public void Cancel_AfterSimulation_DoesNothing()
{
var sut = new Simulator();
sut.RunAsync(CreateSyncTickersStub(), new EmptyStrategy(), new SimulationSettings());
sut.Wait();
Assert.DoesNotThrow(() => sut.Cancel(false));
}
public void EndResult_AfterCancelation_Cancelation()
{
bool executionHolder = true;
var sut = new Simulator();
var strategyStub = new Mock<StrategyBase>();
strategyStub.Setup(x => x.Initialize()).Returns(true);
strategyStub.Setup(x => x.Run()).Callback(() => { while (executionHolder);}).Returns(true);
var settings = new SimulationSettingsImmutableDecorator(new SimulationSettings());
sut.RunAsync(CreateSyncTickersStub(), strategyStub.Object, settings);
sut.Cancel();
Assert.Equal<SimulationEndReason>(SimulationEndReason.Cancellation, sut.EndInfo.EndReason);
}
public void Cancel_BeforeSimulation_DoesNothing()
{
var sut = new Simulator();
Assert.DoesNotThrow(() => sut.Cancel(false));
}
public void InfinitiveSimulation_CanBeCanceled()
{
bool executionHolder = true;
var sut = new Simulator();
var strategyStub = new Mock<StrategyBase>();
strategyStub.Setup(x => x.Initialize()).Returns(true);
strategyStub.Setup(x => x.Run()).Callback(() => { while (executionHolder);}).Returns(true);
var settings = new SimulationSettingsImmutableDecorator(new SimulationSettings());
sut.RunAsync(CreateSyncTickersStub(), strategyStub.Object, settings);
sut.Cancel();
Assert.False(sut.IsBusy);
}
