def _on_part(self, c, e):
if not self._match_list(e.target, self.channels): return
m = {'channel': e.target,
'nick': nm_to_n(e.source)}
self._add_times(m)
m = self._strip(m)
self.write(self._part_f % m)
def _on_part(self, c, e):
if not self._match_list(e.target, self.channels): return
m = {'channel': e.target,
'nick': nm_to_n(e.source)}
self._add_times(m)
m = self._strip(m)
self.write(self._part_f % m)
def _pubmsg_ping_notify_handler(self, c, e):
m = re.match(self._ping_re, e.args[0])
if not m: return
# it matched
pingee = m.group(1)
userid = self.bot.ircdb.get_userid(nick=pingee)
if not self.notify_list.get(userid): return
pinger = nm_to_n(e.source)
channel = e.target
now = time.strftime('%c', time.localtime())
nicks = self.bot.ircdb.get_nicks(userid=userid)
if nicks == [pingee]:
msg = '%s pinged you on %s on %s' % \
(pinger, channel, now)
else:
msg = '%s pinged you (%s) on %s on %s' % \
(pinger, pingee, channel, now)
for nick in nicks:
self.bot.conn.privmsg(nick, msg)
def _on_topic(self, c, e):
if is_channel(e.target) and self._match_list(e.target, self.channels):
m = {'nick': nm_to_n(e.source),
'channel': e.target,
'topic': e.args[0]}
self._add_times(m)
m = self._strip(m)
self.write(self._topic_f % m)
def _on_topic(self, c, e):
if is_channel(e.target) and self._match_list(e.target, self.channels):
m = {'nick': nm_to_n(e.source),
'channel': e.target,
'topic': e.args[0]}
self._add_times(m)
m = self._strip(m)
self.write(self._topic_f % m)
def _on_mode(self, c, e):
"""handler for mode changes
This method is more complex than the others. First, it ONLY handles
channel mode changes. This includes bans, ops, voice, topic lock,
etc. Non-channel modes are ignored.
For each mode individually, the following things happen:
1) if the instance has a method called _handle_mode_X (where
X is the specific mode) it will be called with the following
args: connection_object, event_object, source_nick,
target_channel, sign, mode, arg
For example, if seth gives michael ops on #dhg, you would
see this: (<conn>, <event>, 'seth', '#dhg', '+', 'o', 'michael')
if the function returns None (this is what happens when
there is no explicit "return") then processing goes on to
the next "chunk". Otherwise, processing continues to (2)
2) The standard "m" dict is formed.
3) if the instance has an attribute called _mode_X_f then it
will be used as the format string for writing the mode.
Otherwise, the attribute _mode_f will be used. Therefore,
you should define _mode_f as a "generic mode" format, which
you can override with _mode_X_f attributes or _handle_mode_X
methods.
Note that this happens for each perm "chunk". A single mode
command can contain may chunks. For example:
/mode #dhg +ov michael michael
This will first be processed with
(sign, mode, arg) = ('+', 'o', 'michael')
and then
(sign, mode, arg) = ('+', 'v', 'michael')
m contains the following keys:
utime, htime, source, channel, sign, mode, arg, raw
where raw is (for example) '+v michael'
"""
if not (is_channel(e.target) and
self._match_list(e.target, self.channels)): return
t = e.target
s = nm_to_n(e.source)
string_modes = ' '.join(e.args)
modes = parse_channel_modes(string_modes)
m = {'source': s, 'channel': t}
self._add_times(m)
for sign, mode, arg in modes:
meth = getattr(self, '_handle_mode_' + mode, None)
if meth is not None:
if not meth(c, e, s, t, sign, mode, arg): continue
raw = '%s%s %s' % (sign, mode, arg)
new = {'sign': sign, 'mode': mode, 'arg': arg, 'raw': raw}
m.update(self._strip(new))
format = getattr(self, '_mode_%s_f' % mode, self._mode_f)
self.write(format % m)
def _on_mode(self, c, e):
"""handler for mode changes
This method is more complex than the others. First, it ONLY handles
channel mode changes. This includes bans, ops, voice, topic lock,
etc. Non-channel modes are ignored.
For each mode individually, the following things happen:
1) if the instance has a method called _handle_mode_X (where
X is the specific mode) it will be called with the following
args: connection_object, event_object, source_nick,
target_channel, sign, mode, arg
For example, if seth gives michael ops on #dhg, you would
see this: (<conn>, <event>, 'seth', '#dhg', '+', 'o', 'michael')
if the function returns None (this is what happens when
there is no explicit "return") then processing goes on to
the next "chunk". Otherwise, processing continues to (2)
2) The standard "m" dict is formed.
3) if the instance has an attribute called _mode_X_f then it
will be used as the format string for writing the mode.
Otherwise, the attribute _mode_f will be used. Therefore,
you should define _mode_f as a "generic mode" format, which
you can override with _mode_X_f attributes or _handle_mode_X
methods.
Note that this happens for each perm "chunk". A single mode
command can contain may chunks. For example:
/mode #dhg +ov michael michael
This will first be processed with
(sign, mode, arg) = ('+', 'o', 'michael')
and then
(sign, mode, arg) = ('+', 'v', 'michael')
m contains the following keys:
utime, htime, source, channel, sign, mode, arg, raw
where raw is (for example) '+v michael'
"""
if not (is_channel(e.target) and
self._match_list(e.target, self.channels)): return
t = e.target
s = nm_to_n(e.source)
string_modes = ' '.join(e.args)
modes = parse_channel_modes(string_modes)
m = {'source': s, 'channel': t}
self._add_times(m)
for sign, mode, arg in modes:
meth = getattr(self, '_handle_mode_' + mode, None)
if meth is not None:
if not meth(c, e, s, t, sign, mode, arg): continue
raw = '%s%s %s' % (sign, mode, arg)
new = {'sign': sign, 'mode': mode, 'arg': arg, 'raw': raw}
m.update(self._strip(new))
format = getattr(self, '_mode_%s_f' % mode, self._mode_f)
self.write(format % m)
def _on_kick(self, c, e):
if not self._match_list(e.target, self.channels): return
m = {'channel': e.target,
'source': nm_to_n(e.source),
'target': e.args[0],
'message': e.args[1]}
self._add_times(m)
m = self._strip(m)
self.write(self._kick_f % m)
def _on_pubnotice(self, c, e):
if not self._match_list(e.target, self.channels): return
m = {'target': e.target,
'source': nm_to_n(e.source),
'message': e.args[0],
'type': 'public'}
self._add_times(m)
m = self._strip(m)
self.write(self._pubnotice_f % m)
def _on_pubnotice(self, c, e):
if not self._match_list(e.target, self.channels): return
m = {'target': e.target,
'source': nm_to_n(e.source),
'message': e.args[0],
'type': 'public'}
self._add_times(m)
m = self._strip(m)
self.write(self._pubnotice_f % m)
def _on_kick(self, c, e):
if not self._match_list(e.target, self.channels): return
m = {'channel': e.target,
'source': nm_to_n(e.source),
'target': e.args[0],
'message': e.args[1]}
self._add_times(m)
m = self._strip(m)
self.write(self._kick_f % m)
def _on_privmsg(self, c, e):
snick = nm_to_n(e.source)
if not self._match_list(snick, self.nicks): return
m = {'target': self.bot.nick,
'source': snick,
'message': e.args[0],
'type': 'private'}
self._add_times(m)
m = self._strip(m)
self.write(self._privmsg_f % m)
def _on_privmsg(self, c, e):
snick = nm_to_n(e.source)
if not self._match_list(snick, self.nicks): return
m = {'target': self.bot.nick,
'source': snick,
'message': e.args[0],
'type': 'private'}
self._add_times(m)
m = self._strip(m)
self.write(self._privmsg_f % m)
def _on_nick(self, c, e):
for chan_name, chan_obj in self.bot.ircdb.channels.items():
if chan_obj.has_user(e.target) and \
self._match_list(chan_name, self.channels):
break # skips else
else:
return
m = {'old': nm_to_n(e.source),
'new': e.target}
self._add_times(m)
m = self._strip(m)
self.write(self._nick_f % m)
def _on_nick(self, c, e):
for chan_name, chan_obj in self.bot.ircdb.channels.items():
if chan_obj.has_user(e.target) and \
self._match_list(chan_name, self.channels):
break # skips else
else:
return
m = {'old': nm_to_n(e.source),
'new': e.target}
self._add_times(m)
m = self._strip(m)
self.write(self._nick_f % m)
def _on_ctcp_action(self, c, e):
m = {'target': e.target,
'source': nm_to_n(e.source),
'message': e.args[0]}
if is_channel(e.target):
if not self._match_list(e.target, self.channels): return
m['type'] = 'public'
form = self._pubaction_f
else:
if not self._match_list(e.target, self.nicks): return
m['type'] = 'private'
form = self._privaction_f
self._add_times(m)
m = self._strip(m)
self.write(form % m)
def _on_ctcp_action(self, c, e):
m = {'target': e.target,
'source': nm_to_n(e.source),
'message': e.args[0]}
if is_channel(e.target):
if not self._match_list(e.target, self.channels): return
m['type'] = 'public'
form = self._pubaction_f
else:
if not self._match_list(e.target, self.nicks): return
m['type'] = 'private'
form = self._privaction_f
self._add_times(m)
m = self._strip(m)
self.write(form % m)
def _on_privnotice(self, c, e):
if e.source is None:
source = getattr(c, 'real_server_name', c.server)
if not self._match_list(source, self.servers): return
format = self._servernotice_f
else:
source = nm_to_n(e.source)
if not self._match_list(source, self.nicks): return
format = self._privnotice_f
m = {'target': self.bot.nick,
'source': source,
'message': e.args[0],
'type': 'private'}
self._add_times(m)
m = self._strip(m)
self.write(format % m)
def _on_privnotice(self, c, e):
if e.source is None:
source = getattr(c, 'real_server_name', c.server)
if not self._match_list(source, self.servers): return
format = self._servernotice_f
else:
source = nm_to_n(e.source)
if not self._match_list(source, self.nicks): return
format = self._privnotice_f
m = {'target': self.bot.nick,
'source': source,
'message': e.args[0],
'type': 'private'}
self._add_times(m)
m = self._strip(m)
self.write(format % m)
def _onlow_quit(self, c, e):
nick = nm_to_n(e.source)
for chan_name, chan_obj in self.bot.ircdb.channels.items():
self.bot.log(0, 'checking %s' % chan_name)
if chan_obj.has_user(nick) and \
self._match_list(chan_name, self.channels):
self.bot.log(0, 'success')
break # skips else
else:
self.bot.log(0, "%s %s" % (chan_obj.has_user(nick),
self._match_list(chan_name, self.channels)))
self.bot.log(0, 'failure')
else:
return
m = {'nick': nick,
'message': e.args[0]}
self._add_times(m)
m = self._strip(m)
self.write(self._quit_f % m)
def _onlow_quit(self, c, e):
nick = nm_to_n(e.source)
for chan_name, chan_obj in self.bot.ircdb.channels.items():
self.bot.log(0, 'checking %s' % chan_name)
if chan_obj.has_user(nick) and \
self._match_list(chan_name, self.channels):
self.bot.log(0, 'success')
break # skips else
else:
self.bot.log(0, "%s %s" % (chan_obj.has_user(nick),
self._match_list(chan_name, self.channels)))
self.bot.log(0, 'failure')
else:
return
m = {'nick': nick,
'message': e.args[0]}
self._add_times(m)
m = self._strip(m)
self.write(self._quit_f % m)
def _on_ctcp_action(self, c, e):
nick = nm_to_n(e.source)
userid = self.bot.ircdb.get_userid(nickmask=e.source)
channel = e.target
now = time.time()
self._update_seen_maps(nick, userid, channel, now)
def _pubmsg_seen_handler(self, c, e):
nick = nm_to_n(e.source)
userid = self.bot.ircdb.get_userid(nickmask=e.source)
channel = e.target
now = time.time()
self._update_seen_maps(nick, userid, channel, now)
def _on_join(self, c, e):
nick = nm_to_n(e.source)
userid = self.bot.ircdb.get_userid(nick=nick)
if userid is None: self._notify(nick, None)