private void CheckCurrentOppositeEndPoints(params RealObjectEndPoint[] expected)
{
var loadState = (CompleteCollectionEndPointLoadState)CollectionEndPointTestHelper.GetLoadState(_collectionEndPoint);
var dataManager = (CollectionEndPointDataManager)loadState.DataManager;
Assert.That(dataManager.CurrentOppositeEndPoints, Is.EquivalentTo(expected));
}
public void RegisterOriginalOppositeEndPoint_AlreadyRegistered()
{
var oppositeEndPoint = CollectionEndPointTestHelper.GetFakeOppositeEndPoint(_domainObject1);
_dataManager.RegisterOriginalOppositeEndPoint(oppositeEndPoint);
_dataManager.RegisterOriginalOppositeEndPoint(oppositeEndPoint);
}
public void ContainsOriginalOppositeEndPoint()
{
var oppositeEndPoint = CollectionEndPointTestHelper.GetFakeOppositeEndPoint(_domainObject1);
Assert.That(_dataManager.ContainsOriginalOppositeEndPoint(oppositeEndPoint), Is.False);
_dataManager.RegisterOriginalOppositeEndPoint(oppositeEndPoint);
Assert.That(_dataManager.ContainsOriginalOppositeEndPoint(oppositeEndPoint), Is.True);
}
public void SortCurrentAndOriginalData()
{
_dataManager.RegisterOriginalOppositeEndPoint(CollectionEndPointTestHelper.GetFakeOppositeEndPoint(_domainObject3));
_dataManager.RegisterOriginalOppositeEndPoint(CollectionEndPointTestHelper.GetFakeOppositeEndPoint(_domainObject1));
_dataManager.RegisterOriginalOppositeEndPoint(CollectionEndPointTestHelper.GetFakeOppositeEndPoint(_domainObject2));
_dataManager.SortCurrentAndOriginalData(_comparison123);
Assert.That(_dataManager.CollectionData.ToArray(), Is.EqualTo(new[] { _domainObject1, _domainObject2, _domainObject3 }));
Assert.That(_dataManager.OriginalCollectionData.ToArray(), Is.EqualTo(new[] { _domainObject1, _domainObject2, _domainObject3 }));
}
