private void SortImagesAndValidate(
PresentationImageCollection orderedCollection,
PresentationImageCollection nonOrderedCollection,
bool reverse,
IComparer <IPresentationImage> comparer,
TraceDelegate trace)
{
if (reverse)
{
PresentationImageCollection reversedCollection = new PresentationImageCollection();
for (int i = orderedCollection.Count - 1; i >= 0; --i)
{
reversedCollection.Add(orderedCollection[i]);
}
orderedCollection = reversedCollection;
}
Randomize(orderedCollection, nonOrderedCollection);
Debug.WriteLine("NON-ORDERED COLLECTION (PRE-SORT)\n");
trace(nonOrderedCollection);
//Be certain it is currently *not* in order.
Assert.IsFalse(VerifyOrdered(orderedCollection, nonOrderedCollection));
//Sort it.
nonOrderedCollection.Sort(comparer);
Debug.WriteLine("NON-ORDERED COLLECTION (POST-SORT)");
trace(nonOrderedCollection);
//It should now be in the proper order.
Assert.IsTrue(VerifyOrdered(orderedCollection, nonOrderedCollection));
}
private void AppendCollection(PresentationImageCollection collection, IEnumerable <PresentationImage> listImages)
{
foreach (PresentationImage image in listImages)
{
collection.Add(image);
}
}
private void TestSortingDicomImagesByInstanceAndFrameNumber(bool reverse)
{
PresentationImageCollection orderedCollection = new PresentationImageCollection();
PresentationImageCollection nonOrderedCollection = new PresentationImageCollection();
AppendCollection(orderedCollection, NewDicomSeries("123", "1", 1, 25));
AppendCollection(orderedCollection, NewDicomSeries("123", "10", 1, 25));
AppendCollection(orderedCollection, NewDicomSeries("123", "111", 1, 25));
AppendCollection(orderedCollection, NewDicomSeries("123", "456", 1, 25));
AppendCollection(orderedCollection, NewDicomSeries("123", "789", 1, 25));
//Note that the seriesUID are *not* in numerical order. This is because
//it is a string comparison that is being done.
AppendCollection(orderedCollection, NewDicomSeries("a", "1", 1, 25));
AppendCollection(orderedCollection, NewDicomSeries("a", "11", 1, 25));
AppendCollection(orderedCollection, NewDicomSeries("a", "12", 1, 25));
AppendCollection(orderedCollection, NewDicomSeries("a", "6", 1, 25));
AppendCollection(orderedCollection, NewDicomSeries("a", "7", 1, 25));
AppendCollection(orderedCollection, NewDicomSeries("b", "20", 1, 25));
AppendCollection(orderedCollection, NewDicomSeries("b", "21", 1, 25));
AppendCollection(orderedCollection, NewDicomSeries("b", "33", 1, 25));
AppendCollection(orderedCollection, NewDicomSeries("b", "34", 1, 25));
AppendCollection(orderedCollection, NewDicomSeries("b", "40", 1, 25));
//just put one of these at the end, it's enough. We just want to see
// that non-Dicom images get pushed to one end (depending on forward/reverse).
orderedCollection.Add(new MockPresentationImage());
SortImagesAndValidate(orderedCollection, nonOrderedCollection, reverse,
new InstanceAndFrameNumberComparer(reverse), TraceInstanceAndFrameNumbers);
foreach (PresentationImage image in nonOrderedCollection)
{
image.Dispose();
}
foreach (PresentationImage image in orderedCollection)
{
image.Dispose();
}
}
private void TestSortingDicomImagesByAcquisitionTime(bool reverse)
{
PresentationImageCollection orderedCollection = new PresentationImageCollection();
PresentationImageCollection nonOrderedCollection = new PresentationImageCollection();
foreach (IPresentationImage image in GetAcquisitionTimeTestImages())
{
orderedCollection.Add(image);
}
SortImagesAndValidate(orderedCollection, nonOrderedCollection, reverse,
new SliceLocationComparer(reverse), TraceAcquisitionTime);
foreach (PresentationImage image in nonOrderedCollection)
{
image.Dispose();
}
foreach (PresentationImage image in orderedCollection)
{
image.Dispose();
}
}