public void StateMachineExecutor_SURF_Five_Results_Execute()
{
// Arrange
StateMachineExecutor.Parameters parms = new StateMachineExecutor.Parameters()
{
Results = new List <IResult>()
{
new SURFResult()
{
Coordinator = new Point(1, 23),
Note = ENote.C,
NumberOfElements = 100,
Pixel = Color.Red
},
new SURFResult()
{
Coordinator = new Point(1, 40),
Note = ENote.Dm,
NumberOfElements = 87,
Pixel = Color.Yellow
},
new SURFResult()
{
Coordinator = new Point(40, 23),
Note = ENote.G,
NumberOfElements = 87,
Pixel = Color.Yellow
},
new SURFResult()
{
Coordinator = new Point(15, 44),
Note = ENote.Dm,
NumberOfElements = 87,
Pixel = Color.Yellow
},
new SURFResult()
{
Coordinator = new Point(15, 44),
Note = ENote.Dm,
NumberOfElements = 87,
Pixel = Color.Yellow
}
},
MaxNotes = 30,
TargetType = EModelType.SURF
};
// Act
List <IState> states = new StateMachineExecutor(parms).Execute();
// Assert
Assert.IsNotNull(states);
Assert.AreEqual(30, states.Count);
states.ForEach(s =>
{
Assert.IsFalse(s.LinkedStates.IsNullOrEmpty());
Assert.AreEqual(4, s.LinkedStates.Count);
});
}
private void InitUpdates()
{
this.updatesStateMachine = new UpdatesStateMachine();
this.updatesStateMachine.UIContext = AppWorkspace;
this.stateMachineExecutor = new StateMachineExecutor(this.updatesStateMachine);
this.stateMachineExecutor.SyncContext = AppWorkspace;
this.stateMachineExecutor.StateMachineFinished += OnStateMachineFinished;
this.stateMachineExecutor.StateBegin += OnStateBegin;
this.stateMachineExecutor.StateWaitingForInput += OnStateWaitingForInput;
}
private void DisposeUpdates()
{
if (this.stateMachineExecutor != null)
{
this.stateMachineExecutor.StateMachineFinished -= OnStateMachineFinished;
this.stateMachineExecutor.StateBegin -= OnStateBegin;
this.stateMachineExecutor.StateWaitingForInput -= OnStateWaitingForInput;
this.stateMachineExecutor.Dispose();
this.stateMachineExecutor = null;
}
this.updatesStateMachine = null;
}
private List <IState> ExecuteStateMachine(MusicalizationArgs parser, Model model)
{
StateMachineExecutor.Parameters parameters = new StateMachineExecutor.Parameters()
{
LogPath = parser.LogPath,
MaxNotes = parser.MaxNotes,
ProbabilityCalculation = parser.ProbabilityCalculation,
Results = model.Result,
SequenceLog = parser.SequenceLog,
StateLog = parser.StateLog,
TargetType = parser.TargetType
};
StateMachineExecutor stateMachineExecutor = new StateMachineExecutor(parameters);
stateMachineExecutor.NotificationRequested += LogNotifier;
return(stateMachineExecutor.Execute());
}
private void CloseButton_Click(object sender, EventArgs e)
{
if (this.updatesStateMachine != null)
{
this.updatesStateMachine.Abort();
this.updatesStateMachine = null;
this.closeButton.Enabled = false;
}
Close();
}
public void StateMachineExecutor_Execute_ThrowArgumentException()
{
StateMachineExecutor executor = new StateMachineExecutor(null);
}
private void DisposeUpdates()
{
if (this.stateMachineExecutor != null)
{
this.stateMachineExecutor.StateMachineFinished -= OnStateMachineFinished;
this.stateMachineExecutor.StateBegin -= OnStateBegin;
this.stateMachineExecutor.StateWaitingForInput -= OnStateWaitingForInput;
this.stateMachineExecutor.Dispose();
this.stateMachineExecutor = null;
}
this.updatesStateMachine = null;
}
private void InitUpdates()
{
this.updatesStateMachine = new UpdatesStateMachine();
this.updatesStateMachine.UIContext = AppWorkspace;
this.stateMachineExecutor = new StateMachineExecutor(this.updatesStateMachine);
this.stateMachineExecutor.SyncContext = AppWorkspace;
this.stateMachineExecutor.StateMachineFinished += OnStateMachineFinished;
this.stateMachineExecutor.StateBegin += OnStateBegin;
this.stateMachineExecutor.StateWaitingForInput += OnStateWaitingForInput;
}
