def smsg_char_login(data):
netlog.info("SMSG_CHAR_LOGIN {}".format(data))
char_slot = -1
for c in data.chars:
if c.name == server.char_name:
char_slot = c.slot
mapserv.player_money = c.money
mapserv.player_stats[stats.EXP] = c.exp
mapserv.player_stats[stats.MONEY] = c.money
mapserv.player_stats[stats.JOB] = c.job
mapserv.player_stats[stats.CHAR_POINTS] = c.charpoints
mapserv.player_stats[stats.HP] = c.hp
mapserv.player_stats[stats.MAX_HP] = c.max_hp
mapserv.player_stats[stats.MP] = c.mp
mapserv.player_stats[stats.MAX_MP] = c.max_mp
mapserv.player_stats[stats.WALK_SPEED] = c.speed
mapserv.player_stats[stats.LEVEL] = c.level
mapserv.player_stats[stats.SKILL_POINTS] = c.skillpoints
break
if char_slot < 0:
netlog.error("CharName {} not found".format(server.char_name))
server.close()
else:
cmsg_char_select(char_slot)
def read(self, n=-1):
data = ''
if n < 0:
data = self.read_buffer
self.read_buffer = ''
else:
tries = 0
while len(self.read_buffer) < n:
try:
self.read_buffer += self.recv(n - len(self.read_buffer))
except socket.error as e:
tries += 1
if tries < 10:
netlog.error("socket.error %s", e)
time.sleep(0.2)
else:
raise
data = self.read_buffer[:n]
self.read_buffer = self.read_buffer[n:]
if netlog.isEnabledFor(DEBUG):
netlog.debug("read " + ":".join("{:02x}".format(ord(c))
for c in data))
return data
def smsg_char_login(data):
netlog.info("SMSG_CHAR_LOGIN {}".format(data))
char_slot = -1
for c in data.chars:
if c.name == server.char_name:
char_slot = c.slot
mapserv.player_money = c.money
mapserv.player_stats[stats.EXP] = c.exp
mapserv.player_stats[stats.MONEY] = c.money
mapserv.player_stats[stats.JOB] = c.job
mapserv.player_stats[stats.CHAR_POINTS] = c.charpoints
mapserv.player_stats[stats.HP] = c.hp
mapserv.player_stats[stats.MAX_HP] = c.max_hp
mapserv.player_stats[stats.MP] = c.mp
mapserv.player_stats[stats.MAX_MP] = c.max_mp
mapserv.player_stats[stats.WALK_SPEED] = c.speed
mapserv.player_stats[stats.LEVEL] = c.level
mapserv.player_stats[stats.SKILL_POINTS] = c.skillpoints
break
if char_slot < 0:
err_msg = "CharName {} not found".format(server.char_name)
netlog.error(err_msg)
server.close()
raise Exception(err_msg)
else:
cmsg_char_select(char_slot)
def smsg_connection_problem(data):
error_codes = {
0 : "Authentification failed",
1 : "No servers available",
2 : "Account already in use",
3 : "Speed hack detected",
8 : "Duplicated login",
}
msg = error_codes.get(data.code, 'code ' + str(data.code))
netlog.error("SMSG_CONNECTION_PROBLEM %d", data.code)
raise Exception(msg)
def smsg_login_error(data):
error_codes = {
0: "Unregistered ID",
1: "Wrong password",
2: "Account expired",
3: "Rejected from server",
4: "Permban",
5: "Client too old",
6: "Temporary ban until {}".format(data.date),
7: "Server overpopulated",
9: "Username already taken",
10: "Wrong name",
11: "Incurrect email",
99: "Username permanently erased" }
netlog.error("SMSG_LOGIN_ERROR {}".format(
error_codes.get(data.code, "Unknown error")))
server.close()
def read(self, n=-1):
data = ''
if n < 0:
data = self.read_buffer
self.read_buffer = ''
else:
while len(self.read_buffer) < n:
try:
self.read_buffer += self.recv(n - len(self.read_buffer))
except socket.error as e:
netlog.error("socket.error %s", e)
break
data = self.read_buffer[:n]
self.read_buffer = self.read_buffer[n:]
if netlog.isEnabledFor(DEBUG):
netlog.debug("read " + ":".join("{:02x}".format(ord(c))
for c in data))
return data
def smsg_login_error(data):
error_codes = {
0: "Unregistered ID",
1: "Wrong password",
2: "Account expired",
3: "Rejected from server",
4: "Permban",
5: "Client too old",
6: "Temporary ban until {}".format(data.date),
7: "Server overpopulated",
9: "Username already taken",
10: "Wrong name",
11: "Incurrect email",
99: "Username permanently erased"
}
netlog.error("SMSG_LOGIN_ERROR {}".format(
error_codes.get(data.code, "Unknown error")))
server.close()
def smsg_char_login_error(data):
netlog.error("SMSG_CHAR_LOGIN_ERROR (code={})".format(data.code))
server.close()
def smsg_char_login_error(data):
err_msg = "SMSG_CHAR_LOGIN_ERROR (code={})".format(data.code)
netlog.error(err_msg)
server.close()
raise Exception(err_msg)
def smsg_connection_problem(data):
error_codes = {
2 : "Account already in use"
}
msg = error_codes.get(data.code, str(data.code))
netlog.error("SMSG_CONNECTION_PROBLEM {}".format(msg))
