public void TestProcessMessage()
{
try
{
Assert.IsNotNull(SynchronizationContext.Current, "SynchronizationContext.Current");
DicomFile file = new DicomFile("TileEntityHandlerTest.dcm");
DicomAttributeCollection dataSet = file.DataSet;
SetupSecondaryCapture(dataSet);
file.Save();
ImageViewerComponent viewer = new ImageViewerComponent();
viewer.Start();
viewer.LoadImages(new[] { "TileEntityHandlerTest.dcm" });
ManualResetEvent signal = new ManualResetEvent(false);
viewer.EventBroker.LayoutManagerCompleted += (s, e) => signal.Set();
viewer.Layout();
Console.WriteLine("Waiting for layout to complete");
if (!signal.WaitOne(20000))
{
Assert.Fail("Abort: something is not working properly.");
}
Console.WriteLine("Layout completed");
Assert.IsNotNull(viewer.PhysicalWorkspace);
Assert.IsNotNull(viewer.PhysicalWorkspace.ImageBoxes[0]);
Assert.IsNotNull(viewer.PhysicalWorkspace.ImageBoxes[0].Tiles[0]);
Tile tile = viewer.PhysicalWorkspace.ImageBoxes[0].Tiles[0] as Tile;
Assert.IsNotNull(tile.PresentationImage);
MockApplicationContext context = new MockApplicationContext();
TileEntityHandler handler = new TileEntityHandler {
ApplicationContext = context
};
handler.SetModelObject(tile);
ChangeClientRectangle(context, handler, 0, 0, 512, 512, "Case: Size is even");
ChangeClientRectangle(context, handler, 0, 0, 311, 311, "Case: Size is odd");
ChangeClientRectangle(context, handler, 10, 10, 300, 301, "Case: Left,Top are positive");
ChangeClientRectangle(context, handler, -10, -10, 512, 512, "Case: Left,Top are negative");
}
finally
{
File.Delete("TileEntityHandlerTest.dcm");
}
}
public void TestProcessMessage()
{
try
{
Assert.IsNotNull(SynchronizationContext.Current, "SynchronizationContext.Current");
DicomFile file = new DicomFile("TileEntityHandlerTest.dcm");
DicomAttributeCollection dataSet = file.DataSet;
SetupSecondaryCapture(dataSet);
file.Save();
ImageViewerComponent viewer = new ImageViewerComponent();
viewer.Start();
viewer.LoadImages(new[] { "TileEntityHandlerTest.dcm" });
ManualResetEvent signal = new ManualResetEvent(false);
viewer.EventBroker.LayoutManagerCompleted += (s, e) => signal.Set();
viewer.Layout();
Console.WriteLine("Waiting for layout to complete");
if (!signal.WaitOne(20000))
Assert.Fail("Abort: something is not working properly.");
Console.WriteLine("Layout completed");
Assert.IsNotNull(viewer.PhysicalWorkspace);
Assert.IsNotNull(viewer.PhysicalWorkspace.ImageBoxes[0]);
Assert.IsNotNull(viewer.PhysicalWorkspace.ImageBoxes[0].Tiles[0]);
Tile tile = viewer.PhysicalWorkspace.ImageBoxes[0].Tiles[0] as Tile;
Assert.IsNotNull(tile.PresentationImage);
MockApplicationContext context = new MockApplicationContext();
TileEntityHandler handler = new TileEntityHandler { ApplicationContext = context };
handler.SetModelObject(tile);
ChangeClientRectangle(context, handler, 0, 0, 512, 512, "Case: Size is even");
ChangeClientRectangle(context, handler, 0, 0, 311, 311, "Case: Size is odd");
ChangeClientRectangle(context, handler, 10, 10, 300, 301, "Case: Left,Top are positive");
ChangeClientRectangle(context, handler, -10, -10, 512, 512, "Case: Left,Top are negative");
}
finally
{
File.Delete("TileEntityHandlerTest.dcm");
}
}
public void TestDisplaySetSortByPresentationIntent()
{
var dxForPresentation1 = CreateDXSopSeries(1, "PatientPeon", "StudyA", "Series1ForPres", 1, true);
var dxForProcessing1 = CreateDXSopSeries(1, "PatientPeon", "StudyA", "Series2ForProc", 2, false);
var dxForOther1 = CreateDXSopSeries(1, "PatientPeon", "StudyA", "Series3ForShaiHulud", 3, null);
var dxForPresentation2 = CreateDXSopSeries(1, "PatientPeon", "StudyA", "Series4ForPres", 4, true);
var dxForProcessing2 = CreateDXSopSeries(1, "PatientPeon", "StudyA", "Series5ForProc", 5, false);
var dxForOther2 = CreateDXSopSeries(1, "PatientPeon", "StudyA", "Series6ForTheHorde", 6, null);
var dxForPresentation3 = CreateDXSopSeries(1, "PatientPeon", "StudyA", "Series7ForPres", 7, true);
var dxForProcessing3 = CreateDXSopSeries(1, "PatientPeon", "StudyA", "Series8ForProc", 8, false);
var dxForOther3 = CreateDXSopSeries(1, "PatientPeon", "StudyA", "Series9ForAiur", 9, null);
var oldSynchronizationContext = SynchronizationContext.Current;
SynchronizationContext.SetSynchronizationContext(oldSynchronizationContext ?? new SynchronizationContext());
try
{
using (var studyProviderContext = UnitTestStudyLoader.RegisterStudies(Combine(dxForOther1, dxForOther2, dxForOther3, dxForPresentation1, dxForPresentation2, dxForPresentation3, dxForProcessing1, dxForProcessing2, dxForProcessing3)))
{
using (var viewer = new ImageViewerComponent(new LayoutManager()))
{
viewer.LoadStudy(new LoadStudyArgs(HashUid("StudyA"), studyProviderContext.Server));
viewer.Layout();
Assert.AreEqual(9, viewer.LogicalWorkspace.ImageSets[0].DisplaySets.Count, "There should be 9 display sets here");
// FOR PRESENTATION series should be sorted to the front.
Assert.AreEqual("Series1ForPres", viewer.LogicalWorkspace.ImageSets[0].DisplaySets[0].Description, "FOR PRESENTATION and indeterminate series should be sorted to the front, subsorted by series number");
Assert.AreEqual("Series4ForPres", viewer.LogicalWorkspace.ImageSets[0].DisplaySets[1].Description, "FOR PRESENTATION and indeterminate series should be sorted to the front, subsorted by series number");
Assert.AreEqual("Series7ForPres", viewer.LogicalWorkspace.ImageSets[0].DisplaySets[2].Description, "FOR PRESENTATION and indeterminate series should be sorted to the front, subsorted by series number");
// FOR PROCESSING and indeterminate series are equivalent and are sorted to the end.
Assert.AreEqual("Series2ForProc", viewer.LogicalWorkspace.ImageSets[0].DisplaySets[3].Description, "FOR PROCESSING series should be sorted to the back, subsorted by series number");
Assert.AreEqual("Series3ForShaiHulud", viewer.LogicalWorkspace.ImageSets[0].DisplaySets[4].Description, "FOR PRESENTATION and indeterminate series should be sorted to the front, subsorted by series number");
Assert.AreEqual("Series5ForProc", viewer.LogicalWorkspace.ImageSets[0].DisplaySets[5].Description, "FOR PROCESSING series should be sorted to the back, subsorted by series number");
Assert.AreEqual("Series6ForTheHorde", viewer.LogicalWorkspace.ImageSets[0].DisplaySets[6].Description, "FOR PRESENTATION and indeterminate series should be sorted to the front, subsorted by series number");
Assert.AreEqual("Series8ForProc", viewer.LogicalWorkspace.ImageSets[0].DisplaySets[7].Description, "FOR PROCESSING series should be sorted to the back, subsorted by series number");
Assert.AreEqual("Series9ForAiur", viewer.LogicalWorkspace.ImageSets[0].DisplaySets[8].Description, "FOR PRESENTATION and indeterminate series should be sorted to the front, subsorted by series number");
}
}
}
finally
{
SynchronizationContext.SetSynchronizationContext(oldSynchronizationContext);
Dispose(dxForOther1, dxForOther2, dxForOther3, dxForPresentation1, dxForPresentation2, dxForPresentation3, dxForProcessing1, dxForProcessing2, dxForProcessing3);
}
}
