def whois_channels(self, event):
user = self.get_user(event.line.params[1])
if not user:
return
isupport = self.get_extension("ISupport")
prefix = prefix_parse(isupport.get("PREFIX"))
for channel in event.line.params[-1].split():
mode = set()
mode, channel = status_prefix_parse(channel, prefix)
user.channels[channel] = mode
def whois_channels(self, _, line):
"""Update a user's channel set."""
user = self.get_user(line.params[1])
if not user:
return
isupport = self.base.isupport
prefix = prefix_parse(isupport.get("PREFIX"))
for channel in line.params[-1].split():
mode = set()
mode, channel = status_prefix_parse(channel, prefix)
user.channels[channel] = mode
def names(self, event):
line = event.line
params = line.params
target = params[2]
isupport = self.get_extension("ISupport")
prefix = prefix_parse(isupport.get("PREFIX"))
logger.debug("params=%r", params)
for nick in params[-1].split(' '):
modes, nick = status_prefix_parse(nick, prefix)
logger.debug("NAMES: %s", nick)
for mode in modes:
# TODO - aggregation
self.call_event("modes", "mode_prefix", line, line.hostmask,
target, True, mode, nick)
def names(self, _, line):
"""Handle bursting of new users from NAMES."""
params = line.params
channel = params[2]
isupport = self.base.isupport
prefix = prefix_parse(isupport.get("PREFIX"))
for hostmask in params[3].split(' '):
if not hostmask:
continue
modes, hostmask = status_prefix_parse(hostmask, prefix)
hostmask = Hostmask.parse(hostmask)
modes = [(m, hostmask, True, None) for m in modes]
scope = Scope(
hostmask, channel, False, cause=line.hostmask, modes=modes)
self.call_event("scope", "user_burst", scope)
