//public static List<KNetSerializedField> DEBUG_SEND_BUFFERED_VALUES() {
// return SendBufferedValues();
//}
internal void SendBufferedValues(KNetConnection newClient)
{
//List<KNetSerializedField> serializedFields = new List<KNetSerializedField>();
foreach (var view in KlivenNet.Views)
{
int buffFieldId = -1;
foreach (var bufferedField in view.BufferedFields)
{
buffFieldId++;
var fieldType = bufferedField.FieldType;
var bufferable = KNetUtils.IsSerializable(fieldType);
if (bufferable == SerializableType.nonSerializable)
{
KNetLogger.LogError($"KNetServer: could not serialize field {bufferedField.Name} on KNetView {view.Id}: does {bufferedField.DeclaringType.Name} implement KNetSerializable interface?");
continue;
}
// Console.WriteLine(bufferedField.Name + " is bufferable: " + bufferable);
var bytes = KNetUtils.Serialize(bufferedField.GetValue(view), bufferable, out int count);
if (bytes == null)
{
continue;
}
var serializedField = new KNetSerializedField(view.Id, buffFieldId, bytes);
serializedField.count = count;
var packet = KNetUtils.ConstructPacket(KNetUtils.PacketType.bufferedObject, serializedField);
SendBytes(newClient, packet);
}
}
}
public void GetObjectData(SerializationInfo info, StreamingContext context)
{
info.AddValue("counts", Counts);
info.AddValue("rpcInfo", RpcInfo.KNetSerializeReference());
byte[][] serializedArgs = new byte[Arguments.Length][];
for (int i = 0; i < serializedArgs.Length; i++)
{
serializedArgs[i] = KNetUtils.Serialize(Arguments[i], RpcInfo.ArgSerializationTypes[i], out Counts[i]);
}
info.AddValue("args", serializedArgs);
}
