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ChanTracker/plugin.py
Nicolas Coevoet baa2bfc48f avoid cast error
2021-07-01 15:13:55 +02:00

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###
# Copyright (c) 2013, Nicolas Coevoet
# Copyright (c) 2010, Daniel Folkinshteyn - taken some ideas about threading database (MessageParser)
# Copyright (c) 2004, Jeremiah Fincher - taken duration parser from plugin Time
# All rights reserved.
#
# Redistribution and use in source and binary forms, with or without
# modification, are permitted provided that the following conditions are met:
#
# * Redistributions of source code must retain the above copyright notice,
# this list of conditions, and the following disclaimer.
# * Redistributions in binary form must reproduce the above copyright notice,
# this list of conditions, and the following disclaimer in the
# documentation and/or other materials provided with the distribution.
# * Neither the name of the author of this software nor the name of
# contributors to this software may be used to endorse or promote products
# derived from this software without specific prior written consent.
#
# THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS"
# AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE
# IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE
# ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR CONTRIBUTORS BE
# LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR
# CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF
# SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS
# INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN
# CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE)
# ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE
# POSSIBILITY OF SUCH DAMAGE.
###
import os, re, sqlite3, socket, threading
import collections, random, time
from operator import itemgetter
from ipaddress import ip_address as IPAddress
from ipaddress import ip_network as IPNetwork
from supybot.commands import *
from supybot import utils, ircutils, ircmsgs, ircdb, plugins, callbacks
from supybot import conf, registry, log, schedule, world
# due to more kind of pattern checked, increase size
ircutils._hostmaskPatternEqualCache = utils.structures.CacheDict(10000)
cache = utils.structures.CacheDict(10000)
mcidr = re.compile(r'^(\d{1,3}\.){0,3}\d{1,3}/\d{1,2}$')
m6cidr = re.compile(r'^([0-9a-f]{0,4}:){2,7}[0-9a-f]{0,4}/\d{1,3}$')
def compareString(a, b):
"""return 0 to 1 float percent of similarity (0.85 seems to be a good average)"""
if a == b:
return 1
sa, sb = set(a), set(b)
n = len(sa.intersection(sb))
if float(len(sa) + len(sb) - n) == 0:
return 0
jacc = n / float(len(sa) + len(sb) - n)
return jacc
repetr = re.compile(r"(.+?)\1+")
def repetitions(s):
for match in repetr.finditer(s):
yield (match.group(1), len(match.group(0))/len(match.group(1)))
def largestString(s1, s2):
"""return largest pattern available in 2 strings"""
# From https://en.wikibooks.org/wiki/Algorithm_Implementation/Strings/Longest_common_substring#Python2
# License: CC BY-SA
m = [[0] * (1 + len(s2)) for i in range(1 + len(s1))]
longest, x_longest = 0, 0
for x in range(1, 1 + len(s1)):
for y in range(1, 1 + len(s2)):
if s1[x - 1] == s2[y - 1]:
m[x][y] = m[x - 1][y - 1] + 1
if m[x][y] > longest:
longest = m[x][y]
x_longest = x
else:
m[x][y] = 0
return s1[x_longest - longest: x_longest]
def findPattern(text, minimalCount, minimalLength, minimalPercent):
items = list(repetitions(text))
size = len(text)
candidates = []
for item in items:
(pattern, count) = item
percent = (len(pattern) * count) / size
if len(pattern) > minimalLength:
if count > minimalCount or percent > minimalPercent:
candidates.append(pattern)
candidates.sort(key=len, reverse=True)
return None if len(candidates) == 0 else candidates[0]
def matchHostmask(pattern, n, resolve):
# return the matched pattern for Nick
if n.prefix is None or not ircutils.isUserHostmask(n.prefix):
return None
(nick, ident, host) = ircutils.splitHostmask(n.prefix)
if '/' in host:
if host.startswith('gateway/web/freenode/ip.'):
n.ip = cache[n.prefix] = host.split('ip.')[1]
if n.ip is not None and '@' in pattern and n.ip.find('*') == -1 \
and mcidr.match(pattern.split('@')[1]):
address = IPAddress('%s' % n.ip)
try:
network = IPNetwork(u'%s' % pattern.split('@')[1], strict=False)
if address in network:
return '%s!%s@%s' % (nick, ident, n.ip)
except:
return None
elif n.ip is not None and '@' in pattern and n.ip.find('*') == -1 \
and m6cidr.match(pattern.split('@')[1]):
address = IPAddress('%s' % n.ip)
try:
network = IPNetwork(u'%s' % pattern.split('@')[1], strict=False)
if address in network:
return '%s!%s@%s' % (nick, ident, n.ip)
except:
return None
if ircutils.isUserHostmask(pattern):
if n.ip is not None and ircutils.hostmaskPatternEqual(pattern, '%s!%s@%s' % (
nick, ident, n.ip)):
return '%s!%s@%s' % (nick, ident, n.ip)
if ircutils.hostmaskPatternEqual(pattern, n.prefix):
return n.prefix
return None
def matchAccount(pattern, pat, negate, n, extprefix):
# for $a, $~a, $a: extended pattern
result = None
if negate:
if not len(pat) and n.account is None:
result = n.prefix
else:
if len(pat):
if n.account is not None and ircutils.hostmaskPatternEqual(
'*!*@%s' % pat, '*!*@%s' % n.account):
result = '%sa:%s' % (extprefix, n.account)
else:
if n.account is not None:
result = '%sa:%s' % (extprefix, n.account)
return result
def matchRealname(pattern, pat, negate, n, extprefix):
# for $~r $r: extended pattern
if n.realname is None:
return None
if negate:
if len(pat):
if not ircutils.hostmaskPatternEqual('*!*@%s' % pat, '*!*@%s' % n.realname):
return '%sr:%s' % (extprefix, n.realname.replace(' ', '?'))
else:
if len(pat):
if ircutils.hostmaskPatternEqual('*!*@%s' % pat, '*!*@%s' % n.realname):
return '%sr:%s' % (extprefix, n.realname.replace(' ', '?'))
return None
def matchGecos(pattern, pat, negate, n, extprefix):
# for $~x, $x: extended pattern
if n.realname is None:
return None
tests = []
(nick, ident, host) = ircutils.splitHostmask(n.prefix)
tests.append(n.prefix)
if n.ip is not None:
tests.append('%s!%s@%s' % (nick, ident, n.ip))
for test in tests:
test = '%s#%s' % (test, n.realname.replace(' ', '?'))
if negate:
if not ircutils.hostmaskPatternEqual(pat, test):
return test
else:
if ircutils.hostmaskPatternEqual(pat, test):
return test
return None
def match(pattern, n, irc, resolve):
if not pattern:
return None
if not n.prefix:
return None
# check if given pattern match an Nick
key = pattern + ' :: ' + str(n)
if key in cache:
return cache[key]
#cache[key] = None
extprefix = ''
extmodes = ''
if 'extban' in irc.state.supported:
ext = irc.state.supported['extban']
extprefix = ext.split(',')[0]
extmodes = ext.split(',')[1]
if pattern.startswith(extprefix):
p = pattern[1:]
negate = not p[0] in extmodes
if negate:
p = p[1:]
t = p[0]
p = p[1:]
if len(p):
# remove ':'
p = p[1:]
if extprefix in p and not p.endswith(extprefix):
# forward
p = p.split(extprefix)[0]
#p = p[(p.rfind(extprefix)+1):]
if t == 'a':
cache[key] = matchAccount(pattern, p, negate, n, extprefix)
elif t == 'r':
cache[key] = matchRealname(pattern, p, negate, n, extprefix)
elif t == 'x':
cache[key] = matchGecos(pattern, p, negate, n, extprefix)
elif t == 'z':
return None
else:
# bug if ipv6 is used..
k = pattern[(pattern.rfind(':')+1):]
cache[key] = matchHostmask(k, n, resolve)
else:
p = pattern
if extprefix in p:
p = p.split(extprefix)[0]
cache[key] = matchHostmask(p, n, resolve)
return cache[key]
def getBestPattern(n, irc, useIp=False, resolve=True):
# return best pattern for a given Nick
if not (n.prefix and ircutils.isUserHostmask(n.prefix)):
return []
match(n.prefix, n, irc, resolve)
results = []
(nick, ident, host) = ircutils.splitHostmask(n.prefix)
if host.startswith('gateway/web/freenode/ip.') or host.startswith('gateway/tor-sasl/') \
or host.startswith('gateway/vpn/') or host.startswith('unaffiliated/') \
or ident.startswith('~') or n.realname == 'https://webchat.freenode.net':
ident = '*'
if n.ip is not None:
if len(n.ip.split(':')) > 4:
# large ipv6, for now, use the full ipv6
#a = n.ip.split(':')
#m = a[0]+':'+a[1]+':'+a[2]+':'+a[3]+':*'
results.append('*!%s@%s' % (ident, n.ip))
else:
if useIp:
results.append('*!%s@*%s' % (ident, n.ip))
else:
results.append('*!%s@%s' % (ident, n.ip))
if '/' in host:
# cloaks
if host.startswith('gateway/'):
if useIp and 'ip.' in host:
ident = '*'
host = '*ip.%s' % host.split('ip.')[1]
else:
h = host.split('/')
if 'x-' in host and not 'vpn/' in host:
# gateway/type/(domain|account) [?/random]
p = ''
if len(h) > 3:
p = '/*'
h = h[:3]
host = '%s%s' % ('/'.join(h), p)
elif host.startswith('nat/'):
h = host.replace('nat/', '')
if '/' in h:
host = 'nat/%s/*' % h.split('/')[0]
k = '*!%s@%s' % (ident, host)
if not k in results:
results.append(k)
extprefix = ''
extmodes = ''
if 'extban' in irc.state.supported:
ext = irc.state.supported['extban']
extprefix = ext.split(',')[0]
extmodes = ext.split(',')[1]
if n.account:
results.append('%sa:%s' % (extprefix, n.account))
if n.realname:
results.append('%sr:%s' % (extprefix, n.realname.replace(' ', '?')))
return results
def clearExtendedBanPattern(pattern, irc):
# a little method to cleanup extended pattern
extprefix = ''
extmodes = ''
if 'extban' in irc.state.supported:
ext = irc.state.supported['extban']
extprefix = ext.split(',')[0]
extmodes = ext.split(',')[1]
if pattern.startswith(extprefix):
pattern = pattern[1:]
if pattern.startswith('~'):
pattern = pattern[1:]
pattern = pattern[1:]
if pattern.startswith(':'):
pattern = pattern[1:]
return pattern
def floatToGMT(t):
f = None
try:
f = float(t)
except:
return None
return time.strftime('%Y-%m-%d %H:%M:%S GMT', time.gmtime(f))
class Ircd(object):
__slots__ = ('irc', 'name', 'channels', 'nicks', 'queue',
'lowQueue', 'logsSize', 'askedItems')
# define an ircd, keeps Chan and Nick items
def __init__(self, irc, logsSize):
object.__init__(self)
self.irc = irc
self.name = irc.network
self.channels = ircutils.IrcDict()
self.nicks = ircutils.IrcDict()
# contains IrcMsg, kicks, modes, etc
self.queue = utils.structures.smallqueue()
# contains less important IrcMsgs (sync, logChannel)
self.lowQueue = utils.structures.smallqueue()
self.logsSize = logsSize
self.askedItems = {}
def getChan(self, irc, channel):
if not (channel and irc):
return None
self.irc = irc
if not channel in self.channels:
self.channels[channel] = Chan(self, channel)
return self.channels[channel]
def getNick(self, irc, nick):
if not (nick and irc):
return None
self.irc = irc
if not nick in self.nicks:
self.nicks[nick] = Nick(self.logsSize)
return self.nicks[nick]
def getItem(self, irc, uid):
# return active item
if not (irc and uid):
return None
for channel in list(self.channels.keys()):
chan = self.getChan(irc, channel)
items = chan.getItems()
for type in list(items.keys()):
for value in items[type]:
item = items[type][value]
if item.uid == uid:
return item
# TODO: maybe uid under modes that need op to be shown ?
return None
def info(self, irc, uid, prefix, db):
# return mode changes summary
if not (uid and prefix):
return []
c = db.cursor()
c.execute("""SELECT channel,oper,kind,mask,begin_at,end_at,removed_at,removed_by
FROM bans WHERE id=? LIMIT 1""", (uid,))
L = c.fetchall()
if not len(L):
c.close()
return []
(channel, oper, kind, mask, begin_at, end_at, removed_at, removed_by) = L[0]
if not ircdb.checkCapability(prefix, '%s,op' % channel):
c.close()
return []
results = []
current = time.time()
results.append('[%s] [%s] %s sets +%s %s' % (
channel, floatToGMT(begin_at), oper, kind, mask))
if not removed_at:
if begin_at == end_at:
results.append('set forever')
else:
s = 'set for %s' % utils.timeElapsed(end_at-begin_at)
s = s + ' with %s more' % utils.timeElapsed(end_at-current)
s = s + ' and ends at [%s]' % floatToGMT(end_at)
results.append(s)
else:
s = 'was active %s and ended on [%s]' % (
utils.timeElapsed(removed_at-begin_at), floatToGMT(removed_at))
if end_at != begin_at:
s = s + ', initially for %s' % utils.timeElapsed(end_at-begin_at)
s = s + ', removed by %s' % removed_by
results.append(s)
c.execute("""SELECT oper,comment FROM comments WHERE ban_id=? ORDER BY at DESC""", (uid,))
L = c.fetchall()
if len(L):
for com in L:
(oper, comment) = com
results.append('"%s" by %s' % (comment, oper))
c.execute("""SELECT full,log FROM nicks WHERE ban_id=?""", (uid,))
L = c.fetchall()
if len(L) == 1:
for affected in L:
(full, log) = affected
message = ""
for line in log.split('\n'):
message = '%s' % line
break
results.append(message)
elif len(L) > 1:
results.append('affects %s users' % len(L))
# if len(L):
# for affected in L:
# (full, log) = affected
# message = full
# for line in log.split('\n'):
# message = '[%s]' % line
# break
# results.append(message)
c.close()
return results
def pending(self, irc, channel, mode, prefix, pattern, db, never, ids, duration):
# returns active items for a channel mode
if not (channel and mode and prefix):
return []
if not ircdb.checkCapability(prefix, '%s,op' % channel):
return []
chan = self.getChan(irc, channel)
results = []
r = []
c = db.cursor()
t = time.time()
for m in mode:
items = chan.getItemsFor(m)
if len(items):
for item in items:
item = items[item]
if never:
if item.when == item.expire or not item.expire:
r.append([item.uid, item.mode, item.value,
item.by, item.when, item.expire])
else:
if duration > 0:
#log.debug('%s -> %s : %s' % (duration,item.when,(t-item.when)))
if (t - item.when) > duration:
r.append([item.uid, item.mode, item.value,
item.by, item.when, item.expire])
else:
r.append([item.uid, item.mode, item.value,
item.by, item.when, item.expire])
r.sort(reverse=True)
if len(r):
for item in r:
(uid, mode, value, by, when, expire) = item
if pattern is not None:
if not by.startswith(pattern):
if not ircutils.hostmaskPatternEqual(pattern, by):
continue
c.execute("""SELECT oper,comment FROM comments WHERE ban_id=?
ORDER BY at DESC LIMIT 1""", (uid,))
L = c.fetchall()
if len(L):
(oper, comment) = L[0]
message = ' "%s"' % comment
else:
message = ''
if ids:
results.append('%s' % uid)
elif expire and expire != when:
results.append('[#%s +%s %s by %s expires at %s]%s' % (
uid, mode, value, by, floatToGMT(expire), message))
else:
results.append('[#%s +%s %s by %s on %s]%s' % (
uid, mode, value, by, floatToGMT(when), message))
c.close()
return results
def against(self, irc, channel, n, prefix, db, ct):
# returns active items that match n
if not (channel and n and db):
return []
if not ircdb.checkCapability(prefix, '%s,op' % channel):
return []
chan = self.getChan(irc, channel)
results = []
r = []
c = db.cursor()
channels = []
for k in list(chan.getItems()):
items = chan.getItemsFor(k)
if len(items):
for item in items:
item = items[item]
if match(item.value, n, irc, ct.registryValue('resolveIp')):
r.append([item.uid, item.mode, item.value,
item.by, item.when, item.expire])
elif item.value.find('$j:') == 0:
channels.append(item.value.replace('$j:', ''))
if len(channels):
for ch in channels:
cha = self.getChan(irc, ch)
for k in list(cha.getItems()):
items = cha.getItemsFor(k)
if len(items):
for item in items:
item = items[item]
if match(item.value, n, irc, ct.registryValue('resolveIp')):
r.append([item.uid, item.mode, item.value,
item.by, item.when, item.expire])
r.sort(reverse=True)
if len(r):
for item in r:
(uid, mode, value, by, when, expire) = item
c.execute("""SELECT oper,comment FROM comments WHERE ban_id=?
ORDER BY at DESC LIMIT 1""", (uid,))
L = c.fetchall()
if len(L):
(oper, comment) = L[0]
message = ' "%s"' % comment
else:
message = ''
if expire and expire != when:
results.append('[#%s +%s %s by %s expires at %s]%s' % (
uid, mode, value, by, floatToGMT(expire), message))
else:
results.append('[#%s +%s %s by %s on %s]%s' % (
uid, mode, value, by, floatToGMT(when), message))
c.close()
return results
def log(self, irc, uid, prefix, db):
# return log of users affected by a mode change
if not (uid and prefix):
return []
c = db.cursor()
c.execute("""SELECT channel,oper,kind,mask,begin_at,end_at,removed_at,removed_by
FROM bans WHERE id=?""", (uid,))
L = c.fetchall()
if not len(L):
c.close()
return []
(channel, oper, kind, mask, begin_at, end_at, removed_at, removed_by) = L[0]
if not ircdb.checkCapability(prefix, '%s,op' % channel):
c.close()
return []
results = []
# c.execute("""SELECT oper,comment,at FROM comments WHERE ban_id=?
# ORDER BY at DESC""", (uid,))
# L = c.fetchall()
# if len(L):
# for com in L:
# (oper, comment, at) = com
# results.append('"%s" by %s on %s' % (comment, oper, floatToGMT(at)))
c.execute("""SELECT full,log FROM nicks WHERE ban_id=?""", (uid,))
L = c.fetchall()
if len(L):
for item in L:
(full, log) = item
results.append('For [%s]' % full)
for line in log.split('\n'):
results.append(line)
else:
results.append('no log found')
c.close()
return results
def search(self, irc, pattern, prefix, db, deep, active, never, channel, ids):
# deep search inside database,
# results filtered depending prefix capability
c = db.cursor()
bans = {}
results = []
isOwner = ircdb.checkCapability(prefix, 'owner') or prefix == irc.prefix
glob = '*%s*' % pattern
like = '%'+pattern+'%'
if pattern.startswith('$'):
pattern = clearExtendedBanPattern(pattern, irc)
glob = '*%s*' % pattern
like = '%'+pattern+'%'
elif ircutils.isUserHostmask(pattern):
(n, i, h) = ircutils.splitHostmask(pattern)
if n == '*':
n = None
if i == '*':
i = None
if h == '*':
h = None
items = [n, i, h]
subpattern = ''
for item in items:
if item:
subpattern = subpattern + '*' + item
glob = '*%s*' % subpattern
like = '%'+subpattern+'%'
c.execute("""SELECT id,mask FROM bans ORDER BY id DESC""")
items = c.fetchall()
if len(items):
for item in items:
(uid, mask) = item
if ircutils.hostmaskPatternEqual(pattern, mask):
bans[uid] = uid
c.execute("""SELECT ban_id,full FROM nicks ORDER BY ban_id DESC""")
items = c.fetchall()
if len(items):
for item in items:
(uid, full) = item
if ircutils.hostmaskPatternEqual(pattern, full):
bans[uid] = uid
if deep:
c.execute("""SELECT ban_id,full FROM nicks WHERE full GLOB ? OR full LIKE ?
OR log GLOB ? OR log LIKE ? ORDER BY ban_id DESC""", (glob, like, glob, like))
else:
c.execute("""SELECT ban_id,full FROM nicks WHERE full GLOB ? OR full LIKE ?
ORDER BY ban_id DESC""", (glob, like))
items = c.fetchall()
if len(items):
for item in items:
(uid, full) = item
bans[uid] = uid
c.execute("""SELECT id,mask FROM bans WHERE mask GLOB ? OR mask LIKE ?
ORDER BY id DESC""", (glob, like))
items = c.fetchall()
if len(items):
for item in items:
(uid, full) = item
bans[uid] = uid
c.execute("""SELECT ban_id,comment FROM comments WHERE comment GLOB ? OR comment LIKE ?
ORDER BY ban_id DESC""", (glob, like))
items = c.fetchall()
if len(items):
for item in items:
(uid, full) = item
bans[uid] = uid
if len(bans):
for uid in bans:
c.execute("""SELECT id,mask,kind,channel,begin_at,end_at,removed_at
FROM bans WHERE id=? ORDER BY id DESC LIMIT 1""", (uid,))
items = c.fetchall()
for item in items:
(uid, mask, kind, chan, begin_at, end_at, removed_at) = item
if isOwner or ircdb.checkCapability(prefix, '%s,op' % chan):
if (never or active) and removed_at:
continue
if never and begin_at != end_at:
continue
if channel and chan != channel:
continue
results.append([uid, mask, kind, chan])
if len(results):
results.sort(reverse=True)
i = 0
msgs = []
while i < len(results):
(uid, mask, kind, chan) = results[i]
if ids:
msgs.append('%s' % uid)
elif channel and len(channel):
msgs.append('[#%s +%s %s]' % (uid, kind, mask))
else:
msgs.append('[#%s +%s %s in %s]' % (uid, kind, mask, chan))
i = i+1
c.close()
return msgs
c.close()
return []
def affect(self, irc, uid, prefix, db):
# return users affected by a mode change
if not (uid and prefix):
return []
c = db.cursor()
c.execute("""SELECT channel,oper,kind,mask,begin_at,end_at,removed_at,removed_by
FROM bans WHERE id=?""", (uid,))
L = c.fetchall()
if not len(L):
c.close()
return []
(channel, oper, kind, mask, begin_at, end_at, removed_at, removed_by) = L[0]
if not ircdb.checkCapability(prefix, '%s,op' % channel):
c.close()
return []
results = []
c.execute("""SELECT full,log FROM nicks WHERE ban_id=?""", (uid,))
L = c.fetchall()
if len(L):
for item in L:
(full, log) = item
message = full
for line in log.split('\n'):
message = '[%s]' % line
break
results.append(message)
else:
results.append('nobody affected')
c.close()
return results
def markremoved(self, irc, uid, message, prefix, db, ct):
# won't use channel,mode,value, because Item may be removed already
# it's a duplicate of mark, only used to compute logChannel on a removed item
if not (prefix and message):
return False
c = db.cursor()
c.execute("""SELECT id,channel,kind,mask FROM bans WHERE id=?""", (uid,))
L = c.fetchall()
b = False
if len(L):
(uid, channel, kind, mask) = L[0]
if not ircdb.checkCapability(prefix, '%s,op' % channel):
if prefix != irc.prefix:
c.close()
return False
current = time.time()
c.execute("""INSERT INTO comments VALUES (?, ?, ?, ?)""", (uid, prefix, current, message))
db.commit()
f = None
if prefix != irc.prefix and ct.registryValue('announceMark', channel=channel):
f = ct._logChan
elif prefix == irc.prefix and ct.registryValue('announceBotMark', channel=channel):
f = ct._logChan
if f:
if ct.registryValue('useColorForAnnounces', channel=channel):
f(irc, channel, '[%s] [#%s %s %s] marked by %s: %s' % (
ircutils.bold(channel), ircutils.mircColor(uid, 'yellow', 'black'),
ircutils.bold(ircutils.mircColor('+%s' % kind, 'red')),
ircutils.mircColor(mask, 'light blue'), prefix.split('!')[0], message))
else:
f(irc, channel, '[%s] [#%s +%s %s] marked by %s: %s' % (
channel, uid, kind, mask, prefix.split('!')[0], message))
b = True
c.close()
return b
def mark(self, irc, uid, message, prefix, db, logFunction, ct):
# won't use channel,mode,value, because Item may be removed already
if not (prefix and message):
return False
c = db.cursor()
c.execute("""SELECT id,channel,kind,mask FROM bans WHERE id=?""", (uid,))
L = c.fetchall()
b = False
if len(L):
(uid, channel, kind, mask) = L[0]
if not ircdb.checkCapability(prefix, '%s,op' % channel):
if prefix != irc.prefix:
c.close()
return False
current = time.time()
c.execute("""INSERT INTO comments VALUES (?, ?, ?, ?)""", (uid, prefix, current, message))
db.commit()
if logFunction:
if ct.registryValue('useColorForAnnounces', channel=channel):
logFunction(irc, channel, '[%s] [#%s %s %s] marked by %s: %s' % (
ircutils.bold(channel), ircutils.mircColor(uid, 'yellow', 'black'),
ircutils.bold(ircutils.mircColor('+%s' % kind, 'red')),
ircutils.mircColor(mask, 'light blue'), prefix.split('!')[0], message))
else:
logFunction(irc, channel, '[%s] [#%s +%s %s] marked by %s: %s' % (
channel, uid, kind, mask, prefix.split('!')[0], message))
b = True
c.close()
return b
def submark(self, irc, channel, mode, value, message, prefix, db, logFunction, ct):
# add mark to an item that is not already in lists
if not (channel and mode and value and prefix):
return False
if not ircdb.checkCapability(prefix, '%s,op' % channel):
if prefix != irc.prefix:
return False
c = db.cursor()
c.execute("""SELECT id,oper FROM bans WHERE channel=? AND kind=? AND mask=?
AND removed_at is NULL ORDER BY id LIMIT 1""", (channel, mode, value))
L = c.fetchall()
if len(L):
# item exists
(uid, oper) = L[0]
c.close()
# should not happen, but..
return self.mark(irc, uid, message, prefix, db, logFunction, ct)
else:
c.close()
if channel in self.channels:
chan = self.getChan(irc, channel)
item = chan.getItem(mode, value)
if not item:
hash = '%s%s' % (mode, value)
# prepare item update after being set (we don't have id yet)
chan.mark[hash] = [mode, value, message, prefix]
return True
return False
def add(self, irc, channel, mode, value, seconds, prefix, db):
# add new eIqb item
if not (channel and mode and value and prefix):
return False
if not ircdb.checkCapability(prefix, '%s,op' % channel):
if prefix != irc.prefix:
return False
c = db.cursor()
c.execute("""SELECT id,oper FROM bans WHERE channel=? AND kind=? AND mask=?
AND removed_at is NULL ORDER BY id LIMIT 1""", (channel, mode, value))
L = c.fetchall()
if len(L):
#(rid, oper) = L[0]
c.close()
if channel in self.channels:
chan = self.getChan(irc, channel)
hash = '%s%s' % (mode, value)
chan.update[hash] = [mode, value, seconds, prefix]
return True
return False
else:
c.close()
if channel in self.channels:
chan = self.getChan(irc, channel)
hash = '%s%s' % (mode, value)
# prepare item update after being set (we don't have id yet)
chan.update[hash] = [mode, value, seconds, prefix]
# enqueue mode changes
chan.queue.enqueue(('+%s' % mode, value))
return True
return False
def remove(self, uid, db):
c = db.cursor()
c.execute("""SELECT id,channel,kind,mask FROM bans WHERE id=? LIMIT 1""", (uid,))
L = c.fetchall()
b = False
if len(L):
#(rid, channel, kind, mask) = L[0]
c.execute("""DELETE FROM bans WHERE id=? LIMIT 1""", (uid,))
c.execute("""DELETE FROM comments WHERE ban_id=?""", (uid,))
c.execute("""DELETE FROM nicks WHERE ban_id=?""", (uid,))
c.close()
db.commit()
b = True
return b
def edit(self, irc, channel, mode, value, seconds, prefix, db, scheduleFunction, logFunction, ct):
# edit eIqb duration
if not (channel and mode and value and prefix):
return False
if not ircdb.checkCapability(prefix, '%s,op' % channel):
if prefix != irc.prefix:
return False
c = db.cursor()
c.execute("""SELECT id,channel,kind,mask,begin_at,end_at FROM bans WHERE channel=? AND kind=?
AND mask=? AND removed_at is NULL ORDER BY id LIMIT 1""", (channel, mode, value))
L = c.fetchall()
b = False
if len(L):
(uid, channel, kind, mask, begin_at, end_at) = L[0]
chan = self.getChan(irc, channel)
current = float(time.time())
if begin_at == end_at and seconds < 0:
c.close()
return True
if begin_at == end_at:
text = 'was forever'
else:
text = 'ended [%s] for %s' % (
floatToGMT(end_at), utils.timeElapsed(end_at-begin_at))
if seconds < 0:
newEnd = begin_at
reason = 'never expires'
elif seconds == 0:
newEnd = current # force expires for next tickle
reason = 'expires at [%s], for %s in total' % (
floatToGMT(newEnd), utils.timeElapsed(newEnd-begin_at))
else:
newEnd = current+seconds
reason = 'expires at [%s], for %s in total' % (
floatToGMT(newEnd), utils.timeElapsed(newEnd-begin_at))
text = '%s, now %s' % (text, reason)
c.execute("""INSERT INTO comments VALUES (?, ?, ?, ?)""", (uid, prefix, current, text))
c.execute("""UPDATE bans SET end_at=? WHERE id=?""", (newEnd, int(uid)))
db.commit()
i = chan.getItem(kind, mask)
if i:
if newEnd == begin_at:
i.expire = None
else:
i.expire = newEnd
if scheduleFunction and newEnd != current:
scheduleFunction(irc, newEnd)
if logFunction:
if ct.registryValue('useColorForAnnounces', channel=channel):
logFunction(irc, channel, '[%s] [#%s %s %s] edited by %s: %s' % (
ircutils.bold(channel), ircutils.mircColor(str(uid), 'yellow', 'black'),
ircutils.bold(ircutils.mircColor('+%s' % kind, 'red')),
ircutils.mircColor(mask, 'light blue'), prefix.split('!')[0], reason))
else:
logFunction(irc, channel, '[%s] [#%s +%s %s] edited by %s: %s' % (
channel, uid, kind, mask, prefix.split('!')[0], reason))
b = True
c.close()
return b
def resync(self, irc, channel, mode, db, logFunction, ct):
# sync mode lists; if items were removed when bot was offline, mark records as removed
c = db.cursor()
c.execute("""SELECT id,channel,mask FROM bans WHERE channel=? AND kind=?
AND removed_at is NULL ORDER BY id""", (channel, mode))
L = c.fetchall()
current = time.time()
commits = 0
msgs = []
if len(L):
current = time.time()
if channel in irc.state.channels:
chan = self.getChan(irc, channel)
if mode in chan.dones:
for record in L:
(uid, channel, mask) = record
item = chan.getItem(mode, mask)
if not item:
c.execute("""UPDATE bans SET removed_at=?, removed_by=? WHERE id=?""",
(current, 'offline!offline@offline', int(uid)))
commits = commits + 1
if ct.registryValue('useColorForAnnounces', channel=channel):
msgs.append('[#%s %s]' % (ircutils.mircColor(uid, 'yellow', 'black'),
ircutils.mircColor(mask, 'light blue')))
else:
msgs.append('[#%s %s]' % (uid, mask))
if commits > 0:
db.commit()
if logFunction:
if ct.registryValue('useColorForAnnounces', channel=channel):
logFunction(irc, channel, '[%s] [%s] %s removed: %s' % (
ircutils.bold(channel), ircutils.mircColor(mode, 'green'), commits, ' '.join(msgs)))
else:
logFunction(irc, channel, '[%s] [%s] %s removed: %s' % (
channel, mode, commits, ' '.join(msgs)))
# TODO: restore patterns
c.execute("""SELECT id,pattern,regexp,trigger,life,mode,duration
FROM patterns WHERE channel=? ORDER BY id""", (channel,))
L = c.fetchall()
if len(L):
if channel in irc.state.channels:
chan = self.getChan(irc, channel)
for record in L:
(uid, pattern, regexp, trigger, life, mode, duration) = record
chan.patterns[uid] = Pattern(uid, pattern,
int(regexp) == 1, trigger, life, mode, duration)
c.close()
class Chan(object):
__slots__ = ('ircd', 'name', '_lists', 'queue', 'update', 'mark', 'action', 'dones', 'syn', 'opAsked',
'deopAsked', 'deopPending', 'spam', 'repeatLogs', 'nicks', 'netsplit', 'attacked', 'patterns')
# in memory and in database stores +eIqb list -ov
# no user action from here, only ircd messages
def __init__(self, ircd, name):
object.__init__(self)
self.ircd = ircd
self.name = name
self._lists = ircutils.IrcDict()
# queue contains (mode,valueOrNone) - ircutils.joinModes
self.queue = utils.structures.smallqueue()
# contains [modevalue] = [mode,value,seconds,prefix]
self.update = ircutils.IrcDict()
# contains [modevalue] = [mode,value,message,prefix]
self.mark = ircutils.IrcDict()
# contains IrcMsg (mostly kick/fpart)
self.action = utils.structures.smallqueue()
# looking for eqIb list ends
self.dones = []
self.syn = False
self.opAsked = False
self.deopAsked = False
self.deopPending = False
# now stuff here is related to protection
self.spam = ircutils.IrcDict()
self.repeatLogs = ircutils.IrcDict()
self.nicks = ircutils.IrcDict()
self.netsplit = False
self.attacked = False
self.patterns = {}
def isWrong(self, pattern):
if 'bad' in self.spam and pattern in self.spam['bad']:
if len(self.spam['bad'][pattern]) > 0:
return True
return False
def getItems(self):
# [X][Item.value] is Item
return self._lists
def getItemsFor(self, mode):
if not mode in self._lists:
self._lists[mode] = ircutils.IrcDict()
return self._lists[mode]
def summary(self, db):
r = []
c = db.cursor()
c.execute("""SELECT id,oper,kind,removed_at FROM bans WHERE channel=?""", (self.name,))
L = c.fetchall()
total = {}
opers = {}
if len(L):
for item in L:
(uid, oper, kind, removed_at) = item
if not kind in total:
total[kind] = {}
total[kind]['active'] = 0
total[kind]['removed'] = 0
if not removed_at:
total[kind]['active'] = total[kind]['active'] + 1
else:
total[kind]['removed'] = total[kind]['removed'] + 1
if not oper in opers:
opers[oper] = {}
if not kind in opers[oper]:
opers[oper][kind] = {}
opers[oper][kind]['active'] = 0
opers[oper][kind]['removed'] = 0
if not removed_at:
opers[oper][kind]['active'] = opers[oper][kind]['active'] + 1
else:
opers[oper][kind]['removed'] = opers[oper][kind]['removed'] + 1
for kind in total:
r.append('+%s: %s/%s (active/total)' % (kind, total[kind]['active'],
total[kind]['active']+total[kind]['removed']))
for oper in opers:
r.append('%s:' % oper)
for kind in opers[oper]:
r.append('+%s: %s/%s (active/total)' % (kind, opers[oper][kind]['active'],
opers[oper][kind]['active']+opers[oper][kind]['removed']))
c.close()
return r
def addItem(self, mode, value, by, when, db, checkUser=True, ct=None):
# eqIb(+*) (-ov) pattern prefix when
# mode : eqIb -ov + ?
if mode != 'm':
l = self.getItemsFor(mode)
else:
l = {}
if not self.syn:
checkUser = False
if not value in l:
i = Item()
i.channel = self.name
i.mode = mode
i.value = value
uid = None
expire = when
c = db.cursor()
c.execute("""SELECT id,oper,begin_at,end_at FROM bans WHERE channel=? AND kind=? AND mask=?
AND removed_at is NULL ORDER BY id LIMIT 1""", (self.name, mode, value))
L = c.fetchall()
if len(L):
# restoring stored informations, due to netsplit server's values may be wrong
(uid, by, when, expire) = L[0]
c.execute("""SELECT ban_id,full FROM nicks WHERE ban_id=?""", (uid,))
L = c.fetchall()
i.isNew = False
if len(L):
for item in L:
(uid, full) = item
i.affects.append(full)
else:
# if begin_at == end_at --> that means forever
c.execute("""INSERT INTO bans VALUES (NULL, ?, ?, ?, ?, ?, ?,NULL, NULL)""",
(self.name, by, mode, value, when, when))
i.isNew = True
uid = c.lastrowid
# leave channel user list management to supybot
ns = []
if self.name in self.ircd.irc.state.channels and checkUser:
L = []
for nick in list(self.ircd.irc.state.channels[self.name].users):
L.append(nick)
for nick in L:
n = self.ircd.getNick(self.ircd.irc, nick)
if not n.prefix:
try:
n.setPrefix(self.ircd.irc.state.nickToHostmask(nick))
except:
pass
m = match(value, n, self.ircd.irc, ct.registryValue('resolveIp'))
if m:
i.affects.append(n.prefix)
# insert logs
index = 0
logs = []
logs.append('%s' % n)
for line in n.logs:
(ts, target, message) = n.logs[index]
index += 1
if target == self.name or target == 'ALL':
logs.append('[%s] <%s> %s' % (floatToGMT(ts), nick, message))
c.execute("""INSERT INTO nicks VALUES (?, ?, ?, ?)""",
(uid, value, n.prefix, '\n'.join(logs)))
ns.append([n, m])
db.commit()
c.close()
i.uid = uid
i.by = by
i.when = float(when)
i.expire = float(expire)
l[value] = i
else:
l[value].isNew = False
return l[value]
def getItem(self, mode, value):
if mode in self._lists:
if value in self._lists[mode]:
return self._lists[mode][value]
return None
def removeItem(self, mode, value, by, c):
# flag item as removed in database, we use a cursor as argument
# because otherwise database tends to be locked
removed_at = float(time.time())
i = self.getItem(mode, value)
created = False
if not i:
c.execute("""SELECT id,oper,begin_at,end_at FROM bans WHERE channel=? AND kind=? AND mask=?
AND removed_at is NULL ORDER BY id LIMIT 1""", (self.name, mode, value))
L = c.fetchall()
if len(L):
(uid, by, when, expire) = L[0]
i = Item()
i.uid = uid
i.mode = mode
i.value = value
i.channel = self.name
i.by = by
i.when = float(when)
i.expire = float(expire)
if i:
c.execute("""UPDATE bans SET removed_at=?, removed_by=? WHERE id=?""",
(removed_at, by, int(i.uid)))
i.removed_by = by
i.removed_at = removed_at
self._lists[mode].pop(value)
return i
def addpattern(self, prefix, limit, life, mode, duration, pattern, regexp, db):
if not ircdb.checkCapability(prefix, '%s,op' % self.name):
if prefix != irc.prefix:
return False
c = db.cursor()
c.execute("""INSERT INTO patterns VALUES (NULL, ?, ?, ?, ?, ?, ?, ?, ?, ?, 0)""",
(self.name, prefix, time.time(), pattern, regexp, limit, life, mode, duration))
uid = c.lastrowid
self.patterns[uid] = Pattern(uid, pattern, regexp == 1, limit, life, mode, duration)
db.commit()
c.close()
r = ''
if regexp == 1:
r = ' *'
return '[#%s "%s"%s]' % (uid, pattern, r)
def rmpattern(self, prefix, uid, db):
if not ircdb.checkCapability(prefix, '%s,op' % self.name):
if prefix != irc.prefix:
return False
c = db.cursor()
c.execute("""SELECT id,channel,pattern,regexp FROM patterns
WHERE id=? and channel=? LIMIT 1""", (uid, self.name))
items = c.fetchall()
if len(items):
(rid, channel, pattern, regexp) = items[0]
c.execute("""DELETE FROM patterns WHERE id=? and channel=? LIMIT 1""", (uid, self.name))
if uid in self.patterns:
del self.patterns[uid]
prop = 'Pattern%s' % id
if prop in self.spam:
del self.spam[prop]
db.commit()
c.close()
r = ''
if regexp == 1:
r = ' *'
return '[#%s "%s"%s]' % (uid, pattern, r)
c.close()
return False
def countpattern(self, uid, db):
c = db.cursor()
c.execute("""SELECT id,count FROM patterns WHERE id=? and channel=? LIMIT 1""", (uid, self.name))
items = c.fetchall()
(rid, count) = items[0]
c.execute("""UPDATE patterns SET count=? WHERE id=?""", (int(count)+1, uid))
db.commit()
c.close()
def lspattern(self, prefix, pattern, db):
if not ircdb.checkCapability(prefix, '%s,op' % self.name):
if prefix != irc.prefix:
return []
c = db.cursor()
results = []
items = []
if pattern:
i = None
try:
i = int(pattern)
except:
pass
if i:
c.execute("""SELECT id,channel,pattern,oper,at,trigger,life,mode,duration,count,regexp
FROM patterns WHERE id=? AND channel=? LIMIT 1""", (i, self.name))
items = c.fetchall()
if len(items):
(uid, channel, pattern, oper, at, limit, life, mode, duration, count, regexp) = items[0]
r = ''
if regexp == 1:
r = ' *'
results.append('[#%s by %s on %s (%s calls) %s/%ss -> %s for %ss: "%s"%s]' % (
uid, oper, floatToGMT(at), count, limit, life, mode, duration, pattern, r))
items = []
else:
glob = '*%s*' % pattern
like = '%'+pattern+'%'
c.execute("""SELECT id,channel,pattern,oper,at,trigger,life,mode,duration,count,regexp
FROM patterns WHERE (pattern GLOB ? or pattern LIKE ?) AND channel=?
ORDER BY id DESC""", (glob, like, self.name))
items = c.fetchall()
else:
c.execute("""SELECT id,channel,pattern,oper,at,trigger,life,mode,duration,count,regexp
FROM patterns WHERE channel=? ORDER BY id DESC""", (self.name,))
items = c.fetchall()
if len(items):
for item in items:
(uid, channel, pattern, oper, at, limit, life, mode, duration, count, regexp) = item
r = ''
if regexp == 1:
r = ' *'
results.append('[#%s (%s calls) %s/%ss -> %s for %ss: "%s"%s]' % (
uid, count, limit, life, mode, duration, pattern, r))
return results
class Item(object):
__slots__ = ('channel', 'mode', 'value', 'by', 'when', 'uid',
'expire', 'removed_at', 'removed_by', 'asked', 'affects', 'isNew')
def __init__(self):
object.__init__(self)
self.channel = None
self.mode = None
self.value = None
self.by = None
self.when = None
self.uid = None
self.expire = None
self.removed_at = None
self.removed_by = None
self.asked = False
self.affects = []
self.isNew = False
def __repr__(self):
end = self.expire
if self.when == self.expire:
end = None
return 'Item(%s [%s][%s] by %s on %s, expire on %s, removed on %s by %s)' % (
self.uid, self.mode, self.value, self.by, floatToGMT(self.when),
floatToGMT(end), floatToGMT(self.removed_at), self.removed_by)
class Nick(object):
__slots__ = ('prefix', 'ip', 'realname', 'account', 'logSize', 'logs')
def __init__(self, logSize):
object.__init__(self)
self.prefix = None
self.ip = None
self.realname = None
self.account = None
self.logSize = logSize
self.logs = []
# log format :
# target can be a channel, or 'ALL' when it's related to nick itself
# (account changes, nick changes, host changes, etc)
# [float(timestamp),target,message]
def setPrefix(self, prefix):
if self.prefix != prefix:
self.ip = None
self.prefix = prefix
return self
def setIp(self, ip):
if not (ip == self.ip or ip == '255.255.255.255') and utils.net.isIP(ip):
self.ip = ip
return self
def setAccount(self, account):
if account == '*':
account = None
self.account = account
return self
def setRealname(self, realname):
self.realname = realname
return self
def addLog(self, target, message):
if len(self.logs) == self.logSize:
self.logs.pop(0)
self.logs.append([time.time(), target, message])
return self
def __repr__(self):
ip = self.ip
if ip is None:
ip = ''
account = self.account
if account is None:
account = ''
realname = self.realname
if realname is None:
realname = ''
return '%s ip:%s account:%s username:%s' % (self.prefix, ip, account, realname)
class Pattern(object):
__slots__ = ('uid', 'pattern', 'regexp', 'limit',
'life', 'mode', 'duration', '_match')
def __init__(self, uid, pattern, regexp, limit, life, mode, duration):
self.uid = uid
self.pattern = pattern
self.limit = limit
self.life = life
self.mode = mode
self.duration = duration
self._match = False
if regexp:
self._match = utils.str.perlReToPythonRe(pattern)
def match(self, text):
if self._match:
return self._match.search(text) is not None
return self.pattern in text
def _getRe(f):
def get(irc, msg, args, state):
original = args[:]
s = args.pop(0)
def isRe(s):
try:
foo = f(s)
return True
except ValueError:
return False
try:
while len(s) < 512 and not isRe(s):
s += ' ' + args.pop(0)
if len(s) < 512:
state.args.append([s, f(s)])
else:
state.errorInvalid('regular expression', s)
except IndexError:
args[:] = original
state.errorInvalid('regular expression', s)
return get
getPatternAndMatcher = _getRe(utils.str.perlReToPythonRe)
addConverter('getPatternAndMatcher', getPatternAndMatcher)
# Taken from plugins.Time.seconds
def getTs(irc, msg, args, state):
"""[<years>y] [<weeks>w] [<days>d] [<hours>h] [<minutes>m] [<seconds>s]
Returns the number of seconds in the number of <years>, <weeks>,
<days>, <hours>, <minutes>, and <seconds> given. An example usage is
"seconds 2h 30m", which would return 9000, which is '3600*2 + 30*60'.
Useful for scheduling events at a given number of seconds in the
future.
"""
# here there is some glitch / ugly hack to allow any('getTs'), with rest('test') after...
# TODO: check that bot can't kill itself with loop
seconds = -1
items = list(args)
for arg in items:
if not (arg and arg[-1] in 'ywdhms'):
try:
n = int(arg)
state.args.append(n)
except:
state.args.append(float(seconds))
raise callbacks.ArgumentError
(s, kind) = arg[:-1], arg[-1]
try:
i = int(s)
except ValueError:
state.args.append(float(seconds))
raise callbacks.ArgumentError
if kind == 'y':
seconds += i*31536000
elif kind == 'w':
seconds += i*604800
elif kind == 'd':
seconds += i*86400
elif kind == 'h':
seconds += i*3600
elif kind == 'm':
seconds += i*60
elif kind == 's':
if i == 0:
i = 1
seconds += i
elif kind == '-':
state.args.append(float(seconds))
raise callbacks.ArgumentError
args.pop(0)
state.args.append(float(seconds))
addConverter('getTs', getTs)
def getProba(irc, msg, args, state):
try:
v = float(args[0])
if v < 0 or v > 1:
raise callbacks.ArgumentError
state.args.append(v)
del args[0]
except ValueError:
raise callbacks.ArgumentError
addConverter('proba', getProba)
def getDuration(seconds):
if not len(seconds):
return -1
return seconds[0]
def getWrapper(name):
parts = registry.split(name)
group = getattr(conf, parts.pop(0))
while parts:
try:
group = group.get(parts.pop(0))
except (registry.NonExistentRegistryEntry, registry.InvalidRegistryName):
raise registry.InvalidRegistryName(name)
return group
def listGroup(group):
L = []
for (vname, v) in group._children.items():
if hasattr(group, 'channelValue') and group.channelValue and \
ircutils.isChannel(vname) and not v._children:
continue
if hasattr(v, 'channelValue') and v.channelValue:
L.append(vname)
utils.sortBy(str.lower, L)
return L
class ChanTracker(callbacks.Plugin, plugins.ChannelDBHandler):
"""This plugin keeps records of channel mode changes and permits to manage them over time,
it also has some channel protection features.
"""
threaded = True
noIgnore = True
def __init__(self, irc):
self.__parent = super(ChanTracker, self)
self.__parent.__init__(irc)
callbacks.Plugin.__init__(self, irc)
plugins.ChannelDBHandler.__init__(self)
self.lastTickle = time.time()-self.registryValue('pool')
self.dbUpgraded = False
self.forceTickle = True
self._ircs = ircutils.IrcDict()
self.getIrc(irc)
self.recaps = re.compile("[A-Z]")
self.starting = world.starting
if self.registryValue('announceNagInterval') > 0:
schedule.addEvent(self.checkNag, time.time() +
self.registryValue('announceNagInterval'), 'ChanTracker')
def checkNag(self):
if world:
if world.ircs:
for irc in world.ircs:
for channel in irc.state.channels:
if self.registryValue('logChannel', channel=channel) in irc.state.channels:
toNag = ''
for mode in self.registryValue('announceNagMode', channel=channel):
if mode in irc.state.channels[channel].modes:
toNag = mode
break
if len(toNag):
message = '[%s] has %s mode' % (channel, toNag)
if self.registryValue('useColorForAnnounces', channel=channel):
message = '[%s] has %s mode' % (
ircutils.bold(channel), ircutils.mircColor(toNag, 'red'))
self._logChan(irc, channel, message)
if self.registryValue('announceNagInterval') > 0:
schedule.addEvent(self.checkNag, time.time() +
self.registryValue('announceNagInterval'))
def summary(self, irc, msg, args, channel):
"""[<channel>]
returns various statistics about channel activity"""
c = self.getChan(irc, channel)
messages = c.summary(self.getDb(irc.network))
for message in messages:
irc.queueMsg(ircmsgs.privmsg(msg.nick, message))
irc.replySuccess()
self.forceTickle = True
self._tickle(irc)
summary = wrap(summary, ['op', 'channel'])
def extract(self, irc, msg, args, channel, newChannel):
"""[<channel>] [<newChannel>]
returns a snapshot of ChanTracker settings for the given <channel>;
if <newChannel> is provided, settings are copied"""
namespace = 'supybot.plugins.ChanTracker'
group = getWrapper(namespace)
L = listGroup(group)
msgs = []
props = []
for prop in L:
p = getWrapper('%s.%s' % (namespace, prop))
if p.channelValue:
value = str(p) or ''
channelValue = str(p.get(channel))
if value != channelValue:
props.append([prop, channelValue])
msgs.append(ircmsgs.privmsg(msg.nick, 'config channel %s %s.%s %s' % (
channel, namespace, prop, channelValue)))
if len(msgs):
if newChannel:
for prop in props:
newChan = getWrapper('%s.%s.%s' % (namespace, prop[0], newChannel))
newChan.set(prop[1])
else:
for m in msgs:
irc.queueMsg(m)
irc.replySuccess()
else:
irc.reply("%s uses global's settings" % channel)
self.forceTickle = True
self._tickle(irc)
extract = wrap(extract, ['owner', 'private', 'channel', optional('validChannel')])
def editandmark(self, irc, msg, args, user, ids, seconds, reason):
"""<id>[,<id>] [<years>y] [<weeks>w] [<days>d] [<hours>h] [<minutes>m] [<seconds>s] [<reason>]
change expiry and mark of an active mode change; if you got this message
while the bot prompted you, your changes were not saved;
<-1s> means forever, <0s> means remove"""
i = self.getIrc(irc)
b = True
for uid in ids:
be = False
bm = False
item = i.getItem(irc, uid)
if item:
f = None
if msg.args[1] != reason:
if self.registryValue('announceEdit', channel=item.channel):
f = self._logChan
if getDuration(seconds) == 0 and not self.registryValue(
'announceInTimeEditAndMark', channel=item.channel):
f = None
be = i.edit(irc, item.channel, item.mode, item.value, getDuration(seconds),
msg.prefix, self.getDb(irc.network), self._schedule, f, self)
else:
be = True
f = None
if self.registryValue('announceMark', channel=item.channel):
f = self._logChan
if be:
if reason and len(reason):
bm = i.mark(irc, uid, reason, msg.prefix,
self.getDb(irc.network), f, self)
else:
bm = True
b = b and be and bm
else:
b = False
if b:
irc.replySuccess()
else:
irc.reply('item not found, already removed or not enough rights to modify it')
self.forceTickle = True
self._tickle(irc)
editandmark = wrap(editandmark, ['user', commalist('int'), any('getTs', True), optional('text')])
def edit(self, irc, msg, args, user, ids, seconds):
"""<id>[,<id>] [<years>y] [<weeks>w] [<days>d] [<hours>h] [<minutes>m] [<seconds>s]
change expiry of an active mode change; <-1s> means forever, <0s> means remove"""
i = self.getIrc(irc)
b = True
sf = None
if not len(ids) > 1:
sf = self._schedule
for uid in ids:
item = i.getItem(irc, uid)
if item:
f = None
if msg.prefix != irc.prefix and self.registryValue('announceEdit', channel=item.channel):
f = self._logChan
elif msg.prefix == irc.prefix and self.registryValue('announceBotEdit', channel=item.channel):
f = self._logChan
if getDuration(seconds) == 0 and not self.registryValue('announceInTimeEditAndMark', channel=item.channel):
f = None
b = b and i.edit(irc, item.channel, item.mode, item.value, getDuration(seconds),
msg.prefix, self.getDb(irc.network), sf, f, self)
else:
b = False
if not sf and getDuration(seconds) > 0:
self._schedule(irc, float(time.time())+getDuration(seconds))
if not msg.nick == irc.nick:
if b:
irc.replySuccess()
else:
irc.reply('item not found, already removed or not enough rights to modify it')
self.forceTickle = True
self._tickle(irc)
edit = wrap(edit, ['user', commalist('int'), any('getTs')])
def info(self, irc, msg, args, user, uid):
"""<id>
summary of a mode change"""
i = self.getIrc(irc)
results = i.info(irc, uid, msg.prefix, self.getDb(irc.network))
if len(results):
for message in results:
irc.queueMsg(ircmsgs.privmsg(msg.nick, message))
else:
irc.reply('item not found or not enough rights to see information')
self.forceTickle = True
self._tickle(irc)
info = wrap(info, ['user', 'int'])
def detail(self, irc, msg, args, user, uid):
"""<id>
logs of a mode change"""
i = self.getIrc(irc)
results = i.log(irc, uid, msg.prefix, self.getDb(irc.network))
if len(results):
irc.replies(results, None, None, False)
else:
irc.reply('item not found or not enough rights to see detail')
self.forceTickle = True
self._tickle(irc)
detail = wrap(detail, ['user', 'int'])
def affect(self, irc, msg, args, user, uid):
"""<id>
list users affected by a mode change"""
i = self.getIrc(irc)
results = i.affect(irc, uid, msg.prefix, self.getDb(irc.network))
if len(results):
irc.replies(results, None, None, False)
else:
irc.reply('item not found or not enough rights to see affected users')
self.forceTickle = True
self._tickle(irc)
affect = wrap(affect, ['user', 'int'])
def mark(self, irc, msg, args, user, ids, message):
"""<id>[,<id>] <message>
add comment on a mode change"""
i = self.getIrc(irc)
b = True
for uid in ids:
item = i.getItem(irc, uid)
if item:
f = None
if msg.prefix != irc.prefix and self.registryValue('announceMark', channel=item.channel):
f = self._logChan
elif msg.prefix == irc.prefix and self.registryValue('announceBotMark', channel=item.channel):
f = self._logChan
b = b and i.mark(irc, uid, message, msg.prefix, self.getDb(irc.network), f, self)
else:
b = b and i.markremoved(irc, uid, message, msg.prefix, self.getDb(irc.network), self)
if not msg.nick == irc.nick:
if b:
irc.replySuccess()
else:
irc.reply('item not found or not enough rights to mark it')
self.forceTickle = True
self._tickle(irc)
mark = wrap(mark, ['user', commalist('int'), 'text'])
def query(self, irc, msg, args, user, optlist, text):
"""[--deep] [--never] [--active] [--ids] [--channel=<channel>] <pattern|hostmask|comment>
search in tracking database; --deep to search in logs, --never returns items set forever and active,
--active returns only active modes, --ids returns only ids, --channel limits results to the specified channel"""
i = self.getIrc(irc)
deep = False
never = False
active = False
channel = None
ids = False
for (option, arg) in optlist:
if option == 'deep':
deep = True
elif option == 'never':
never = True
elif option == 'active':
active = True
elif option == 'channel':
channel = arg
elif option == 'ids':
ids = True
if never:
active = True
results = i.search(irc, text, msg.prefix, self.getDb(irc.network), deep, active, never, channel, ids)
if len(results):
irc.replies(results, None, None, False)
else:
irc.reply('nothing found')
query = wrap(query, ['user', getopts({'deep': '', 'never': '', 'ids': '', 'active': '', 'channel': 'channel'}), 'text'])
def pending(self, irc, msg, args, channel, optlist):
"""[<channel>] [--mode=<e|b|q|l>] [--oper=<nick|hostmask>] [--never] [--ids] [--count] [--flood] [--duration [<years>y] [<weeks>w] [<days>d] [<hours>h] [<minutes>m] [<seconds>s]]
returns active items for --mode, filtered by --oper, --never (never expire), --ids (only ids),
--duration (item longer than), --count returns the total, --flood one message per mode"""
mode = None
oper = None
never = False
ids = False
count = False
flood = False
duration = -1
for (option, arg) in optlist:
if option == 'mode':
mode = arg
elif option == 'oper':
oper = arg
elif option == 'never':
never = True
elif option == 'ids':
ids = True
elif option == 'duration':
duration = int(arg)
elif option == 'count':
count = True
elif option == 'flood':
flood = True
if never and duration > 0:
irc.reply("you can't use --never and --duration at the same time")
return
i = self.getIrc(irc)
if oper in i.nicks:
oper = self.getNick(irc, oper).prefix
results = []
if not mode:
mode = self.registryValue('modesToAskWhenOpped', channel=channel) \
+ self.registryValue('modesToAsk', channel=channel)
results = i.pending(irc, channel, mode, msg.prefix, oper,
self.getDb(irc.network), never, ids, duration)
if len(results):
if count:
irc.reply('%s items' % len(results), private=True)
else:
if not flood:
irc.reply(', '.join(results), private=True)
else:
for result in results:
irc.queueMsg(ircmsgs.privmsg(msg.nick, result))
else:
irc.reply('no result')
self.forceTickle = True
self._tickle(irc)
pending = wrap(pending, ['op', getopts({'flood': '', 'mode': 'letter', 'never': '',
'oper': 'somethingWithoutSpaces', 'ids': '', 'count': '', 'duration': 'getTs'})])
def _modes(self, numModes, chan, modes, f):
for i in range(0, len(modes), numModes):
chan.action.enqueue(f(modes[i:i + numModes]))
def modes(self, irc, msg, args, channel, delay, modes):
"""[<channel>] [<years>y] [<weeks>w] [<days>d] [<hours>h] [<minutes>m] [<seconds>s] <mode> [<arg> ...]
sets the mode in <channel> to <mode>, sending the arguments given;
<channel> is only necessary if the message isn't sent in the channel
itself, <delay> is optional
"""
def f(L):
return ircmsgs.modes(channel, L)
def la():
self._modes(irc.state.supported.get('modes', 1), self.getChan(irc, channel),
ircutils.separateModes(modes), f)
self.forceTickle = True
self._tickle(irc)
duration = getDuration(delay)
if duration > 0:
schedule.addEvent(la, time.time()+duration)
else:
la()
irc.replySuccess()
self.forceTickle = True
self._tickle(irc)
modes = wrap(modes, ['op', any('getTs', True), many('something')])
def do(self, irc, msg, args, channel, mode, items, seconds, reason):
"""[<channel>] <mode> <nick|hostmask>[,<nick|hostmask>] [<years>y] [<weeks>w] [<days>d] [<hours>h] [<minutes>m] [<seconds>s] <reason>
+<mode> targets for duration; <reason> is mandatory, <-1> or empty means forever"""
if mode in self.registryValue('modesToAsk', channel=channel) \
or mode in self.registryValue('modesToAskWhenOpped', channel=channel):
b = self._adds(irc, msg, args, channel, mode, items, getDuration(seconds), reason, False)
if msg.nick != irc.nick and not b:
irc.reply('nicks not found or hostmasks invalid or targets are already +%s' % mode)
else:
irc.reply('selected mode is not supported by config, see modesToAsk and modesToAskWhenOpped')
self.forceTickle = True
self._tickle(irc)
do = wrap(do, ['op', 'letter', commalist('something'), any('getTs', True), rest('text')])
def q(self, irc, msg, args, channel, items, seconds, reason):
"""[<channel>] <nick|hostmask>[,<nick|hostmask>] [<years>y] [<weeks>w] [<days>d] [<hours>h] [<minutes>m] [<seconds>s] <reason>
+q targets for duration; <reason> is mandatory, <-1> or empty means forever"""
b = self._adds(irc, msg, args, channel, 'q', items, getDuration(seconds), reason, False)
if msg.nick != irc.nick and not b:
irc.reply('nicks not found or hostmasks invalid or targets are already +q')
self.forceTickle = True
self._tickle(irc)
q = wrap(q, ['op', commalist('something'), any('getTs', True), rest('text')])
def b(self, irc, msg, args, channel, optlist, items, seconds, reason):
"""[<channel>] [--perm] <nick|hostmask>[,<nick|hostmask>] [<years>y] [<weeks>w] [<days>d] [<hours>h] [<minutes>m] [<seconds>s] <reason>
+b targets for duration; <reason> is mandatory, <-1> or empty means forever,
add --perm if you want to add it to permanent bans of channel"""
perm = False
for (option, arg) in optlist:
if option == 'perm':
perm = True
b = self._adds(irc, msg, args, channel, 'b', items, getDuration(seconds), reason, perm)
if msg.nick != irc.nick and not b:
irc.reply('nicks not found or hostmasks invalid or targets are already +b')
self.forceTickle = True
self._tickle(irc)
b = wrap(b, ['op', getopts({'perm': ''}), commalist('something'), any('getTs', True), rest('text')])
def i(self, irc, msg, args, channel, items, seconds, reason):
"""[<channel>] <nick|hostmask>[,<nick|hostmask>] [<years>y] [<weeks>w] [<days>d] [<hours>h] [<minutes>m] [<seconds>s] <reason>
+I targets for duration; <reason> is mandatory, <-1> or empty means forever"""
b = self._adds(irc, msg, args, channel, 'I', items, getDuration(seconds), reason, False)
if msg.nick != irc.nick and not b:
irc.reply('nicks not found or hostmasks invalid or targets are already +I')
self.forceTickle = True
self._tickle(irc)
i = wrap(i, ['op', commalist('something'), any('getTs', True), rest('text')])
def e(self, irc, msg, args, channel, items, seconds, reason):
"""[<channel>] <nick|hostmask>[,<nick|hostmask>] [<years>y] [<weeks>w] [<days>d] [<hours>h] [<minutes>m] [<seconds>s] <reason>
+e targets for duration; <reason> is mandatory, <-1> or empty means forever"""
b = self._adds(irc, msg, args, channel, 'e', items, getDuration(seconds), reason, False)
if msg.nick != irc.nick and not b:
irc.reply('nicks not found or hostmasks invalid or targets are already +e')
self.forceTickle = True
self._tickle(irc)
e = wrap(e, ['op', commalist('something'), any('getTs', True), rest('text')])
def undo(self, irc, msg, args, channel, mode, items):
"""[<channel>] <mode> <nick|hostmask|*> [<nick|hostmask|*>]
sets -<mode> on them; if * is given, remove them all"""
b = self._removes(irc, msg, args, channel, mode, items, False)
if msg.nick != irc.nick and not b:
irc.reply('nicks not found or hostmasks invalid or targets are not +%s' % mode)
self.forceTickle = True
self._tickle(irc)
undo = wrap(undo, ['op', 'letter', many('something')])
def uq(self, irc, msg, args, channel, items):
"""[<channel>] <nick|hostmask|*> [<nick|hostmask|*>]
sets -q on them; if * is given, remove them all"""
isMass = False
for item in items:
if item == '*':
isMass = True
if isMass and not self.registryValue('removeAllQuiets', channel=channel):
irc.reply('removal of all quiets has been disabled for %s' % channel)
return
b = self._removes(irc, msg, args, channel, 'q', items, False)
if msg.nick != irc.nick and not b:
irc.reply('nicks not found or hostmasks invalid or targets are not +q')
self.forceTickle = True
self._tickle(irc)
uq = wrap(uq, ['op', many('something')])
def ub(self, irc, msg, args, channel, optlist, items):
"""[<channel>] [--perm] <nick|hostmask|*> [<nick|hostmask>]
sets -b on them; if * is given, remove them all,
--perm to remove them for permanent bans"""
perm = False
for (option, arg) in optlist:
if option == 'perm':
perm = True
isMass = False
for item in items:
if item == '*':
isMass = True
if isMass and not self.registryValue('removeAllBans', channel=channel):
irc.reply('removal of all bans has been disabled for %s' % channel)
return
b = self._removes(irc, msg, args, channel, 'b', items, perm)
if msg.nick != irc.nick and not b:
if perm:
if len(items) == 1:
irc.reply('nicks not found or hostmasks invalid or targets are not +b; '
+ 'you may try "channel ban remove %s %s"' % (channel, items[0]))
else:
irc.reply('nicks not found or hostmasks invalid or targets are not +b; '
+ 'you may try "channel ban remove %s %s"' % (channel, ''))
else:
irc.reply('nicks not found or hostmasks invalid or targets are not +b')
self.forceTickle = True
self._tickle(irc)
ub = wrap(ub, ['op', getopts({'perm': ''}), many('something')])
def ui(self, irc, msg, args, channel, items):
"""[<channel>] <nick|hostmask|*> [<nick|hostmask|*>]
sets -I on them; if * is given, remove them all"""
isMass = False
for item in items:
if item == '*':
isMass = True
if isMass and not self.registryValue('removeAllInvites', channel=channel):
irc.reply('removal of all invites has been disabled for %s' % channel)
return
b = self._removes(irc, msg, args, channel, 'I', items, False)
if msg.nick != irc.nick and not b:
irc.reply('nicks not found or hostmasks invalid or targets are not +I')
self.forceTickle = True
self._tickle(irc)
ui = wrap(ui, ['op', many('something')])
def ue(self, irc, msg, args, channel, items):
"""[<channel>] <nick|hostmask|*> [<nick|hostmask|*>]
sets -e on them; if * is given, remove them all"""
isMass = False
for item in items:
if item == '*':
isMass = True
if isMass and not self.registryValue('removeAllExempts', channel=channel):
irc.reply('removal of all exempts has been disabled for %s' % channel)
return
b = self._removes(irc, msg, args, channel, 'e', items, False)
if msg.nick != irc.nick and not b:
irc.reply('nicks not found or hostmasks invalid or targets are not +e')
self.forceTickle = True
self._tickle(irc)
ue = wrap(ue, ['op', many('something')])
def r(self, irc, msg, args, channel, nick, reason):
"""[<channel>] <nick> [<reason>]
force a part on <nick> with <reason> if provided"""
chan = self.getChan(irc, channel)
if not reason:
reason = msg.nick
else:
reason = reason + ' (by ' + msg.nick + ')'
chan.action.enqueue(ircmsgs.IrcMsg('REMOVE %s %s :%s' % (channel, nick, reason)))
self.forceTickle = True
self._tickle(irc)
r = wrap(r, ['op', 'nickInChannel', additional('text')])
def k(self, irc, msg, args, channel, nick, reason):
"""[<channel>] <nick> [<reason>]
kick <nick> with <reason> if provided"""
chan = self.getChan(irc, channel)
if not reason:
reason = msg.nick
else:
reason = reason + ' (by ' + msg.nick + ')'
chan.action.enqueue(ircmsgs.kick(channel, nick, reason))
self.forceTickle = True
self._tickle(irc)
k = wrap(k, ['op', 'nickInChannel', additional('text')])
def overlap(self, irc, msg, args, channel, mode):
"""[<channel>] <mode>
returns overlapping modes; there is limitation with extended bans"""
results = []
if mode in self.registryValue('modesToAsk', channel=channel) \
or mode in self.registryValue('modesToAskWhenOpped', channel=channel):
chan = self.getChan(irc, channel)
modes = chan.getItemsFor(self.getIrcdMode(irc, mode, '*!*@*')[0])
if len(modes):
L = []
for m in modes:
L.append(modes[m])
if len(L) > 1:
item = L.pop()
while len(L):
for i in L:
if ircutils.isUserHostmask(i.value):
n = Nick(0)
n.setPrefix(i.value)
if match(item.value, n, irc, self.registryValue('resolveIp')):
results.append('[#%s %s] matches [#%s %s]' % (
item.uid, item.value, i.uid, i.value))
item = L.pop()
if len(results):
irc.reply(' '.join(results), private=True)
else:
irc.reply('no results or unknown mode')
self.forceTickle = True
self._tickle(irc)
overlap = wrap(overlap, ['op', 'text'])
def ops(self, irc, msg, args, channel, text):
"""[<reason>]
triggers ops in the operators channel"""
if not self.registryValue('triggerOps', channel=channel):
return
if not text:
text = ''
schannel = channel
if self.registryValue('useColorForAnnounces', channel=channel):
schannel = ircutils.bold(channel)
self._logChan(irc, channel, "[%s] %s wants attention from ops (%s)" % (
schannel, msg.prefix, text))
self.forceTickle = True
self._tickle(irc)
ops = wrap(ops, ['channel', optional('text')])
def match(self, irc, msg, args, channel, prefix):
"""[<channel>] <nick|hostmask#username>
returns active modes that affect the given target;
nick must be in a channel shared with the bot"""
i = self.getIrc(irc)
n = None
if prefix in i.nicks:
n = self.getNick(irc, prefix)
else:
if ircutils.isUserHostmask(prefix):
n = Nick(0)
if '#' in prefix:
a = prefix.split('#')
username = a[1]
prefix = a[0]
n.setPrefix(prefix)
if self.registryValue('resolveIp') and utils.net.isIP(prefix.split('@')[1].split('#')[0]):
n.setIp(prefix.split('@')[1].split('#')[0])
n.setRealname(username)
else:
n.setPrefix(prefix)
if self.registryValue('resolveIp') and utils.net.isIP(prefix.split('@')[1]):
n.setIp(prefix.split('@')[1])
else:
irc.reply('unknow nick')
return
results = i.against(irc, channel, n, msg.prefix, self.getDb(irc.network), self)
if len(results):
irc.reply(' '.join(results), private=True)
else:
irc.reply('no results')
self._tickle(irc)
match = wrap(match, ['op', 'text'])
def check(self, irc, msg, args, channel, pattern):
"""[<channel>] <pattern>
returns a list of users affected by a pattern"""
if ircutils.isUserHostmask(pattern) or self.getIrcdExtbansPrefix(irc) in pattern:
results = []
i = self.getIrc(irc)
for nick in list(irc.state.channels[channel].users):
n = self.getNick(irc, nick)
if not n.prefix:
try:
n.setPrefix(self.ircd.irc.state.nickToHostmask(nick))
except:
pass
m = match(pattern, n, irc, self.registryValue('resolveIp'))
if m:
results.append('[%s - %s]' % (nick, m))
if len(results):
irc.reply('%s user(s): %s' % (len(results), ' '.join(results)))
else:
irc.reply('nobody will be affected')
else:
irc.reply('invalid pattern given')
self._tickle(irc)
check = wrap(check, ['op', 'text'])
def cpmode(self, irc, msg, args, channel, sourceMode, target, targetMode, seconds, reason):
"""[<channelSource>] <channelMode> <channelTarget> <targetMode> [<years>y] [<weeks>w] [<days>d] [<hours>h] [<minutes>m] [<seconds>s] <reason>
copy <channelSource> <channelMode> elements in <channelTarget> on <targetMode>; <-1> or empty means forever"""
op = ircdb.makeChannelCapability(target, 'protected')
if not ircdb.checkCapability(msg.prefix, op):
irc.replyError('you are missing %s,op capability' % target)
return
chan = self.getChan(irc, channel)
targets = set([])
L = chan.getItemsFor(self.getIrcdMode(irc, sourceMode, '*!*@*')[0])
for element in L:
targets.add(L[element].value)
self._adds(irc, msg, args, target, targetMode, targets, getDuration(seconds), reason, False)
irc.replySuccess()
self._tickle(irc)
cpmode = wrap(cpmode, ['op', 'letter', 'validChannel', 'letter', any('getTs', True), rest('text')])
def getmask(self, irc, msg, args, channel, prefix):
"""[<channel>] <nick|hostmask>
returns a list of hostmask patterns, best first; mostly used for debugging"""
i = self.getIrc(irc)
if prefix in i.nicks:
irc.reply(' '.join(getBestPattern(self.getNick(irc, prefix), irc, self.registryValue(
'useIpForGateway', channel=channel), self.registryValue('resolveIp'))))
else:
n = Nick(0)
# gecos ($x)
if '#' in prefix:
a = prefix.split('#')
username = a[1]
prefix = a[0]
n.setPrefix(prefix)
n.setRealname(username)
else:
n.setPrefix(prefix)
if ircutils.isUserHostmask(prefix):
irc.reply(' '.join(getBestPattern(n, irc, self.registryValue(
'useIpForGateway', channel=channel), self.registryValue('resolveIp'))))
return
irc.reply('nick not found or wrong hostmask given')
self._tickle(irc)
getmask = wrap(getmask, ['op', 'text'])
def isvip(self, irc, msg, args, channel, nick):
"""[<channel>] <nick>
tell if <nick> is vip in <channel>; mostly used for debugging"""
i = self.getIrc(irc)
if nick in i.nicks:
irc.reply(self._isVip(irc, channel, self.getNick(irc, nick)))
else:
irc.reply('nick not found')
self._tickle(irc)
isvip = wrap(isvip, ['op', 'nick'])
def isbad(self, irc, msg, args, channel, nick):
"""[<channel>] <nick>
tell if <nick> is flagged as bad in <channel>; mostly used for debugging"""
i = self.getIrc(irc)
if nick in i.nicks:
chan = self.getChan(irc, channel)
n = self.getNick(irc, nick)
bests = getBestPattern(n, irc, self.registryValue(
'useIpForGateway', channel=channel), self.registryValue('resolveIp'))
best = bests[0]
if self.registryValue('useAccountBanIfPossible', channel=channel) and n.account:
for p in bests:
if p.startswith('$a:'):
best = p
break
irc.reply(chan.isWrong(best))
else:
irc.reply('nick not found')
self._tickle(irc)
isbad = wrap(isbad, ['op', 'nick'])
def vacuum(self, irc, msg, args):
"""VACUUM the database"""
db = self.getDb(irc.network)
c = db.cursor()
c.execute('VACUUM')
c.close()
irc.replySuccess()
vacuum = wrap(vacuum, ['owner'])
def m(self, irc, msg, args, channel, items, reason):
"""[<channel>] <nick|hostmask>[,<nick|hostmask>] <reason>
store a new item in database under the mode 'm'; markable but not editable"""
i = self.getIrc(irc)
targets = []
chan = self.getChan(irc, channel)
for item in items:
if item in chan.nicks or item in irc.state.channels[channel].users:
n = self.getNick(irc, item)
patterns = getBestPattern(n, irc, self.registryValue(
'useIpForGateway', channel=channel), self.registryValue('resolveIp'))
if len(patterns):
pattern = patterns[0]
if self.registryValue('useAccountBanIfPossible', channel=channel) and n.account:
for p in patterns:
if p.startswith('$a:'):
pattern = p
break
targets.append(pattern)
elif ircutils.isUserHostmask(item) or self.getIrcdExtbansPrefix(irc) in item:
targets.append(item)
for target in targets:
item = chan.addItem('m', target, msg.prefix, time.time(), self.getDb(irc.network),
self.registryValue('doActionAgainstAffected', channel=channel), self)
f = None
if msg.prefix != irc.prefix and self.registryValue('announceMark', channel=channel):
f = self._logChan
db = self.getDb(irc.network)
c = db.cursor()
c.execute("""UPDATE bans SET removed_at=?, removed_by=? WHERE id=?""",
(time.time()+1, msg.prefix, int(item.uid)))
db.commit()
c.close()
i.mark(irc, item.uid, reason, msg.prefix, self.getDb(irc.network), f, self)
if not msg.nick == irc.nick:
if len(targets):
irc.replySuccess()
else:
irc.reply('unknown patterns')
self.forceTickle = True
self._tickle(irc)
m = wrap(m, ['op', commalist('something'), rest('text')])
def addpattern(self, irc, msg, args, channel, limit, life, mode, duration, pattern):
"""[<channel>] <limit> <life> <mode>(bqeIkrd) [<years>y] [<weeks>w] [<days>d] [<hours>h] [<minutes>m] [<seconds>s] <pattern>
add a <pattern> which triggers <mode> for <duration> if the <pattern> appears
more often than <limit> (0 for immediate action) during <life> in seconds"""
chan = self.getChan(irc, channel)
result = chan.addpattern(msg.prefix, limit, life, mode, getDuration(duration),
pattern, 0, self.getDb(irc.network))
if result:
irc.reply(result)
else:
irc.reply('not enough rights to add a pattern on %s' % channel)
addpattern = wrap(addpattern, ['op', 'nonNegativeInt', 'positiveInt', 'letter',
any('getTs', True), rest('text')])
def addregexpattern(self, irc, msg, args, channel, limit, life, mode, duration, pattern):
"""[<channel>] <limit> <life> <mode>(bqeIkrd) [<years>y] [<weeks>w] [<days>d] [<hours>h] [<minutes>m] [<seconds>s] /<pattern>/
add a <pattern> which triggers <mode> for <duration> if the <pattern> appears
more often than <limit> (0 for immediate action) during <life> in seconds"""
chan = self.getChan(irc, channel)
result = chan.addpattern(msg.prefix, limit, life, mode, getDuration(duration),
pattern[0], 1, self.getDb(irc.network))
if result:
irc.reply(result)
else:
irc.reply('not enough rights to add a pattern on %s' % channel)
self.forceTickle = True
self._tickle(irc)
addregexpattern = wrap(addregexpattern, ['op', 'nonNegativeInt', 'positiveInt', 'letter',
any('getTs', True), rest('getPatternAndMatcher')])
def rmpattern(self, irc, msg, args, channel, ids):
"""[<channel>] <id> [<id>]
remove patterns by <id>"""
results = []
chan = self.getChan(irc, channel)
for uid in ids:
result = chan.rmpattern(msg.prefix, uid, self.getDb(irc.network))
if result:
results.append(result)
if len(results):
irc.reply('%s removed: %s' % (len(results), ','.join(results)))
else:
irc.reply('not found or not enough rights')
self.forceTickle = True
self._tickle(irc)
rmpattern = wrap(rmpattern, ['op', many('positiveInt')])
def lspattern(self, irc, msg, args, channel, pattern):
"""[<channel>] [<id|pattern>]
return patterns in <channel> filtered by optional <id> or <pattern>"""
results = []
chan = self.getChan(irc, channel)
results = chan.lspattern(msg.prefix, pattern, self.getDb(irc.network))
if len(results):
irc.replies(results, None, None, False)
else:
irc.reply('nothing found')
self._tickle(irc)
lspattern = wrap(lspattern, ['op', optional('text')])
def rmmode(self, irc, msg, args, ids):
"""<id>[,<id>]
remove entries from database, bot owner command only"""
i = self.getIrc(irc)
results = []
for uid in ids:
b = i.remove(uid, self.getDb(irc.network))
if b:
results.append(str(uid))
irc.reply('%s' % ', '.join(results))
self._tickle(irc)
rmmode = wrap(rmmode, ['owner', commalist('int')])
def rmtmp(self, irc, msg, args, channel):
"""[<channel>]
remove temporary patterns if any"""
chan = self.getChan(irc, channel)
key = 'pattern%s' % channel
if key in chan.repeatLogs:
life = self.registryValue('repeatPatternLife', channel=channel)
chan.repeatLogs[key] = utils.structures.TimeoutQueue(life)
irc.replySuccess()
self.forceTickle = True
self._tickle(irc)
rmtmp = wrap(rmtmp, ['op'])
def addtmp(self, irc, msg, args, channel, pattern):
"""[<channel>] <pattern>
add temporary pattern, which follows repeat punishments"""
self._addTemporaryPattern(irc, channel, pattern, msg.nick, True, False)
irc.replySuccess()
self.forceTickle = True
self._tickle(irc)
addtmp = wrap(addtmp, ['op', 'text'])
def cflood(self, irc, msg, args, channel, permit, life, mode, duration):
"""[<channel>] [<permit>] [<life>] [<mode>] [<duration>]
return channel protection configuration"""
cap = ircdb.canonicalCapability('owner')
if self.registryValue('allowOpToConfig', channel=channel) \
or ircdb.checkCapability(msg.prefix, cap):
results = ['for %s' % channel]
if not (permit is None or life is None or mode is None or duration is None):
self.setRegistryValue('floodPermit', permit, channel=channel)
self.setRegistryValue('floodLife', life, channel=channel)
self.setRegistryValue('floodMode', mode, channel=channel)
self.setRegistryValue('floodDuration', duration, channel=channel)
results.append('floodPermit: %s' % self.registryValue('floodPermit', channel=channel))
results.append('floodLife: %s' % self.registryValue('floodLife', channel=channel))
results.append('floodMode: %s' % self.registryValue('floodMode', channel=channel))
results.append('floodDuration: %s' % self.registryValue('floodDuration', channel=channel))
irc.replies(results, None, None, False)
return
irc.reply("Operators aren't allowed to see or change protection configuration in %s" % channel)
cflood = wrap(cflood, ['op', optional('int'), optional('positiveInt'),
optional('letter'), optional('positiveInt')])
def crepeat(self, irc, msg, args, channel, permit, life, mode, duration, minimum, probability, count, patternLength, patternLife):
"""[<channel>] [<permit>] [<life>] [<mode>] [<duration>] [<minimum>] [<probability>] [<count>] [<patternLength>] [<patternLife>]
return channel protection configuration; <probablity> is a float between 0 and 1"""
cap = ircdb.canonicalCapability('owner')
if self.registryValue('allowOpToConfig', channel=channel) \
or ircdb.checkCapability(msg.prefix, cap):
results = ['for %s' % channel]
if not (permit is None or life is None or mode is None or duration is None
or minimum is None or probability is None or count is None
or patternLength is None or patternLife is None):
self.setRegistryValue('repeatPermit', permit, channel=channel)
self.setRegistryValue('repeatLife', life, channel=channel)
self.setRegistryValue('repeatMode', mode, channel=channel)
self.setRegistryValue('repeatDuration', duration, channel=channel)
self.setRegistryValue('repeatMinimum', minimum, channel=channel)
self.setRegistryValue('repeatPercent', probability, channel=channel)
self.setRegistryValue('repeatCount', count, channel=channel)
self.setRegistryValue('repeatPatternMinimum', patternLength, channel=channel)
self.setRegistryValue('repeatPatternLife', patternLife, channel=channel)
results.append('repeatPermit: %s' % self.registryValue('repeatPermit', channel=channel))
results.append('repeatLife: %s' % self.registryValue('repeatLife', channel=channel))
results.append('repeatMode: %s' % self.registryValue('repeatMode', channel=channel))
results.append('repeatDuration: %s' % self.registryValue('repeatDuration', channel=channel))
results.append('repeatMinimum: %s' % self.registryValue('repeatMinimum', channel=channel))
results.append('repeatPercent: %s' % self.registryValue('repeatPercent', channel=channel))
results.append('repeatCount: %s' % self.registryValue('repeatCount', channel=channel))
results.append('repeatPatternMinimum: %s' % self.registryValue('repeatPatternMinimum', channel=channel))
results.append('repeatPatternLife: %s' % self.registryValue('repeatPatternLife', channel=channel))
irc.replies(results, None, None, False)
return
irc.reply("Operators aren't allowed to see or change protection configuration in %s" % channel)
crepeat = wrap(crepeat, ['op', optional('int'), optional('positiveInt'), optional('letter'),
optional('positiveInt'), optional('int'), optional('proba'), optional('positiveInt'),
optional('int'), optional('positiveInt')])
def ccap(self, irc, msg, args, channel, permit, life, mode, duration, probability):
"""[<channel>] [<permit>] [<life>] [<mode>] [<duration>] [<probability>]
return channel protection configuration; <probablity> is a float between 0 and 1"""
cap = ircdb.canonicalCapability('owner')
if self.registryValue('allowOpToConfig', channel=channel) \
or ircdb.checkCapability(msg.prefix, cap):
results = ['for %s' % channel]
if not (permit is None or life is None or mode is None
or duration is None or probability is None):
self.setRegistryValue('capPermit', permit, channel=channel)
self.setRegistryValue('capLife', life, channel=channel)
self.setRegistryValue('capMode', mode, channel=channel)
self.setRegistryValue('capDuration', duration, channel=channel)
self.setRegistryValue('capPercent', probability, channel=channel)
results.append('capPermit: %s' % self.registryValue('capPermit', channel=channel))
results.append('capLife: %s' % self.registryValue('capLife', channel=channel))
results.append('capMode: %s' % self.registryValue('capMode', channel=channel))
results.append('capDuration: %s' % self.registryValue('capDuration', channel=channel))
results.append('capPercent: %s' % self.registryValue('capPercent', channel=channel))
irc.replies(results, None, None, False)
return
irc.reply("Operators aren't allowed to see or change protection configuration in %s" % channel)
ccap = wrap(ccap, ['op', optional('int'), optional('positiveInt'), optional('letter'),
optional('positiveInt'), optional('proba')])
def chl(self, irc, msg, args, channel, permit, life, mode, duration):
"""[<channel>] [<permit>] [<mode>] [<duration>]
return channel protection configuration"""
cap = ircdb.canonicalCapability('owner')
if self.registryValue('allowOpToConfig', channel=channel) \
or ircdb.checkCapability(msg.prefix, cap):
results = ['for %s' % channel]
if not (permit is None or mode is None or duration is None):
self.setRegistryValue('hilightPermit', permit, channel=channel)
self.setRegistryValue('hilightMode', mode, channel=channel)
self.setRegistryValue('hilightDuration', duration, channel=channel)
results.append('hilightPermit: %s' % self.registryValue('hilightPermit', channel=channel))
results.append('hilightMode: %s' % self.registryValue('hilightMode', channel=channel))
results.append('hilightDuration: %s' % self.registryValue('hilightDuration', channel=channel))
irc.replies(results, None, None, False)
return
irc.reply("Operators aren't allowed to see or change protection configuration in %s" % channel)
chl = wrap(chl, ['op', optional('int'), optional('letter'), optional('positiveInt')])
def cclone(self, irc, msg, args, channel, permit, life, mode, duration):
"""[<channel>] [<permit>] [<mode>] [<duration>]
return channel protection configuration"""
cap = ircdb.canonicalCapability('owner')
if self.registryValue('allowOpToConfig', channel=channel) \
or ircdb.checkCapability(msg.prefix, cap):
results = ['for %s' % channel]
if not (permit is None or mode is None or duration is None):
self.setRegistryValue('clonePermit', permit, channel=channel)
self.setRegistryValue('cloneMode', mode, channel=channel)
self.setRegistryValue('cloneDuration', duration, channel=channel)
results.append('clonePermit: %s' % self.registryValue('clonePermit', channel=channel))
results.append('cloneMode: %s' % self.registryValue('cloneMode', channel=channel))
results.append('cloneDuration: %s' % self.registryValue('cloneDuration', channel=channel))
irc.replies(results, None, None, False)
return
irc.reply("Operators aren't allowed to see or change protection configuration in %s" % channel)
cclone = wrap(cclone, ['op', optional('int'), optional('letter'), optional('positiveInt')])
def cnotice(self, irc, msg, args, channel, permit, life, mode, duration):
"""[<channel>] [<permit>] [<life>] [<mode>] [<duration>]
return channel protection configuration"""
cap = ircdb.canonicalCapability('owner')
if self.registryValue('allowOpToConfig', channel=channel) \
or ircdb.checkCapability(msg.prefix, cap):
results = ['for %s' % channel]
if not (permit is None or life is None or mode is None or duration is None):
self.setRegistryValue('noticePermit', permit, channel=channel)
self.setRegistryValue('noticeLife', life, channel=channel)
self.setRegistryValue('noticeMode', mode, channel=channel)
self.setRegistryValue('noticeDuration', duration, channel=channel)
results.append('noticePermit: %s' % self.registryValue('noticePermit', channel=channel))
results.append('noticeLife: %s' % self.registryValue('noticeLife', channel=channel))
results.append('noticeMode: %s' %self.registryValue('noticeMode', channel=channel))
results.append('noticeDuration: %s' % self.registryValue('noticeDuration', channel=channel))
irc.replies(results, None, None, False)
return
irc.reply("Operators aren't allowed to see or change protection configuration in %s" % channel)
cnotice = wrap(cnotice, ['op', optional('int'), optional('positiveInt'),
optional('letter'), optional('positiveInt')])
def ccycle(self, irc, msg, args, channel, permit, life, mode, duration):
"""[<channel>] [<permit>] [<life>] [<mode>] [<duration>]
return channel protection configuration"""
cap = ircdb.canonicalCapability('owner')
if self.registryValue('allowOpToConfig', channel=channel) \
or ircdb.checkCapability(msg.prefix, cap):
results = ['for %s' % channel]
if not (permit is None or life is None or mode is None or duration is None):
self.setRegistryValue('cyclePermit', permit, channel=channel)
self.setRegistryValue('cycleLife', life, channel=channel)
self.setRegistryValue('cycleMode', mode, channel=channel)
self.setRegistryValue('cycleDuration', duration, channel=channel)
results.append('cyclePermit: %s' % self.registryValue('cyclePermit', channel=channel))
results.append('cycleLife: %s' % self.registryValue('cycleLife', channel=channel))
results.append('cycleMode: %s' % self.registryValue('cycleMode', channel=channel))
results.append('cycleDuration: %s' % self.registryValue('cycleDuration', channel=channel))
irc.replies(results, None, None, False)
return
irc.reply("Operators aren't allowed to see or change protection configuration in %s" % channel)
ccycle = wrap(ccycle, ['op', optional('int'), optional('positiveInt'),
optional('letter'), optional('positiveInt')])
def cnick(self, irc, msg, args, channel, permit, life, mode, duration):
"""[<channel>] [<permit>] [<life>] [<mode>] [<duration>]
return channel protection configuration"""
cap = ircdb.canonicalCapability('owner')
if self.registryValue('allowOpToConfig', channel=channel) \
or ircdb.checkCapability(msg.prefix, cap):
results = ['for %s' % channel]
if not (permit is None or life is None or mode is None or duration is None):
self.setRegistryValue('nickPermit', permit, channel=channel)
self.setRegistryValue('nickLife', life, channel=channel)
self.setRegistryValue('nickMode', mode, channel=channel)
self.setRegistryValue('nickDuration', duration, channel=channel)
results.append('nickPermit: %s' %self.registryValue('nickPermit', channel=channel))
results.append('nickLife: %s' % self.registryValue('nickLife', channel=channel))
results.append('nickMode: %s' % self.registryValue('nickMode', channel=channel))
results.append('nickDuration: %s' % self.registryValue('nickDuration', channel=channel))
irc.replies(results, None, None, False)
return
irc.reply("Operators aren't allowed to see or change protection configuration in %s" % channel)
cnick = wrap(cnick, ['op', optional('int'), optional('positiveInt'),
optional('letter'), optional('positiveInt')])
def cbad(self, irc, msg, args, channel, permit, life, mode, duration):
"""[<channel>] [<permit>] [<life>] [<mode>] [<duration>]
return channel protection configuration"""
cap = ircdb.canonicalCapability('owner')
if self.registryValue('allowOpToConfig', channel=channel) \
or ircdb.checkCapability(msg.prefix, cap):
results = ['for %s' % channel]
if not (permit is None or life is None or mode is None or duration is None):
self.setRegistryValue('badPermit', permit, channel=channel)
self.setRegistryValue('badLife', life, channel=channel)
self.setRegistryValue('badMode', mode, channel=channel)
self.setRegistryValue('badDuration', duration, channel=channel)
results.append('badPermit: %s' % self.registryValue('badPermit', channel=channel))
results.append('badLife: %s' % self.registryValue('badLife', channel=channel))
results.append('badMode: %s' % self.registryValue('badMode', channel=channel))
results.append('badDuration: %s' % self.registryValue('badDuration', channel=channel))
irc.replies(results, None, None, False)
return
irc.reply("Operators aren't allowed to see or change protection configuration in %s" % channel)
cbad = wrap(cbad, ['op', optional('int'), optional('positiveInt'),
optional('letter'), optional('positiveInt')])
def getIrcdMode(self, irc, mode, pattern):
# here we try to know which kind of mode and pattern should be computed :
# based on supported modes and extbans on the ircd
# works for q in charybdis, and should work for unreal and inspire
if 'chanmodes' in irc.state.supported and mode == 'q':
cm = irc.state.supported['chanmodes'].split(',')[0]
if mode not in cm:
if 'extban' in irc.state.supported:
extban = irc.state.supported['extban']
prefix = extban.split(',')[0]
modes = extban.split(',')[1]
if mode in modes:
# unreal
old = mode
mode = 'b'
if pattern and pattern.find(prefix) != 0:
pattern = prefix + old + ':' + pattern
elif 'm' in modes:
# inspire ?
mode = 'b'
if pattern and not pattern.startswith('m:'):
pattern = prefix + 'm' + ':' + pattern
return [mode, pattern]
def getIrcdExtbansPrefix(self, irc):
if 'extban' in irc.state.supported:
return irc.state.supported['extban'].split(',')[0]
return ''
def _adds(self, irc, msg, args, channel, mode, items, duration, reason, perm):
i = self.getIrc(irc)
targets = []
if mode in self.registryValue('modesToAsk', channel=channel) \
or mode in self.registryValue('modesToAskWhenOpped', channel=channel):
chan = self.getChan(irc, channel)
for item in items:
if item in chan.nicks or item in irc.state.channels[channel].users:
n = self.getNick(irc, item)
found = False
if self.registryValue('avoidOverlap', channel=channel):
modes = chan.getItemsFor(
self.getIrcdMode(irc, mode, n.prefix)[0])
if len(modes):
for m in modes:
md = modes[m]
if match(md.value, n, irc, self.registryValue('resolveIp')):
targets.append(md.value)
found = True
if not found:
patterns = getBestPattern(n, irc, self.registryValue(
'useIpForGateway', channel=channel), self.registryValue('resolveIp'))
if len(patterns):
pattern = patterns[0]
if self.registryValue('useAccountBanIfPossible', channel=channel) and n.account:
for p in patterns:
if p.startswith('$a:'):
pattern = p
break
targets.append(pattern)
elif ircutils.isUserHostmask(item) or self.getIrcdExtbansPrefix(irc) in item:
found = False
if self.registryValue('avoidOverlap', channel=channel):
modes = chan.getItemsFor(
self.getIrcdMode(irc, mode, item)[0])
if len(modes):
for m in modes:
md = modes[m]
if ircutils.isUserHostmask(item):
n = Nick(0)
n.setPrefix(item)
if match(md.value, n, irc, self.registryValue('resolveIp')):
targets.append(md.value)
found = True
if not found:
targets.append(item)
n = 0
for item in targets:
r = self.getIrcdMode(irc, mode, item)
if i.add(irc, channel, r[0], r[1], duration, msg.prefix, self.getDb(irc.network)):
if perm:
chan = ircdb.channels.getChannel(channel)
chan.addBan(r[1], 0)
ircdb.channels.setChannel(channel, chan)
if reason:
f = None
if self.registryValue('announceInTimeEditAndMark', channel=channel):
if msg.prefix != irc.prefix and self.registryValue('announceMark', channel=channel):
f = self._logChan
elif msg.prefix == irc.prefix and self.registryValue('announceBotMark', channel=channel):
f = self._logChan
i.submark(irc, channel, mode, item, reason, msg.prefix,
self.getDb(irc.network), self._logChan, self)
n = n+1
self.forceTickle = True
self._tickle(irc)
return len(items) <= n
def _removes(self, irc, msg, args, channel, mode, items, perm=False):
i = self.getIrc(irc)
chan = self.getChan(irc, channel)
targets = set([])
massremove = False
count = 0
LL = chan.getItemsFor(self.getIrcdMode(irc, mode, '*!*@*')[0])
if mode in self.registryValue('modesToAsk', channel=channel) \
or mode in self.registryValue('modesToAskWhenOpped', channel=channel):
for item in items:
if item in i.nicks or item in irc.state.channels[channel].users:
n = self.getNick(irc, item)
# here we check active items against Nick and add each pattern that matches them
L = chan.getItemsFor(self.getIrcdMode(irc, mode, n.prefix)[0])
for pattern in L:
m = match(L[pattern].value, n, irc, self.registryValue('resolveIp'))
if m:
targets.add(L[pattern].value)
elif ircutils.isUserHostmask(item) or self.getIrcdExtbansPrefix(irc) in item:
# previously we were adding directly the item to remove, now we check it against the active list
# that allows to uq $a:* and delete all the quiets on $a:something
for pattern in LL:
if ircutils.hostmaskPatternEqual(item, LL[pattern].value):
targets.add(LL[pattern].value)
elif item == '*':
massremove = True
targets = []
if channel in list(irc.state.channels.keys()):
L = chan.getItemsFor(self.getIrcdMode(irc, mode, '*!*@*')[0])
for pattern in L:
targets.add(L[pattern].value)
break
f = None
if massremove:
if self.registryValue('announceMassRemoval', channel=channel):
f = self._logChan
elif msg.prefix != irc.prefix:
if self.registryValue('announceEdit', channel=channel):
f = self._logChan
elif self.registryValue('announceBotEdit', channel=channel):
f = self._logChan
for item in targets:
r = self.getIrcdMode(irc, mode, item)
if perm:
chan = ircdb.channels.getChannel(channel)
try:
chan.removeBan(item)
except:
self.log.info('%s is not in Channel.ban' % item)
ircdb.channels.setChannel(channel, chan)
if i.edit(irc, channel, r[0], r[1], 0, msg.prefix, self.getDb(irc.network), None, f, self):
count = count + 1
self.forceTickle = True
self._tickle(irc)
return len(items) <= count or massremove
def getIrc(self, irc):
# init irc db
if not irc.network in self._ircs:
i = self._ircs[irc.network] = Ircd(
irc, self.registryValue('logsSize'))
return self._ircs[irc.network]
def getChan(self, irc, channel):
i = self.getIrc(irc)
if not channel in i.channels:
# restore channel state, load lists
modesToAsk = ''.join(self.registryValue('modesToAsk', channel=channel))
modesWhenOpped = ''.join(self.registryValue('modesToAskWhenOpped', channel=channel))
if channel in irc.state.channels:
if irc.state.channels[channel].isHalfopPlus(irc.nick):
if len(modesToAsk) or len(modesWhenOpped):
for m in modesWhenOpped:
i.queue.enqueue(ircmsgs.mode(channel, args=(m,)))
for m in modesToAsk:
i.lowQueue.enqueue(ircmsgs.mode(channel, args=(m,)))
elif len(modesToAsk):
for m in modesToAsk:
i.lowQueue.enqueue(ircmsgs.mode(channel, args=(m,)))
if not self.starting:
i.lowQueue.enqueue(ircmsgs.ping(channel))
i.lowQueue.enqueue(ircmsgs.who(channel, args=('%tuhnairf,1',)))
self.forceTickle = True
return i.getChan(irc, channel)
def getNick(self, irc, nick):
return self.getIrc(irc).getNick(irc, nick)
def makeDb(self, filename):
"""Create a database and connect to it."""
if os.path.exists(filename):
db = sqlite3.connect(filename, timeout=10)
if self.dbUpgraded:
return db
c = db.cursor()
try:
c.execute("""SELECT id,pattern FROM patterns WHERE count=? LIMIT 1""", (0,))
c.close()
except:
try:
c.execute("""CREATE TABLE patterns (
id INTEGER PRIMARY KEY,
channel VARCHAR(1000) NOT NULL,
oper VARCHAR(1000) NOT NULL,
at TIMESTAMP NOT NULL,
pattern VARCHAR(512) NOT NULL,
regexp INTEGER,
trigger INTEGER,
life INTEGER,
mode VARCHAR(1) NOT NULL,
duration INTEGER,
count INTEGER
)""")
db.commit()
c.close()
except:
c.close()
self.dbUpgraded = True
return db
db = sqlite3.connect(filename)
c = db.cursor()
c.execute("""CREATE TABLE bans (
id INTEGER PRIMARY KEY,
channel VARCHAR(1000) NOT NULL,
oper VARCHAR(1000) NOT NULL,
kind VARCHAR(1) NOT NULL,
mask VARCHAR(1000) NOT NULL,
begin_at TIMESTAMP NOT NULL,
end_at TIMESTAMP NOT NULL,
removed_at TIMESTAMP,
removed_by VARCHAR(1000)
)""")
c.execute("""CREATE TABLE nicks (
ban_id INTEGER,
ban VARCHAR(1000) NOT NULL,
full VARCHAR(1000) NOT NULL,
log TEXT NOT NULL
)""")
c.execute("""CREATE TABLE comments (
ban_id INTEGER,
oper VARCHAR(1000) NOT NULL,
at TIMESTAMP NOT NULL,
comment TEXT NOT NULL
)""")
c.execute("""CREATE TABLE patterns (
id INTEGER PRIMARY KEY,
channel VARCHAR(1000) NOT NULL,
oper VARCHAR(1000) NOT NULL,
at TIMESTAMP NOT NULL,
pattern VARCHAR(512) NOT NULL,
regexp INTEGER,
trigger INTEGER,
life INTEGER,
mode VARCHAR(1) NOT NULL,
duration INTEGER,
count INTEGER
)""")
db.commit()
c.close()
return db
def getDb(self, irc):
"""Use this to get a database for a specific irc."""
currentThread = threading.currentThread()
if irc not in self.dbCache and currentThread == world.mainThread:
self.dbCache[irc] = self.makeDb(self.makeFilename(irc))
if currentThread != world.mainThread:
db = self.makeDb(self.makeFilename(irc))
else:
db = self.dbCache[irc]
db.isolation_level = None
return db
def doPong(self, irc, msg):
self._tickle(irc)
def doPing(self, irc, msg):
self._tickle(irc)
def _sendModes(self, irc, modes, f):
numModes = irc.state.supported.get('modes', 1)
ircd = self.getIrc(irc)
for i in range(0, len(modes), numModes):
ircd.queue.enqueue(f(modes[i:i + numModes]))
def _tickle(self, irc):
# Called each time messages are received from irc,
# it avoids using schedulers which can fail silently.
# For performance, this may be changed in future...
t = time.time()
if not self.lastTickle:
self.lastTickle = t
if not self.forceTickle:
pool = self.registryValue('pool')
if pool > 0:
if self.lastTickle+pool < t:
return
self.lastTickle = t
i = self.getIrc(irc)
retickle = False
# send waiting msgs, here we mostly got kick messages
while len(i.queue):
irc.queueMsg(i.queue.dequeue())
def f(L):
return ircmsgs.modes(channel, L)
for channel in list(irc.state.channels.keys()):
chan = self.getChan(irc, channel)
# check expired items
for mode in list(chan.getItems().keys()):
for value in list(chan._lists[mode].keys()):
item = chan._lists[mode][value]
if item.expire is not None and item.expire != item.when \
and not item.asked and item.expire <= t:
if mode == 'q' and self.registryValue('useChanServForQuiets', channel=channel) \
and not irc.state.channels[channel].isHalfopPlus(irc.nick) \
and len(chan.queue) == 0:
s = self.registryValue('unquietCommand')
s = s.replace('$channel', channel)
s = s.replace('$hostmask', item.value)
i.queue.enqueue(ircmsgs.IrcMsg(s))
else:
chan.queue.enqueue(('-'+item.mode, item.value))
# avoid adding it multiple times until server returns changes
item.asked = True
retickle = True
# dequeue pending actions
# log.debug('[%s] isOpped : %s, opAsked : %s, deopAsked %s, deopPending %s' % (
# channel, irc.state.channels[channel].isHalfopPlus(irc.nick), chan.opAsked,
# chan.deopAsked,chan.deopPending))
# if chan.syn: # remove syn mandatory for support of unreal which doesn't like q list
if len(chan.queue):
index = 0
for item in list(chan.queue):
(mode, value) = item
if mode == '+q' and self.registryValue('useChanServForQuiets', channel=channel) \
and not irc.state.channels[channel].isHalfopPlus(irc.nick) \
and len(chan.queue) == 1:
s = self.registryValue('quietCommand')
s = s.replace('$channel', channel)
s = s.replace('$hostmask', value)
i.queue.enqueue(ircmsgs.IrcMsg(s))
chan.queue.pop(index)
index = index + 1
if not irc.state.channels[channel].isHalfopPlus(irc.nick):
chan.deopAsked = False
chan.deopPending = False
if chan.syn and not (irc.state.channels[channel].isHalfopPlus(irc.nick)
or chan.opAsked) and self.registryValue('keepOp', channel=channel):
# chan.syn is necessary, otherwise bot can't call owner if rights missed (see doNotice)
if not self.registryValue('doNothingAboutOwnOpStatus', channel=channel):
chan.opAsked = True
def f():
chan.opAsked = False
schedule.addEvent(f, time.time() + 300)
irc.queueMsg(ircmsgs.IrcMsg(self.registryValue('opCommand', channel=channel).replace(
'$channel', channel).replace('$nick', irc.nick)))
retickle = True
if len(chan.queue) or len(chan.action):
if not (irc.state.channels[channel].isHalfopPlus(irc.nick) or chan.opAsked):
# pending actions, but not opped
if not chan.deopAsked:
if not self.registryValue('doNothingAboutOwnOpStatus', channel=channel):
chan.opAsked = True
def f():
chan.opAsked = False
schedule.addEvent(f, time.time() + 300)
irc.queueMsg(ircmsgs.IrcMsg(self.registryValue('opCommand', channel=channel).replace(
'$channel', channel).replace('$nick', irc.nick)))
retickle = True
elif irc.state.channels[channel].isHalfopPlus(irc.nick):
if not chan.deopAsked:
if len(chan.queue):
L = []
index = 0
adding = False
while len(chan.queue):
L.append(chan.queue.pop())
m = L[index][0][1]
if L[index][0][0] == '+' \
and m in self.registryValue('modesToAsk', channel=channel):
if m in self.registryValue('kickMode', channel=channel) \
or self.registryValue('doActionAgainstAffected', channel=channel):
adding = True
if m in self.registryValue('modesToAskWhenOpped', channel=channel):
adding = True
index = index + 1
# remove duplicates (should not happen, but..)
S = set(L)
r = []
for item in L:
r.append(item)
# if glitch, just comment this if...
if not (len(chan.action) or adding or chan.attacked):
if not (self.registryValue('keepOp', channel=channel)
or self.registryValue('doNothingAboutOwnOpStatus', channel=channel)):
chan.deopPending = True
chan.deopAsked = True
r.append(('-o', irc.nick))
if len(r):
# create IrcMsg
self._sendModes(irc, r, f)
if len(chan.action):
while len(chan.action):
i.queue.enqueue(chan.action.pop())
else:
retickle = True
# send pending msgs
while len(i.queue):
irc.queueMsg(i.queue.dequeue())
# update duration
for channel in list(irc.state.channels.keys()):
chan = self.getChan(irc, channel)
# check items to update duration
# that allows to set mode, and apply duration to Item created after mode changes
# otherwise, we should create db records before applying mode changes...
# ...which, well don't do that :p
if len(chan.update):
overexpire = self.registryValue('autoExpire', channel=channel)
if overexpire > 0:
# won't override duration pushed by someone else if default is forever
# [mode,value,seconds,prefix]
L = []
for update in list(chan.update.keys()):
L.append(chan.update[update])
o = {}
index = 0
for k in L:
(m, value, expire, prefix) = L[index]
if expire == -1 or expire is None:
if overexpire != expire:
chan.update['%s%s' % (m, value)] = [
m, value, overexpire, irc.prefix]
index = index + 1
L = []
for update in list(chan.update.keys()):
L.append(chan.update[update])
for update in L:
(m, value, expire, prefix) = update
# TODO: need to protect cycle call between i.edit scheduler and tickle here
item = chan.getItem(m, value)
if item and item.expire != expire:
f = None
if self.registryValue('announceInTimeEditAndMark', channel=item.channel):
if prefix != irc.prefix:
if self.registryValue('announceEdit', channel=item.channel):
f = self._logChan
elif self.registryValue('announceBotEdit', channel=item.channel):
f = self._logChan
key = '%s%s' % (m, value)
del chan.update[key]
b = i.edit(irc, item.channel, item.mode, item.value, expire, prefix,
self.getDb(irc.network), self._schedule, f, self)
retickle = True
# update marks
if len(chan.mark):
L = []
for mark in list(chan.mark.keys()):
L.append(chan.mark[mark])
for mark in L:
(m, value, reason, prefix) = mark
item = chan.getItem(m, value)
if item:
f = None
if self.registryValue('announceInTimeEditAndMark', channel=item.channel):
if prefix != irc.prefix:
if self.registryValue('announceMark', channel=item.channel):
f = self._logChan
elif self.registryValue('announceBotMark', channel=item.channel):
f = self._logChan
i.mark(irc, item.uid, reason, prefix, self.getDb(irc.network), f, self)
key = '%s%s' % (m, value)
if key in chan.mark:
del chan.mark[key]
if irc.state.channels[channel].isHalfopPlus(irc.nick) \
and not (self.registryValue('keepOp', channel=channel)
or self.registryValue('doNothingAboutOwnOpStatus', channel=channel)
or chan.deopPending or chan.deopAsked):
# ask for deop, delay it a bit
self.unOp(irc, channel)
# mostly logChannel, and maybe few sync msgs
if len(i.lowQueue):
retickle = True
while len(i.lowQueue):
irc.queueMsg(i.lowQueue.dequeue())
if retickle:
self.forceTickle = True
else:
self.forceTickle = False
def _addChanModeItem(self, irc, channel, mode, value, prefix, date):
# bqeI* -ov
if irc.isChannel(channel) and channel in irc.state.channels:
if mode in self.registryValue('modesToAsk', channel=channel) \
or mode in self.registryValue('modesToAskWhenOpped', channel=channel):
chan = self.getChan(irc, channel)
item = chan.addItem(mode, value, prefix, float(date),
self.getDb(irc.network), False, self)
# add expiry date if new modes were added when the bot was offline
expire = self.registryValue('autoExpire', channel=item.channel)
if expire > 0 and item.isNew:
f = None
if self.registryValue('announceBotEdit', channel=item.channel):
f = self._logChan
i = self.getIrc(irc)
i.edit(irc, item.channel, item.mode, item.value, expire, irc.prefix,
self.getDb(irc.network), self._schedule, f, self)
item.isNew = False
self.forceTickle = True
item.isNew = False
def _endList(self, irc, msg, channel, mode):
if irc.isChannel(channel) and channel in irc.state.channels:
chan = self.getChan(irc, channel)
b = False
if not mode in chan.dones:
chan.dones.append(mode)
b = True
i = self.getIrc(irc)
f = None
if self.registryValue('announceModeSync', channel=channel):
f = self._logChan
if b:
if self.registryValue('useColorForAnnounces', channel=channel):
f(irc, channel, '[%s] sync %s' % (ircutils.bold(channel), chan.dones))
else:
f(irc, channel, '[%s] sync %s' % (channel, chan.dones))
i.resync(irc, channel, mode, self.getDb(irc.network), f, self)
self._tickle(irc)
def do346(self, irc, msg):
# /mode #channel I
self._addChanModeItem(irc, msg.args[1], 'I', msg.args[2], msg.args[3], msg.args[4])
def do347(self, irc, msg):
# end of I list
self._endList(irc, msg, msg.args[1], 'I')
def do348(self, irc, msg):
# /mode #channel e
self._addChanModeItem(irc, msg.args[1], 'e', msg.args[2], msg.args[3], msg.args[4])
def do349(self, irc, msg):
# end of e list
self._endList(irc, msg, msg.args[1], 'e')
def do367(self, irc, msg):
# /mode #channel b
self._addChanModeItem(irc, msg.args[1], 'b', msg.args[2], msg.args[3], msg.args[4])
def do368(self, irc, msg):
# end of b list
self._endList(irc, msg, msg.args[1], 'b')
def do728(self, irc, msg):
# extended mode list (q atm)
self._addChanModeItem(irc, msg.args[1], msg.args[2], msg.args[3], msg.args[4], msg.args[5])
def do729(self, irc, msg):
# end of extended list (q)
self._endList(irc, msg, msg.args[1], msg.args[2])
def do352(self, irc, msg):
# WHO $channel
(nick, ident, host) = (msg.args[5], msg.args[2], msg.args[3])
n = self.getNick(irc, nick)
n.setPrefix('%s!%s@%s' % (nick, ident, host))
chan = self.getChan(irc, msg.args[1])
chan.nicks[nick] = True
# channel = msg.args[1]
def do329(self, irc, msg):
# channel timestamp
channel = msg.args[1]
self._tickle(irc)
def do354(self, irc, msg):
# WHO $channel %tnuhiar,42
# irc.nick 42 ident ip host nick account realname
if len(msg.args) == 9 and msg.args[1] == '1':
(garbage, digit, ident, ip, host, nick,
status, account, realname) = msg.args
if account == '0':
account = None
n = self.getNick(irc, nick)
prefix = '%s!%s@%s' % (nick, ident, host)
n.setPrefix(prefix)
if self.registryValue('resolveIp') and n.ip is None and ip != '255.255.255.255':
# validate ip
n.setIp(ip)
n.setAccount(account)
n.setRealname(realname)
#channel = msg.args[1]
self._tickle(irc)
def do315(self, irc, msg):
# end of extended WHO $channel
channel = msg.args[1]
if irc.isChannel(channel) and channel in irc.state.channels:
chan = self.getChan(irc, channel)
if not chan.syn:
chan.syn = True
if self.registryValue('announceModeSync', channel=channel):
if self.registryValue('useColorForAnnounces', channel=channel):
self._logChan(irc, channel, "[%s] is ready" % ircutils.bold(channel))
else:
self._logChan(irc, channel, "[%s] is ready" % channel)
for nick in list(irc.state.channels[channel].users):
chan.nicks[nick] = True
self._tickle(irc)
def _logChan(self, irc, channel, message):
# send messages to logChannel if configured for
if channel in irc.state.channels:
logChannel = self.registryValue('logChannel', channel=channel)
if logChannel:
i = self.getIrc(irc)
if logChannel in irc.state.channels and logChannel == channel \
and irc.state.channels[channel].isHalfopPlus(irc.nick) \
and self.registryValue('keepOp', channel=channel):
logChannel = '@%s' % logChannel
if self.registryValue('announceWithNotice', channel=channel):
i.lowQueue.enqueue(ircmsgs.notice(logChannel, message))
else:
i.lowQueue.enqueue(ircmsgs.privmsg(logChannel, message))
self.forceTickle = True
def resolve(self, irc, channels, prefix):
i = self.getIrc(irc)
(nick, ident, host) = ircutils.splitHostmask(prefix)
n = self.getNick(irc, nick)
if n:
(nick, ident, host) = ircutils.splitHostmask(n.prefix)
if not (n.prefix in cache or '/' in host):
try:
r = socket.getaddrinfo(host, None)
if r is not None:
u = {}
L = []
for item in r:
if not item[4][0] in u:
u[item[4][0]] = item[4][0]
L.append(item[4][0])
if len(L) == 1:
n.setIp(L[0])
except:
t = ''
if n.ip is not None:
cache[n.prefix] = n.ip
else:
cache[n.prefix] = host
for channel in channels:
if ircutils.isChannel(channel) and channel in irc.state.channels:
best = getBestPattern(n, irc, self.registryValue(
'useIpForGateway', channel=channel), self.registryValue('resolveIp'))[0]
chan = self.getChan(irc, channel)
banned = False
if self.registryValue('checkEvade', channel=channel) and '/ip.' in prefix:
items = chan.getItemsFor('b')
for k in items:
item = items[k]
if ircutils.isUserHostmask(item.value):
n = Nick(0)
n.setPrefix(item.value)
if match('*!*@%s' % prefix.split('ip.')[1], n, irc, self.registryValue('resolveIp')):
self._act(irc, channel, 'b', best, self.registryValue(
'autoExpire', channel=channel), 'evade of [#%s +%s %s]' % (
item.uid, item.mode, item.value), nick)
f = None
banned = True
self.forceTickle = True
if self.registryValue('announceBotMark', channel=channel):
f = self._logChan
i.mark(irc, item.uid, 'evade with %s --> %s' % (prefix, best),
irc.prefix, self.getDb(irc.network), f, self)
break
if not banned:
items = chan.getItemsFor('q')
for k in items:
item = items[k]
if ircutils.isUserHostmask(item.value):
n = Nick(0)
n.setPrefix(item.value)
pat = '*!*@%s' % prefix.split('ip.')[1]
if pat != item.value and match(pat, n, irc, self.registryValue('resolveIp')):
f = None
if self.registryValue('announceBotMark', channel=channel):
f = self._logChan
i.mark(irc, item.uid, 'evade with %s --> %s' % (prefix, best),
irc.prefix, self.getDb(irc.network), f, self)
break
self._tickle(irc)
def doChghost(self, irc, msg):
n = self.getNick(irc, msg.nick)
(user, host) = msg.args
hostmask = '%s!%s@%s' % (msg.nick, user, host)
n.setPrefix(hostmask)
if 'account' in msg.server_tags:
n.setAccount(msg.server_tags['account'])
def doJoin(self, irc, msg):
channels = msg.args[0].split(',')
n = self.getNick(irc, msg.nick)
n.setPrefix(msg.prefix)
i = self.getIrc(irc)
if len(msg.args) == 3:
n.setRealname(msg.args[2])
n.setAccount(msg.args[1])
if 'account' in msg.server_tags:
n.setAccount(msg.server_tags['account'])
if msg.nick == irc.nick:
self.forceTickle = True
self._tickle(irc)
return
if not '/' in msg.prefix.split('@')[1] and n.ip is None:
if self.registryValue('resolveIp'):
t = world.SupyThread(target=self.resolve, name=format(
'Resolving %s for %s', msg.prefix, channels), args=(irc, channels, msg.prefix))
t.setDaemon(True)
t.start()
elif utils.net.isIP(msg.prefix.split('@')[1]):
n.setIp(msg.prefix.split('@')[1])
for channel in channels:
if ircutils.isChannel(channel) and channel in irc.state.channels:
bests = getBestPattern(n, irc, self.registryValue(
'useIpForGateway', channel=channel), self.registryValue('resolveIp'))
best = bests[0]
if self.registryValue('useAccountBanIfPossible', channel=channel) and n.account:
for p in bests:
if p.startswith('$a:'):
best = p
break
chan = self.getChan(irc, channel)
chan.nicks[msg.nick] = True
n.addLog(channel, 'has joined')
banned = False
c = ircdb.channels.getChannel(channel)
if not (self._isVip(irc, channel, n) or chan.netsplit):
if c.bans and len(c.bans) \
and self.registryValue('useChannelBansForPermanentBan', channel=channel):
for ban in list(c.bans):
if match(ban, n, irc, self.registryValue('resolveIp')):
if i.add(irc, channel, 'b', best,
self.registryValue('autoExpire', channel=channel),
irc.prefix, self.getDb(irc.network)):
f = None
if self.registryValue('announceInTimeEditAndMark', channel=channel):
if self.registryValue('announceBotMark', channel=channel):
f = self._logChan
i.submark(irc, channel, 'b', best, "permanent ban %s" % ban,
irc.prefix, self.getDb(irc.network), f, self)
banned = True
self.forceTickle = True
break
if not banned:
isMassJoin = self._isSomething(irc, channel, channel, 'massJoin')
if isMassJoin:
if self.registryValue('massJoinMode', channel=channel) == 'd':
if self.registryValue('useColorForAnnounces', channel=channel):
self._logChan(irc, channel,
'[%s] massJoinMode applied' % ircutils.bold(channel))
else:
self._logChan(irc, channel,
'[%s] massJoinMode applied' % channel)
else:
chan.action.enqueue(ircmsgs.mode(channel,
args=(self.registryValue('massJoinMode', channel=channel),)))
def unAttack():
if channel in list(irc.state.channels.keys()):
if self.registryValue('massJoinUnMode', channel=channel) == 'd':
if self.registryValue('useColorForAnnounces', channel=channel):
self._logChan(irc, channel,
'[%s] massJoinUnMode applied' % ircutils.bold(channel))
else:
self._logChan(irc, channel,
'[%s] massJoinUnMode applied' % channel)
else:
chan.action.enqueue(ircmsgs.mode(channel,
args=(self.registryValue('massJoinUnMode', channel=channel),)))
schedule.addEvent(unAttack, float(time.time()
+ self.registryValue('massJoinDuration', channel=channel)))
self.forceTickle = True
flag = ircdb.makeChannelCapability(channel, 'clone')
if not banned and ircdb.checkCapability(msg.prefix, flag):
permit = self.registryValue('clonePermit', channel=channel)
if permit > -1:
clones = []
for nick in list(irc.state.channels[channel].users):
n = self.getNick(irc, nick)
m = match(best, n, irc, self.registryValue('resolveIp'))
if m:
clones.append(nick)
if len(clones) > permit:
if self.registryValue('cloneMode', channel=channel) == 'd':
self._logChan(irc, channel, '[%s] clones (%s) detected (%s)' % (
ircutils.bold(channel), best, ', '.join(clones)))
else:
r = self.getIrcdMode(irc, self.registryValue(
'cloneMode', channel=channel), best)
self._act(irc, channel, r[0], r[1],
self.registryValue('cloneDuration', channel=channel),
self.registryValue('cloneComment', channel), msg.nick)
self.forceTickle = True
self._tickle(irc)
def doPart(self, irc, msg):
isBot = msg.prefix == irc.prefix
channels = msg.args[0].split(',')
i = self.getIrc(irc)
n = self.getNick(irc, msg.nick)
n.setPrefix(msg.prefix)
reason = ''
if len(msg.args) == 2:
reason = msg.args[1].lstrip().rstrip()
canRemove = True
for channel in channels:
if isBot and channel in i.channels:
del i.channels[channel]
continue
if ircutils.isChannel(channel) and channel in irc.state.channels:
bests = getBestPattern(n, irc, self.registryValue(
'useIpForGateway', channel=channel), self.registryValue('resolveIp'))
best = bests[0]
if self.registryValue('useAccountBanIfPossible', channel=channel) and n.account:
for p in bests:
if p.startswith('$a:'):
best = p
break
if len(reason):
if reason.startswith('requested by') \
and self.registryValue('announceKick', channel=channel):
if self.registryValue('useColorForAnnounces', channel=channel):
self._logChan(irc, channel, '[%s] %s has left (%s)' % (
ircutils.bold(channel), ircutils.mircColor(msg.prefix, 'light blue'), reason))
else:
self._logChan(irc, channel, '[%s] %s has left (%s)' % (
channel, msg.prefix, reason))
if self.registryValue('addKickMessageInComment', channel=channel):
chan = self.getChan(irc, channel)
found = None
for mode in self.registryValue('modesToAsk', channel=channel):
items = chan.getItemsFor(mode)
for k in items:
item = items[k]
f = match(item.value, n, irc, self.registryValue('resolveIp'))
if f:
found = item
break
if found:
break
if found:
f = None
if self.registryValue('announceBotMark', channel=channel):
f = self._logChan
i.mark(irc, found.uid, reason, irc.prefix,
self.getDb(irc.network), f, self)
n.addLog(channel, 'has left [%s]' % (reason))
else:
n.addLog(channel, 'has left')
if not isBot:
chan = self.getChan(irc, channel)
if msg.nick in chan.nicks:
del chan.nicks[msg.nick]
if msg.nick in irc.state.channels[channel].users:
canRemove = False
if not self._isVip(irc, channel, n):
isCycle = self._isSomething(irc, channel, best, 'cycle')
if isCycle:
isBad = self._isSomething(irc, channel, best, 'bad')
if isBad:
kind = 'bad'
else:
kind = 'cycle'
forward = self.registryValue('cycleForward', channel=channel)
if len(forward):
best = best + '$' + forward
mode = self.registryValue('%sMode' % kind, channel=channel)
duration = self.registryValue('%sDuration' % kind, channel=channel)
comment = self.registryValue('%sComment' % kind, channel=channel)
r = self.getIrcdMode(irc, mode, best)
self._act(irc, channel, r[0], r[1], duration, comment, msg.nick)
self.forceTickle = True
if canRemove:
self._rmNick(irc, n)
self._tickle(irc)
def doKick(self, irc, msg):
if len(msg.args) == 3:
(channel, target, reason) = msg.args
else:
(channel, target) = msg.args
reason = ''
isBot = target == irc.nick
if isBot:
i = self.getIrc(irc)
if ircutils.isChannel(channel) and channel in i.channels:
del i.channels[channel]
self._tickle(irc)
return
n = self.getNick(irc, target)
n.addLog(channel, 'kicked by %s (%s)' % (msg.prefix, reason))
if self.registryValue('announceKick', channel=channel):
if self.registryValue('useColorForAnnounces', channel=channel):
self._logChan(irc, channel, '[%s] %s kicks %s (%s)' % (
ircutils.bold(channel), msg.nick,
ircutils.mircColor(n.prefix, 'light blue'), reason))
else:
self._logChan(irc, channel, '[%s] %s kicks %s (%s)' % (
channel, msg.nick, n.prefix, reason))
if len(reason) and msg.prefix != irc.prefix \
and self.registryValue('addKickMessageInComment', channel=channel):
chan = self.getChan(irc, channel)
found = None
for mode in self.registryValue('modesToAsk', channel=channel):
items = chan.getItemsFor(mode)
for k in items:
item = items[k]
f = match(item.value, n, irc, self.registryValue('resolveIp'))
if f:
found = item
break
if found:
break
if found:
f = None
if self.registryValue('announceBotMark', channel=channel):
f = self._logChan
i = self.getIrc(irc)
i.mark(irc, found.uid, 'kicked by %s (%s)' % (
msg.nick, reason), irc.prefix, self.getDb(irc.network), f, self)
if not isBot:
chan = self.getChan(irc, channel)
if target in chan.nicks:
del chan.nicks[target]
self._tickle(irc)
def _rmNick(self, irc, n):
def nrm():
patterns = getBestPattern(n, irc, self.registryValue(
'useIpForGateway'), self.registryValue('resolveIp'))
i = self.getIrc(irc)
if not len(patterns):
return
found = False
(nick, ident, hostmask) = ircutils.splitHostmask(n.prefix)
for channel in irc.state.channels:
if nick in irc.state.channels[channel].users:
found = True
if not found:
if nick in i.nicks:
del i.nicks[nick]
for channel in irc.state.channels:
bests = getBestPattern(n, irc, self.registryValue(
'useIpForGateway', channel=channel), self.registryValue('resolveIp'))
best = bests[0]
if self.registryValue('useAccountBanIfPossible', channel=channel) and n.account:
for p in bests:
if p.startswith('$a:'):
best = p
break
if channel in i.channels:
chan = self.getChan(irc, channel)
if nick in chan.nicks:
del chan.nicks[nick]
if best in chan.repeatLogs:
del chan.repeatLogs[best]
for k in chan.spam:
if best in chan.spam[k]:
del chan.spam[k][best]
schedule.addEvent(nrm, time.time()+self.registryValue('cycleLife')+10)
def _split(self, irc, channel):
chan = self.getChan(irc, channel)
if not chan.netsplit:
def f(L):
return ircmsgs.modes(channel, L)
def d():
chan.netsplit = False
unmodes = self.registryValue('netsplitUnmodes', channel=channel)
if len(unmodes):
if unmodes == 'd':
if self.registryValue('useColorForAnnounces', channel=channel):
self._logChan(irc, channel,
'[%s] netsplitUnmodes applied' % ircutils.bold(channel))
else:
self._logChan(irc, channel,
'[%s] netsplitUnmodes applied' % channel)
else:
chan.action.enqueue(ircmsgs.mode(channel, args=(unmodes,)))
self.forceTickle = True
self._tickle(irc)
chan.netsplit = True
schedule.addEvent(d, time.time()+self.registryValue('netsplitDuration', channel=channel)+1)
modes = self.registryValue('netsplitModes', channel=channel)
if len(modes):
if modes == 'd':
if self.registryValue('useColorForAnnounces', channel=channel):
self._logChan(irc, channel,
'[%s] netsplitModes applied' % ircutils.bold(channel))
else:
self._logChan(irc, channel,
'[%s] netsplitModes applied' % channel)
else:
chan.action.enqueue(ircmsgs.mode(channel, args=(modes,)))
self.forceTickle = True
self._tickle(irc)
def doQuit(self, irc, msg):
isBot = msg.nick == irc.nick
reason = None
if len(msg.args) == 1:
reason = msg.args[0].strip()
if reason and reason == '*.net *.split':
for channel in irc.state.channels:
chan = self.getChan(irc, channel)
if msg.nick in chan.nicks and not chan.netsplit:
self._split(irc, channel)
removeNick = True
if isBot:
self._ircs = ircutils.IrcDict()
return
if not isBot:
n = self.getNick(irc, msg.nick)
bests = getBestPattern(n, irc, self.registryValue(
'useIpForGateway'), self.registryValue('resolveIp'))
best = None
if len(bests):
best = bests[0]
if not best:
return
if reason:
n.addLog('ALL', 'has quit [%s]' % reason)
else:
n.addLog('ALL', 'has quit')
if not reason:
pass
# , 'Excess Flood', 'Max SendQ exceeded'
elif reason in ('Changing host'):
# keeping this nick, may trigger cycle check
removeNick = False
elif reason.startswith(('Killed (', 'K-Lined')):
if not ('Nickname regained by services' in reason
or 'NickServ (GHOST command used by ' in reason):
for channel in irc.state.channels:
chan = self.getChan(irc, channel)
if msg.nick in chan.nicks:
if self.registryValue('announceKick', channel=channel):
if self.registryValue('useColorForAnnounces', channel=channel):
self._logChan(irc, channel, '[%s] %s has quit (%s)' % (
ircutils.bold(channel),
ircutils.mircColor(msg.prefix, 'light blue'),
ircutils.mircColor(reason, 'red')))
else:
self._logChan(irc, channel, '[%s] %s has quit (%s)' % (
channel, msg.prefix, reason))
for channel in irc.state.channels:
chan = self.getChan(irc, channel)
if msg.nick in chan.nicks:
if not self._isVip(irc, channel, n):
bests = getBestPattern(n, irc, self.registryValue(
'useIpForGateway', channel=channel), self.registryValue('resolveIp'))
best = bests[0]
if self.registryValue('useAccountBanIfPossible', channel=channel) and n.account:
for p in bests:
if p.startswith('$a:'):
best = p
break
isCycle = self._isSomething(
irc, channel, best, 'cycle')
if isCycle:
isBad = self._isSomething(irc, channel, best, 'bad')
if isBad:
kind = 'bad'
else:
kind = 'cycle'
forward = self.registryValue('cycleForward', channel=channel)
if len(forward):
best = best + '$' + forward
mode = self.registryValue('%sMode' % kind, channel=channel)
duration = self.registryValue('%sDuration' % kind, channel=channel)
comment = self.registryValue('%sComment' % kind, channel=channel)
r = self.getIrcdMode(irc, mode, best)
self._act(irc, channel, r[0], r[1], duration, comment, msg.nick)
self.forceTickle = True
if removeNick:
i = self.getIrc(irc)
if msg.nick in i.nicks:
n = i.nicks[msg.nick]
self._rmNick(irc, n)
self._tickle(irc)
def doNick(self, irc, msg):
oldNick = msg.prefix.split('!')[0]
newNick = msg.args[0]
i = self.getIrc(irc)
n = None
if oldNick in i.nicks:
n = self.getNick(irc, oldNick)
del i.nicks[oldNick]
if n.prefix:
prefixNew = '%s!%s' % (newNick, n.prefix.split('!')[1])
n.setPrefix(prefixNew)
i.nicks[newNick] = n
n = self.getNick(irc, newNick)
n.addLog('ALL', '%s is now known as %s' % (oldNick, newNick))
best = None
patterns = getBestPattern(n, irc, self.registryValue(
'useIpForGateway'), self.registryValue('resolveIp'))
if len(patterns):
best = patterns[0]
if not best:
return
for channel in irc.state.channels:
bests = getBestPattern(n, irc, self.registryValue(
'useIpForGateway', channel=channel), self.registryValue('resolveIp'))
best = bests[0]
if self.registryValue('useAccountBanIfPossible', channel=channel) and n.account:
for p in bests:
if p.startswith('$a:'):
best = p
break
if newNick in irc.state.channels[channel].users:
chan = self.getChan(irc, channel)
if oldNick in chan.nicks:
del chan.nicks[oldNick]
chan.nicks[msg.nick] = True
if self._isVip(irc, channel, n):
continue
isNick = self._isSomething(irc, channel, best, 'nick')
if isNick:
isBad = self._isBad(irc, channel, best)
kind = None
if isBad:
kind = 'bad'
else:
kind = 'nick'
mode = self.registryValue('%sMode' % kind, channel=channel)
duration = self.registryValue('%sDuration' % kind, channel=channel)
comment = self.registryValue('%sComment' % kind, channel=channel)
if len(mode) > 1:
mode = mode[0]
r = self.getIrcdMode(irc, mode, best)
self._act(irc, channel, r[0], r[1], duration, comment, newNick)
self.forceTickle = True
self._tickle(irc)
def doCap(self, irc, msg):
self._tickle(irc)
def doAccount(self, irc, msg):
# update nick's model
n = None
nick = None
if ircutils.isUserHostmask(msg.prefix):
nick = ircutils.nickFromHostmask(msg.prefix)
n = self.getNick(irc, nick)
acc = msg.args[0]
old = n.account
if acc == '*':
acc = None
n.setAccount(acc)
n.addLog('ALL', '%s is now identified as %s' % (old, acc))
else:
return
if n and n.account and n.ip and nick:
i = self.getIrc(irc)
for channel in irc.state.channels:
if self.registryValue('checkEvade', channel=channel):
if nick in irc.state.channels[channel].users:
modes = self.registryValue('modesToAsk', channel=channel)
found = False
chan = self.getChan(irc, channel)
for mode in modes:
if mode == 'b':
items = chan.getItemsFor(mode)
for item in items:
# only check against ~a:,$a: bans
if items[item].value.startswith(self.getIrcdExtbansPrefix(irc)) \
and items[item].value[1] == 'a':
f = match(items[item].value, n, irc, self.registryValue('resolveIp'))
if f:
found = items[item]
if found:
break
if found:
break
if found:
duration = -1
if found.expire and found.expire != found.when:
duration = int(found.expire-time.time())
r = self.getIrcdMode(irc, found.mode, getBestPattern(n, irc, self.registryValue(
'useIpForGateway', channel=channel), self.registryValue('resolveIp'))[0])
self._act(irc, channel, r[0], r[1], duration, 'evade of [#%s +%s %s]' % (
found.uid, found.mode, found.value), nick)
f = None
if self.registryValue('announceBotMark', channel=found.channel):
f = self._logChan
i.mark(irc, found.uid, 'evade with %s --> %s' % (msg.prefix,
getBestPattern(n, irc, self.registryValue('useIpForGateway', channel=channel),
self.registryValue('resolveIp'))[0]), irc.prefix, self.getDb(irc.network), f, self)
self.forceTickle = True
self._tickle(irc)
def doNotice(self, irc, msg):
(targets, text) = msg.args
if not ircutils.isUserHostmask(irc.prefix):
return
if targets == irc.nick:
b = False
else:
if msg.nick == irc.nick:
return
n = self.getNick(irc, msg.nick)
if 'account' in msg.server_tags:
n.setAccount(msg.server_tags['account'])
patterns = getBestPattern(n, irc, self.registryValue(
'useIpForGateway'), self.registryValue('resolveIp'))
best = False
if len(patterns):
best = patterns[0]
if not best:
return
for channel in targets.split(','):
if channel.startswith('@'):
channel = channel.replace('@', '', 1)
if channel.startswith('+'):
channel = channel.replace('+', '', 1)
if irc.isChannel(channel) and channel in irc.state.channels:
bests = getBestPattern(n, irc, self.registryValue(
'useIpForGateway', channel=channel), self.registryValue('resolveIp'))
best = bests[0]
if self.registryValue('useAccountBanIfPossible', channel=channel) and n.account:
for p in bests:
if p.startswith('$a:'):
best = p
break
chan = self.getChan(irc, channel)
n.addLog(channel, 'NOTICE | %s' % text)
isVip = self._isVip(irc, channel, n)
if not isVip:
isNotice = self._isSomething(irc, channel, best, 'notice')
isBad = False
if isNotice:
isBad = self._isSomething(irc, channel, best, 'bad')
if isNotice or isBad:
if isBad:
kind = 'bad'
else:
kind = 'notice'
mode = self.registryValue('%sMode' % kind, channel=channel)
duration = self.registryValue('%sDuration' % kind, channel=channel)
comment = self.registryValue('%sComment' % kind, channel=channel)
r = self.getIrcdMode(irc, mode, best)
self._act(irc, channel, r[0], r[1], duration, comment, msg.nick)
self.forceTickle = True
if self.registryValue('announceNotice', channel=channel):
if not chan.isWrong(best):
if self.registryValue('useColorForAnnounces', channel=channel):
self._logChan(irc, channel, '[%s] %s notice "%s"' % (ircutils.bold(
channel), ircutils.mircColor(msg.prefix, 'light blue'), text))
else:
self._logChan(irc, channel, '[%s] %s notice "%s"' % (
channel, msg.prefix, text))
self._tickle(irc)
def _schedule(self, irc, end):
if end > time.time():
def do():
self.forceTickle = True
self._tickle(irc)
schedule.addEvent(do, end)
else:
self.forceTickle = True
self._tickle(irc)
def _isVip(self, irc, channel, n):
if n.prefix == irc.prefix:
return True
if ircdb.checkCapability(n.prefix, 'trusted'):
return True
if ircdb.checkCapability(n.prefix, 'protected'):
return True
protected = ircdb.makeChannelCapability(channel, 'protected')
if ircdb.checkCapability(n.prefix, protected):
return True
return False
def doPrivmsg(self, irc, msg):
if msg.nick == irc.nick:
self._tickle(irc)
return
try:
(recipients, text) = msg.args
except:
return
isAction = ircmsgs.isAction(msg)
isCtcpMsg = ircmsgs.isCtcp(msg)
if isAction:
text = ircmsgs.unAction(msg)
n = None
best = None
patterns = None
i = self.getIrc(irc)
if ircutils.isUserHostmask(msg.prefix):
n = self.getNick(irc, msg.nick)
patterns = getBestPattern(n, irc, self.registryValue(
'useIpForGateway'), self.registryValue('resolveIp'))
if len(patterns):
best = patterns[0]
# if it fails here stacktrace
if not (n and best):
# server msgs or plugin reload, or state not ready
self._tickle(irc)
return
if 'account' in msg.server_tags:
n.setAccount(msg.server_tags['account'])
for channel in recipients.split(','):
if channel.startswith('@'):
channel = channel.replace('@', '', 1)
if channel.startswith('+'):
channel = channel.replace('+', '', 1)
if irc.isChannel(channel) and channel in irc.state.channels:
bests = getBestPattern(n, irc, self.registryValue(
'useIpForGateway', channel=channel), self.registryValue('resolveIp'))
best = bests[0]
if self.registryValue('useAccountBanIfPossible', channel=channel) and n.account:
for p in bests:
if p.startswith('$a:'):
best = p
break
chan = self.getChan(irc, channel)
message = text
if isCtcpMsg and not isAction:
message = 'CTCP | %s' % text
elif isAction:
message = '- %s -' % text
n.addLog(channel, message)
# protection features
isVip = self._isVip(irc, channel, n)
if not isVip:
isCtcp = False
if isCtcpMsg and not isAction:
isCtcp = self._isSomething(irc, channel, best, 'ctcp')
flag = ircdb.makeChannelCapability(channel, 'flood')
isFlood = False
if ircdb.checkCapability(msg.prefix, flag):
isFlood = self._isFlood(irc, channel, best)
flag = ircdb.makeChannelCapability(channel, 'lowFlood')
isLowFlood = False
if ircdb.checkCapability(msg.prefix, flag):
isLowFlood = self._isLowFlood(irc, channel, best)
flag = ircdb.makeChannelCapability(channel, 'repeat')
isRepeat = False
if ircdb.checkCapability(msg.prefix, flag):
isRepeat = self._isRepeat(irc, channel, best, text)
flag = ircdb.makeChannelCapability(channel, 'hilight')
isHilight = False
if ircdb.checkCapability(msg.prefix, flag):
isHilight = self._isHilight(irc, channel, best, text)
flag = ircdb.makeChannelCapability(channel, 'cap')
isCap = False
if ircdb.checkCapability(msg.prefix, flag):
isCap = self._isCap(irc, channel, best, text)
flag = ircdb.makeChannelCapability(channel, 'pattern')
isPattern = False
if ircdb.checkCapability(msg.prefix, flag):
for p in chan.patterns:
pattern = chan.patterns[p]
if pattern.match(text):
if pattern.limit == 0:
isPattern = pattern
break
else:
prop = 'Pattern%s' % pattern.uid
key = best
if not prop in chan.spam:
chan.spam[prop] = {}
if not key in chan.spam[prop] \
or chan.spam[prop][key].timeout != pattern.life:
chan.spam[prop][key] = utils.structures.TimeoutQueue(pattern.life)
chan.spam[prop][key].enqueue(key)
if len(chan.spam[prop][key]) > pattern.limit:
chan.spam[prop][key].reset()
isPattern = pattern
break
if isPattern:
r = self.getIrcdMode(irc, isPattern.mode, best)
self._act(irc, channel, r[0], r[1], isPattern.duration,
'matches #%s' % isPattern.uid, msg.nick)
isBad = self._isBad(irc, channel, best)
self.forceTickle = True
chan.countpattern(isPattern.uid, self.getDb(irc.network))
isTemporaryPattern = False
if isPattern:
pass
elif not isRepeat:
key = 'pattern%s' % channel
if key in chan.repeatLogs:
patterns = chan.repeatLogs[key]
for pattern in patterns:
if pattern in text:
isTemporaryPattern = pattern
break
if isTemporaryPattern:
chan.repeatLogs[key].enqueue(isTemporaryPattern)
r = self.getIrcdMode(irc, self.registryValue(
'repeatMode', channel=channel), best)
# hidden reason matches "%s"' % isTemporaryPattern
self._act(irc, channel, r[0], r[1], self.registryValue(
'repeatDuration', channel=channel), 'temporary pattern', msg.nick)
isBad = self._isBad(irc, channel, best)
self.forceTickle = True
elif not isTemporaryPattern:
if isFlood or isHilight or isRepeat or isCap or isCtcp or isLowFlood:
isBad = self._isBad(irc, channel, best)
kind = None
duration = 0
if isBad:
kind = 'bad'
duration = self.registryValue('badDuration', channel=channel)
else:
if isFlood:
d = self.registryValue('floodDuration', channel=channel)
if d > duration:
kind = 'flood'
duration = d
if isLowFlood:
d = self.registryValue('lowFloodDuration', channel=channel)
if d > duration:
kind = 'lowFlood'
duration = d
if isRepeat:
d = self.registryValue('repeatDuration', channel=channel)
if d > duration:
kind = 'repeat'
duration = d
if isHilight:
d = self.registryValue('hilightDuration', channel=channel)
if d > duration:
kind = 'hilight'
duration = d
if isCap:
d = self.registryValue('capDuration', channel=channel)
if d > duration:
kind = 'cap'
duration = d
if isCtcp:
d = self.registryValue('ctcpDuration', channel=channel)
if d > duration:
kind = 'ctcp'
duration = d
mode = self.registryValue('%sMode' % kind, channel=channel)
comment = self.registryValue('%sComment' % kind, channel=channel)
if len(mode) > 1:
mode = mode[0]
r = self.getIrcdMode(irc, mode, best)
self._act(irc, channel, r[0], r[1], duration, comment, msg.nick)
self.forceTickle = True
if not chan.isWrong(best):
# prevent the bot to flood logChannel with bad user craps
if self.registryValue('announceCtcp', channel=channel) and isCtcpMsg and not isAction:
if self.registryValue('useColorForAnnounces', channel=channel):
self._logChan(irc, channel, '[%s] %s ctcps "%s"' % (ircutils.bold(
channel), ircutils.mircColor(msg.prefix, 'light blue'), text))
else:
self._logChan(irc, channel, '[%s] %s ctcps "%s"' % (
channel, msg.prefix, text))
self.forceTickle = True
else:
if self.registryValue('announceOthers', channel=channel) \
and irc.state.channels[channel].isHalfopPlus(irc.nick) \
and 'z' in irc.state.channels[channel].modes:
message = None
if 'm' in irc.state.channels[channel].modes:
if not (msg.nick in irc.state.channels[channel].voices
or irc.state.channels[channel].isHalfopPlus(msg.nick)):
if self.registryValue('useColorForAnnounces', channel=channel):
message = '[%s] [+m] <%s> %s' % (ircutils.bold(
channel), ircutils.mircColor(msg.prefix, 'light blue'), text)
else:
message = '[%s] [+m] <%s> %s' % (
channel, msg.prefix, text)
if not message:
if not (msg.nick in irc.state.channels[channel].voices
or irc.state.channels[channel].isHalfopPlus(msg.nick)):
modes = self.registryValue('modesToAsk', channel=channel)
found = False
for mode in modes:
items = chan.getItemsFor(mode)
for item in items:
f = match(items[item].value, n, irc,
self.registryValue('resolveIp'))
if f:
found = [items[item], f]
if found:
break
if found:
break
if found:
if self.registryValue('useColorForAnnounces', channel=channel):
message = '[%s] [#%s +%s %s] <%s> %s' % (
ircutils.bold(channel), found[0].uid,
ircutils.mircColor(found[0].mode, 'red'),
ircutils.mircColor(found[0].value, 'light blue'),
msg.nick, text)
else:
message = '[%s] [#%s +%s %s] <%s> %s' % (
channel, found[0].uid, found[0].mode, found[0].value,
msg.nick, text)
if message:
self._logChan(irc, channel, message)
elif irc.nick == channel:
found = self.hasAskedItems(irc, msg.prefix, True)
if found:
tokens = callbacks.tokenize('ChanTracker editAndMark %s %s' % (found[0], text))
msg.command = 'PRIVMSG'
msg.prefix = msg.prefix
self.Proxy(irc.irc, msg, tokens)
found = self.hasAskedItems(irc, msg.prefix, False)
if found:
i.askedItems[msg.prefix][found[0]][6] = True
i.lowQueue.enqueue(ircmsgs.privmsg(msg.nick, found[5]))
self.forceTickle = True
self._tickle(irc)
def hasAskedItems(self, irc, prefix, remove):
i = self.getIrc(irc)
if prefix in i.askedItems:
found = None
for item in i.askedItems[prefix]:
if not found or (item < found[0] and not found[6]):
found = i.askedItems[prefix][item]
if found:
chan = self.getChan(irc, found[3])
items = chan.getItemsFor(found[1])
active = None
if len(items):
for item in items:
item = items[item]
if item.uid == found[0]:
active = item
break
if remove:
del i.askedItems[prefix][found[0]]
if not len(i.askedItems[prefix]):
del i.askedItems[prefix]
if active:
return found
return None
def addToAsked(self, irc, prefix, data, nick):
toAsk = False
endTime = time.time() + 180
i = self.getIrc(irc)
if not prefix in i.askedItems:
i.askedItems[prefix] = {}
toAsk = True
i.askedItems[prefix][data[0]] = data
if toAsk:
i.askedItems[prefix][data[0]][6] = True
i.lowQueue.enqueue(ircmsgs.privmsg(nick, data[5]))
self.forceTickle = True
def unAsk():
if prefix in i.askedItems:
if data[0] in i.askedItems[prefix]:
del i.askedItems[prefix][data[0]]
if not len(list(i.askedItems[prefix])):
del i.askedItems[prefix]
found = self.hasAskedItems(irc, prefix, False)
if found:
i.askedItems[prefix][found[0]][6] = True
i.lowQueue.enqueue(ircmsgs.privmsg(nick, found[5]))
self.forceTickle
schedule.addEvent(unAsk, time.time() + (300 * len(list(i.askedItems[prefix]))))
def doTopic(self, irc, msg):
if len(msg.args) == 1:
return
if ircutils.isUserHostmask(msg.prefix):
n = self.getNick(irc, msg.nick)
channel = msg.args[0]
if 'account' in msg.server_tags:
n.setAccount(msg.server_tags['account'])
if channel in irc.state.channels:
if n:
n.addLog(channel, 'sets topic "%s"' % msg.args[1])
if self.registryValue('announceTopic', channel=channel):
if self.registryValue('useColorForAnnounces', channel=channel):
self._logChan(irc, channel, '[%s] %s sets topic "%s"' % (ircutils.bold(
channel), ircutils.mircColor(msg.prefix, 'light blue'), msg.args[1]))
else:
self._logChan(irc, channel, '[%s] %s sets topic "%s"' % (
channel, msg.prefix, msg.args[1]))
self.forceTickle = True
self._tickle(irc)
def unOp(self, irc, channel):
# remove op from irc.nick, if nothing pending
if channel in irc.state.channels:
i = self.getIrc(irc)
chan = self.getChan(irc, channel)
if chan.deopPending:
return
def unOpBot():
if channel in irc.state.channels \
and irc.state.channels[channel].isHalfopPlus(irc.nick) \
and not (self.registryValue('keepOp', channel=channel)
or chan.deopAsked):
chan.deopPending = False
if not (len(i.queue) or len(chan.queue)):
chan.deopAsked = True
irc.queueMsg(ircmsgs.deop(channel, irc.nick))
# little trick here, tickle before setting deopFlag
self.forceTickle = True
self._tickle(irc)
else:
# reask for deop
self.unOp(irc, channel)
chan.deopPending = True
schedule.addEvent(unOpBot, float(time.time()+10))
def hasExtendedSharedBan(self, irc, fromChannel, target, mode):
# TODO: add support for other ircds if possible, currently only freenode
b = '%sj:%s' % (self.getIrcdExtbansPrefix(irc), fromChannel)
kicks = []
for channel in irc.state.channels:
if b in irc.state.channels[channel].bans \
and mode in self.registryValue('kickMode', channel=channel) \
and not target.startswith('m:'):
L = []
for nick in list(irc.state.channels[channel].users):
L.append(nick)
for nick in L:
if not self._isVip(irc, channel, self.getNick(irc, nick)):
n = self.getNick(irc, nick)
m = match(target, n, irc, self.registryValue('resolveIp'))
if m:
if len(kicks) < self.registryValue('kickMax', channel=channel):
if nick != irc.nick:
kicks.append([nick, channel])
if len(kicks):
for kick in kicks:
chan = self.getChan(irc, kick[1])
chan.action.enqueue(ircmsgs.kick(kick[1], kick[0], random.choice(
self.registryValue('kickMessage', channel=kick[1]))))
self.forceTickle = True
def doMode(self, irc, msg):
channel = msg.args[0]
now = time.time()
n = None
i = self.getIrc(irc)
if ircutils.isUserHostmask(msg.prefix):
# prevent server.netsplit to create a Nick
n = self.getNick(irc, msg.nick)
n.setPrefix(msg.prefix)
if 'account' in msg.server_tags:
n.setAccount(msg.server_tags['account'])
# umode otherwise
db = self.getDb(irc.network)
c = db.cursor()
toCommit = False
toexpire = []
tolift = []
if irc.isChannel(channel) and msg.args[1:] and channel in irc.state.channels:
modes = ircutils.separateModes(msg.args[1:])
chan = self.getChan(irc, channel)
msgs = []
announces = self.registryValue('announceModes', channel=channel)
overexpire = self.registryValue('autoExpire', channel=channel)
for change in modes:
(mode, value) = change
m = mode[1]
if value:
value = str(value).lstrip().rstrip()
item = None
if mode[0] == '+':
if m in self.registryValue('modesToAsk', channel=channel) \
or m in self.registryValue('modesToAskWhenOpped', channel=channel):
item = chan.addItem(m, value, msg.prefix, now, self.getDb(irc.network),
self.registryValue('trackAffected', channel=channel), self)
if msg.nick != irc.nick and self.registryValue('askOpAboutMode', channel=channel) \
and ircdb.checkCapability(msg.prefix, '%s,op' % channel):
message = 'For [#%s %s %s in %s - %s user(s)] <duration> <reason>, ' \
+ 'you have 5 minutes (example: 10m offtopic)'
if self.registryValue('useColorForAnnounces', channel=channel):
message = message % (
ircutils.mircColor(item.uid, 'yellow', 'black'),
ircutils.bold(ircutils.mircColor('+%s' % m, 'green')),
ircutils.mircColor(value, 'light blue'), channel, len(item.affects))
else:
message = message % (
item.uid, '+%s' % m, value, channel, len(item.affects))
data = [item.uid, m, value, channel, msg.prefix, message, False]
self.addToAsked(irc, msg.prefix, data, msg.nick)
if overexpire > 0:
if msg.nick != irc.nick:
toexpire.append(item)
# here bot could add other mode changes or actions
if item and len(item.affects):
for affected in item.affects:
nick = affected.split('!')[0]
if self._isVip(irc, channel, self.getNick(irc, nick)):
continue
if m in self.registryValue('modesToAsk', channel=channel) \
and self.registryValue('doActionAgainstAffected', channel=channel) \
and irc.nick != nick:
for k in list(chan.getItems()):
if k in self.registryValue('modesToAskWhenOpped', channel=channel):
items = chan.getItemsFor(k)
if len(items):
for active in items:
active = items[active]
if match(active.value, self.getNick(irc, nick),
irc, self.registryValue('resolveIp')):
tolift.append(active)
kicked = False
# and not value.startswith(self.getIrcdExtbans(irc)) works for unreal
if m in self.registryValue('kickMode', channel=channel) \
and not value.startswith('m:'):
if msg.nick == irc.nick or msg.nick == 'ChanServ' \
or self.registryValue('kickOnMode', channel=channel):
if self.registryValue('kickMax', channel=channel) < 0 \
or len(item.affects) < self.registryValue(
'kickMax', channel=channel):
if nick in irc.state.channels[channel].users and nick != irc.nick:
kickMessage = random.choice(self.registryValue('kickMessage', channel=channel))
if msg.nick == irc.nick or msg.nick == 'ChanServ':
if len(self.registryValue('banMessage', channel=channel)):
hk = '%s%s' % (m,value)
if hk in chan.update:
if len(chan.update[hk]) == 4:
if ircutils.isUserHostmask(chan.update[hk][3]):
(nn, ii, hh) = ircutils.splitHostmask(chan.update[hk][3])
if nn != irc.nick:
kickMessage = kickMessage + ' (by ' + nn + ')'
chan.action.enqueue(ircmsgs.kick(channel, nick, kickMessage))
self.forceTickle = True
kicked = True
elif m == 'b' and not kicked:
if msg.nick == irc.nick or msg.nick == 'ChanServ':
if len(self.registryValue('banMessage', channel=channel)):
bm = self.registryValue('banMessage', channel=channel)
hk = '%s%s' % (m,value)
if hk in chan.update:
if len(chan.update[hk]) == 4:
if ircutils.isUserHostmask(chan.update[hk][3]):
(nn, ii, hh) = ircutils.splitHostmask(chan.update[hk][3])
if nn != irc.nick:
bm = bm + ' (by ' + nn + ')'
log.info('[%s] warned %s %s' % (channel, nick, bm))
if self.registryValue('banNotice', channel=channel):
irc.queueMsg(ircmsgs.notice(nick, bm))
else:
irc.queueMsg(ircmsgs.privmsg(nick, bm))
if not kicked and m in self.registryValue('modesToAsk', channel=channel) \
and self.registryValue('doActionAgainstAffected', channel=channel):
if msg.nick == irc.nick or msg.nick == 'ChanServ':
if nick != irc.nick:
if nick in irc.state.channels[channel].ops:
chan.queue.enqueue(('-o', nick))
if nick in irc.state.channels[channel].halfops:
chan.queue.enqueue(('-h', nick))
if nick in irc.state.channels[channel].voices:
chan.queue.enqueue(('-v', nick))
if m == 'q' and not (chan.attacked or value == '$~a'):
qm = self.registryValue('quietMessage', channel=channel)
if len(qm):
hk = '%s%s' % (m,value)
if hk in chan.update:
if len(chan.update[hk]) == 4:
if ircutils.isUserHostmask(chan.update[hk][3]):
(nn, ii, hh) = ircutils.splitHostmask(chan.update[hk][3])
if nn != irc.nick:
qm = qm + ' (by ' + nn + ')'
log.info('[%s] warned %s %s' % (channel, nick, qm))
if self.registryValue('quietNotice', channel=channel):
irc.queueMsg(ircmsgs.notice(nick, qm))
else:
irc.queueMsg(ircmsgs.privmsg(nick, qm))
if m in self.registryValue('kickMode', channel=channel) \
and not value.startswith('m:') and self.registryValue(
'kickOnMode', channel=channel):
self.hasExtendedSharedBan(irc, channel, value, m)
# bot just got op
if m == 'o' and value == irc.nick:
chan.opAsked = False
chan.deopPending = False
ms = ''
asked = self.registryValue('modesToAskWhenOpped', channel=channel)
asked = ''.join(asked)
asked = asked.replace(',', '')
for k in asked:
if not k in chan.dones:
irc.queueMsg(ircmsgs.mode(channel, args=(k,)))
# flush pending queue, if items are waiting
self.forceTickle = True
else:
if m == 'o' and value == irc.nick:
# prevent bot to sent many -o modes when server takes time to reply
chan.deopAsked = False
if m in self.registryValue('modesToAsk', channel=channel) \
or m in self.registryValue('modesToAskWhenOpped', channel=channel):
toCommit = True
item = chan.removeItem(m, value, msg.prefix, c)
if n:
n.addLog(channel, 'sets %s %s' % (mode, value))
if item:
if mode[0] == '+':
if not len(item.affects):
if m in announces:
if self.registryValue('useColorForAnnounces', channel=channel):
msgs.append('[#%s %s %s]' % (
ircutils.mircColor(str(item.uid), 'yellow', 'black'),
ircutils.bold(ircutils.mircColor(mode, 'red')),
ircutils.mircColor(value, 'light blue')))
else:
msgs.append('[#%s %s %s]' % (
str(item.uid), mode, value))
elif len(item.affects) > 1:
if m in announces:
if self.registryValue('useColorForAnnounces', channel=channel):
msgs.append('[#%s %s %s - %s users]' % (
ircutils.mircColor(str(item.uid), 'yellow', 'black'),
ircutils.bold(ircutils.mircColor(mode, 'red')),
ircutils.mircColor(value, 'light blue'),
str(len(item.affects))))
else:
msgs.append('[#%s %s %s - %s users]' % (
str(item.uid), mode, value, str(len(item.affects))))
else:
if m in announces:
if self.registryValue('useColorForAnnounces', channel=channel):
msgs.append('[#%s %s %s - %s]' % (
ircutils.mircColor(str(item.uid), 'yellow', 'black'),
ircutils.bold(ircutils.mircColor(mode, 'red')),
ircutils.mircColor(value, 'light blue'), item.affects[0]))
else:
msgs.append('[#%s %s %s - %s]' % (
str(item.uid), mode, value, item.affects[0]))
else:
if not len(item.affects):
if m in announces:
if self.registryValue('useColorForAnnounces', channel=channel):
msgs.append('[#%s %s %s %s]' % (
ircutils.mircColor(str(item.uid), 'yellow', 'black'),
ircutils.bold(ircutils.mircColor(mode, 'green')),
ircutils.mircColor(value, 'light blue'),
str(utils.timeElapsed(item.removed_at-item.when))))
else:
msgs.append('[#%s %s %s %s]' % (
str(item.uid), mode, value,
str(utils.timeElapsed(item.removed_at-item.when))))
elif len(item.affects) > 1:
if m in announces:
if self.registryValue('useColorForAnnounces', channel=channel):
msgs.append('[#%s %s %s - %s users, %s]' % (
ircutils.mircColor(str(item.uid), 'yellow', 'black'),
ircutils.bold(ircutils.mircColor(mode, 'green')),
ircutils.mircColor(value, 'light blue'), str(len(item.affects)),
str(utils.timeElapsed(item.removed_at-item.when))))
else:
msgs.append('[#%s %s %s - %s users, %s]' % (
str(item.uid), mode, value, str(len(item.affects)),
str(utils.timeElapsed(item.removed_at-item.when))))
else:
if m in announces:
if self.registryValue('useColorForAnnounces', channel=channel):
msgs.append('[#%s %s %s - %s, %s]' % (
ircutils.mircColor(str(item.uid), 'yellow', 'black'),
ircutils.bold(ircutils.mircColor(mode, 'green')),
ircutils.mircColor(value, 'light blue'), item.affects[0],
str(utils.timeElapsed(item.removed_at-item.when))))
else:
msgs.append('[#%s %s %s - %s, %s]' % (
str(item.uid), mode, value, item.affects[0],
str(utils.timeElapsed(item.removed_at-item.when))))
else:
if m in announces:
if self.registryValue('useColorForAnnounces', channel=channel):
if mode[0] == '+':
msgs.append('[%s %s]' % (ircutils.bold(ircutils.mircColor(
mode, 'red')), ircutils.mircColor(value, 'light blue')))
else:
msgs.append('[%s %s]' % (ircutils.bold(ircutils.mircColor(
mode, 'green')), ircutils.mircColor(value, 'light blue')))
else:
msgs.append('[%s %s]' % (mode, value))
else:
if n:
n.addLog(channel, 'sets %s' % mode)
if m in announces:
if self.registryValue('useColorForAnnounces', channel=channel):
if mode[0] == '+':
msgs.append(ircutils.bold(ircutils.mircColor(mode, 'red')))
else:
msgs.append(ircutils.bold(ircutils.mircColor(mode, 'green')))
else:
msgs.append(mode)
if toCommit:
db.commit()
if irc.state.channels[channel].isHalfopPlus(irc.nick) \
and not self.registryValue('keepOp', channel=channel):
self.forceTickle = True
if len(self.registryValue('announceModes', channel=channel)) and len(msgs):
if self.registryValue('announceModeMadeByIgnored', channel=channel) \
or not ircdb.checkIgnored(msg.prefix, channel):
if self.registryValue('useColorForAnnounces', channel=channel):
self._logChan(irc, channel, '[%s] %s sets %s' % (
ircutils.bold(channel), msg.nick, ' '.join(msgs)))
else:
self._logChan(irc, channel, '[%s] %s sets %s' % (
channel, msg.nick, ' '.join(msgs)))
self.forceTickle = True
if len(toexpire):
for item in toexpire:
f = None
if self.registryValue('announceBotEdit', channel=item.channel):
f = self._logChan
i.edit(irc, item.channel, item.mode, item.value, self.registryValue(
'autoExpire', channel=item.channel), irc.prefix,
self.getDb(irc.network), self._schedule, f, self)
self.forceTickle = True
if len(tolift):
for item in tolift:
f = None
if self.registryValue('announceBotEdit', channel=item.channel):
f = self._logChan
i.edit(irc, item.channel, item.mode, item.value, 0, irc.prefix,
self.getDb(irc.network), self._schedule, f, self)
self.forceTickle = True
c.close()
# as tickle now may be a bit too early, delay it a bit
def ttickle():
self._tickle(irc)
schedule.addEvent(ttickle, time.time()+1)
def do474(self, irc, msg):
# bot banned from a channel it is trying to join
# server 474 irc.nick #channel :Cannot join channel (+b) - you are banned
# TODO: talk with owner
self._tickle(irc)
def do478(self, irc, msg):
# message when ban list is full after adding something to eqIb list
(nick, channel, ban, info) = msg.args
if self.registryValue('logChannel', channel=channel) in irc.state.channels:
L = []
for user in list(irc.state.channels[self.registryValue('logChannel', channel=channel)].users):
L.append(user)
if self.registryValue('useColorForAnnounces', channel=channel):
self._logChannel(irc, channel, '[%s] %s : %s' % (ircutils.bold(
channel), ircutils.bold(ircutils.mircColor(info, 'red')), ' '.join(L)))
else:
self._logChan(irc, channel, '[%s] %s : %s' % (
channel, info, ' '.join(L)))
self._tickle(irc)
# protection features
def _act(self, irc, channel, mode, mask, duration, reason, nick):
if mode == 'D':
action = self.registryValue('modeD')
if len(action):
s = action
s = s.replace('$channel', channel)
s = s.replace('$hostmask', mask)
(n, i, h) = ircutils.splitHostmask(mask)
klinemask = '%s@%s' % (i, h)
s = s.replace('$klinemask', klinemask)
s = s.replace('$host', h)
s = s.replace('$duration', str(duration))
s = s.replace('$reason', reason)
s = s.replace('$nick', nick)
irc.queueMsg(ircmsgs.IrcMsg(s))
return
if mode == 'd':
if self.registryValue('logChannel', channel=channel) in irc.state.channels:
if self.registryValue('useColorForAnnounces', channel=channel):
self._logChan(irc, channel, '[%s] debug %s %s %s %s' % (
ircutils.bold(channel), mode, ircutils.mircColor(mask, 'teal'),
ircutils.bold(duration), reason))
else:
self._logChan(irc, channel, '[%s] debug %s %s %s %s' % (
channel, mode, mask, duration, reason))
return
if mode in self.registryValue('modesToAsk', channel=channel) \
or mode in self.registryValue('modesToAskWhenOpped', channel=channel):
i = self.getIrc(irc)
if i.add(irc, channel, mode, mask, duration, irc.prefix, self.getDb(irc.network)):
if reason and len(reason):
f = None
if self.registryValue('announceInTimeEditAndMark', channel=channel):
if self.registryValue('announceBotMark', channel=channel):
f = self._logChan
i.submark(irc, channel, mode, mask, reason, irc.prefix,
self.getDb(irc.network), f, self)
else:
# increase duration, until the wrong action stopped
f = None
if self.registryValue('announceBotEdit', channel=channel):
f = self._logChan
chan = self.getChan(irc, channel)
item = chan.getItem(mode, mask)
oldDuration = int(item.expire-item.when)
i.edit(irc, channel, mode, mask, int(oldDuration+duration), irc.prefix,
self.getDb(irc.network), self._schedule, f, self)
if reason and len(reason):
f = None
if self.registryValue('announceBotMark', channel=channel):
f = self._logChan
i.mark(irc, item.uid, reason, irc.prefix,
self.getDb(irc.network), f, self)
self.forceTickle = True
self._tickle(irc)
else:
results = []
i = self.getIrc(irc)
for nick in list(irc.state.channels[channel].users):
if nick in i.nicks and nick != irc.nick:
n = self.getNick(irc, nick)
m = match(mask, n, irc, self.registryValue('resolveIp'))
if m:
results.append(nick)
if len(results) and mode in 'kr':
chan = self.getChan(irc, channel)
if not (reason and len(reason)):
reason = random.choice(self.registryValue('kickMessage', channel=channel))
for n in results:
if mode == 'k':
chan.action.enqueue(ircmsgs.IrcMsg('KICK %s %s :%s' % (channel, n, reason)))
self.forceTickle = True
elif mode == 'r':
chan.action.enqueue(ircmsgs.IrcMsg('REMOVE %s %s :%s' % (channel, n, reason)))
self.forceTickle = True
self._tickle(irc)
else:
log.error('%s %s %s %s %s unsupported mode' % (channel, mode, mask, duration, reason))
def _isSomething(self, irc, channel, key, prop):
chan = self.getChan(irc, channel)
if prop == 'massJoin' or prop == 'cycle':
if chan.netsplit:
return False
limit = self.registryValue('%sPermit' % prop, channel=channel)
if limit < 0:
return False
flag = ircdb.makeChannelCapability(channel, prop)
if not ircdb.checkCapability(key, flag):
return False
chan = self.getChan(irc, channel)
life = self.registryValue('%sLife' % prop, channel=channel)
if not prop in chan.spam:
chan.spam[prop] = {}
if not key in chan.spam[prop] or chan.spam[prop][key].timeout != life:
chan.spam[prop][key] = utils.structures.TimeoutQueue(life)
chan.spam[prop][key].enqueue(key)
if len(chan.spam[prop][key]) > limit:
log.info('[%s] %s is detected as %s' % (channel, key, prop))
chan.spam[prop][key].reset()
return True
return False
def _isBad(self, irc, channel, key):
b = self._isSomething(irc, channel, key, 'bad')
if b:
chan = self.getChan(irc, channel)
if self._isSomething(irc, channel, channel, 'attack') and not chan.attacked:
# if number of bad users raise the allowed limit, bot has to set channel attackmode
# TODO: retrieve all wrong users and find the best pattern to use against them
chan.attacked = True
if self.registryValue('attackMode', channel=channel) == 'd':
if self.registryValue('useColorForAnnounces', channel=channel):
self._logChan(irc, channel, '[%s] attackMode applied' % ircutils.bold(channel))
else:
self._logChan(irc, channel, '[%s] attackMode applied' % channel)
else:
chan.action.enqueue(ircmsgs.mode(channel,
args=(self.registryValue('attackMode', channel=channel),)))
def unAttack():
if channel in list(irc.state.channels.keys()):
if self.registryValue('attackUnMode', channel=channel) == 'd':
if self.registryValue('useColorForAnnounces', channel=channel):
self._logChan(irc, channel, '[%s] attackUnMode applied' % ircutils.bold(channel))
else:
self._logChan(irc, channel, '[%s] attackUnMode applied' % channel)
else:
chan.action.enqueue(ircmsgs.mode(channel,
args=(self.registryValue('attackUnMode', channel=channel),)))
chan.attacked = False
schedule.addEvent(unAttack, float(time.time()
+ self.registryValue('attackDuration', channel=channel)))
return b
def _isFlood(self, irc, channel, key):
return self._isSomething(irc, channel, key, 'flood')
def _isLowFlood(self, irc, channel, key):
return self._isSomething(irc, channel, key, 'lowFlood')
def _isHilight(self, irc, channel, key, message):
limit = self.registryValue('hilightPermit', channel=channel)
if limit == -1:
return False
count = 0
users = []
msg = message.lower()
for user in list(irc.state.channels[channel].users):
if len(user) > 2:
users.append(user.lower())
for user in users:
if user in msg:
count = count + 1
return count > limit
def _addTemporaryPattern(self, irc, channel, pattern, level, force, doNotLoop):
patternLength = self.registryValue('repeatPatternMinimum', channel=channel)
if patternLength < 0 and not force:
return
if len(pattern) < patternLength and not force:
return
self.log.info('%s adding pattern %s' % (level, pattern))
life = self.registryValue('repeatPatternLife', channel=channel)
key = 'pattern%s' % channel
chan = self.getChan(irc, channel)
if not key in chan.repeatLogs or chan.repeatLogs[key].timeout != life:
chan.repeatLogs[key] = utils.structures.TimeoutQueue(life)
if self.registryValue('announceRepeatPattern', channel=channel):
if self.registryValue('useColorForAnnounces', channel=channel):
self._logChan(irc, channel, '[%s] pattern created "%s" (%s)' % (
ircutils.bold(channel), ircutils.mircColor(pattern, 'red'), level))
else:
self._logChan(irc, channel, '[%s] pattern created "%s" (%s)' % (
channel, pattern, level))
chan.repeatLogs[key].enqueue(pattern)
if doNotLoop:
return
patternID = self.registryValue('shareComputedPatternID', channel=channel)
if patternID < 0:
return
for c in irc.state.channels:
if irc.isChannel(c) and not channel == c:
if patternID == self.registryValue('shareComputedPatternID', channel=c):
self._addTemporaryPattern(
irc, c, pattern, level, force, doNotLoop)
def _computePattern(self, message, logs, probability, patternLength):
candidate = None
bad = False
for msg in logs:
if compareString(message, msg) >= probability:
bad = True
if patternLength > -1:
found = largestString(message, msg)
if found and len(found) > patternLength:
if candidate:
if len(candidate) < len(found):
candidate = found
else:
candidate = found
return (bad, candidate)
def _isRepeat(self, irc, channel, key, message):
if self.registryValue('repeatPermit', channel=channel) < 0:
return False
chan = self.getChan(irc, channel)
timeout = self.registryValue('repeatLife', channel=channel)
if not key in chan.repeatLogs or chan.repeatLogs[key].timeout != timeout:
chan.repeatLogs[key] = utils.structures.TimeoutQueue(timeout)
count = self.registryValue('repeatCount', channel=channel)
probability = self.registryValue('repeatPercent', channel=channel)
minimum = self.registryValue('repeatMinimum', channel=channel)
pattern = findPattern(message, count, minimum, probability)
if pattern:
self._addTemporaryPattern(irc, channel, pattern, 'single msg', False, False)
if self._isSomething(irc, channel, key, 'repeat'):
return True
patternLength = self.registryValue('repeatPatternMinimum', channel=channel)
logs = chan.repeatLogs[key]
(flag, pattern) = self._computePattern(message, logs, probability, patternLength)
result = False
if flag:
result = self._isSomething(irc, channel, key, 'repeat')
chan.repeatLogs[key].enqueue(message)
if result:
if pattern:
self._addTemporaryPattern(irc, channel, pattern, 'single src', False, False)
return result
if not channel in chan.repeatLogs or chan.repeatLogs[channel].timeout != timeout:
chan.repeatLogs[channel] = utils.structures.TimeoutQueue(timeout)
logs = chan.repeatLogs[channel]
(flag, pattern) = self._computePattern(message, logs, probability, patternLength)
chan.repeatLogs[channel].enqueue(message)
result = False
if flag:
result = self._isSomething(irc, channel, channel, 'repeat')
if result:
if pattern:
self._addTemporaryPattern(irc, channel, pattern, 'all src', False, False)
return result
def _isCap(self, irc, channel, key, message):
limit = self.registryValue('capPermit', channel=channel)
if limit == -1:
return False
trigger = self.registryValue('capPercent', channel=channel)
match = self.recaps.findall(message)
if len(match) and len(message):
percent = len(match) / len(message)
if percent >= trigger:
return self._isSomething(irc, channel, key, 'cap')
return False
def die(self):
try:
schedule.removeEvent('ChanTracker')
except:
pass
Class = ChanTracker
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