def h_names(bot, chan, include_prefix):
if chan.lower() in track_channels and chan.lower() in umode_channels:
# Return the cached names if they exist.
nicks = track_channels[chan.lower()]
umode = umode_channels[chan.lower()]
else:
# Otherwise, retrieves the names from the server.
bot.send_cmd('NAMES %s' % chan)
while True:
event, data = yield hold(bot, 'NAMES_SYNC')
e_bot, e_chan, nicks, umode = data
if e_chan.lower() == chan.lower(): break
# Reconstruct the nick prefixes from the nicks and their modes.
pre_ms, pre_cs = bot.isupport['PREFIX']
names = []
for nick in nicks:
for pre_m, pre_c in izip(pre_ms, pre_cs):
if pre_m in umode.get(nick.lower(), ''):
prefix, sort_key = pre_c, (-pre_cs.index(pre_c), nick.lower())
break
else:
prefix, sort_key = '', (None, nick.lower())
names.append((sort_key, prefix+nick if include_prefix else nick))
names = [n for (_,n) in sorted(names, reverse=True)]
yield sign(('channel.names', bot, chan, include_prefix), names)
def h_self_join(bot, chan):
while True:
_event, (_bot, _chan, _nicks, _mnicks) = yield hold(bot, 'NAMES_SYNC')
if _chan.lower() == chan.lower(): break
nicks = sorted(n for n in _nicks if n.lower() != bot.nick.lower())
ids = yield identity.get_ids(bot, nicks)
for id in ids:
if id is not None: notify_msgs(bot, id, chan)
def registered(bot, *rargs):
if conf('password') and bot.nick == getattr(bot, 'auto_nick', None):
nick_status = yield status(bot, bot.conf['nick'])
if nick_status == 1:
bot.send_msg(
conf('nickserv').nick,
'GHOST %s %s' % (bot.conf['nick'], conf('password')))
bot.send_cmd('NICK %s' % bot.conf['nick'])
if conf('password'):
timeout = yield runtime.timeout(30)
yield hold(bot, 'NICKSERV_REGISTERED', timeout)
yield sign(IDENTIFIED, bot, *rargs)
def mmcall_wait():
mode.unlink(token, mmcall_wait)
wait_calls = list(calls)
results = [None for c in wait_calls]
complete = [False for c in wait_calls]
while not all(complete):
wait_call, (result,) = yield hold(mode, *filter(id, wait_calls))
i = wait_calls.index(wait_call)
results[wait_calls.index(wait_call)] = result
complete[i] = True
wait_calls[i] = None
yield msign(mode, (token,), results)
def check(bot, id):
if id.nick not in admins: return just(('RESULT', [False]))
if id in passed: return just(('RESULT', [True]))
mode = Mode()
def notice(bot, nick, user, host, target, msg):
if target != bot.nick: return
if ID(nick, user, host) != nickserv: return
match = re.match(r'STATUS (?P<nick>\S+) (?P<code>\S+)', msg)
result = int(match.group('code')) >= 3
if result: passed.add(id)
yield msign(mode, 'RESULT', result)
bot.unlink('NOTICE', notice)
bot.link('NOTICE', notice)
bot.send_msg(nickserv.nick, 'STATUS ' + id.nick)
return hold(mode, 'RESULT')
def h_topic(bot, chan):
ret = lambda r: sign(('channel.topic', bot, chan), r)
# Return the cached topic if it exists.
if chan.lower() in topic_channels:
yield ret(topic_channels[chan.lower()])
return
# Otherwise, retrieve the topic from the server.
bot.send_cmd('TOPIC %s' % chan)
while True:
(event, data) = yield hold(bot, ERR_NOTONCHAN, 'CHAN_TOPIC')
if event == 'CHAN_TOPIC':
e_bot, e_chan, e_topic = data[:3]
if e_chan.lower() != chan.lower(): continue
yield ret(e_topic)
else:
e_bot, e_src, e_tgt, e_chan = data[:4]
if e_chan.lower() != chan.lower(): continue
yield ret(None)
break
def h_mode(bot, chan):
ret = lambda r: sign(('channel.mode', bot, chan), r)
# Return the cached mode if it exists.
if chan.lower() in cmode_channels:
yield ret(cmode_channels[chan.lower()])
return
# Otherwise, retrieve the mode from the server.
bot.send_cmd('MODE %s' % chan)
while True:
event, data = yield hold(bot,
ERR_NOTONCHAN, ERR_NOSUCHCHAN, 'CHAN_MODE_SYNC')
if event == 'CHAN_MODE_SYNC':
e_bot, e_chan, e_mode = data[:3]
if e_chan.lower() != chan.lower(): continue
yield ret(e_mode)
else:
e_bot, e_src, e_tgt, e_chan = data[:4]
if e_chan.lower() != chan.lower(): continue
yield ret(None)
break
def statuses(bot, nicks, ret, timeout_const_s=20, timeout_linear_s=1):
global status_cache
earliest = time.time() - STATUS_CACHE_SECONDS
for nick, (status, stime) in status_cache.items():
if stime < earliest:
del status_cache[nick]
nicks = map(str.lower, nicks)
send_nicks = [n for n in nicks if n not in status_cache]
for i in xrange(0, len(send_nicks), STATUS_BATCH):
batch_nicks = ' '.join(send_nicks[i:i+STATUS_BATCH])
bot.send_msg(conf('nickserv').nick, 'STATUS %s' % batch_nicks)
result, remain = dict(), set()
for nick in nicks:
if nick not in status_cache:
status_cache[nick] = (None, time.time())
remain.add(nick)
elif status_cache[nick][0] == None:
remain.add(nick)
else:
result[nick] = status_cache[nick][0]
if remain:
lines = -(-len(send_nicks) // STATUS_BATCH)
timeout = yield runtime.timeout(timeout_const_s + lines*timeout_linear_s)
while remain:
event, args = yield hold(bot, 'NICKSERV_NOTICE', timeout)
if event == timeout: break
e_bot, e_id, e_msg = args
match = re.match(r'STATUS\s+(?P<nick>\S+)\s+(?P<code>\d+)', e_msg)
if not match: continue
nick, code = match.groups()
if nick.lower() not in remain: continue
result[nick.lower()] = int(code)
remain.remove(nick.lower())
status_cache[nick.lower()] = (int(code), time.time())
yield ret(result)
def h_nuke(bot, id, target, args, full_msg):
if not target: return
if not channel.has_op_in(bot, bot.nick, target, 'h'): return
global nuclear_launch
target_id = (target.lower(), ('%s!%s@%s' % id).lower())
try:
if target_id in nuclear_launch: return
except NameError:
nuclear_launch = set()
nuclear_launch.add(target_id)
message.reply(bot, id, target, 'Nuclear launch detected.', prefix=False)
yield runtime.sleep(15)
bot.send_cmd('KICK %s %s :Akuryou taisan!' % (target, id.nick))
ERR_CHANOPRIVSNEEDED = '482'
UNREAL_ERR_CANNOTDOCOMMAND = '972'
timeout = yield runtime.timeout(10)
while True:
event, args = yield hold(bot, timeout,
UNREAL_ERR_CANNOTDOCOMMAND, ERR_CHANOPRIVSNEEDED)
if event == UNREAL_ERR_CANNOTDOCOMMAND:
e_bot, e_src, e_tgt, e_cmd, e_args = args
if e_cmd.upper() != 'KICK': continue
message.reply(bot, id, target,
'Nuclear launch failed: "%s".' % e_args, prefix=False)
elif event == ERR_CHANOPRIVSNEEDED:
e_bot, e_src, e_tgt, e_chan, e_args = args
if e_chan.lower() != target.lower(): continue
message.reply(bot, id, target,
'Nuclear launch failed: "%s".' % e_args, prefix=False)
elif event == timeout:
break
nuclear_launch.discard(target_id)
def who(bot, nick, ret):
for cnick, (_, ctime) in whois_cache.items():
if ctime < time.time() - 10:
del whois_cache[cnick]
cached = whois_cache.get(nick.lower())
if cached is not None and cached[0] is not None:
result = cached[0]
else:
if cached is None:
bot.send_cmd('WHOIS %s' % nick)
whois_cache[nick.lower()] = (None, time.time())
timeout = yield runtime.timeout(5)
result = None
while True:
event, args = yield hold(bot, RPL_WHOISUSER, timeout)
if event != RPL_WHOISUSER: break
(e_bot, e_source, e_target,
e_nick, e_user, e_host, e_star, e_real) = args
if e_nick.lower() != nick.lower(): continue
result = (e_nick, e_user, e_host, e_real)
whois_cache[nick.lower()] = (result, time.time())
yield ret(result)
# http://www.youtube.com/watch?v=U-BwZA70ZCI#t=168
elif 'bananabanana' in strip_msg:
remaining = [
'bananabanana', 'cucumber', 'eggplant', 'caviar', 'papaya',
'giantasparagus']
start = time.clock()
while True:
part = ''
while remaining and part + remaining[0] in strip_msg:
part += remaining.pop(0)
if len(remaining) <= 1: break
bot.activity = True
while True:
_, (e_bot, e_chan, msg) = yield hold(bot, 'FTO_MSG')
strip_msg = strip(msg)
if e_chan and e_chan.lower() == chan.lower(): break
if time.clock() - start > 3600: return
if 'bananabanana' in strip_msg: return
if remaining: reply('\2GIANT ASPARAGUS!')
#---------------------------------------------------------------------------
# HEYYEYAAEYAAAEYAEYAA
# http://www.youtube.com/watch?v=6GggY4TEYbk
elif re.search(r'ands?hetries', strip_msg) and not any(s in strip_msg \
for s in ('ohmygod', 'doitry', 'itryallthetime', 'inthisinstitution')):
reply('Oh my god, do I try!')
yield runtime.sleep(1)
reply('I try all the time... in this institution!')
