private void MoveSeries()
{
ReasonDialog dlgReason = new ReasonDialog("Input Reason For Moving Series");
if (dlgReason.ShowDialog(this) == DialogResult.OK)
{
MoveSeries move = new MoveSeries();
DicomCommandStatusType status = DicomCommandStatusType.Success;
ProgressDialog progress = new ProgressDialog();
move.PatientId = textBoxId.Text.Replace(@"\", @"\\").Replace("'", @"''");
move.PatientToMerge.Add(new MergePatientSequence(_Patient.Id));
move.SeriesInstanceUID = _Series.InstanceUID;
move.Reason = dlgReason.Reason;
move.Operator = Environment.UserName != string.Empty ? Environment.UserName : Environment.MachineName;
move.Description = "Move Series";
Thread thread = new Thread(() =>
{
try
{
status = _naction.SendNActionRequest <MoveSeries>(_scp, move, NActionScu.MoveSeries,
NActionScu.PatientUpdateInstance);
}
catch (Exception e)
{
ApplicationUtils.ShowException(this, e);
status = DicomCommandStatusType.Failure;
}
});
progress.ActionThread = thread;
progress.Title = "Moving Series";
progress.ProgressInfo = "Performing series move to patient: " + textBoxFirstname.Text + " " + textBoxLastname.Text + ".";
progress.ShowDialog(this);
if (status == DicomCommandStatusType.Success)
{
_Action = ActionType.Merge;
TaskDialogHelper.ShowMessageBox(this, "Move Series", "The series has been successfully move.", GetMergeInfo(),
string.Empty, TaskDialogStandardButtons.Close, TaskDialogStandardIcon.Information,
null);
DialogResult = DialogResult.OK;
}
else
{
string message = "The series was not move.\r\nError - " + _naction.GetErrorMessage();
if (status == DicomCommandStatusType.MissingAttribute)
{
message = "The series was not move.\r\nSeries not found on server.";
}
TaskDialogHelper.ShowMessageBox(this, "Move Series Error", "The series was not moved.", message,
string.Empty, TaskDialogStandardButtons.Close, TaskDialogStandardIcon.Information,
null);
}
}
}
/// <summary>
/// Choosed the winner based on the power matrix.
/// In the case of a draw. An empty Guid is returned.
/// </summary>
/// <param name="user1Moves"></param>
/// <param name="user2Moves"></param>
/// <returns></returns>
public Guid? ProcessWinner(MoveSeries user1Moves, MoveSeries user2Moves)
{
int matrixScore = user1Moves.Moves.Cast<int>()
.Zip(user2Moves.Moves.Cast<int>(), Tuple.Create)
.Sum(x => _powerMatrix[x.Item1, x.Item2]);
if (matrixScore > 0) return user1Moves.PlayerId;
if (matrixScore < 0) return user2Moves.PlayerId;
return null;
}
public void ProcessWinner_Player2Wins()
{
//Arrange
var moves1 = new MoveSeries(new List<MoveType> { MoveType.Kick, MoveType.Punch, MoveType.Block }, _player1);
var moves2 = new MoveSeries(new List<MoveType> { MoveType.Punch, MoveType.Block, MoveType.Block }, _player2);
//Act
Guid? winner = _target.ProcessWinner(moves1, moves2);
//Assert
Assert.AreEqual(_player2, winner);
}
public void ProcessWinner_EqualMoveSeries_ReturnNullIndicatingDraw()
{
//Arrange
var moves1 = new MoveSeries(new List<MoveType>{ MoveType.Kick, MoveType.Punch, MoveType.Block }, _player1);
var moves2 = new MoveSeries(new List<MoveType>{ MoveType.Kick, MoveType.Punch, MoveType.Block }, _player2);
//Act
Guid? winner =_target.ProcessWinner(moves1, moves2);
//Assert
Assert.IsNull(winner);
}
public Player2MovesPlayed(Guid roundId, MoveSeries moves, Guid playerId)
{
RoundId = roundId;
Moves = moves;
PlayerId = playerId;
}