def lineReceived_recomposed(self, line):
meth,rest = json.loads(line)
if meth == "close":
self.stop()
elif meth == "ping":
self.missed_heartbeats=-1
elif meth == "hello":
self.log.write('Hello received\n')
name = rest[0]
self.name = name
elif meth == 'mud_line':
metaline = json_to_metaline(rest[0])
display_line = bool(rest[1])
#self.match_triggers(metaline, display_line)
#self.transport.write(json.dumps(['display_line', [metaline_to_json(metaline), 1]])+'\n')
self.send_to_client('display_line', [metaline_to_json(metaline),1])
elif meth == 'user_line':
line = rest[0]
self.log.write('User Line: %s\n'%line)
#self.transport.write(json.dumps(['send_to_mud',line])+'\n')
self.send_to_client('send_to_mud', line)
elif meth == 'do_block':
lines = json.loads(rest[0])
block = []
for l in lines:
block.append(json_to_metaline(l))
self.blockReceived(block)
elif meth == 'do_triggers':
metaline=json_to_metaline(rest[0])
display_line = bool(rest[1])
self.metalineReceived(metaline, display_line)
elif meth == 'do_aliases':
line = rest[0]
self.server_echo = bool(rest[1])
echo = bool(rest[2])
self.parseSend(line, echo)
elif meth == 'do_gmcp':
pair = rest[0]
gmcp_key,gmcp_data = pair
self.gmcp[gmcp_key]=gmcp_data
for gmcp_event in self.gmcp_events:
gmcp_event(pair, self)
else:
raise ValueError("bad line: %s" % line)
#self.transport.write(json.dumps(["ack", [meth,rest]]) + "\n")
self.send_to_client('ack', [meth,rest])
def lineReceived_recomposed(self, line):
meth, rest = json.loads(line)
if meth == 'ack':
self.messages_not_acknowledged -= 1
if not self.messages_not_acknowledged:
process_time = time.time() - self.client_started_processing_at
self.communicator.total_client_time += process_time
self.client_started_processing_at = None
#print('Process Time: %(process_time)d, Total Process Time: %(total_process_time)d\n'%
# {'process_time':process_time, 'total_process_time':self.communicator.total_client_time})
elif meth == 'send_to_mud':
self.communicator.telnet.sendLine(rest)
elif meth == 'ping':
self.send_to_client('ping', [])
elif meth == "display_line":
metaline = json_to_metaline(rest[0])
soft_line_start = bool(rest[1])
self.communicator.write(metaline, soft_line_start)
elif meth == 'set_active_channels':
self.communicator.setActiveChannels(rest)
elif meth == "hello":
macros = rest[0]
def make_macro(cmd):
def macro(cc):
cc.client.do_alias(cmd, False)
return macro
self.communicator.macros.clear()
self.communicator.macros.update(dict((from_string(k), make_macro(l)) for k, l in macros.items()))
self.communicator.macros.update(self.communicator.baked_in_macros)
self.communicator.clientConnectionMade(self)
elif meth == "error":
if self.communicator.debug:
self.communicator.cwrite('<white*:red>ERROR RECEIVED: \n %s'%rest)
else:
print(rest)
elif meth == 'set_state':
self.communicator.set_state(rest[0],rest[1])
elif meth == 'event':
event_name = rest[0]
args = rest[1]
self.communicator.fireEventLocal(event_name, *args)
elif meth == 'debug':
line = rest[0]
if self.communicator.debug:
self.communicator.cwrite('<grey:white>PROCESSOR DEBUG [[%s]]'%line)
else:
print('PROCESSOR DEBUG [[%s]]'%line)
else:
if self.communicator.debug:
self.communicator.cwrite('<white*:red>UNKNOWN METHOD RECEIVED: \n Method:%(meth)s \n Args: %(rest)s'%{'rest':rest, 'meth':meth})
else:
print('UNKNOWN METHOD RECEIVED: \n Method:%(meth)s \n Args: %(rest)s'%{'rest':rest, 'meth':meth})
