def decode(self, string):
self.b.addInfos(string)
while(self.b.getSize() > self.b.getCursor()):
try:
self.deserialize()
except MessageToShort:
# Don't wait too long
if(self.b.discardReadAndSaveUnread() >= 3):
self.b.reset()
break
except UnknowMessage as exp:
printRed("Unknow packet type: {}\n".format(exp))
printRed("info restantes: {}\n".format(
self.b.getSize() - self.b.getCursor()
))
self.b.reset()
break
except StopException:
self.b.reset()
break
except:
print "Exception in user code:"
print '-'*60
traceback.print_exc(file=sys.stdout)
print '-'*60
self.b.reset()
break
def deserialize(self):
var1 = self.b.readUnsignedShort()
msgId = var1>>2
sizeLen = var1 & 0x03
msgSize = 0
if(sizeLen == 0):
msgSize = 0
elif(sizeLen == 1):
msgSize = self.b.readUnsignedByte()
elif(sizeLen == 2):
msgSize = self.b.readUnsignedShort()
else:
printRed("wrong size {}\n".format(sizeLen))
raise StopException()
if(msgSize > self.b.getSize()):
#printGreen("size: {}, cursor: {}\n".format(b.getSize(), b.getCursor()))
if(sizeLen == 1):
self.b.moveCursor(-3)
elif(sizeLen == 2):
self.b.moveCursor(-4)
#printGreen("size: {}, cursor: {}\n".format(b.getSize(), b.getCursor()))
printRed("message too short (id: {}) {} > {}\n".format(
msgId, msgSize, self.b.getSize()
))
raise MessageToShort()
if(msgId == MapComplementaryInformationsDataMessage.getProtocolId()):
printBlue("[new map]\n")
self.infos = MapComplementaryInformationsDataMessage()
self.infos.deserialize(self.b)
elif(msgId == BasicNoOperationMessage.getProtocolId()):
self.basicBNOM = BasicNoOperationMessage()
self.basicBNOM.deserialize(self.b)
elif(msgId == BasicLatencyStatsRequestMessage.getProtocolId()):
self.basicLSRM = BasicLatencyStatsRequestMessage()
self.basicLSRM.deserialize(self.b)
elif(msgId == NotificationListMessage.getProtocolId()):
self.notiLM = NotificationListMessage()
self.notiLM.deserialize(self.b)
elif(msgId == CharacterSelectedSuccessMessage.getProtocolId()):
self.characterSSM = CharacterSelectedSuccessMessage()
self.characterSSM.deserialize(self.b)
elif(msgId == InventoryContentAndPresetMessage.getProtocolId()):
self.inventoryCAPM = InventoryContentAndPresetMessage()
self.inventoryCAPM.deserialize(self.b)
objs = self.inventoryCAPM.objects
for obj in objs:
if(obj.objectGID == 10418):
for effect in obj.effects:
monster = self.monsters.getObj(effect.diceConst)
if(monster._race == 78):
printBlue("{}\n".format(self.i18n_fr.getText(monster._nameId)))
else:
raise UnknowMessage(msgId)
def deserialize(self, b):
Item.deserialize(self, b)
self.position = b.readUnsignedByte()
self.objectGID = b.readShort()
self.powerRate = b.readShort()
self.overMax = b.readBoolean()
self.effects = list()
nbEffect = b.readUnsignedShort()
printGreen("nbEffect: {}, position: {}, GID: {}, Rate {}, overMax: {}, ".format(nbEffect, self.position, self.objectGID, self.powerRate, self.overMax))
for i in range(0, nbEffect):
effectType = b.readUnsignedShort()
effect = 0
if(effectType == ObjectEffect.getProtocolId()):
printRed(", Effect")
effect = ObjectEffect()
elif(effectType == ObjectEffectInteger.getProtocolId()):
printRed(", EffectInt")
effect = ObjectEffectInteger()
elif(effectType == ObjectEffectCreature.getProtocolId()):
printRed(", EffectCrea")
effect = ObjectEffectCreature()
elif(effectType == ObjectEffectDate.getProtocolId()):
printRed(", EffectDate")
effect = ObjectEffectDate()
elif(effectType == ObjectEffectDice.getProtocolId()):
printRed(", EffectDice")
effect = ObjectEffectDice()
elif(effectType == ObjectEffectDuration.getProtocolId()):
printRed(", EffectDuration")
effect = ObjectEffectDuration()
elif(effectType == ObjectEffectString.getProtocolId()):
printRed(", EffectStr")
effect = ObjectEffectString()
elif(effectType == ObjectEffectLadder.getProtocolId()):
printRed(", EffectLadder")
effect = ObjectEffectLadder()
elif(effectType == ObjectEffectMinMax.getProtocolId()):
printRed(", EffectMinMax")
effect = ObjectEffectMinMax()
else:
raise UnknowEffectType(effectType)
effect.deserialize(b)
self.effects.append(effect)
self.objectUID = b.readInt()
self.quantity = b.readInt()
printGreen("UID: {}, quantity: {}\n".format(self.objectUID, self.quantity))