public override uint FromBytes(Binary serializer, Binary.Buffer buffer, uint start)
{
uint read = 0;
byte[] raw_guid;
byte channel_type;
ushort heartbeat_ticks;
read += serializer.FromBytes(buffer, start + read, out raw_guid);
read += serializer.FromBytes(buffer, start + read, out channel);
read += serializer.FromBytes(buffer, start + read, out channel_type);
read += serializer.FromBytes(buffer, start + read, out heartbeat_ticks);
read += serializer.FromBytes(buffer, start + read, out autoReconnect);
guid = new Guid(raw_guid);
type = (Net.Negotiation.Channel.Type)channel_type;
if (heartbeat_ticks == ushort.MaxValue)
{
heartbeat = new TimeSpan(0, 0, 0, 0, -1);
}
else
{
heartbeat = new TimeSpan(heartbeat_ticks * 100 * TimeSpan.TicksPerMillisecond);
}
return(read);
}
public uint FromBytes(Binary serializer, Binary.Buffer buffer, uint start)
{
string raw_type;
uint read = serializer.FromBytes(buffer, start, out raw_type);
type = System.Type.GetType(raw_type);
read += serializer.FromBytes(buffer, start + read, out resolved);
if (resolved)
{
read += serializer.FromBytes(buffer, start + read, out id);
read += serializer.FromBytes(buffer, start + read, out part);
}
else
{
int instance_id;
// This deserialization should never be used in normal case. Serialization of unresolved reference
// is only usefull to compute the unique hash of each node to group them together. Deserialization
// is not needed for this process.
read += serializer.FromBytes(buffer, start + read, out instance_id);
}
return(read);
}
public bool Receive(out Message.Base message)
{
uint read = 0;
uint size = 0;
message = null;
if (stream != null && parent != null)
{
if (ReceiveData(stream, headerBuffer, headerSize))
{
message = Pattern.Factory <Message.Base, byte> .CreateInstance(headerBuffer[0]);
size = new Converter32(headerBuffer[1], headerBuffer[2], headerBuffer[3], headerBuffer[4]);
Binary.Buffer buffer = parent.Serializer.GetBuffer(size);
if (ReceiveData(stream, buffer.Data, size))
{
read = parent.Serializer.FromBytesOverwrite(buffer, 0, message);
}
}
}
return(message != null && read == size);
}
public void ToUnity(Scene scene, Component component, System.Type type)
{
using (Binary.Buffer buffer = Module.Import.Binary.serializer.GetBufferFromExistingData(serialized))
{
Module.Import.Binary.serializer.FromBytesOverwrite(buffer, 0, component as IBinarySerializable);
}
}
private string ComputeHash(Scene scene, Transform trans)
{
Binary.Buffer buffer = Module.Import.Binary.serializer.GetBuffer(5 * 1024); // Start with 5 Ko buffer
uint written = 0;
foreach (Component component in trans.GetComponents <Component>())
{
if (SerializedComponent(component))
{
written += Module.Import.Binary.serializer.ToBytes(ref buffer, written, UnityComponent.FromUnity(scene, component));
}
}
uint size = (uint)System.Text.Encoding.UTF8.GetByteCount(name);
size += 2 * Binary.Size(Binary.SupportedTypes.UNITY_VECTOR3);
size += Binary.Size(Binary.SupportedTypes.UNITY_QUATERNION);
Module.Import.Binary.serializer.ResizeBuffer(ref buffer, written + size);
written += Module.Import.Binary.serializer.ToBytes(ref buffer, written, trans.name);
written += Module.Import.Binary.serializer.ToBytes(ref buffer, written, trans.localPosition);
written += Module.Import.Binary.serializer.ToBytes(ref buffer, written, trans.localRotation);
written += Module.Import.Binary.serializer.ToBytes(ref buffer, written, trans.localScale);
return(Hash.ComputeHash(buffer.Data, 0, (int)written));
}
public void FromUnity(Scene scene, Component component, System.Type type)
{
// We can not use the 'Serialize' high level method directly as deserialization will require
// the use of explicit low level 'FromBytesOverwrite'. Therefore, we must do things manually here.
Binary serializer = Module.Import.Binary.serializer;
Binary.Buffer buffer = null;
try
{
buffer = serializer.GetBuffer(Binary.defaultSerializationBufferSize);
uint written = serializer.ToBytes(ref buffer, 0, component as IBinarySerializable);
serialized = new byte[written];
Array.Copy(buffer.Data, serialized, written);
}
catch (Exception e)
{
throw new Binary.SerializationException("An error occured during serialization.", e);
}
finally
{
if (buffer != null)
{
buffer.Dispose();
}
}
}
public uint DeserializationCallback(Binary serializer, Binary.Buffer buffer)
{
uint read = serializer.FromBytes(buffer, 0, out object d);
data = d as IBinarySerializable;
return(read);
}
public override uint FromBytes(Binary serializer, Binary.Buffer buffer, uint start)
{
uint read = 0;
read += serializer.FromBytes(buffer, start + read, out accepted);
return(read);
}
public uint ToBytes(Binary serializer, ref Binary.Buffer buffer, uint start)
{
uint written = serializer.ToBytes(ref buffer, start, (int)topology);
written += serializer.ToBytes(ref buffer, start + written, triangles);
return(written);
}
public uint FromBytes(Binary serializer, Binary.Buffer buffer, uint start)
{
uint read = serializer.FromBytes(buffer, start, out meshIndex);
read += serializer.FromBytes(buffer, start + read, out materialsIndexes);
return(read);
}
public uint ToBytes(Binary serializer, ref Binary.Buffer buffer, uint start)
{
uint written = serializer.ToBytes(ref buffer, start, meshIndex);
written += serializer.ToBytes(ref buffer, start + written, materialsIndexes);
return(written);
}
public uint ToBytes(Binary serializer, ref Binary.Buffer buffer, uint start)
{
uint written = serializer.ToBytes(ref buffer, start, index);
written += serializer.ToBytes(ref buffer, start + written, offset);
written += serializer.ToBytes(ref buffer, start + written, scale);
return(written);
}
/// <summary>
/// Save all the recorded commands to a file.
/// Should be called after Stop() and before next Wait().
/// </summary>
/// <param name="filename">file path</param>
public void Save(string filename)
{
Binary.Buffer buffer = serializer.Serialize(commands);
using (FileStream stream = new FileStream(filename, FileMode.Create, FileAccess.Write, FileShare.None))
{
stream.Write(buffer.Data, 0, (int)buffer.Size);
}
}
public uint FromBytes(Binary serializer, Binary.Buffer buffer, uint start)
{
uint read = 0;
read += serializer.FromBytes(buffer, start + read, out fields);
read += serializer.FromBytes(buffer, start + read, out properties);
return(read);
}
public uint Callback(Binary serializer, ref Binary.Buffer buffer)
{
uint written = 0;
written += serializer.ToBytes(ref buffer, written, Type);
written += serializer.ToBytes(ref buffer, written, Data);
return(written);
}
public uint FromBytes(Binary serializer, Binary.Buffer buffer, uint start)
{
uint read = serializer.FromBytes(buffer, start, out index);
read += serializer.FromBytes(buffer, start + read, out offset);
read += serializer.FromBytes(buffer, start + read, out scale);
return(read);
}
public uint ToBytes(Binary serializer, ref Binary.Buffer buffer, uint start)
{
uint written = 0;
written += serializer.ToBytes(ref buffer, start + written, fields);
written += serializer.ToBytes(ref buffer, start + written, properties);
return(written);
}
public uint ToBytes(Binary serializer, ref Binary.Buffer buffer, uint start)
{
uint written = 0;
written += serializer.ToBytes(ref buffer, start + written, type);
written += backend.ToBytes(serializer, ref buffer, start + written);
return(written);
}
public uint ToBytes(Binary serializer, ref Binary.Buffer buffer, uint start)
{
uint written = serializer.ToBytes(ref buffer, start, root_node);
written += serializer.ToBytes(ref buffer, start + written, meshes);
written += serializer.ToBytes(ref buffer, start + written, materials);
written += serializer.ToBytes(ref buffer, start + written, textures);
return(written);
}
public override uint FromBytes(Binary serializer, Binary.Buffer buffer, uint start)
{
uint read = 0;
read += serializer.FromBytes(buffer, start + read, out version);
read += serializer.FromBytes(buffer, start + read, out username);
read += serializer.FromBytes(buffer, start + read, out password);
return(read);
}
public uint FromBytes(Binary serializer, Binary.Buffer buffer, uint start)
{
uint read = 0;
read += serializer.FromBytes(buffer, start + read, out active);
read += BytesToInfo(serializer, buffer, start + read);
return(read);
}
public uint ToBytes(Binary serializer, ref Binary.Buffer buffer, uint start)
{
uint written = 0;
written += serializer.ToBytes(ref buffer, start + written, active);
written += InfoToBytes(serializer, ref buffer, start + written);
return(written);
}
public uint ToBytes(Binary serializer, ref Binary.Buffer buffer, uint start)
{
uint written = 0;
written += serializer.ToBytes(ref buffer, start + written, timestamp);
written += serializer.ToBytes(ref buffer, start + written, position);
written += serializer.ToBytes(ref buffer, start + written, rotation);
written += serializer.ToBytes(ref buffer, start + written, scale);
return(written);
}
public uint FromBytes(Binary serializer, Binary.Buffer buffer, uint start)
{
uint read = 0;
read += serializer.FromBytes(buffer, start + read, out timestamp);
read += serializer.FromBytes(buffer, start + read, out position);
read += serializer.FromBytes(buffer, start + read, out rotation);
read += serializer.FromBytes(buffer, start + read, out scale);
return(read);
}
public uint ToBytes(Binary serializer, ref Binary.Buffer buffer, uint start)
{
uint written = serializer.ToBytes(ref buffer, start, filename);
written += serializer.ToBytes(ref buffer, start + written, width);
written += serializer.ToBytes(ref buffer, start + written, height);
written += serializer.ToBytes(ref buffer, start + written, (int)format);
written += serializer.ToBytes(ref buffer, start + written, data);
return(written);
}
public uint ToBytes(Binary serializer, ref Binary.Buffer buffer, uint start)
{
uint written = 0;
written += serializer.ToBytes(ref buffer, start + written, exist);
written += serializer.ToBytes(ref buffer, start + written, port);
written += serializer.ToBytes(ref buffer, start + written, info);
written += serializer.ToBytes(ref buffer, start + written, ComputeControlSum(buffer.Data, start, written));
return(written);
}
public uint FromBytes(Binary serializer, Binary.Buffer buffer, uint start)
{
int topo;
uint read = serializer.FromBytes(buffer, start, out topo);
read += serializer.FromBytes(buffer, start + read, out triangles);
topology = (MeshTopology)topo;
return(read);
}
public uint FromBytes(Binary serializer, Binary.Buffer buffer, uint start)
{
uint read = 0;
read += serializer.FromBytes(buffer, start + read, out type);
CreateBackend();
read += backend.FromBytes(serializer, buffer, start + read);
return(read);
}
public override uint ToBytes(Binary serializer, ref Binary.Buffer buffer, uint start)
{
uint written = 0;
const uint message_size = sizeof(bool);
serializer.ResizeBuffer(ref buffer, start + message_size);
written += serializer.ToBytes(ref buffer, start + written, accepted);
return(written);
}
public override uint ToBytes(Binary serializer, ref Binary.Buffer buffer, uint start)
{
uint written = 0;
serializer.ResizeBuffer(ref buffer, start + messageSize);
written += serializer.ToBytes(ref buffer, start + written, guid.ToByteArray());
written += serializer.ToBytes(ref buffer, start + written, channel);
written += serializer.ToBytes(ref buffer, start + written, port);
return(written);
}