public void ReturnsNextIfAllContinuationsInGroupedIsComplete()
{
var continuation = new Continuation
{
Type = ContinuationType.Parallel,
Children = new[] {new Continuation {Status = JobStatus.Completed}},
Next = new Continuation()
};
var pending = continuation.PendingContinuations();
Assert.Equal(continuation.Next, pending.Single());
}
public void ReturnsNextIfAnyFailedContinuationHasCompletedRecoverableContinuation()
{
var continuation = new Continuation
{
Type = ContinuationType.Parallel,
Children = new[]
{
new Continuation {Status = JobStatus.Poisoned}
},
ContinueAfterHandlingFailure = true,
OnAnyFailed = new Continuation {Status = JobStatus.Completed},
Next = new Continuation()
};
var pending = continuation.PendingContinuations();
Assert.Equal(continuation.Next, pending.Single());
}
public void ReturnsAllIncompleteContinuationsInGrouped()
{
var created = new Continuation { Status = JobStatus.Created };
var ready = new Continuation { Status = JobStatus.Ready };
var completed = new Continuation {Status = JobStatus.Completed};
var poisoned = new Continuation {Status = JobStatus.Poisoned};
var continuation = new Continuation
{
Type = ContinuationType.Parallel,
Children = new[] {created, completed, poisoned, ready}
};
var pending = continuation.PendingContinuations().ToArray();
Assert.Contains(created, pending);
Assert.Contains(ready, pending);
Assert.DoesNotContain(completed, pending);
Assert.DoesNotContain(poisoned, pending);
}
public void ShouldReturnNextInSequence()
{
var continuation = new Continuation
{
Type = ContinuationType.Sequence,
Children = new[]
{
new Continuation {Status = JobStatus.Completed},
new Continuation {Status = JobStatus.Created},
new Continuation {Status = JobStatus.Created}
}
};
var pending = continuation.PendingContinuations();
Assert.Equal(continuation.Children.ElementAt(1), pending.Single());
}
public void ShouldReturnAnyFailedHandlerWhenAnyItemFailsInSequence()
{
var continuation = new Continuation
{
Type = ContinuationType.Sequence,
Children = new[]
{
new Continuation {Status = JobStatus.Completed},
new Continuation {Status = JobStatus.Poisoned},
new Continuation {Status = JobStatus.Created}
},
OnAnyFailed = new Continuation()
};
var pending = continuation.PendingContinuations();
Assert.Equal(continuation.OnAnyFailed, pending.Single());
}
public void ShouldReturnAnyFailedContinuationIfAnyContinuationInGroupIsFailed()
{
var continuation = new Continuation
{
Type = ContinuationType.Parallel,
Children = new[]
{
new Continuation {Status = JobStatus.Poisoned}
},
OnAnyFailed = new Continuation()
};
var pending = continuation.PendingContinuations();
Assert.Equal(continuation.OnAnyFailed, pending.Single());
}
public void ShouldReturnAnyFailedContinuationIfAllContinuationsInGroupIsFailed()
{
var continuation = new Continuation
{
Type = ContinuationType.Parallel,
Children = new[]
{
new Continuation {Status = JobStatus.Poisoned},
new Continuation {Status = JobStatus.Poisoned}
},
OnAnyFailed = new Continuation(),
OnAllFailed = new Continuation()
};
var pending = continuation.PendingContinuations();
Assert.Contains(continuation.OnAnyFailed, pending);
}
public void ShouldNotReturnNextInSequenceIfCurrentIsFailed()
{
var continuation = new Continuation
{
Type = ContinuationType.Sequence,
Children = new[]
{
new Continuation {Status = JobStatus.Completed},
new Continuation {Status = JobStatus.Poisoned},
new Continuation {Status = JobStatus.Created}
}
};
var pending = continuation.PendingContinuations();
Assert.Empty(pending);
}
public void ShouldNotReturnNextIfSingleContinuationIsFailed()
{
var continuation = new Continuation {Status = JobStatus.Poisoned, Next = new Continuation()};
var pending = continuation.PendingContinuations();
Assert.Empty(pending);
}
public void ShouldNotReturnNextIfSingleContinuationIsCreated()
{
var continuation = new Continuation {Next = new Continuation()};
var pending = continuation.PendingContinuations();
Assert.Equal(continuation, pending.Single());
}
public void ShouldNotReturnNextIfAnyContinuationInGroupIsFailed()
{
var continuation = new Continuation
{
Type = ContinuationType.Parallel,
Children = new[]
{
new Continuation {Status = JobStatus.Completed},
new Continuation {Status = JobStatus.Poisoned}
},
Next = new Continuation()
};
var pending = continuation.PendingContinuations();
Assert.Empty(pending);
}
public void ShouldNotReturnNextIfAllChilrenAreNotComplete()
{
var continuation = new Continuation
{
Children = new[]
{
new Continuation()
},
Next = new Continuation()
};
var pending = continuation.PendingContinuations();
Assert.DoesNotContain(continuation.Next, pending);
}
public void ShouldNotReturnAllFailedContinuationIfAllContinuationsInGroupIsNotFailed()
{
var continuation = new Continuation
{
Children = new[]
{
new Continuation {Status = JobStatus.Completed},
new Continuation {Status = JobStatus.Poisoned}
},
OnAllFailed = new Continuation()
};
var pending = continuation.PendingContinuations();
Assert.DoesNotContain(continuation.OnAllFailed, pending);
}
public void ReturnsSingleIncompleteContinuation(JobStatus incompleteStatus)
{
var continuation = new Continuation {Status = incompleteStatus};
var pending = continuation.PendingContinuations();
Assert.Equal(continuation, pending.Single());
}
public void ReturnsOnFailedContinuationIfSingleContinuationIsFailed()
{
var continuation = new Continuation {Status = JobStatus.Poisoned, OnAllFailed = new Continuation()};
var pending = continuation.PendingContinuations();
Assert.Equal(continuation.OnAllFailed, pending.Single());
}
public void ReturnsNextIfSingleContinuationIsCompleted()
{
var continuation = new Continuation {Status = JobStatus.Completed, Next = new Continuation()};
var pending = continuation.PendingContinuations();
Assert.Equal(continuation.Next, pending.Single());
}