def process(self, server, nick, user, host, target, msg):
if not msg == self.start_tag: return
code = ''
flag = hold(server, 'CMSG')
while True:
event, args = yield flag
if args[4] == target and args[3] == host:
if args[5] == self.end_tag:
break
code = code + args[5] + '\n'
url, output = libpad.sandbox(code, self.lang)
if len(output) <= self.max_width:
send_msg(server, target, output)
else:
send_msg(server, target, url)
def process(self, server, nick, user, host, target, msg):
if not msg == self.start_tag: return
code = ''
flag = hold(server, 'CMSG')
while True:
event, args = yield flag
if args[4] == target and args[3] == host:
if args[5] == self.end_tag:
break
code = code + args[5] + '\n'
url, output = libpad.sandbox(code, self.lang)
if len(output) <= self.max_width:
send_msg(server, target, output)
else:
send_msg(server, target, url)
def get_nick(self, spin, nick, user, host, target, msg):
# We aim to receive a '431' reply from the server.
# Consequently we can obtain the nick.
send_cmd(spin, 'NICK')
# It waits for the event to happen once it happens
# the untwisted system of events chains this iterator
# and starts where it stopped.
event, args = yield hold(spin, '431')
# Unpacks the arguments.
source, prefix, mynick, cmd_msg = args
# Tells which nick it uses.
send_msg(spin, target, '%s My nick is %s' % (nick, mynick))
# This prints all what '431' carries.
print source, prefix, mynick, cmd_msg
def get_nick(self, spin, nick, user, host, target, msg):
# We aim to receive a '431' reply from the server.
# Consequently we can obtain the nick.
send_cmd(spin, 'NICK')
# It waits for the event to happen once it happens
# the untwisted system of events chains this iterator
# and starts where it stopped.
event, args = yield hold(spin, '431')
# Unpacks the arguments.
source, prefix, mynick, cmd_msg = args
# Tells which nick it uses.
send_msg(spin, target, '%s My nick is %s' % (nick, mynick))
# This prints all what '431' carries.
print source, prefix, mynick, cmd_msg
