def get_chat_packet(context, packet):
"""
:type context: ShipProxy.ShipProxy
"""
try:
if context.psoClient and context.playerId and data.clients.connectedClients[
context.playerId].preferences.get_preference('translate_out'):
player_id = struct.unpack_from("<I", packet, 0x8)[0]
if player_id != 0: # ???
return None
channel_id = struct.unpack_from("<I", packet, 0x14)[0]
if channel_id == 2:
return packet # skip team chat
message = packet[0x1C:].decode('utf-16').rstrip("\0")
cmd, msg = split_cmd_msg(message)
if not msg:
return packet # Command
d = threads.deferToThread(generate_translated_message, player_id,
channel_id, cmd, msg, "ja", "en")
d.addCallback(context.peer.send_crypto_packet)
return None
except KeyError:
return packet
if context.peer.psoClient and context.peer.playerId in data.clients.connectedClients:
user_prefs = data.clients.connectedClients[
context.peer.playerId].preferences
if not user_prefs.get_preference('translate_chat'):
return packet
player_id = struct.unpack_from("<I", packet, 0x8)[0]
if player_id == 0: # We sent it
return packet
channel_id = struct.unpack_from("<I", packet, 0x14)[0]
message = packet[0x1C:].decode('utf-16').rstrip("\0")
cmd, msg = split_cmd_msg(message)
if not msg:
return packet # Command
japanese = False
for char in msg:
char_script = script(unicode(char))
if char_script != 'Latin' and char_script != 'Common':
japanese = True
break
if not japanese:
return packet
d = threads.deferToThread(generate_translated_message, player_id,
channel_id, cmd, msg, "en", "ja")
d.addCallback(context.peer.send_crypto_packet)
return None
return packet
def get_chat_packet(context, packet):
"""
:type context: ShipProxy.ShipProxy
"""
try:
if context.psoClient and context.playerId and data.clients.connectedClients[context.playerId].preferences.get_preference('translate_out'):
player_id = struct.unpack_from("<I", packet, 0x8)[0]
if player_id != 0: # ???
return None
channel_id = struct.unpack_from("<I", packet, 0x14)[0]
if channel_id == 2:
return packet # skip team chat
message = packet[0x1C:].decode('utf-16').rstrip("\0")
cmd, msg = split_cmd_msg(message)
if not msg:
return packet # Command
d = threads.deferToThread(generate_translated_message, player_id, channel_id, cmd, msg, "ja", "en")
d.addCallback(context.peer.send_crypto_packet)
return None
except KeyError:
return packet
if context.peer.psoClient and context.peer.playerId in data.clients.connectedClients:
user_prefs = data.clients.connectedClients[context.peer.playerId].preferences
if not user_prefs.get_preference('translate_chat'):
return packet
player_id = struct.unpack_from("<I", packet, 0x8)[0]
if player_id == 0: # We sent it
return packet
channel_id = struct.unpack_from("<I", packet, 0x14)[0]
message = packet[0x1C:].decode('utf-16').rstrip("\0")
cmd, msg = split_cmd_msg(message)
if not msg:
return packet # Command
japanese = False
for char in msg:
char_script = script(unicode(char))
if char_script != 'Latin' and char_script != 'Common':
japanese = True
break
if not japanese:
return packet
d = threads.deferToThread(generate_translated_message, player_id, channel_id, cmd, msg, "en", "ja")
d.addCallback(context.peer.send_crypto_packet)
return None
return packet
u'Tibetan': [u'р╜Жр╜┤'],
u'Ugaritic': [u'ЁРОО', u'', u'', u'', u'', u''],
u'Old Italic': [u'ЁРМЦЁРМХЁРМЦ', u'', u'', u'', u'', u''], #Umbrian
u'Yi': [u'ъТЙ'],
}
if __name__ == "__main__":
datasorted = sorted(data.keys())
for script in datasorted:
print script,
output = u''
flag = False
for character in data[script]:
character = character.encode('utf-8').decode(
'utf-8'
) # Work around for a bug in python2.5 UCS4 build which, when compiling a module treats UTTF-8 encoded characters outside the BMP as surrogate UTF-16 pairs
# If we were to compile this module, and then import it and run it, it would work fine without this hack.
if character:
output += character + u' '
normalized = unicodedata.normalize('NFC', character)
for n in normalized:
s = unicodescript.script(n)
output += s + u' '
if s == script.split(':')[0]:
output += 'OK' + u' '
else:
output += 'FAILED' + u' ' + n + "(" + unicodescript.script(
n) + ")"
flag = True
if flag: print output
else: print 'OK ' + "".join(data[script]).encode('utf-8')
def get_team_chat_packet(context, packet):
"""
:type context: ShipProxy.ShipProxy
"""
try:
if context.psoClient and context.playerId and data.clients.connectedClients[
context.playerId].preferences.get_preference('translate_out'):
player_id = struct.unpack_from("<I", packet, 0x8)[0]
if player_id != 0: # ???
return None
pis = 0x8 # read the playerid
player_id = struct.unpack_from("<I", packet, pis)[0]
pis += 0x14 # let skip to the first unicode string len
wlen = decode_string_utf16_len(
struct.unpack_from("<I", packet, pis)[0], 0x7ED7, 0x41)
wlen += 1
if (wlen % 2) == 1:
wlen += 1
pis += 0x04 # skipping to start of utf-16 string
account = packet[pis:pis +
(wlen * 2)].decode('utf-16').rstrip("\0")
pis += (wlen * 2) # skipping to the end of utf-16 string
wlen = decode_string_utf16_len(
struct.unpack_from("<I", packet, pis)[0], 0x7ED7, 0x41)
wlen += 1
if (wlen % 2) == 1:
wlen += 1
pis += 0x04 # skipping to start of utf-16 string
charname = packet[pis:pis +
(wlen * 2)].decode('utf-16').rstrip("\0")
pis += (wlen * 2) # skipping to the end of utf-16 string
wlen = decode_string_utf16_len(
struct.unpack_from("<I", packet, pis)[0], 0x7ED7, 0x41)
wlen += 1
if (wlen % 2) == 1:
wlen += 1
pis += 0x04 # skipping to start of utf-16 string
message = packet[pis:pis +
(wlen * 2)].decode('utf-16').rstrip("\0")
pis += (wlen * 2) # skipping to the end of utf-16 string
cmd, msg = split_cmd_msg(message)
if not msg:
return packet # Command
d = threads.deferToThread(generate_translated_team_message,
player_id, account, charname, cmd, msg,
"ja", "en")
d.addCallback(context.peer.send_crypto_packet)
return None
except KeyError:
return packet
if context.peer.psoClient and context.peer.playerId in data.clients.connectedClients:
user_prefs = data.clients.connectedClients[
context.peer.playerId].preferences
if not user_prefs.get_preference('translate_chat'):
return packet
pis = 0x8 # read the playerid
player_id = struct.unpack_from("<I", packet, 0x8)[0]
if player_id == 0: # We sent it
return packet
pis += 0x14 # let skip to the first unicode string len
wlen = decode_string_utf16_len(
struct.unpack_from("<I", packet, pis)[0], 0x7ED7, 0x41)
wlen += 1
if (wlen % 2) == 1:
wlen += 1
pis += 0x04 # skipping to start of utf-16 string
account = packet[pis:pis + (wlen * 2)].decode('utf-16').rstrip("\0")
pis += (wlen * 2) # skipping to the end of utf-16 string
wlen = decode_string_utf16_len(
struct.unpack_from("<I", packet, pis)[0], 0x7ED7, 0x41)
wlen += 1
if (wlen % 2) == 1:
wlen += 1
pis += 0x04 # skipping to start of utf-16 string
charname = packet[pis:pis + (wlen * 2)].decode('utf-16').rstrip("\0")
pis += (wlen * 2) # skipping to the end of utf-16 string
wlen = decode_string_utf16_len(
struct.unpack_from("<I", packet, pis)[0], 0x7ED7, 0x41)
wlen += 1
if (wlen % 2) == 1:
wlen += 1
pis += 0x04 # skipping to start of utf-16 string
message = packet[pis:pis + (wlen * 2)].decode('utf-16').rstrip("\0")
pis += (wlen * 2) # skipping to the end of utf-16 string
cmd, msg = split_cmd_msg(message)
if not msg:
return packet # Command
japanese = False
for char in msg:
char_script = script(unicode(char))
if char_script != 'Latin' and char_script != 'Common':
japanese = True
break
if not japanese:
return packet
d = threads.deferToThread(generate_translated_team_message, player_id,
account, charname, cmd, msg, "en", "ja")
d.addCallback(context.peer.send_crypto_packet)
return None
return packet
u'Tamil': [u'தண்ணீர்', u'', u'', u'', u'', u''],
u'Telugu': [u'జము', u'ల'],
u'Thaana': [u'ފެ', u'ން'],
u'Thai': [u'น้', u'ำ'],
u'Tibetan': [u'ཆུ'],
u'Ugaritic': [u'𐎎', u'', u'', u'', u'', u''],
u'Umbrian': [u'𐌖𐌕𐌖', u'', u'', u'', u'', u''],
u'Yi': [u'ꒉ'],
}
if __name__ == "__main__":
datasorted=sorted(data.keys())
for script in datasorted:
print "script: ",script,
output=u'' ; flag = False
for character in data[script]:
character = character.encode('utf-8').decode('utf-8') # Work around for a bug in python2.5 UCS4 build which, when compiling a module treats UTTF-8 encoded characters outside the BMP as surrogate UTF-16 pairs
# If we were to compile this module, and then import it and run it, it would work fine without this hack.
if character:
output+= character + u' '
normalized=unicodedata.normalize('NFC', character)
for n in normalized:
s = unicodescript.script(n)
output+= s + u' '
if s == script.split(':')[0]:
output+= 'OK' + u' '
else:
output+= 'FAILED' + u' ' + n + "(" + unicodescript.script(n) + ")"
flag= True
if flag: print output
else: print 'OK'
def get_team_chat_packet(context, packet):
"""
:type context: ShipProxy.ShipProxy
"""
try:
if context.psoClient and context.playerId and data.clients.connectedClients[context.playerId].preferences.get_preference('translate_out'):
player_id = struct.unpack_from("<I", packet, 0x8)[0]
if player_id != 0: # ???
return None
pis = 0x8 # read the playerid
player_id = struct.unpack_from("<I", packet, pis)[0]
pis += 0x14 # let skip to the first unicode string len
wlen = decode_string_utf16_len(struct.unpack_from("<I", packet, pis)[0], 0x7ED7, 0x41)
wlen += 1
if (wlen % 2) == 1:
wlen += 1
pis += 0x04 # skipping to start of utf-16 string
account = packet[pis:pis + (wlen * 2)].decode('utf-16').rstrip("\0")
pis += (wlen * 2) # skipping to the end of utf-16 string
wlen = decode_string_utf16_len(struct.unpack_from("<I", packet, pis)[0], 0x7ED7, 0x41)
wlen += 1
if (wlen % 2) == 1:
wlen += 1
pis += 0x04 # skipping to start of utf-16 string
charname = packet[pis:pis + (wlen * 2)].decode('utf-16').rstrip("\0")
pis += (wlen * 2) # skipping to the end of utf-16 string
wlen = decode_string_utf16_len(struct.unpack_from("<I", packet, pis)[0], 0x7ED7, 0x41)
wlen += 1
if (wlen % 2) == 1:
wlen += 1
pis += 0x04 # skipping to start of utf-16 string
message = packet[pis:pis + (wlen * 2)].decode('utf-16').rstrip("\0")
pis += (wlen * 2) # skipping to the end of utf-16 string
cmd, msg = split_cmd_msg(message)
if not msg:
return packet # Command
d = threads.deferToThread(generate_translated_team_message, player_id, account, charname, cmd, msg, "ja", "en")
d.addCallback(context.peer.send_crypto_packet)
return None
except KeyError:
return packet
if context.peer.psoClient and context.peer.playerId in data.clients.connectedClients:
user_prefs = data.clients.connectedClients[context.peer.playerId].preferences
if not user_prefs.get_preference('translate_chat'):
return packet
pis = 0x8 # read the playerid
player_id = struct.unpack_from("<I", packet, 0x8)[0]
if player_id == 0: # We sent it
return packet
pis += 0x14 # let skip to the first unicode string len
wlen = decode_string_utf16_len(struct.unpack_from("<I", packet, pis)[0], 0x7ED7, 0x41)
wlen += 1
if (wlen % 2) == 1:
wlen += 1
pis += 0x04 # skipping to start of utf-16 string
account = packet[pis:pis + (wlen * 2)].decode('utf-16').rstrip("\0")
pis += (wlen * 2) # skipping to the end of utf-16 string
wlen = decode_string_utf16_len(struct.unpack_from("<I", packet, pis)[0], 0x7ED7, 0x41)
wlen += 1
if (wlen % 2) == 1:
wlen += 1
pis += 0x04 # skipping to start of utf-16 string
charname = packet[pis:pis + (wlen * 2)].decode('utf-16').rstrip("\0")
pis += (wlen * 2) # skipping to the end of utf-16 string
wlen = decode_string_utf16_len(struct.unpack_from("<I", packet, pis)[0], 0x7ED7, 0x41)
wlen += 1
if (wlen % 2) == 1:
wlen += 1
pis += 0x04 # skipping to start of utf-16 string
message = packet[pis:pis + (wlen * 2)].decode('utf-16').rstrip("\0")
pis += (wlen * 2) # skipping to the end of utf-16 string
cmd, msg = split_cmd_msg(message)
if not msg:
return packet # Command
japanese = False
for char in msg:
char_script = script(unicode(char))
if char_script != 'Latin' and char_script != 'Common':
japanese = True
break
if not japanese:
return packet
d = threads.deferToThread(generate_translated_team_message, player_id, account, charname, cmd, msg, "en", "ja")
d.addCallback(context.peer.send_crypto_packet)
return None
return packet