public void RepeatedHashFails_CannotContinueExisting()
{
peer.IsChoking = false;
peer.BitField.SetAll(true);
var otherPeer = peers[1];
otherPeer.IsChoking = false;
otherPeer.BitField.SetAll(true);
otherPeer.Peer.RepeatedHashFails++;
// Successfully receive one block, then abandon the piece by disconnecting.
var request = picker.PickPiece(peer, peer.BitField, peers);
picker.ValidatePiece(peer, new BlockInfo(request.Value.PieceIndex, request.Value.StartOffset, request.Value.RequestLength), out _, out _);
request = picker.PickPiece(peer, peer.BitField, peers);
picker.CancelRequests(peer);
peer.Dispose();
// Peers involved in repeated hash fails cannot continue incomplete pieces.
var otherRequest = picker.PickPiece(otherPeer, otherPeer.BitField, peers);
Assert.AreNotEqual(request.Value.PieceIndex, otherRequest.Value.PieceIndex, "#0");
}
void ReleaseDesignerOutlets()
{
if (ChatMessageAuthor != null)
{
ChatMessageAuthor.Dispose();
ChatMessageAuthor = null;
}
if (ChatMessageText != null)
{
ChatMessageText.Dispose();
ChatMessageText = null;
}
if (ChatTable != null)
{
ChatTable.Dispose();
ChatTable = null;
}
if (MessageTextField != null)
{
MessageTextField.Dispose();
MessageTextField = null;
}
if (PeerId != null)
{
PeerId.Dispose();
PeerId = null;
}
if (PeerName != null)
{
PeerName.Dispose();
PeerName = null;
}
if (PeersTable != null)
{
PeersTable.Dispose();
PeersTable = null;
}
}
