public override DataStream Deserialize(DataStream ds)
{
LoginBytes = ds.ReadBytes();
Hash = ds.ReadBytes();
if (ds.CanReadBytes())
{
Unk1 = ds.ReadByte();
}
if (ds.CanReadBytes())
{
Unk2 = ds.ReadBytes();
}
return(base.Deserialize(ds));
}
public override DataStream Deserialize(DataStream ds)
{
ds.SaveEndianness();
ds.IsLittleEndian = true;
while (ds.CanReadBytes(1))
{
var packetId = ds.ReadCompactUInt32();
var packetLength = (int)ds.ReadCompactUInt32();
PacketIdentifier containerId;
byte[] buffer;
if (packetId == 0x22)
{
var length = ds.ReadCompactUInt32();
containerId = new PacketIdentifier(ds.ReadUInt16(), PacketType.ServerContainer);
buffer = ds.ReadBytes((int)(length - 2));
}
else
{
containerId = new PacketIdentifier(packetId, PacketType.ServerPacket);
buffer = ds.ReadBytes(packetLength);
}
var packet = new BasePacket(buffer);
Packets.Add(new PacketEventArgs(containerId, packet));
}
ds.RestoreEndianness();
return(base.Deserialize(ds));
}
public void Encode(DataStream inputStream, DataStream outputStream)
{
if (inputStream.CanReadBytes())
{
var offset = inputStream.Position;
var length = inputStream.Count - offset;
Encode(inputStream.Buffer, offset, length, outputStream);
inputStream.Position = length;
}
}
public override DataStream Deserialize(DataStream ds)
{
Key = ds.ReadBytes();
ServerVersion = ds.ReadBytes(4);
AuthType = ds.ReadByte();
if (ds.CanReadBytes(1))
{
CRC = ds.ReadAsciiString();
if (CRC == null)
{
CRC = string.Empty;
}
}
if (ds.CanReadBytes(1))
{
Unk = ds.ReadByte();
}
return(ds);
}
private bool ReadContent()
{
if (!networkStream.CanReadBytes((int)PacketLength))
{
return(false);
}
PacketStream.Resize((int)PacketLength);
var result = networkStream.TryRead(PacketStream.Buffer, 0, (int)PacketLength);
if (result)
{
State = PacketReaderState.Complete;
}
return(result);
}
public override DataStream Deserialize(DataStream ds)
{
RoleId = ds.ReadUInt32();
Level = ds.ReadInt16();
Unk1 = ds.ReadByte();
Unk2 = ds.ReadByte();
Hp = ds.Read <HpMp>();
Mp = ds.Read <HpMp>();
if (ds.CanReadBytes())
{
NextTarget = ds.ReadUInt32();
}
return(base.Deserialize(ds));
}
public virtual void ProcessStream(SocketStateObject state, DataStream ds)
{
var goodPos = 0;
while (true)
{
var id = 0U;
var length = 0U;
if (!ds.TryReadCompactUInt32(out id) || !ds.TryReadCompactUInt32(out length) || !ds.CanReadBytes((int)length))
{
if (length > PacketSizeLimit)
{
Logger.Process("packetId = {0}, packetLength = {1}, packetSizeLimit = {2}", id, length, PacketSizeLimit);
Stop();
}
break;
}
var packetId = new PacketIdentifier(id, state.IsC2S ? PacketType.ClientPacket : PacketType.ServerPacket);
var packetStream = new DataStream(ds.ReadBytes((int)length));
packetStream.IsLittleEndian = false;
goodPos = ds.Position;
ProcessPacketStream(state, packetId, packetStream);
}
ds.Position = goodPos;
ds.Flush();
}
public virtual void ProcessStream(SocketStateObject state, DataStream ds)
{
var goodPos = 0;
while (true)
{
var id = 0U;
var length = 0U;
if (!ds.TryReadCompactUInt32(out id) || !ds.TryReadCompactUInt32(out length) || !ds.CanReadBytes((int)length))
{
break;
}
var packetStream = new DataStream(ds.ReadBytes((int)length));
packetStream.IsLittleEndian = false;
goodPos = ds.Position;
ProcessPacketStream(state, id, packetStream);
}
ds.Position = goodPos;
ds.Flush();
}
