public AssertProgressChangeEvents ( double>.List |
||
expectedOrderedProgressEvents | double>.List | |
return | void |
public void DeterminateStepProgressNotifier_NotifyCurrentProgress() { // Setup var controller = new ConfigurableProgressController(null); const int Steps = 2; var testSubject = new DeterminateStepProgressNotifier(controller, Steps); List<Tuple<string, double>> expectedProgress = new List<Tuple<string, double>>(); // Act + Verify for (int i = 0; i < Steps; i++) { expectedProgress.Add(Tuple.Create("hello world " + i, 0.0)); testSubject.NotifyCurrentProgress(expectedProgress.Last().Item1); Assert.AreEqual(0, testSubject.CurrentValue, "Should not change"); controller.AssertProgressChangeEvents(expectedProgress); } }
public void DeterminateStepProgressNotifier_NotifyCurrentProgress() { // Setup var controller = new ConfigurableProgressController(null); const int Steps = 2; var testSubject = new DeterminateStepProgressNotifier(controller, Steps); List <Tuple <string, double> > expectedProgress = new List <Tuple <string, double> >(); // Act + Verify for (int i = 0; i < Steps; i++) { expectedProgress.Add(Tuple.Create("hello world " + i, 0.0)); testSubject.NotifyCurrentProgress(expectedProgress.Last().Item1); Assert.AreEqual(0, testSubject.CurrentValue, "Should not change"); controller.AssertProgressChangeEvents(expectedProgress); } }
public void DeterminateStepProgressNotifier_NotifyIncrementedProgress() { // Setup var controller = new ConfigurableProgressController(null); const int Steps = 11; // there are two numbers (9 and 11) for which N * (1 / N) > 1.0 var testSubject = new DeterminateStepProgressNotifier(controller, Steps); List <Tuple <string, double> > expectedProgress = new List <Tuple <string, double> >(); // Act + Verify for (int i = 0; i < Steps; i++) { int incrementedStepValue = i + 1; double progress = incrementedStepValue == Steps ? 1.0 : (double)incrementedStepValue / Steps; expectedProgress.Add(Tuple.Create("hello world " + i, progress)); Assert.AreEqual(i, testSubject.CurrentValue); testSubject.NotifyIncrementedProgress(expectedProgress.Last().Item1); Assert.AreEqual(incrementedStepValue, testSubject.CurrentValue); controller.AssertProgressChangeEvents(expectedProgress); } }
public void DeterminateStepProgressNotifier_NotifyIncrementedProgress() { // Setup var controller = new ConfigurableProgressController(null); const int Steps = 11; // there are two numbers (9 and 11) for which N * (1 / N) > 1.0 var testSubject = new DeterminateStepProgressNotifier(controller, Steps); List<Tuple<string, double>> expectedProgress = new List<Tuple<string, double>>(); // Act + Verify for (int i = 0; i < Steps; i++) { int incrementedStepValue = i + 1; double progress = incrementedStepValue == Steps ? 1.0 : (double)incrementedStepValue / Steps; expectedProgress.Add(Tuple.Create("hello world " + i, progress)); Assert.AreEqual(i, testSubject.CurrentValue); testSubject.NotifyIncrementedProgress(expectedProgress.Last().Item1); Assert.AreEqual(incrementedStepValue, testSubject.CurrentValue); controller.AssertProgressChangeEvents(expectedProgress); } }