public void SequentialProgressController_IProgressController_TryAbort_ControllerDrivenCancellation()
{
// Arrange
ConfigurableProgressStepFactory testFactory = new ConfigurableProgressStepFactory();
ConfigurableProgressTestOperation stepOperation = new ConfigurableProgressTestOperation(this.DoNothing)
{
CancellableAction = () =>
{
// Using this opportunity to abort - the test assumes that Cancellable is called before the step is actually executed
this.testSubject.TryAbort().Should().BeTrue("Should be able to abort");
return(true);
}
};
testFactory.CreateOpeartion = (d) => stepOperation;
ProgressEventsVerifier verifier = new ProgressEventsVerifier(this.testSubject);
this.testSubject.Initialize(testFactory, new[] { new StubProgressStepDefinition() });
// Act
this.testSubject.StartAsync().Wait();
// Assert
verifier.AssertCorrectExecution(ProgressControllerResult.Cancelled);
verifier.AssertStepCorrectExecution(stepOperation, StepExecutionState.NotStarted);
verifier.AssertCancellationChanges(3);
}
public void SequentialProgressController_IProgressController_Initialize_Twice()
{
// Arrange
ConfigurableProgressStepFactory testFactory = new ConfigurableProgressStepFactory();
this.testSubject.Initialize(testFactory, new IProgressStepDefinition[0]);
// Act and verify
Exceptions.Expect <InvalidOperationException>(() => this.testSubject.Initialize(testFactory, new IProgressStepDefinition[0]));
}
public void SequentialProgressController_IProgressController_Start()
{
// Arrange
ConfigurableProgressStepFactory testFactory = new ConfigurableProgressStepFactory();
ConfigurableProgressTestOperation stepOperation = new ConfigurableProgressTestOperation(this.VerifyControllerExecuting);
testFactory.CreateOpeartion = (d) => stepOperation;
this.testSubject.Initialize(testFactory, new[] { new StubProgressStepDefinition() });
this.testSubject.IsStarted.Should().BeFalse("Wasn't started yet");
this.testSubject.IsFinished.Should().BeFalse("Wasn't started yet");
// Act
this.testSubject.StartAsync().Wait();
this.testSubject.IsStarted.Should().BeTrue("Was started");
this.testSubject.IsFinished.Should().BeTrue("Was finished");
}
public void SequentialProgressController_IProgressController_Initialize()
{
// Arrange
ConfigurableProgressStepFactory testFactory = new ConfigurableProgressStepFactory();
IProgressStepDefinition[] definitions = new IProgressStepDefinition[]
{
new StubProgressStepDefinition(),
new StubProgressStepDefinition(),
new StubProgressStepDefinition()
};
// Act
this.testSubject.Initialize(testFactory, definitions);
// Assert
IProgressStepOperation[] stepOperations = this.testSubject.Steps.OfType <IProgressStepOperation>().ToArray();
testFactory.AssertStepOperationsCreatedForDefinitions(definitions, stepOperations);
}
public void SequentialProgressController_IProgressController_Start_Twice()
{
// Arrange
ConfigurableProgressStepFactory testFactory = new ConfigurableProgressStepFactory();
this.testSubject.Initialize(testFactory, new IProgressStepDefinition[0]);
// Act in parallel and verify
Exceptions.Expect <InvalidOperationException>(() =>
{
try
{
Task.WaitAll(
this.testSubject.StartAsync(),
this.testSubject.StartAsync());
}
catch (AggregateException ex)
{
throw ex.InnerException;
}
});
}
public void SequentialProgressController_IProgressController_TryAbort_ControllerDrivenCancellation()
{
// Setup
ConfigurableProgressStepFactory testFactory = new ConfigurableProgressStepFactory();
ConfigurableProgressTestOperation stepOperation = new ConfigurableProgressTestOperation(this.DoNothing);
stepOperation.CancellableAction = () =>
{
// Using this opportunity to abort - the test assumes that Cancellable is called before the step is actually executed
Assert.IsTrue(this.testSubject.TryAbort(), "Should be able to abort");
return true;
};
testFactory.CreateOpeartion = (d) => stepOperation;
ProgressEventsVerifier verifier = new ProgressEventsVerifier(this.testSubject);
this.testSubject.Initialize(testFactory, new[] { new StubProgressStepDefinition() });
// Execute
this.testSubject.Start().Wait();
// Verify
verifier.AssertCorrectExecution(ProgressControllerResult.Cancelled);
verifier.AssertStepCorrectExecution(stepOperation, StepExecutionState.NotStarted);
verifier.AssertCancellationChanges(3);
}
public void SequentialProgressController_IProgressController_Initialize()
{
// Setup
ConfigurableProgressStepFactory testFactory = new ConfigurableProgressStepFactory();
IProgressStepDefinition[] definitions = new IProgressStepDefinition[]
{
new StubProgressStepDefinition(),
new StubProgressStepDefinition(),
new StubProgressStepDefinition()
};
// Execute
this.testSubject.Initialize(testFactory, definitions);
// Verify
IProgressStepOperation[] stepOperations = this.testSubject.Steps.OfType<IProgressStepOperation>().ToArray();
testFactory.AssertStepOperationsCreatedForDefinitions(definitions, stepOperations);
}
public void SequentialProgressController_IProgressController_Start()
{
// Setup
ConfigurableProgressStepFactory testFactory = new ConfigurableProgressStepFactory();
ConfigurableProgressTestOperation stepOperation = new ConfigurableProgressTestOperation(this.VerifyControllerExecuting);
testFactory.CreateOpeartion = (d) => stepOperation;
this.testSubject.Initialize(testFactory, new[] { new StubProgressStepDefinition() });
Assert.IsFalse(this.testSubject.IsStarted, "Wasn't started yet");
Assert.IsFalse(this.testSubject.IsFinished, "Wasn't started yet");
// Execute
this.testSubject.Start().Wait();
Assert.IsTrue(this.testSubject.IsStarted, "Was started");
Assert.IsTrue(this.testSubject.IsFinished, "Was finished");
}
public void SequentialProgressController_IProgressController_Start_Twice()
{
// Setup
ConfigurableProgressStepFactory testFactory = new ConfigurableProgressStepFactory();
this.testSubject.Initialize(testFactory, new IProgressStepDefinition[0]);
// Execute in parallel and verify
Exceptions.Expect<InvalidOperationException>(() =>
{
try
{
Task.WaitAll(
this.testSubject.Start(),
this.testSubject.Start());
}
catch (AggregateException ex)
{
throw ex.InnerException;
}
});
}
public void SequentialProgressController_IProgressController_Initialize_Twice()
{
// Setup
ConfigurableProgressStepFactory testFactory = new ConfigurableProgressStepFactory();
this.testSubject.Initialize(testFactory, new IProgressStepDefinition[0]);
// Execute and verify
Exceptions.Expect<InvalidOperationException>(() => this.testSubject.Initialize(testFactory, new IProgressStepDefinition[0]));
}
