//0xf8ffd6db
//f8 ff d6 db
void Test(byte [] encryptedData, byte [] unencryptedData)
{
DataDecryptor d = new DataDecryptor {
Key = 0xf8ffd6db
};
d.Reset();
d.DecryptData(encryptedData, 0, encryptedData.Length);
}
/// <summary>
/// Call this from your IDriver if you have an entire frames worth of data to process. This useful only
/// when processing keyframe data as it disregards any stateful information associated with the live stream.
/// </summary>
/// <param name="keyFrameData">The stream must contain complete data for a keyframe.</param>
public void HandleReadAdHoc(Stream keyFrameData)
{
PacketReader keyFrameReader = new PacketReader(keyFrameData, new DecryptStreamDecorator(keyFrameData, _decryptor));
_decryptor.Reset();
bool keepReading;
do
{
keepReading = keyFrameReader.ReadNext();
while (keyFrameReader.MessageQueue.Count > 0)
{
DispatchMessage(keyFrameReader.MessageQueue.Dequeue(), false);
}
} while (keepReading);
// The live stream may not yet know its own event type because it probably
// hasn't received the EventId message. So we copy the value across from the
// keyframe. This is necessary to know how to deserialise car packets.
UpdateEventType(keyFrameReader.CurrentEventType);
}