def __init__(self):
# mode and state handler
from pycon_bot.modes.base import SkeletonMode
self.mode = SkeletonMode(self)
self.state_handler = None
# variables storing superuser information
self.potential_superusers = settings.IRC_SUPERUSERS
self.superusers = set()
self._namescallback = {}
# the timer running, if any
self.timer = None
def __init__(self):
# mode and state handler
from pycon_bot.modes.base import SkeletonMode
self.mode = SkeletonMode(self)
self.state_handler = None
# variables storing superuser information
self.potential_superusers = settings.IRC_SUPERUSERS
self.superusers = set()
self._namescallback = {}
# the timer running, if any
self.timer = None
class PyConBot(irc.IRCClient):
def __init__(self):
# mode and state handler
from pycon_bot.modes.base import SkeletonMode
self.mode = SkeletonMode(self)
self.state_handler = None
# variables storing superuser information
self.potential_superusers = settings.IRC_SUPERUSERS
self.superusers = set()
self._namescallback = {}
# the timer running, if any
self.timer = None
#
# "Public" API - stuff to be called by drivers.
#
@property
def nickname(self):
return self.factory.nickname
def set_timer(self,
channel,
seconds,
message='Time has ended.',
callback=None,
callback_kwargs={}):
"""Set a timer. By default, simply say `message` after
`seconds` have elapsed.
Additionally, if a callback is provided, run it.
"""
seconds = int(seconds)
def say_time(channel):
self.timer = None
if message:
self.msg(channel, "=== %s ===" % message)
if callback and callable(callback):
callback(**callback_kwargs)
self.clear_timer()
self.timer = reactor.callLater(seconds, say_time, channel)
def clear_timer(self):
"""Clear an already-set timer, and return it."""
# get the timer so I can get data out of it, in case
# I need to re-instutite the timer
if self.timer:
self.timer.cancel()
self.timer = None
def names(self, channel):
"""List names in the channel.
Returns a deferred. Because THIS IS TWISTED!
"""
channel = channel.lower()
d = defer.Deferred()
self._namescallback.setdefault(channel, [[], []])[0].append(d)
self.sendLine("NAMES %s" % channel)
return d
#
# Internals
#
# Auth.
def check_auth(self):
"""
Check that everyone in set as a superuser in the env is actually
logged in (and not spoofing) by asking NickServ. This resets the
superuser list each time it's called.
NickServ will respond by sending a NOTICE (*not* a PRIVMSG), which
gets picked up by the callback below, see that.
"""
for username in self.potential_superusers:
self.msg('NickServ', 'ACC %s' % username)
def noticed(self, user, channel, message):
# Only pay attention to ACC responses from NickServ
user = user.split('!')[0]
if channel != self.nickname or user != 'NickServ':
return
try:
username, acc, status = message.split()[0:3]
except ValueError:
return
if acc != 'ACC':
return
# Now add or remove superusers depending on the response. A code of "3"
# means the user's identiied with services, so if they're in the
# allowed SUs and NickServ gives us a "3", then that user is auth'd.
if username in self.potential_superusers and status == '3':
self.superusers.add(username)
elif username in self.superusers and status != '3':
self.superusers.discard(username)
# Support functions for the NAMES command.
def irc_RPL_NAMREPLY(self, prefix, params):
channel = params[2].lower()
if channel not in self._namescallback:
return
nicklist = [name.strip('@+') for name in params[3].split(' ')]
self._namescallback[channel][1] += nicklist
def irc_RPL_ENDOFNAMES(self, prefix, params):
channel = params[1].lower()
if channel not in self._namescallback:
return
callbacks, namelist = self._namescallback[channel]
for cb in callbacks:
cb.callback(namelist)
del self._namescallback[channel]
# Twisted callbacks and such.
def signedOn(self):
for channel in self.factory.channels:
self.join(channel)
def joined(self, channel):
log.msg('Joined %s' % channel)
self.msg(channel, 'Hello, denizens of %s!' % channel)
self.msg(
channel, ' '.join((
'To contribute to me:',
'https://github.com/PyCon/pc-bot',
)))
self.check_auth()
def userJoined(self, user, channel):
"""When a new user joins the channel, take appropriate action,
and also ask the node what, if anything, it wants to do."""
# is this a potential superuser? if so, we
# need to refresh the superuser list
if user in self.potential_superusers:
self.check_auth()
# now ship us off to the mode
if hasattr(self.mode, 'event_user_joined'):
self.mode.event_user_joined(user, channel)
def privmsg(self, user, channel, message):
"""Called whenever a message is recived.
If this is a private message, dispatch it to the private messaging
command bank.
If the message starts with ",<cmd>", then dispatch to a `handle_<cmd>`
function, either on self or on the bot mode object, but only if the
user is a superuser.
"""
user = user.split("!")[0]
# if this is a private message, then it uses the
# private messaging commands rather than the chair commands
if not channel.startswith('#'):
command_parts = message.split()
command, args = command_parts[0], command_parts[1:]
self.mode.exec_command(command, 'private', user, channel, *args)
return
# Modes can define a log_message function which'll be called for each
# message, command or not. This lets modes do logging.
if hasattr(self.mode, 'log_message'):
self.mode.log_message(user, channel, message)
# Some times - voting - we want to record every command. In those cases,
# the botmode will set state_handler and we'll call that. Othwewise,
# we only care about ,-prefixed commands.
if not message.startswith(','):
if self.state_handler:
user_message = message.lower().strip()
if not user_message:
return
self.state_handler(user, channel, user_message)
return
# only accept commands from superusers
if user not in self.superusers:
return
# find the appropriate callback on the mode
# (or one of its superclasses)
message = message[1:]
command_parts = message.split()
command, command_args = command_parts[0], command_parts[1:]
self.mode.exec_command(command, 'chair', user, channel, *command_args)
def msg(self, channel, message):
# Make sure things I say go into the transcript, too.
if channel.startswith('#') and hasattr(self.mode, 'log_message'):
self.mode.log_message(self.nickname, channel, message)
irc.IRCClient.msg(self, channel, message) # scumbag old-style class
class PyConBot(irc.IRCClient):
def __init__(self):
# mode and state handler
from pycon_bot.modes.base import SkeletonMode
self.mode = SkeletonMode(self)
self.state_handler = None
# variables storing superuser information
self.potential_superusers = settings.IRC_SUPERUSERS
self.superusers = set()
self._namescallback = {}
# the timer running, if any
self.timer = None
#
# "Public" API - stuff to be called by drivers.
#
@property
def nickname(self):
return self.factory.nickname
def set_timer(self, channel, seconds, message='Time has ended.',
callback=None, callback_kwargs={}):
"""Set a timer. By default, simply say `message` after
`seconds` have elapsed.
Additionally, if a callback is provided, run it.
"""
seconds = int(seconds)
def say_time(channel):
self.timer = None
if message:
self.msg(channel, "=== %s ===" % message)
if callback and callable(callback):
callback(**callback_kwargs)
self.clear_timer()
self.timer = reactor.callLater(seconds, say_time, channel)
def clear_timer(self):
"""Clear an already-set timer, and return it."""
# get the timer so I can get data out of it, in case
# I need to re-instutite the timer
if self.timer:
self.timer.cancel()
self.timer = None
def names(self, channel):
"""List names in the channel.
Returns a deferred. Because THIS IS TWISTED!
"""
channel = channel.lower()
d = defer.Deferred()
self._namescallback.setdefault(channel, [[], []])[0].append(d)
self.sendLine("NAMES %s" % channel)
return d
#
# Internals
#
# Auth.
def check_auth(self):
"""
Check that everyone in set as a superuser in the env is actually
logged in (and not spoofing) by asking NickServ. This resets the
superuser list each time it's called.
NickServ will respond by sending a NOTICE (*not* a PRIVMSG), which
gets picked up by the callback below, see that.
"""
for username in self.potential_superusers:
self.msg('NickServ', 'ACC %s' % username)
def noticed(self, user, channel, message):
# Only pay attention to ACC responses from NickServ
user = user.split('!')[0]
if channel != self.nickname or user != 'NickServ':
return
try:
username, acc, status = message.split()[0:3]
except ValueError:
return
if acc != 'ACC':
return
# Now add or remove superusers depending on the response. A code of "3"
# means the user's identiied with services, so if they're in the
# allowed SUs and NickServ gives us a "3", then that user is auth'd.
if username in self.potential_superusers and status == '3':
self.superusers.add(username)
elif username in self.superusers and status != '3':
self.superusers.discard(username)
# Support functions for the NAMES command.
def irc_RPL_NAMREPLY(self, prefix, params):
channel = params[2].lower()
if channel not in self._namescallback:
return
nicklist = [name.strip('@+') for name in params[3].split(' ')]
self._namescallback[channel][1] += nicklist
def irc_RPL_ENDOFNAMES(self, prefix, params):
channel = params[1].lower()
if channel not in self._namescallback:
return
callbacks, namelist = self._namescallback[channel]
for cb in callbacks:
cb.callback(namelist)
del self._namescallback[channel]
# Twisted callbacks and such.
def signedOn(self):
for channel in self.factory.channels:
self.join(channel)
def joined(self, channel):
log.msg('Joined %s' % channel)
self.msg(channel, 'Hello, denizens of %s!' % channel)
self.msg(channel, ' '.join((
'To contribute to me:',
'https://github.com/PyCon/pc-bot',
)))
self.check_auth()
def userJoined(self, user, channel):
"""When a new user joins the channel, take appropriate action,
and also ask the node what, if anything, it wants to do."""
# is this a potential superuser? if so, we
# need to refresh the superuser list
if user in self.potential_superusers:
self.check_auth()
# now ship us off to the mode
if hasattr(self.mode, 'event_user_joined'):
self.mode.event_user_joined(user, channel)
def privmsg(self, user, channel, message):
"""Called whenever a message is recived.
If this is a private message, dispatch it to the private messaging
command bank.
If the message starts with ",<cmd>", then dispatch to a `handle_<cmd>`
function, either on self or on the bot mode object, but only if the
user is a superuser.
"""
user = user.split("!")[0]
# if this is a private message, then it uses the
# private messaging commands rather than the chair commands
if not channel.startswith('#'):
command_parts = message.split()
command, args = command_parts[0], command_parts[1:]
self.mode.exec_command(command, 'private', user, channel, *args)
return
# Modes can define a log_message function which'll be called for each
# message, command or not. This lets modes do logging.
if hasattr(self.mode, 'log_message'):
self.mode.log_message(user, channel, message)
# Some times - voting - we want to record every command. In those cases,
# the botmode will set state_handler and we'll call that. Othwewise,
# we only care about ,-prefixed commands.
if not message.startswith(','):
if self.state_handler:
user_message = message.lower().strip()
if not user_message:
return
self.state_handler(user, channel, user_message)
return
# only accept commands from superusers
if user not in self.superusers:
return
# find the appropriate callback on the mode
# (or one of its superclasses)
message = message[1:]
command_parts = message.split()
command, command_args = command_parts[0], command_parts[1:]
self.mode.exec_command(command, 'chair', user, channel, *command_args)
def msg(self, channel, message):
# Make sure things I say go into the transcript, too.
if channel.startswith('#') and hasattr(self.mode, 'log_message'):
self.mode.log_message(self.nickname, channel, message)
irc.IRCClient.msg(self, channel, message) # scumbag old-style class