public override void Serialize(ref SerializationWriter mySerializationWriter)
{
mySerializationWriter.CheckNull("mySerializationWriter");
if (_IPAddress != null)
{
mySerializationWriter.WriteBytesDirect(_IPAddress.GetAddressBytes());
}
}
/// <summary>
/// This will serialize the whole AFSObject including the common header of an
/// AAFSObject and the actual AFSObject
/// </summary>
/// <param name="myIntegrityCheckAlgorithm"></param>
/// <param name="myEncryptionAlgorithm"></param>
/// <param name="myCacheSerializeData"></param>
/// <returns></returns>
public Byte[] Serialize(IIntegrityCheck myIntegrityCheckAlgorithm, ISymmetricEncryption myEncryptionAlgorithm, Boolean myCacheSerializeData)
{
#region Data
Int32 IntegrityCheckValue_Length = 0;
Byte[] IntegrityCheckValue = null;
Int64 IntegrityCheckValue_Position = 0;
Int32 EncryptionParameters_Length = 0;
Byte DataPadding_Length = 0;
Int32 AdditionalPadding_Length = 0;
Byte[] _TmpSerializedAGraphStructure = null;
#endregion
try
{
#region Init SerializationWriter
SerializationWriter writer = new SerializationWriter();
#endregion
#region Pad the length of the EncryptionParameters
EncryptionParameters = Encoding.Default.GetBytes("-HIGHSECUREDATA-");
EncryptionParameters_Length = sones.Lib.BufferHelper.AlignBufferLength(EncryptionParameters.Length, 8);
#endregion
#region Serialize AAFSObjectHeader
Byte[] AAFSObjectHeader = new Byte[HeaderLength];
AAFSObjectHeader[0] = HeaderVersion;
if (myIntegrityCheckAlgorithm != null)
IntegrityCheckValue_Length = myIntegrityCheckAlgorithm.HashSize;
if (IntegrityCheckValue_Length % 8 == 0)
AAFSObjectHeader[1] = (Byte)(IntegrityCheckValue_Length / 8);
else AAFSObjectHeader[1] = (Byte)((IntegrityCheckValue_Length / 8) + 1);
if (EncryptionParameters_Length % 8 == 0)
AAFSObjectHeader[2] = (Byte)(EncryptionParameters_Length / 8);
else AAFSObjectHeader[2] = (Byte)((EncryptionParameters_Length / 8) + 1);
AAFSObjectHeader[3] = (Byte)(DataPadding_Length);
AAFSObjectHeader[4] = (Byte)(AdditionalPadding_Length / 256);
AAFSObjectHeader[5] = (Byte)(AdditionalPadding_Length % 256);
AAFSObjectHeader[6] = 0x00;
AAFSObjectHeader[7] = 0x00;
writer.WriteBytesDirect(AAFSObjectHeader); // 8 Bytes
IntegrityCheckValue_Position = writer.BaseStream.Position;
writer.WriteBytesDirect(new Byte[IntegrityCheckValue_Length]); // n or at least 16 Bytes
writer.WriteBytesDirect(EncryptionParameters); // m Bytes
#endregion
#region Serialize StructureVersion, ObjectUUID and the Inner Object
writer.WriteBytesDirect(BitConverter.GetBytes(_StructureVersion));
ObjectUUID.Serialize(ref writer); // n or at least 16 Bytes
Serialize(ref writer);
#endregion
_TmpSerializedAGraphStructure = writer.ToArray();
#region Encrypt
#endregion
#region Add IntegrityCheck
if (myIntegrityCheckAlgorithm != null && IntegrityCheckValue_Length > 0)
{
IntegrityCheckValue = myIntegrityCheckAlgorithm.GetHashValueAsByteArray(_TmpSerializedAGraphStructure);
// If the returned array is shorter than expected => pad with 0x00
// And if it is longer just copy the number of expected bytes
Array.Copy(IntegrityCheckValue, 0, _TmpSerializedAGraphStructure, IntegrityCheckValue_Position, IntegrityCheckValue.Length);
}
#endregion
isDirty = false;
if (myCacheSerializeData)
_SerializedAGraphStructure = _TmpSerializedAGraphStructure;
return _TmpSerializedAGraphStructure;
}
catch (SerializationException e)
{
throw new SerializationException(e.Message, e);
}
}
public override void Serialize(ref SerializationWriter mySerializationWriter)
{
mySerializationWriter.CheckNull("mySerializationWriter");
if (_IPAddress != null)
{
mySerializationWriter.WriteBytesDirect(_IPAddress.GetAddressBytes());
}
}
