private static object ReadDataType(RepLayoutCmdType replayout, NetBitReader netBitReader, Type objectType = null)
{
object data = null;
switch (replayout)
{
case RepLayoutCmdType.Property:
data = Activator.CreateInstance(objectType);
(data as IProperty).Serialize(netBitReader);
break;
case RepLayoutCmdType.PropertyBool:
data = netBitReader.SerializePropertyBool();
break;
case RepLayoutCmdType.PropertyName:
netBitReader.Seek(netBitReader.Position + netBitReader.GetBitsLeft());
break;
case RepLayoutCmdType.PropertyFloat:
data = netBitReader.SerializePropertyFloat();
break;
case RepLayoutCmdType.PropertyNativeBool:
data = netBitReader.SerializePropertyNativeBool();
break;
case RepLayoutCmdType.PropertyNetId:
data = netBitReader.SerializePropertyNetId();
break;
case RepLayoutCmdType.PropertyObject:
data = netBitReader.SerializePropertyObject();
break;
case RepLayoutCmdType.PropertyPlane:
throw new NotImplementedException("Plane RepLayoutCmdType not implemented");
case RepLayoutCmdType.PropertyRotator:
data = netBitReader.SerializePropertyRotator();
break;
case RepLayoutCmdType.PropertyString:
data = netBitReader.SerializePropertyString();
break;
case RepLayoutCmdType.PropertyVector10:
data = netBitReader.SerializePropertyVector10();
break;
case RepLayoutCmdType.PropertyVector100:
data = netBitReader.SerializePropertyVector100();
break;
case RepLayoutCmdType.PropertyVectorNormal:
data = netBitReader.SerializePropertyVectorNormal();
break;
case RepLayoutCmdType.PropertyVectorQ:
data = netBitReader.SerializePropertyQuantizeVector();
break;
case RepLayoutCmdType.RepMovement:
data = netBitReader.SerializeRepMovement();
break;
case RepLayoutCmdType.Enum:
data = netBitReader.SerializeEnum();
break;
//Auto generation fix to handle 1-8 bits
case RepLayoutCmdType.PropertyByte:
data = (byte)netBitReader.ReadBitsToInt(netBitReader.GetBitsLeft());
break;
//Auto generation fix to handle 1-32 bits.
case RepLayoutCmdType.PropertyInt:
data = netBitReader.ReadBitsToInt(netBitReader.GetBitsLeft());
break;
case RepLayoutCmdType.PropertyUInt64:
data = netBitReader.ReadUInt64();
break;
case RepLayoutCmdType.PropertyUInt16:
data = (ushort)netBitReader.ReadBitsToInt(netBitReader.GetBitsLeft());
break;
case RepLayoutCmdType.PropertyUInt32:
data = netBitReader.ReadUInt32();
break;
case RepLayoutCmdType.Pointer:
switch (netBitReader.GetBitsLeft())
{
case 8:
data = (uint)netBitReader.ReadByte();
break;
case 16:
data = (uint)netBitReader.ReadUInt16();
break;
case 32:
data = netBitReader.ReadUInt32();
break;
}
break;
case RepLayoutCmdType.PropertyVector:
data = new FVector(netBitReader.ReadSingle(), netBitReader.ReadSingle(), netBitReader.ReadSingle());
break;
case RepLayoutCmdType.Ignore:
netBitReader.Seek(netBitReader.Position + netBitReader.GetBitsLeft());
break;
}
return(data);
}
private object ReadDataType(RepLayoutCmdType replayout, NetBitReader netBitReader, Type objectType = null)
{
object data = null;
switch (replayout)
{
case RepLayoutCmdType.Property:
data = _linqCache.CreateObject(objectType);
(data as IProperty).Serialize(netBitReader);
(data as IResolvable)?.Resolve(GuidCache);
break;
case RepLayoutCmdType.PropertyBool:
data = netBitReader.SerializePropertyBool();
break;
case RepLayoutCmdType.PropertyName:
data = netBitReader.SerializePropertyName();
break;
case RepLayoutCmdType.PropertyFloat:
data = netBitReader.SerializePropertyFloat();
break;
case RepLayoutCmdType.PropertyNativeBool:
data = netBitReader.SerializePropertyNativeBool();
break;
case RepLayoutCmdType.PropertyNetId:
data = netBitReader.SerializePropertyNetId();
break;
case RepLayoutCmdType.PropertyObject:
data = netBitReader.SerializePropertyObject();
break;
case RepLayoutCmdType.PropertyPlane:
throw new NotImplementedException("Plane RepLayoutCmdType not implemented");
case RepLayoutCmdType.PropertyRotator:
data = netBitReader.SerializePropertyRotator();
break;
case RepLayoutCmdType.PropertyString:
data = netBitReader.SerializePropertyString();
break;
case RepLayoutCmdType.PropertyVector10:
data = netBitReader.SerializePropertyVector10();
break;
case RepLayoutCmdType.PropertyVector100:
data = netBitReader.SerializePropertyVector100();
break;
case RepLayoutCmdType.PropertyVectorNormal:
data = netBitReader.SerializePropertyVectorNormal();
break;
case RepLayoutCmdType.PropertyVectorQ:
data = netBitReader.SerializePropertyQuantizedVector(VectorQuantization.RoundWholeNumber);
break;
case RepLayoutCmdType.RepMovement:
data = netBitReader.SerializeRepMovement();
break;
case RepLayoutCmdType.Enum:
data = netBitReader.SerializePropertyEnum();
break;
// TODO Auto generation fix to handle 1-8 bits
case RepLayoutCmdType.PropertyByte:
data = (byte)netBitReader.ReadBitsToInt(netBitReader.GetBitsLeft());
break;
// TODO Auto generation fix to handle 1-32 bits.
case RepLayoutCmdType.PropertyInt:
data = netBitReader.ReadBitsToInt(netBitReader.GetBitsLeft());
break;
case RepLayoutCmdType.PropertyInt16:
data = netBitReader.ReadInt16();
break;
case RepLayoutCmdType.PropertyUInt64:
data = netBitReader.ReadUInt64();
break;
case RepLayoutCmdType.PropertyUInt16:
data = netBitReader.ReadUInt16();
break;
case RepLayoutCmdType.PropertyUInt32:
data = netBitReader.ReadUInt32();
break;
case RepLayoutCmdType.PropertyVector:
data = netBitReader.SerializePropertyVector();
break;
case RepLayoutCmdType.PropertyVector2D:
data = netBitReader.SerializePropertyVector2D();
break;
default:
netBitReader.Seek(netBitReader.GetBitsLeft(), System.IO.SeekOrigin.Current);
break;
}
return(data);
}