public void When_Inner_UseCase_Expect_65()
{
// arrange
var input = new TestInput
{
a = 10,
b = 25
};
var addTask = new AddStep();
var plusTenTask = new PlusTenStep();
var presenter = new PropertyPresenter <TestResult, ErrorOutput>();
var innerUseCase = new AddTwoNumbersThenAddTen(addTask, plusTenTask);
var sut = new AddTwoNumbersTwiceOnceUsingUseCase(innerUseCase, addTask, plusTenTask);
// act
sut.Execute(input, presenter);
// assert
var expected = new TestResult
{
Result = 65
};
presenter.SuccessContent.Should().BeEquivalentTo(expected);
}
public void When_Using_DI_Expect_135()
{
// arrange
var input = new TestInput
{
a = 10,
b = 25
};
var myRepository = new MathOperations();
var addTask = new AddStep();
var addWithDiTask = new AddStepWithRepository(myRepository);
var presenter = new PropertyPresenter <TestResult, ErrorOutput>();
var sut = new AddTwoNumbersUsingDiInjectedRepository(addTask, addWithDiTask);
// act
sut.Execute(input, presenter);
// assert
var expected = new TestResult
{
Result = 135
};
presenter.SuccessContent.Should().BeEquivalentTo(expected);
}
public ActionStepHandler(ElementSelector elementSelector, int actionType)
{
TextBoxDict = new Dictionary <string, TextBox>();
var actionTypeValue = (EventAction)actionType;
switch (actionTypeValue)
{
case EventAction.Add:
ElementStep = new AddStep(elementSelector);
break;
case EventAction.Remove:
ElementStep = new RemoveStep(elementSelector);
break;
case EventAction.Move:
if (elementSelector.ElementType == ElementType.Event)
{
ElementStep = new MoveStep(elementSelector);
}
break;
case EventAction.SetEffect:
ElementStep = new SetEffectStep(elementSelector);
break;
}
}
public void AddStepCloneTest()
{
AddStep originalStep = new AddStep();
AddStep clonedStep = originalStep.Clone() as AddStep;
Assert.IsNotNull(clonedStep);
Assert.AreEqual(originalStep.IsStepDone, clonedStep.IsStepDone);
Assert.AreEqual(originalStep.MessageToUser, clonedStep.MessageToUser);
Assert.AreEqual(originalStep.Name, clonedStep.Name);
Assert.AreEqual(originalStep.NextGrammarNeeded, clonedStep.NextGrammarNeeded);
Assert.AreEqual(originalStep.ShouldCancel, clonedStep.ShouldCancel);
}
public void AddStepDoStepInvalidUserInputTest()
{
AddStep step = new AddStep();
Mock <IBartenderController> bartender = new Mock <IBartenderController>(MockBehavior.Strict);
bartender.Setup(s => s.IsValid).Returns(true);
step.DoStep(new Dialog(new Dictionary <String, String>(), "Test Phrase"), bartender.Object, new Ingredient("TestIngredient", 1, IngredientUnit.Part, "Test Ingredient"));
Assert.AreEqual("Add Test Ingredient to the glass and tell me when you are done.", step.MessageToUser);
Assert.AreEqual(false, step.IsStepDone);
Assert.AreEqual("Add", step.Name);
Assert.AreEqual(BartenderApp.ConfirmationRuleName, step.NextGrammarNeeded);
Assert.AreEqual(false, step.ShouldCancel);
}
public void AddStepDoStepFalseAnswerTest()
{
AddStep step = new AddStep();
Mock <IBartenderController> bartender = new Mock <IBartenderController>(MockBehavior.Strict);
bartender.Setup(s => s.IsValid).Returns(true);
Dictionary <String, String> input = new Dictionary <string, string>
{
{ "answer", "false" },
};
step.DoStep(new Dialog(input, "Test Phrase"), bartender.Object, new Ingredient("TestIngredient", 1, IngredientUnit.Part, "Test Ingredient"));
Assert.AreEqual(null, step.MessageToUser);
Assert.AreEqual(true, step.IsStepDone);
Assert.AreEqual("Add", step.Name);
Assert.AreEqual(null, step.NextGrammarNeeded);
Assert.AreEqual(true, step.ShouldCancel);
}
public void When_Errors_Expect_Sum_Of_Two_Numbers_Plus_10()
{
// arrange
var input = new TestInput
{
a = 10,
b = 25
};
var addTask = new AddStep();
var errorTask = new AddTenErrorStep();
var presenter = new PropertyPresenter <TestResult, ErrorOutput>();
var sut = new AddTwoNumbersThenAddTenThrowsError(addTask, errorTask);
// act
sut.Execute(input, presenter);
// assert
var expected = new ErrorOutput("Error in task\r\n");
presenter.ErrorContent.Should().BeEquivalentTo(expected);
}
public void When_No_Errors_Expect_Sum_Of_Two_Numbers_Plus_10()
{
// arrange
var input = new TestInput
{
a = 10,
b = 25
};
var addTask = new AddStep();
var plusTenTask = new PlusTenStep();
var presenter = new PropertyPresenter <TestResult, ErrorOutput>();
var sut = new AddTwoNumbersThenAddTen(addTask, plusTenTask);
// act
sut.Execute(input, presenter);
// assert
var expected = new TestResult
{
Result = 45
};
presenter.SuccessContent.Should().BeEquivalentTo(expected);
}
public CreateProfileViewModel(IScreen hostScreen, IFermentationControllerAPI api)
{
HostScreen = hostScreen;
AllSteps = new ReactiveList <StepData> ();
StepTiles = AllSteps.CreateDerivedCollection(x => new ProfileStepTileViewModel(x.StepId, x));
var canAddStep = this.WhenAnyValue(x => x.StepDays, x => x.StepHours, x => x.StepMins)
.Select(x => x.Item1 > 0 || x.Item2 > 0 || x.Item3 > 0);
AddStep = ReactiveCommand.Create(canAddStep);
AddStep
.ObserveOn(RxApp.MainThreadScheduler)
.Select(x => new StepData(TemperatureConvert.ConvertToCelsius(StartingTemp),
TemperatureConvert.ConvertToCelsius(EndingTemp),
new TimeSpan(StepDays,
StepHours,
StepMins,
0),
AllSteps.Count + 1,
IsRampStep))
.Subscribe(AllSteps.Add);
var canCommit = this.WhenAnyValue(x => x.Name, x => x.AllSteps).Select(x => !string.IsNullOrWhiteSpace(x.Item1) && x.Item2.Count > 0);
CommitProfile = ReactiveCommand.CreateAsyncTask(canCommit, (x, ct) => {
//TODO: create the profile dto
return(api.StoreProfile(Name, new byte[0]));
}, RxApp.MainThreadScheduler);
//on non-ramp steps the starting and ending temp are the same
this.WhenAnyValue(x => x.StartingTemp, y => y.IsRampStep)
.Where(x => !x.Item2)
.Subscribe(x => EndingTemp = StartingTemp);
}
public AddTwoNumbersThenAddTenThrowsError(AddStep addTask, AddTenErrorStep errorTask)
{
_errorTask = errorTask;
_addTask = addTask;
}
public AddTwoNumbersTwiceOnceUsingUseCase(AddTwoNumbersThenAddTen useCase, AddStep addTask, PlusTenStep plusTenTask)
{
_useCase = useCase;
_addTask = addTask;
_plusTenTask = plusTenTask;
}
public AddTwoNumbersUsingDiInjectedRepository(AddStep addTask, AddStepWithRepository addWithDiTask)
{
_addTask = addTask;
_addWithDiTask = addWithDiTask;
}
public AddTwoNumbersThenAddTen(AddStep addTask, PlusTenStep plusTenTask)
{
_addTask = addTask;
_plusTenTask = plusTenTask;
}