public ArchiveCodec(string ArchivePath)
{
ArchivePath_ = ArchivePath;
ReadStream_ = new ArchiveReadStream();
Decoder_ = new ArchiveDecoder(ReadStream_);
WriteStream_ = new ArchiveWriteStream();
Encoder_ = new ArchiveEncoder(WriteStream_);
WriteArchiveCrcConst();
}
private IArchiveInfo ReadFromSubStream(ArchiveReadStream MainStream, Type SubType)
{
var SubStream = MainStream.ReadStream();
var SubEncoder = new ArchiveDecoder(SubStream);
SubEncoder.Flush();
var SubInfo = Activator.CreateInstance(SubType) as IArchiveInfo;
SubInfo.Decode(SubEncoder);
return(SubInfo);
}
private (string, object) ReadFromStream(ArchiveReadStream Stream)
{
var Key = Stream.ReadString();
var DataType = (ArchiveDataType)Stream.ReadInt8();
switch (DataType)
{
case ArchiveDataType.Bool:
return(Key, Stream.ReadBool());
case ArchiveDataType.Int8:
return(Key, Stream.ReadInt8());
case ArchiveDataType.Int16:
return(Key, Stream.ReadInt16());
case ArchiveDataType.Int32:
return(Key, Stream.ReadInt32());
case ArchiveDataType.UInt32:
return(Key, Stream.ReadUInt32());
case ArchiveDataType.Int64:
return(Key, Stream.ReadInt64());
case ArchiveDataType.Float:
return(Key, Stream.ReadFloat());
case ArchiveDataType.Double:
return(Key, Stream.ReadDouble());
case ArchiveDataType.String:
return(Key, Stream.ReadString());
case ArchiveDataType.BigInteger:
return(Key, Stream.ReadBigInteger());
case ArchiveDataType.Vector2:
return(Key, new UnityEngine.Vector2(Stream.ReadFloat(), Stream.ReadFloat()));
case ArchiveDataType.Vector3:
return(Key, new UnityEngine.Vector3(Stream.ReadFloat(), Stream.ReadFloat(), Stream.ReadFloat()));
case ArchiveDataType.Vector2Int:
return(Key, new UnityEngine.Vector2Int(Stream.ReadInt32(), Stream.ReadInt32()));
case ArchiveDataType.Vector3Int:
return(Key, new UnityEngine.Vector3Int(Stream.ReadInt32(), Stream.ReadInt32(), Stream.ReadInt32()));
case ArchiveDataType.ArrayBool:
return(Key, Stream.ReadArrayBool());
case ArchiveDataType.ArrayInt32:
return(Key, Stream.ReadArrayInt32());
case ArchiveDataType.Array2Int32:
return(Key, Stream.ReadArray2Int32());
case ArchiveDataType.ArrayBigInteger:
return(Key, Stream.ReadArrayBigInteger());
case ArchiveDataType.Array2BigInteger:
return(Key, Stream.ReadArray2BigInteger());
case ArchiveDataType.ArrayString:
return(Key, Stream.ReadArrayString());
case ArchiveDataType.Array:
var Count = Stream.ReadInt16();
if (Count == -1)
{
return(Key, null);
}
var ArrayT = Type.GetType(Stream.ReadString());
var ArrayValue = new object[Count];
for (var Index = 0; Index < Count; ++Index)
{
if (Stream.ReadBool() == false)
{
ArrayValue[Index] = default;
}
else
{
ArrayValue[Index] = ReadFromSubStream(Stream, ArrayT);
}
}
return(Key, ArrayValue);
case ArchiveDataType.Array2:
var Width = Stream.ReadInt16();
if (Width == 0)
{
return(Key, null);
}
var Height = Stream.ReadInt16();
var Array2T = Type.GetType(Stream.ReadString());
var Array2Value = new object[Width, Height];
for (var X = 0; X < Width; ++X)
{
for (var Y = 0; Y < Height; ++Y)
{
if (Stream.ReadBool() == false)
{
Array2Value[X, Y] = default;
}
else
{
Array2Value[X, Y] = ReadFromSubStream(Stream, Array2T);
}
}
}
return(Key, Array2Value);
case ArchiveDataType.Sub:
var SubType = Type.GetType(Stream.ReadString());
return(Key, ReadFromSubStream(Stream, SubType));
default:
break;
}
return(string.Empty, null);
}
public ArchiveDecoder(ArchiveReadStream Stream)
{
Stream_ = Stream;
CacheList_ = new Dictionary <string, object>();
}