IEnumerator TestWhenAllFaultedCoroutine(Fiber [] fibers)
{
// One fiber will cancel
var waitAllFiber = Fiber.WhenAll (fibers);
yield return waitAllFiber;
// None should be running
Assert.IsFalse (fibers.Any (f => f.Status == FiberStatus.Running), "No fibers should have been running");
// All should be complete
Assert.IsTrue (fibers.All (f => f.IsCompleted), "All should be complete");
// 2 should be faulted
Assert.AreEqual (2, fibers.Count (f => f.IsFaulted), "2 should be faulted");
// None should be canceled
Assert.IsFalse (fibers.Any (f => f.IsCanceled), "None should be canceled");
// Result should not be present
Assert.IsNull (waitAllFiber.ResultAsObject, "Result should not be present");
// Fiber should be faulted
Assert.IsTrue (waitAllFiber.IsFaulted, "Fiber should have been faulted");
// Fiber should have exception
Assert.IsNotNull (waitAllFiber.Exception, "Fiber should have exception");
// Exception should have 2 inner exceptions
Assert.AreEqual (2, (waitAllFiber.Exception as AggregateException).InnerExceptions.Count, "Fiber should have 2 inner exceptions");
}
IEnumerator TestWhenAllChildCancellationCoroutine(Fiber [] fibers)
{
// One fiber will cancel
var waitAllFiber = Fiber.WhenAll (fibers);
yield return waitAllFiber;
// None should be running
Assert.IsFalse (fibers.Any (f => f.Status == FiberStatus.Running), "No fibers should have been running");
// All should be complete
Assert.IsTrue (fibers.All (f => f.IsCompleted), "All should be complete");
// None should be faulted
Assert.IsFalse (fibers.Any (f => f.IsFaulted), "None should be faulted");
// One should be canceled
Assert.IsTrue (fibers.Count (f => f.IsCanceled) == 1, "One should be canceled");
// Result should not be present
Assert.IsNull (waitAllFiber.ResultAsObject, "Result should not be present");
// Fiber should not be faulted
Assert.IsFalse (waitAllFiber.IsFaulted, "Fiber should not be faulted");
// Fiber should be canceled
Assert.IsTrue (waitAllFiber.IsCanceled, "Fiber should have been canceled");
}