// Helper method to serialize the data-blob type and flags
public static void SerializeDataBlobTypeAndFlags(ref NativePrimitiveEncoder encoder, SerializedDataBlobKind blobType, byte flags)
{
// make sure that blobType fits in 2 bits and flags fits in 6 bits
Debug.Assert(blobType < SerializedDataBlobKind.Limit);
Debug.Assert((byte)blobType <= 2 && flags <= 0x3F ||
(byte)blobType == 3 && flags <= 1 ||
(byte)blobType > 3 && flags <= 7);
byte encodedKindAndFlags;
if (blobType <= (SerializedDataBlobKind)3)
{
encodedKindAndFlags = (byte)((byte)blobType | (flags << 2));
}
else
{
encodedKindAndFlags = (byte)(3 | (((byte)blobType - 3) << 3) | (flags << 5));
}
encoder.WriteByte(encodedKindAndFlags);
}
// Helper method to serialize the data-blob type and flags
public void SerializeDataBlobTypeAndFlags(ref NativePrimitiveEncoder encoder, SerializedDataBlobKind blobType, byte flags)
{
// make sure that blobType fits in 2 bits and flags fits in 6 bits
Debug.Assert(blobType < SerializedDataBlobKind.Limit);
Debug.Assert((byte)blobType <= 2 && flags <= 0x3F ||
(byte)blobType == 3 && flags <= 1 ||
(byte)blobType > 3 && flags <= 7);
byte encodedKindAndFlags;
if (blobType <= (SerializedDataBlobKind)3)
{
encodedKindAndFlags = (byte)((byte)blobType | (flags << 2));
}
else
{
encodedKindAndFlags = (byte)(3 | (((byte)blobType - 3) << 3) | (flags << 5));
}
encoder.WriteByte(encodedKindAndFlags);
}
