public bool handlePacket <T>(Kaminari.PacketReader packet, T client, ushort blockId) where T : Kaminari.IBaseClient { switch (packet.getOpcode()) { case (ushort)Opcodes.opcodeMove: return(handleMove(this, packet, (IClient)client, blockId)); case (ushort)Opcodes.opcodeHandshake: return(handleHandshake(this, packet, (IClient)client, blockId)); case (ushort)Opcodes.opcodeLoginCharacter: return(handleLoginCharacter(this, packet, (IClient)client, blockId)); case (ushort)Opcodes.opcodeLogin: return(handleLogin(this, packet, (IClient)client, blockId)); case (ushort)Opcodes.opcodeCreateCharacter: return(handleCreateCharacter(this, packet, (IClient)client, blockId)); case (ushort)Opcodes.opcodeClientUpdate: return(handleClientUpdate(this, packet, (IClient)client, blockId)); default: return(false); } }
public bool unpack(Kaminari.IMarshal marshal, Kaminari.PacketReader packet) { if (packet.bytesRead() + marshal.size <byte>() > packet.bufferSize()) { return(false); } if (packet.bytesRead() + marshal.size <byte>() + packet.getData().peekByte() > packet.bufferSize()) { return(false); } this.username = packet.getData().readString(); if (packet.bytesRead() + marshal.size <ulong>() > packet.bufferSize()) { return(false); } this.password0 = packet.getData().readUlong(); if (packet.bytesRead() + marshal.size <ulong>() > packet.bufferSize()) { return(false); } this.password1 = packet.getData().readUlong(); if (packet.bytesRead() + marshal.size <ulong>() > packet.bufferSize()) { return(false); } this.password2 = packet.getData().readUlong(); if (packet.bytesRead() + marshal.size <ulong>() > packet.bufferSize()) { return(false); } this.password3 = packet.getData().readUlong(); return(true); }
public bool unpack(Kaminari.IMarshal marshal, Kaminari.PacketReader packet) { if (packet.bytesRead() + this.size(marshal) > packet.bufferSize()) { return(false); } return(true); }
public bool unpack(Kaminari.IMarshal marshal, Kaminari.PacketReader packet) { if (packet.bytesRead() + this.size(marshal) > packet.bufferSize()) { return(false); } this.success = packet.getData().readBool(); return(true); }
public bool unpack(Kaminari.IMarshal marshal, Kaminari.PacketReader packet) { if (packet.bytesRead() + sizeof(byte) > packet.bufferSize()) { return(false); } this.x = new Kaminari.Optional <uint>(); if (packet.getData().readByte() == 1) { if (packet.bytesRead() + marshal.size <uint>() > packet.bufferSize()) { return(false); } this.x.setValue(packet.getData().readUint()); } int size_y = packet.getData().readByte(); this.y = new List <SpawnData>(); for (int i = 0; i < size_y; ++i) { SpawnData data = new SpawnData(); if (data.unpack(marshal, packet)) { this.y.Add(data); } else { return(false); } } if (packet.bytesRead() + marshal.size <int>() > packet.bufferSize()) { return(false); } this.z = packet.getData().readInt(); if (packet.bytesRead() + sizeof(byte) > packet.bufferSize()) { return(false); } this.w = new Kaminari.Optional <List <bool> >(); if (packet.getData().readByte() == 1) { int size_w = packet.getData().readByte(); if (packet.bytesRead() + size_w * marshal.size <bool>() > packet.bufferSize()) { return(false); } this.w.setValue(new List <bool>()); for (int i = 0; i < size_w; ++i) { this.w.getValue().Add(packet.getData().readBool()); } } return(true); }
public bool unpack(Kaminari.IMarshal marshal, Kaminari.PacketReader packet) { if (packet.bytesRead() + this.size(marshal) > packet.bufferSize()) { return(false); } this.id = packet.getData().readUlong(); this.x = packet.getData().readFloat(); this.z = packet.getData().readFloat(); return(true); }
public bool unpack(Kaminari.IMarshal marshal, Kaminari.PacketReader packet) { if (packet.bytesRead() + this.size(marshal) > packet.bufferSize()) { return(false); } this.x = packet.getData().readFloat(); this.z = packet.getData().readFloat(); this.speed = packet.getData().readFloat(); this.vx = packet.getData().readFloat(); this.vz = packet.getData().readFloat(); this.seq = packet.getData().readByte(); this.frame = packet.getData().readUshort(); return(true); }
private bool handleClientUpdate(Kaminari.IMarshal marshal, Kaminari.PacketReader packet, IClient client, ushort blockId) { if (Overflow.leq(blockId, clientUpdateLastCalled)) { // TODO: Returning true here means the packet is understood as correctly parsed, while we are ignoring it return(true); } var data = emplaceData(clientUpdate, blockId, packet.timestamp()); if (!data.unpack(marshal, packet)) { return(false); } // The user is assumed to provide all peek methods in C# // TODO: Test if the method exists in the class return(client.peekClientUpdate(data, packet.timestamp())); }
public bool unpack(Kaminari.IMarshal marshal, Kaminari.PacketReader packet) { if (packet.bytesRead() + marshal.size <byte>() > packet.bufferSize()) { return(false); } if (packet.bytesRead() + marshal.size <byte>() + packet.getData().peekByte() > packet.bufferSize()) { return(false); } this.name = packet.getData().readString(); if (packet.bytesRead() + marshal.size <ushort>() > packet.bufferSize()) { return(false); } this.level = packet.getData().readUshort(); return(true); }
public bool unpack(Kaminari.IMarshal marshal, Kaminari.PacketReader packet) { int size_data = packet.getData().readByte(); this.data = new List <EntityUpdate>(); for (int i = 0; i < size_data; ++i) { EntityUpdate data = new EntityUpdate(); if (data.unpack(marshal, packet)) { this.data.Add(data); } else { return(false); } } return(true); }
private bool handleLoginCharacter(Kaminari.IMarshal marshal, Kaminari.PacketReader packet, IClient client, ushort blockId) { if (!client.check(client, "status", ingame_status::login_done)) { return(client.handleClientError(client, packet.getOpcode())); } if (Overflow.leq(blockId, loginCharacterLastCalled)) { // TODO: Returning true here means the packet is understood as correctly parsed, while we are ignoring it return(true); } var data = emplaceData(loginCharacter, blockId, packet.timestamp()); if (!data.unpack(marshal, packet)) { return(false); } // The user is assumed to provide all peek methods in C# // TODO: Test if the method exists in the class return(client.peekLoginCharacter(data, packet.timestamp())); }