def go(self):
if self.connect():
self.face(self.facing)
self.sit()
self.main()
else:
log(ERROR, 'The %s slave failed to connect!' % self.account)
def periodic(self):
while 1:
start = time.time()
for cb in self.periodic_cbs:
try:
cb(self)
except Exception:
sys.excepthook(*sys.exc_info())
# I'm willing to take a nanosec or two of error for some
# self-explanatory variable names...
finish = time.time()
delta = finish - start
# 12 seconds = 5 runs a minute
adjusted = 12 - delta
if adjusted < 0:
log(IMPORTANT, 'Periodic loop too loaded for sleep period!')
log(IMPORTANT, '(time taken: %s)' % delta)
else:
time.sleep(adjusted)
def got_xxx_ad2(self, *args):
log(INFO, 'sending reload finish 2')
def got_xxx_ad(self, *args):
log(INFO, 'sending reload finish')
PacketOut(C_MAP_LOADED).send(self.conn)
def got_whisper(self, whom, msg):
log(INFO, '%s: %s' % (whom, msg))
response = commands.evaluate(self, whom, msg)
if response:
for L in response.split('\n'):
self.whisper(whom, L)
def connect(self):
"""
Does protocol with the server to get all the way into the game.
Returns the boolean success of the connection.
"""
self.ready = False
self.buff = PacketBuffer()
self.log(IMPORTANT, 'Connecting to the login server...')
try:
login = socket.socket()
login.connect((self.server, self.port))
except socket.error:
log(ERROR, 'Could not connect to the login server!')
return False
self.log(IMPORTANT, 'Connected to the login server!')
p = PacketOut(C_L_LOGIN, self.account, self.pswd)
p.send(login)
charip = charport = None
while True:
data = login.recv(2048)
if not data:
break
self.buff.feed(data)
for packet in self.buff:
if packet == S_LOGIN_ERROR:
self.log(ERROR, 'Could not log in!')
return False
elif packet == S_CSERV:
self.log(IMPORTANT, 'Successfully logged in!')
id1, accid, id2, sex, charip, charport = packet.parse()
login.close()
break
if charip:
break
if not charport:
return False
self.buff.reset()
charserv = (self.server if self.same_ip else charip, charport)
self.log(IMPORTANT, 'Connecting to the character server (%s:%s)...' % charserv)
try:
char = socket.socket()
char.connect(charserv)
except socket.error as e:
log(ERROR, 'Could not connect to the character server (%s)!' % e)
return False
p = PacketOut(C_C_LOGIN, accid, id1, id2, sex)
p.send(char)
# What's this?
char.recv(4)
mapip = mapport = None
while True:
data = char.recv(2048)
if not data:
break
self.buff.feed(data)
for packet in self.buff:
if packet == S_PICK_CHAR:
self.log(IMPORTANT, 'Picking character...')
PacketOut(C_PICK_CHAR, self.cindex).send(char)
elif packet == S_MSERV:
self.log(IMPORTANT, 'Received MServ information.')
charid, mapip, mapport = packet.parse()
char.close()
break
if mapip:
break
if not mapport:
return False
self.buff.reset()
self.log(IMPORTANT, 'Connecting to the map server...')
try:
mapserv = socket.socket()
mapserv.connect((self.server if self.same_ip else mapip, mapport))
except socket.error:
self.log(ERROR, 'Could not connect to the map server!')
return False
p = PacketOut(C_M_LOGIN, accid, charid, id1, id2, sex)
p.send(mapserv)
# Again, what are we trashing?
mapserv.recv(4)
done = False
pos = Vector(0, 0)
while not done:
data = mapserv.recv(2024)
if not data:
break
self.buff.feed(data)
for packet in self.buff:
if packet == S_CONNECTED:
self.log(IMPORTANT, 'Successfully connected!')
x, y, d = packet.parse()
pos = Vector(x, y)
PacketOut(C_MAP_LOADED).send(mapserv)
done = True
break
self.conn = mapserv
self.pos = pos
self.account_id = accid
self.ready = True
self.done = False
return True
### Build master...
bot = LOFBot(server=config.server,
port=config.port,
account=config.account,
pswd=config.password,
# Whether or not to use the passed server IP/address for each
# of the tmwAthena sub-servers. If boolean False, the IPs sent
# during the connection process will be used instead.
same_ip=config.same_ip,
# The slot the character is in, a zero-based index
cindex=0)
### Go!
try:
log(IMPORTANT, heading % 'STARTING')
if bot.connect():
bot.spawn_slaves(config.slaves)
bot.face(config.direction)
bot.sit()
bot.main()
else:
log(ERROR, 'Could not connect!')
except Exception as e:
sys.excepthook(*sys.exc_info())
log(ERROR, 'BUG: %s' % str(e))
finally:
log(IMPORTANT, heading % 'STOPPING')
log.close_children()
