findall(line[0])[0]
if msg is not None:
data.msg = msg
data.chan = chan
data.parse_args()
return data
def _load_reminders(self):
"""Load previously made reminders from the database."""
with self._db() as permdb:
try:
database = permdb.get_attr("command:remind", "data")
except KeyError:
return
permdb.set_attr("command:remind", "data", "[]")
for item in ast.literal_eval(database):
rid, user, wait, end, message, data = item
if end < time.time():
continue
data = Data.unserialize(data)
reminder = _Reminder(rid, user, wait, end, message, data, self)
self._start_reminder(reminder, user)
def _load_reminders(self):
"""Load previously made reminders from the database."""
with self._db() as permdb:
try:
database = permdb.get_attr("command:remind", "data")
except KeyError:
return
permdb.set_attr("command:remind", "data", "[]")
for item in ast.literal_eval(database):
rid, user, wait, end, message, data = item
if end < time.time():
continue
data = Data.unserialize(data)
reminder = _Reminder(rid, user, wait, end, message, data, self)
self._start_reminder(reminder, user)
def _load_reminders(self):
"""Load previously made reminders from the database."""
permdb = self.config.irc["permissions"]
try:
database = permdb.get_attr("command:remind", "data")
except KeyError:
return
permdb.set_attr("command:remind", "data", "[]")
connect_wait = 30
for item in ast.literal_eval(database):
rid, user, wait, end, message, data = item
if end < time.time() + connect_wait:
# Make reminders that have expired while the bot was offline
# trigger shortly after startup
end = time.time() + connect_wait
data = Data.unserialize(data)
reminder = _Reminder(rid, user, wait, message, data, self, end)
self._start_reminder(reminder, user)
