public void InternalQueryTest2()
{
DicomDir dir = new DicomDir(".");
dir.Empty();
ApplicationEntity storage = new ApplicationEntity("ImageServer", IPAddress.Parse("127.0.0.1"), 2000);
StorageTest.Start(storage);
StorageTest.store(@"EK\Capture\Dicom\DicomToolKit\Test\Data\DicomDir\Y2ASNFDS.dcm", storage, false);
StorageTest.store(@"EK\Capture\Dicom\DicomToolKit\Test\Data\DicomDir\WNGVU1P1.dcm", storage, false);
StorageTest.store(@"EK\Capture\Dicom\DicomToolKit\Test\Data\DicomDir\THGLUZ5J.dcm", storage, false);
StorageTest.Stop();
ApplicationEntity host = new ApplicationEntity("IMAGESERVER", 2190);
CFindTest.Start(host);
CFindServiceSCU find = new CFindServiceSCU(SOPClass.StudyRootQueryRetrieveInformationModelFIND);
find.Syntaxes.Add(Syntax.ExplicitVrLittleEndian);
Association association = new Association();
association.AddService(find);
if (association.Open(host.Title, host.Address, host.Port))
{
Series series = new Series();
series[t.StudyInstanceUID].Value = "1.2.840.113564.109517115.2009111711190101521";
DataSet filter = new DataSet();
filter.Elements = series.Elements;
filter.Set(t.QueryRetrieveLevel, "SERIES");
RecordCollection records = find.CFind(filter);
RecordCollectionTest.WriteRecords(records);
}
else
{
System.Console.WriteLine("\ncan't Open.");
}
association.Close();
dir.Empty();
CFindTest.Stop();
}
public void FolderingTest()
{
string folder = Path.Combine(Tools.RootFolder, @"EK\Capture\Dicom\DicomToolKit\Test\Data\DicomDir");
string path = Path.Combine(folder, "FolderingTest");
DicomDir dir = new DicomDir(path);
dir.Empty();
DirectoryInfo working = new DirectoryInfo(path);
working = Directory.CreateDirectory(path);
int n = 0;
// add each test image to the DICOMDIR
foreach (string file in Directory.GetFiles(folder, "*.dcm"))
{
dir.Add(file, @"parent\child");
n++;
}
// write it out
dir.Save();
string temp = Path.Combine(path, @"parent\child");
temp = Path.Combine(temp, String.Format("{0:00000000}", n));
Assert.IsTrue(new FileInfo(temp).Exists);
}
public void ManualCreateTest()
{
lock (sentry)
{
string folder = Path.Combine(Tools.RootFolder, @"EK\Capture\Dicom\DicomToolKit\Test\Data\DicomDir");
string path = Path.Combine(folder, "ManualCreateTest");
Directory.CreateDirectory(path);
DicomDir dir = new DicomDir(path);
dir.Empty();
DateTime now = DateTime.Now;
Patient patient = dir.NewPatient("Sadler^Michael", "12345");
Study study = patient.NewStudy(now, now, Element.NewUid(), "1");
Series series = study.NewSeries("CR", Element.NewUid());
Image image = series.NewImage(Path.Combine(folder, "THGLUZ5J.dcm"));
dir.Save();
string before = Dump(dir, "before");
dir = new DicomDir(path);
string after = Dump(dir, "after");
Assert.AreEqual(before, after, "before does not match after");
}
}
public void InternalCMoveTest()
{
// make sure DICOM at "." is empty
DicomDir dir = new DicomDir(".");
dir.Empty();
ApplicationEntity storage = new ApplicationEntity("ImageServer", IPAddress.Parse("127.0.0.1"), 2000);
ApplicationEntity server = new ApplicationEntity("ImageServer", IPAddress.Parse("127.0.0.1"), 5104);
Dictionary <string, ApplicationEntity> stations = new Dictionary <string, ApplicationEntity>();
stations.Add(storage.Title, storage);
StorageTest.Start(storage);
CMoveTest.Start(server, stations);
// add three images to a DICOMDIR at "."
StorageTest.store(@"EK\Capture\Dicom\DicomToolKit\Test\Data\DicomDir\Y2ASNFDS.dcm", storage, false);
StorageTest.store(@"EK\Capture\Dicom\DicomToolKit\Test\Data\DicomDir\WNGVU1P1.dcm", storage, false);
StorageTest.store(@"EK\Capture\Dicom\DicomToolKit\Test\Data\DicomDir\THGLUZ5J.dcm", storage, false);
// ask for an image from a DICOMDIR at "." be delivered to a DICOMDIR at "."
// should create a duplicate SOPInstanceUID, which results in a WARNING
try
{
move(storage.Title, server);
}
catch (Exception)
{
}
CMoveTest.Stop();
StorageTest.Stop();
}
public void ManualExtraTagsTest()
{
string folder = Path.Combine(Tools.RootFolder, @"EK\Capture\Dicom\DicomToolKit\Test\Data\DicomDir");
string path = Path.Combine(folder, "ManualExtraTagsTest");
DicomDir dir = new DicomDir(path);
dir.Empty();
DirectoryInfo working = new DirectoryInfo(path);
working = Directory.CreateDirectory(path);
int n = 0;
// add each test image to the DICOMDIR
foreach (string file in Directory.GetFiles(folder, "*.dcm"))
{
DataSet temp = new DataSet();
temp.Read(file);
// when you add an Image, you now get back a reference to the image
Image image = dir.Add(temp, @"parent\child");
// and you can apply some logic to add tags
// either hard code them
image.Elements.Set(t.InstanceNumber, n);
// or add them if they exist in the original image
if (temp.Contains(t.ImagePositionPatient))
{
image.Elements.Add(temp[t.ImagePositionPatient]);
}
else
{
image.Elements.Add(t.ImagePositionPatient, "1");
}
if (temp.Contains(t.ImageOrientationPatient))
{
image.Elements.Add(temp[t.ImageOrientationPatient]);
}
else
{
image.Elements.Add(t.ImageOrientationPatient, "2");
}
n++;
}
// write it out
dir.Save();
}
public static DicomDir Setup(string folder, string path)
{
DicomDir dir = new DicomDir(Path.Combine(folder, path));
dir.Empty();
// add each test image to the DICOMDIR
foreach (string file in Directory.GetFiles(folder, "*.dcm"))
{
dir.Add(file);
}
// write it out
dir.Save();
return(dir);
}
public void BaseQueryTest()
{
DicomDir dir = new DicomDir(".");
DateTime now = DateTime.Now;
// create a patient with two studies, each with one series,
// the first series with one image, the second with two
Patient patient = dir.NewPatient("Patient^Test", "10");
Study study = patient.NewStudy(now, now, "10", "10");
Series series = study.NewSeries("CR", "10");
Image image = series.NewImage("10"); image.ReferencedSOPInstanceUIDinFile = "10";
study = patient.NewStudy(now, now, "20", "20");
series = study.NewSeries("CR", "20");
image = series.NewImage("20"); image.ReferencedSOPInstanceUIDinFile = "20";
image = series.NewImage("30"); image.ReferencedSOPInstanceUIDinFile = "30";
// create a patient with one study, containing two series,
// the first series with two images, the second with one
patient = dir.NewPatient("Subject^Test", "20");
study = patient.NewStudy(now, now, "30", "30");
series = study.NewSeries("DX", "30");
image = series.NewImage("40"); image.ReferencedSOPInstanceUIDinFile = "40";
image = series.NewImage("50"); image.ReferencedSOPInstanceUIDinFile = "50";
series = study.NewSeries("CR", "40");
image = series.NewImage("60"); image.ReferencedSOPInstanceUIDinFile = "60";
// create a patient with a single study and series containing thrww images
patient = dir.NewPatient("Patietn^Pink", "30");
study = patient.NewStudy(now, now, "40", "40");
series = study.NewSeries("MG", "50");
image = series.NewImage("70"); image.ReferencedSOPInstanceUIDinFile = "70";
image = series.NewImage("80"); image.ReferencedSOPInstanceUIDinFile = "80";
image = series.NewImage("90"); image.ReferencedSOPInstanceUIDinFile = "90";
dir.Save();
/* P ST SE IM
* 10
* 10
* 10
* 10
* 20
* 20
* 20
* 30
* 20
* 30
* 30
* 40
* 50
* 40
* 60
* 30
* 40
* 50
* 70
* 80
* 90
*
*/
patient = new Patient();
RecordCollection records = query("PATIENT", patient.Elements);
Assert.AreEqual(3, records.Count);
study = new Study();
records = query("STUDY", study.Elements);
Assert.AreEqual(4, records.Count);
series = new Series();
records = query("SERIES", series.Elements);
Assert.AreEqual(5, records.Count);
image = new Image();
records = query("IMAGE", image.Elements);
Assert.AreEqual(9, records.Count);
dir.Empty();
}
public void BaseQueryTest()
{
DicomDir dir = new DicomDir(".");
DateTime now = DateTime.Now;
// create a patient with two studies, each with one series,
// the first series with one image, the second with two
Patient patient = dir.NewPatient("10", "10");
Study study = patient.NewStudy(now, now, "10", "10");
Series series = study.NewSeries("CR", "10");
Image image = series.NewImage("10"); image.ReferencedSOPInstanceUIDinFile = "10";
study = patient.NewStudy(now, now, "20", "20");
series = study.NewSeries("CR", "20");
image = series.NewImage("20"); image.ReferencedSOPInstanceUIDinFile = "20";
image = series.NewImage("30"); image.ReferencedSOPInstanceUIDinFile = "30";
// create a patient with one study, containing two series,
// the first series with two images, the second with one
patient = dir.NewPatient("20", "20");
study = patient.NewStudy(now, now, "30", "30");
series = study.NewSeries("CR", "30");
image = series.NewImage("40"); image.ReferencedSOPInstanceUIDinFile = "40";
image = series.NewImage("50"); image.ReferencedSOPInstanceUIDinFile = "50";
series = study.NewSeries("CR", "40");
image = series.NewImage("60"); image.ReferencedSOPInstanceUIDinFile = "60";
// create a patient with a single study and series containing thrww images
patient = dir.NewPatient("30", "30");
study = patient.NewStudy(now, now, "40", "40");
series = study.NewSeries("CR", "50");
image = series.NewImage("70"); image.ReferencedSOPInstanceUIDinFile = "70";
image = series.NewImage("80"); image.ReferencedSOPInstanceUIDinFile = "80";
image = series.NewImage("90"); image.ReferencedSOPInstanceUIDinFile = "90";
dir.Save();
/* P ST SE IM
* 10
* 10
* 10
* 10
* 20
* 20
* 20
* 30
* 20
* 30
* 30
* 40
* 50
* 40
* 60
* 30
* 40
* 50
* 70
* 80
* 90
*
*/
Assert.AreEqual("10,20,30", query("PATIENT", "10"));
Assert.AreEqual("10", query("STUDY", "10"));
Assert.AreEqual("10", query("SERIES", "10"));
Assert.AreEqual("20,30", query("STUDY", "20"));
Assert.AreEqual("20,30", query("SERIES", "20"));
Assert.AreEqual("40,50,60", query("PATIENT", "20"));
Assert.AreEqual("40,50,60", query("STUDY", "30"));
Assert.AreEqual("40,50", query("SERIES", "30"));
Assert.AreEqual("60", query("SERIES", "40"));
Assert.AreEqual("70,80,90", query("PATIENT", "30"));
Assert.AreEqual("70,80,90", query("STUDY", "40"));
Assert.AreEqual("70,80,90", query("SERIES", "50"));
Assert.AreEqual("10", query("IMAGE", "10"));
Assert.AreEqual("20", query("IMAGE", "20"));
Assert.AreEqual("30", query("IMAGE", "30"));
Assert.AreEqual("40", query("IMAGE", "40"));
Assert.AreEqual("50", query("IMAGE", "50"));
Assert.AreEqual("60", query("IMAGE", "60"));
Assert.AreEqual("70", query("IMAGE", "70"));
Assert.AreEqual("80", query("IMAGE", "80"));
Assert.AreEqual("90", query("IMAGE", "90"));
dir.Empty();
}