private void ProcessBuffer()
{
// buffer may contains multiple packet data
while (ConstructPacket())
{
if (IsMsgNewKeys(_packet))
{
// next packet must be decrypted with the new key
_cipher = null;
_mac = null;
_macEnabled = false;
_head = null;
_pending = true; // retain trailing packets in the buffer
_keyErrorDetectionTimeout = DateTime.MaxValue;
SSH2MsgNewKeys newKeysPacket =
new SSH2MsgNewKeys(_packet, new SSH2MsgNewKeys.Handler(OnMsgNewKeysDequeued));
_inner_handler.OnData(newKeysPacket);
break;
}
_inner_handler.OnData(_packet);
}
}
public override DataFragment Isolate()
{
// The new instance returned from this method will be queued into the packet queue.
// Need to pass delegate object to the new instance to process "dequeued" event.
DataFragment newData = base.Isolate();
SSH2MsgNewKeys newMsgNewKeys = new SSH2MsgNewKeys(newData, _onDequeued);
_onDequeued = null;
return(newMsgNewKeys);
}
private void ProcessBuffer() {
// buffer may contains multiple packet data
while (ConstructPacket()) {
if (IsMsgNewKeys(_packet)) {
// next packet must be decrypted with the new key
_cipher = null;
_mac = null;
_macEnabled = false;
_head = null;
_pending = true; // retain trailing packets in the buffer
_keyErrorDetectionTimeout = DateTime.MaxValue;
SSH2MsgNewKeys newKeysPacket =
new SSH2MsgNewKeys(_packet, new SSH2MsgNewKeys.Handler(OnMsgNewKeysDequeued));
_inner_handler.OnData(newKeysPacket);
break;
}
_inner_handler.OnData(_packet);
}
}
public override DataFragment Isolate() {
// The new instance returned from this method will be queued into the packet queue.
// Need to pass delegate object to the new instance to process "dequeued" event.
DataFragment newData = base.Isolate();
SSH2MsgNewKeys newMsgNewKeys = new SSH2MsgNewKeys(newData, _onDequeued);
_onDequeued = null;
return newMsgNewKeys;
}