def _333(server, raw_string, code, server_url, target, data): #topicinfo data = data.split() channel = server.getChannel(data[0]) channel_name = None user_data = user_functions.splitUserData(data[1]) if channel: channel_name = channel.getName() user_data_full = channel.getUser(user_data[0]) if user_data_full: user_data = user_data_full else: channel_name = data[0].lower() user_data = user_functions.generateUserData(user_data) channel_data = server.getStash().getChannel(channel_name) if channel_data: channel_data['topicwho'] = user_data channel_data['topictime'] = int(data[2]) else: server.addEvent(outboundDictionaries.IRC_Channel_Topic_Information(server.getContextID(), server.getName(), channel_name, user_data, int(data[2])))
def _MODE(server, data, target, nickname):
modes = common.splitModes(data)
if target[0] in GLOBAL.IRC_CHANNEL_PREFIX:
channel = server.getChannel(target)
if not channel:
return
channel.updateModes(modes)
user_data = channel.getUserData(nickname)
if not user_data:
user_data = user_functions.generateUserData(user_functions.splitUserData(nickname))
server.addEvent(
outboundDictionaries.IRC_Channel_Modes_Update(
server.getContextID(),
server.getName(),
target,
modes,
data,
{},
channel.getModes(),
channel.getModeStringFull(),
channel.getModeStringSafe(),
user_data,
)
)
else:
server.updateUserModes(modes)
server.addEvent(
outboundDictionaries.IRC_User_Modes(
server.getContextID(),
server.getName(),
nickname,
modes,
data,
server.getUserModes(),
server.getUserModeString(),
)
)
def handleResponseCode(server, userstring, text, raw_string):
"""
This function parses and processes a colon-prefixed event sent by a user.
It handles strings that look like::
:[email protected] NOTICE rhx :PING rice
@type server: pyrc_irc_abstract.irc_server.Server
@param server: A reference to the Server object that received this event.
@type userstring: basestring
@param userstring: The URI of the user that sent this event (a raw user
string).
@type text: list
@param text: The token used to identify the type of event and the event's
data.
@type raw_string: basestring
@param raw_string: The raw event string.
@rtype: None|Tuple
@return: Nothing if everything went well; a tuple containing an optional
reason and a bool indicating whether PyRC should suppress reconnection
if PyRC needs to disconnect. Leaving the reason empty will result in no
disconnection event being generated, so the handler will need to take
care of informing the IAL.
@raise ProtocolError: If the string received from the IRC server did not
match the spec expected by PyRC.
"""
identifier = text[0]
text = text[1].split(None, 1)
target = text[0]
data = None
if len(text) > 1:
data = text[1]
if data:
if data.startswith(":"):
data = data[1:]
user_data = None
user_data = user_functions.splitUserData(userstring)
user = server.getUser(user_data[0])
if not user:
user_data = user_functions.generateUserData(user_data)
else:
user.setIdentity(user_data[1], user_data[2])
if target[0] in GLOBAL.IRC_CHANNEL_PREFIX:
user_data = user.getData(target)
else:
user_data = user.getData()
handler = _response_code_events.get(identifier)
if handler:
try:
if data:
data = unicode(data, "utf-8", "replace")
return handler(server, data, target, user_data)
except Exception, e:
import pyrc_common.errlog
print pyrc_common.errlog.grabTrace()
raise ProtocolError("Error while processing '%s': %s" % (raw_string, e))