public static ToffeeInternalPacketReadResult Read(ToffeeParticipant receiver, byte[] packet)
{
try
{
// Iterate through the packet
ToffeePacketIterator iterator = new ToffeePacketIterator(receiver, packet);
// Get the header, data, and CRC
InternalPacketHeader header = iterator.ReadStruct <InternalPacketHeader>();
byte[] packetData = iterator.ReadBytes(header.Length);
uint sentCrc = iterator.ReadUInt32();
// Is the CRC correct?
uint calculatedCrc = CRC.CalculateCRC32(packetData);
if (sentCrc != calculatedCrc)
{
return(new ToffeeInternalPacketReadResult(false, new InternalPacketHeader(), null));
}
// Is this packet compressed?
if (header.Compressed)
{
packetData = CompressionService.Decompress(packetData);
}
// Return the read result
return(new ToffeeInternalPacketReadResult(true, header, packetData));
}
catch
{
return(new ToffeeInternalPacketReadResult(false, new InternalPacketHeader(), null));
}
}
public static ToffeeInternalPacket Create <T>(ToffeeParticipant sender, ushort opCode, T o)
{
ToffeeInternalPacket packet = new ToffeeInternalPacket(sender, opCode);
packet.WriteStruct(o);
return(packet);
}
public static ToffeeClientPacketReadResult Read(ToffeeParticipant receiver, byte[] packet)
{
try
{
// Is this packet encrypted?
bool encrypted = packet[0] == 0x01;
if (encrypted)
{
// Is this client setup to use encryption?
if (receiver.UseEncryption)
{
packet = receiver.Encryption.Decrypt(packet.Skip(1).ToArray());
}
}
else
{
packet = packet.Skip(1).ToArray();
}
// Iterate through the packet
ToffeePacketIterator iterator = new ToffeePacketIterator(receiver, packet);
// Get the header, data, and CRC
ClientPacketHeader header = iterator.ReadStruct <ClientPacketHeader>();
byte[] packetData = iterator.ReadBytes(header.Length);
uint sentCrc = iterator.ReadUInt32();
// Is the CRC correct?
uint calculatedCrc = CRC.CalculateCRC32(packetData);
if (sentCrc != calculatedCrc)
{
return(new ToffeeClientPacketReadResult(false, encrypted, new ClientPacketHeader(), null));
}
// Is this packet compressed?
if (header.Compressed)
{
packetData = CompressionService.Decompress(packetData);
}
// Return the read result
return(new ToffeeClientPacketReadResult(true, encrypted, header, packetData));
}
catch
{
return(new ToffeeClientPacketReadResult(false, false, new ClientPacketHeader(), null));
}
}
public static ToffeeInternalPacketReadResult Read <T>(ToffeeParticipant receiver, byte[] packet, out T output) where T : new()
{
// Default the output
output = new T();
// Read the packet
ToffeeInternalPacketReadResult result = Read(receiver, packet);
if (result.Success)
{
// Create a new iterator for the decompressed/decrypted packet data
ToffeePacketIterator iterator = new ToffeePacketIterator(receiver, result.Data);
output = (T)iterator.Read(typeof(T));
}
// Return the read result
return(result);
}
public ToffeeInternalPacket(ToffeeParticipant client, ToffeeOpCode opCode) : base(client)
{
OpCode = (ushort)opCode;
}
public ToffeeInternalPacket(ToffeeParticipant client, ushort opCode) : base(client)
{
OpCode = opCode;
}
