private void WriteArchiveCrcConst()
{
// Header
foreach (var Ch in Header)
{
WriteStream_.WriteInt8((byte)Ch);
}
// Version
WriteStream_.WriteInt32(CurrentVersionCode);
// Stream Length
WriteStream_.WriteInt32(0);
// Crc32
WriteStream_.WriteUInt32(0);
}
private void WriteToStream(ArchiveWriteStream Stream, string Key, object Value)
{
Stream.WriteString(Key);
switch (Value)
{
case bool BoolData:
Stream.WriteInt8((byte)ArchiveDataType.Bool);
Stream.WriteBool(BoolData);
break;
case byte Int8Data:
Stream.WriteInt8((byte)ArchiveDataType.Int8);
Stream.WriteInt8(Int8Data);
break;
case short Int16Data:
Stream.WriteInt8((byte)ArchiveDataType.Int16);
Stream.WriteInt16(Int16Data);
break;
case int Int32Data:
Stream.WriteInt8((byte)ArchiveDataType.Int32);
Stream.WriteInt32(Int32Data);
break;
case uint UInt32Data:
Stream.WriteInt8((byte)ArchiveDataType.UInt32);
Stream.WriteUInt32(UInt32Data);
break;
case long Int64Data:
Stream.WriteInt8((byte)ArchiveDataType.Int64);
Stream.WriteInt64(Int64Data);
break;
case float FloatData:
Stream.WriteInt8((byte)ArchiveDataType.Float);
Stream.WriteFloat(FloatData);
break;
case double DoubleData:
Stream.WriteInt8((byte)ArchiveDataType.Double);
Stream.WriteDouble(DoubleData);
break;
case string StringData:
Stream.WriteInt8((byte)ArchiveDataType.String);
Stream.WriteString(StringData);
break;
case BigInteger BigIntegerData:
Stream.WriteInt8((byte)ArchiveDataType.BigInteger);
Stream.WriteBigInteger(BigIntegerData);
break;
case int[] ArrayInt32Data:
Stream.WriteInt8((byte)ArchiveDataType.ArrayInt32);
Stream.WriteArrayInt32(ArrayInt32Data);
break;
case int[,] Array2Int32Data:
Stream.WriteInt8((byte)ArchiveDataType.Array2Int32);
Stream.WriteArray2Int32(Array2Int32Data);
break;
case BigInteger[] ArrayBigIntegerData:
Stream.WriteInt8((byte)ArchiveDataType.ArrayBigInteger);
Stream.WriteArrayBigInteger(ArrayBigIntegerData);
break;
case BigInteger[,] Array2BigIntegerData:
Stream.WriteInt8((byte)ArchiveDataType.Array2BigInteger);
Stream.WriteArray2BigInteger(Array2BigIntegerData);
break;
case string[] ArrayStringData:
Stream.WriteInt8((byte)ArchiveDataType.ArrayString);
Stream.WriteArrayString(ArrayStringData);
break;
case object[] ArrayData:
Stream.WriteInt8((byte)ArchiveDataType.Array);
Stream.WriteInt16((short)ArrayData.Length);
Stream.WriteString(ArrayData.GetType().GetElementType().FullName);
for (var Index = 0; Index < ArrayData.Length; ++Index)
{
var Info = ArrayData[Index] as IArchiveInfo;
Stream.WriteBool(Info != null);
if (Info != null)
{
WriteToSubStream(Stream, Info);
}
}
break;
case object[,] Array2Data:
Stream.WriteInt8((byte)ArchiveDataType.Array2);
Stream.WriteInt16((short)Array2Data.GetLength(0));
Stream.WriteInt16((short)Array2Data.GetLength(1));
Stream.WriteString(Array2Data.GetType().GetElementType().FullName);
for (var X = 0; X < Array2Data.GetLength(0); ++X)
{
for (var Y = 0; Y < Array2Data.GetLength(1); ++Y)
{
var Info = Array2Data[X, Y] as IArchiveInfo;
Stream.WriteBool(Info != null);
if (Info != null)
{
WriteToSubStream(Stream, Info);
}
}
}
break;
case null:
Stream.WriteInt8((byte)ArchiveDataType.Array);
Stream.WriteInt16(-1);
break;
case IArchiveInfo Info:
Stream.WriteInt8((byte)ArchiveDataType.Sub);
Stream.WriteString(Info.GetType().FullName);
WriteToSubStream(Stream, Info);
break;
default:
Stream.WriteInt8((byte)ArchiveDataType.Error);
break;
}
}