public void Cancel_AfterSimulation_DoesNothing()
{
var sut = new Simulator();
sut.RunAsync(CreateSyncTickersStub(), new EmptyStrategy(), new SimulationSettings());
sut.Wait();
Assert.DoesNotThrow(() => sut.Cancel(false));
}
public SimulationRunner(SimulationInput input)
{
this.input = input;
this.simulator = new Simulator();
this.simulator.ProgressChanged += (s, e) => ReportProgress(new SimulationProgressStatus("Simulating", e.Current, e.Max));
this.simulator.SimulationEnded += (s, e) => EndSimulation(e);
this.dispatcher = Dispatcher.CurrentDispatcher;
}
public void EndInfo_IsRefEqualToEndEventArgs()
{
SimulationEndEventArgs endInfo = null;
var sut = new Simulator();
sut.SimulationEnded += (s, e) => endInfo = e;
var strategyStub = new Mock<StrategyBase>();
strategyStub.Setup(x => x.Initialize()).Returns(true);
strategyStub.Setup(x => x.Run()).Returns(true);
var settings = new SimulationSettingsImmutableDecorator(new SimulationSettings());
sut.RunAsync(CreateSyncTickersStub(), strategyStub.Object, settings);
sut.Wait();
Assert.Same(sut.EndInfo, endInfo);
}
public void Cancel_BeforeSimulation_DoesNothing()
{
var sut = new Simulator();
Assert.DoesNotThrow(() => sut.Cancel(false));
}
public void Wait_WaitsSpecifiedTimeForSimulationCompletion()
{
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.Wait(100);
Assert.True(sut.IsBusy);
executionHolder = false;
}
public void Wait_BeforeSimulation_DoesNothing()
{
var sut = new Simulator();
Assert.DoesNotThrow(() => sut.Wait());
}
public void SyncTickers_InEndInfo_AreEqualToThosePassedToRunAsync()
{
var sut = new Simulator();
var syncTickers = CreateSyncTickersStub();
var strategyStub = new Mock<StrategyBase>();
strategyStub.Setup(x => x.Initialize()).Returns(true);
strategyStub.Setup(x => x.Run()).Returns(true);
var settings = new SimulationSettingsImmutableDecorator(new SimulationSettings());
sut.RunAsync(syncTickers, strategyStub.Object, settings);
sut.Wait();
Assert.Same(syncTickers, sut.EndInfo.Result.SyncTickers);
}
public void SimulationEnded_AfterSimulation_Fires()
{
int endEvent_FireCount = 0;
var sut = new Simulator();
sut.SimulationEnded += delegate { endEvent_FireCount++; };
var strategyStub = new Mock<StrategyBase>();
strategyStub.Setup(x => x.Initialize()).Returns(true);
strategyStub.Setup(x => x.Run()).Returns(true);
var settings = new SimulationSettingsImmutableDecorator(new SimulationSettings());
sut.RunAsync(CreateSyncTickersStub(), strategyStub.Object, settings);
sut.Wait(Timeout.Infinite);
Assert.Equal<int>(1, endEvent_FireCount);
}
public void EndResult_AfterSimulation_Completion()
{
var sut = new Simulator();
var strategyStub = new Mock<StrategyBase>();
strategyStub.Setup(x => x.Initialize()).Returns(true);
strategyStub.Setup(x => x.Run()).Returns(true);
var settings = new SimulationSettingsImmutableDecorator(new SimulationSettings());
sut.RunAsync(CreateSyncTickersStub(), strategyStub.Object, settings);
sut.Wait(Timeout.Infinite);
Assert.Equal<SimulationEndReason>(SimulationEndReason.Completion, sut.EndInfo.EndReason);
}
public void RunAsync_NullStrategy_Throws()
{
var sut = new Simulator();
Assert.Throws<ArgumentNullException>(() => sut.RunAsync(CreateSyncTickersStub(), null, new SimulationSettings()));
}
public void RunAsync_NullSettings_Throws()
{
var sut = new Simulator();
Assert.Throws<ArgumentNullException>(() => sut.RunAsync(CreateSyncTickersStub(), new Mock<StrategyBase>().Object, null));
}
public void RunAsync_IsBusyIsTrue_Thows()
{
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);
Assert.Throws<InvalidOperationException>(() => sut.RunAsync(CreateSyncTickersStub(), strategyStub.Object, settings));
executionHolder = false;
}
public void ProgressChanged_DuringSimulation_Fires()
{
int changedEvent_FireCount = 0;
var sut = new Simulator();
sut.ProgressChanged += delegate { changedEvent_FireCount++; };
var strategyStub = new Mock<StrategyBase>();
strategyStub.Setup(x => x.Initialize()).Returns(true);
strategyStub.Setup(x => x.Run()).Returns(true);
var settings = new SimulationSettingsImmutableDecorator(new SimulationSettings());
sut.RunAsync(CreateSyncTickersStub(), strategyStub.Object, settings);
sut.Wait(Timeout.Infinite);
Assert.True(changedEvent_FireCount > 1);
}
public void IsBusyProperty_DuringSimulation_IsTrue()
{
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);
bool isBusy = sut.IsBusy;
executionHolder = false;
Assert.True(isBusy);
}
public void IsBusyProperty_AfterSimulation_IsFalse()
{
var sut = new Simulator();
var strategyStub = new Mock<StrategyBase>();
strategyStub.Setup(x => x.Initialize()).Returns(true);
strategyStub.Setup(x => x.Run()).Returns(true);
var settings = new SimulationSettingsImmutableDecorator(new SimulationSettings());
sut.RunAsync(CreateSyncTickersStub(), strategyStub.Object, settings);
sut.Wait(Timeout.Infinite);
Assert.False(sut.IsBusy);
}
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);
}
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 RunAsync_NullTickers_Throws()
{
var sut = new Simulator();
Assert.Throws<ArgumentNullException>(() => sut.RunAsync(null, new Mock<StrategyBase>().Object, new SimulationSettings()));
}
