public bool OnBeginSequence(DicomSequence sequence)
{
var tag = String.Format("{0} {1}", sequence.Tag.ToString().ToUpper(), sequence.Tag.DictionaryEntry.Name);
TextItems.Add(new DicomTextItem(_level++, tag, "SQ"));
return(true);
}
private void FillSequenceFromElementRef(DicomDataset rootEleList)
{
try
{
DicomVR vr = _element.ValueRepresentation;
if (vr == DicomVR.SQ)
{
Sequence = new DSequence(this);
DicomSequence sequence = _element as DicomSequence;
for (int i = 0; i < sequence.Items.Count; i++)
{
DicomDataset list = sequence.Items[i];
DElementList dlist = new DElementList(list, rootEleList);
Sequence._add(dlist);
}
}
}
catch (Exception err)
{
DElement errEle = new DElement(_tag, _vr);
LogMgt.Logger.Write(err.ToString());
}
}
/// <summary>
/// Creates a new copy of DICOM dataset with items of VR types considered to be bulk data removed.
/// </summary>
/// <param name="dicomDataset">The DICOM dataset.</param>
/// <returns>A copy of the <paramref name="dicomDataset"/> with items of VR types considered to be bulk data removed.</returns>
public static DicomDataset CopyWithoutBulkDataItems(this DicomDataset dicomDataset)
{
EnsureArg.IsNotNull(dicomDataset, nameof(dicomDataset));
return(CopyDicomDatasetWithoutBulkDataItems(dicomDataset));
DicomDataset CopyDicomDatasetWithoutBulkDataItems(DicomDataset dicomDatasetToCopy)
{
return(new DicomDataset(dicomDatasetToCopy
.Select(dicomItem =>
{
if (DicomBulkDataVr.Contains(dicomItem.ValueRepresentation))
{
// If the VR is bulk data type, return null so it can be filtered out later.
return null;
}
else if (dicomItem.ValueRepresentation == DicomVR.SQ)
{
// If the VR is sequence, then process each item within the sequence.
DicomSequence sequenceToCopy = (DicomSequence)dicomItem;
return new DicomSequence(
sequenceToCopy.Tag,
sequenceToCopy.Select(itemToCopy => itemToCopy.CopyWithoutBulkDataItems()).ToArray());
}
else
{
// The VR is not bulk data, return it.
return dicomItem;
}
})
.Where(dicomItem => dicomItem != null)));
}
}
public void Load(DicomFile file, StructureSet structureSet, IProgress <double> progress)
{
structureSet.FileName = file.File.Name;
structureSet.Name = file.Dataset.GetSingleValueOrDefault <string>(DicomTag.StructureSetLabel, "");
Dictionary <int, string> roi_names = new Dictionary <int, string>();
DicomSequence structs = file.Dataset.GetSequence(DicomTag.StructureSetROISequence);
foreach (DicomDataset item in structs)
{
roi_names.Add(item.GetSingleValue <int>(DicomTag.ROINumber), item.GetSingleValue <string>(DicomTag.ROIName));
}
DicomSequence s = file.Dataset.GetSequence(DicomTag.ROIContourSequence);
//Track the item number to report progress
double total = s.Items.Count;
double num = 0;
foreach (DicomDataset item in s.Items)
{
num++;
if (progress != null)
{
progress.Report(100 * num / total);
}
RegionOfInterest roi = new RegionOfInterest();
int[] color = new int[] { 0, 0, 0 };
if (item.TryGetValues <int>(DicomTag.ROIDisplayColor, out int[] tmp))
public uint Calculate(DicomSequence sq) {
uint length = 0;
foreach (DicomDataset sqi in sq) {
// sequence item
length += 4; // tag
length += 4; // length
length += Calculate(sqi);
if (!_options.ExplicitLengthSequenceItems) {
// sequence item delimitation item
length += 4; // tag
length += 4; // length
}
}
if (!_options.ExplicitLengthSequences && !sq.Tag.IsPrivate) {
// sequence delimitation item
length += 4; // tag
length += 4; // length
}
return length;
}
public void OnBeginSequence(IByteSource source, DicomTag tag, uint length) {
DicomSequence sq = new DicomSequence(tag);
_sequences.Push(sq);
DicomDataset ds = _datasets.Peek();
ds.Add(sq);
}
protected virtual void WriteVR_SQ(DicomSequence element, JsonWriter writer)
{
for (int index = 0; index < element.Items.Count; index++)
{
StringBuilder sqBuilder = new StringBuilder( );
StringWriter sw = new StringWriter(sqBuilder);
using (JsonWriter sqWriter = new JsonTextWriter(sw))
{
var item = element.Items[index];
sqWriter.Formatting = Formatting.Indented;//TODO: make it an option
sqWriter.WriteStartArray( );
sqWriter.WriteStartObject( );
if (null != item)
{
WriteChildren(item, sqWriter);
}
sqWriter.WriteEndObject( );
sqWriter.WriteEndArray( );
}
WriteSequenceValue(writer, sqBuilder.ToString( ));
}
}
public uint Calculate(DicomSequence sq)
{
uint length = 0;
foreach (DicomDataset sqi in sq)
{
// sequence item
length += 4; // tag
length += 4; // length
length += Calculate(sqi);
if (!_options.ExplicitLengthSequenceItems)
{
// sequence item delimitation item
length += 4; // tag
length += 4; // length
}
}
if (!_options.ExplicitLengthSequences && !sq.Tag.IsPrivate)
{
// sequence delimitation item
length += 4; // tag
length += 4; // length
}
return(length);
}
public void Exact_Offsets_Should_All_Match()
{
var offsets = GenerateUniqueRandonmOffsets(155, 500000);
var root = new Container()
{
Sequence = new DicomDataset()
};
root.CreateChildren(offsets, 5, 3, 3, 2);
var allChildren = root.AllContainer.Skip(1).ToArray();
var sequence = new DicomSequence(DicomTag.DirectoryRecordSequence);
root.Sequence.AddOrUpdate(sequence);
var byteSource = new TestByteSource();
var observer = new DicomDirectoryReaderObserver(root.Sequence);
observer.OnBeginSequence(byteSource, DicomTag.DirectoryRecordSequence, 0);
foreach (var container in allChildren)
{
sequence.Items.Add(container.Sequence);
byteSource.Position = container.Offset + 8;
observer.OnBeginSequenceItem(byteSource, 0);
observer.OnEndSequenceItem();
}
observer.OnEndSequence();
var rootRecord = new DicomDirectoryRecord
{
LowerLevelDirectoryRecord = observer.BuildDirectoryRecords(),
};
root.AssertRecord(rootRecord);
}
/// <summary>
/// get waveform data from dataset
/// </summary>
/// <param name="waveform"></param>
private void GetWaveformData(DicomSequence waveform)
{
if (waveform.Items.Count == 0)
{
return;
}
// first dataset
ushort channels = waveform.Items[0].GetSingleValue <ushort>(DicomTag.NumberOfWaveformChannels);
ulong samples = waveform.Items[0].GetSingleValue <ulong>(DicomTag.NumberOfWaveformSamples);
ushort[] temp = waveform.Items[0].GetValues <ushort>(DicomTag.WaveformData);
short[] temp2 = new short[temp.Length];
Buffer.BlockCopy(temp, 0, temp2, 0, temp.Length * sizeof(ushort));
waveformData = new short[channels, samples];
for (int i = 0; i < channels; i++)
{
for (ulong j = 0; j < samples; j++)
{
waveformData[i, j] = temp2[(int)(j * channels) + i];
}
}
hasData = true;
}
public async Task GivenStoredDicomFileWithNoContent_WhenRetrieved_TheFileIsRetrievedCorrectly()
{
var studyInstanceUid = TestUidGenerator.Generate();
DicomFile dicomFile1 = Samples.CreateRandomDicomFile(studyInstanceUid);
var dicomInstance = dicomFile1.Dataset.ToInstanceIdentifier();
DicomWebResponse <DicomDataset> response = await _client.StoreAsync(new[] { dicomFile1 }, studyInstanceUid);
DicomSequence successSequence = response.Value.GetSequence(DicomTag.ReferencedSOPSequence);
string studyRetrieveLocation = response.Value.GetSingleValue <string>(DicomTag.RetrieveURL);
string instanceRetrieveLocation = successSequence.Items[0].GetSingleValue <string>(DicomTag.RetrieveURL);
DicomWebResponse <IReadOnlyList <DicomFile> > studyByUrlRetrieve = await _client.RetrieveInstancesAsync(new Uri(studyRetrieveLocation));
ValidateRetrieveTransaction(studyByUrlRetrieve, HttpStatusCode.OK, DicomTransferSyntax.ExplicitVRLittleEndian, singleInstance: false, dicomFile1);
DicomWebResponse <IReadOnlyList <DicomFile> > instanceByUrlRetrieve = await _client.RetrieveInstancesAsync(new Uri(instanceRetrieveLocation), true);
ValidateRetrieveTransaction(instanceByUrlRetrieve, HttpStatusCode.OK, DicomTransferSyntax.ExplicitVRLittleEndian, singleInstance: true, dicomFile1);
DicomWebResponse <IReadOnlyList <DicomFile> > studyRetrieve = await _client.RetrieveStudyAsync(dicomInstance.StudyInstanceUid);
ValidateRetrieveTransaction(studyRetrieve, HttpStatusCode.OK, DicomTransferSyntax.ExplicitVRLittleEndian, singleInstance: false, dicomFile1);
DicomWebResponse <IReadOnlyList <DicomFile> > seriesRetrieve = await _client.RetrieveSeriesAsync(dicomInstance.StudyInstanceUid, dicomInstance.SeriesInstanceUid);
ValidateRetrieveTransaction(seriesRetrieve, HttpStatusCode.OK, DicomTransferSyntax.ExplicitVRLittleEndian, singleInstance: false, dicomFile1);
DicomWebResponse <IReadOnlyList <DicomFile> > instanceRetrieve = await _client.RetrieveInstanceAsync(dicomInstance.StudyInstanceUid, dicomInstance.SeriesInstanceUid, dicomInstance.SopInstanceUid);
ValidateRetrieveTransaction(instanceRetrieve, HttpStatusCode.OK, DicomTransferSyntax.ExplicitVRLittleEndian, singleInstance: true, dicomFile1);
}
public static string GetStringFromSequence(DicomSequence seq, int recursionDepth)
{
string result = "";
string offset = "";
for (int a = 0; a < recursionDepth; a++)
{
offset = offset + ">";
}
foreach (var i in seq.Items)
{
foreach (var d in i)
{
if (d.ValueRepresentation != DicomVR.SQ)
{
string output;
if (i.TryGetString(d.Tag, out output))
{
result = result + offset + d.ToString() + " - " + output + Environment.NewLine;
}
else
{
result = result + offset + d.ToString() + " - " + Environment.NewLine;
}
}
else
{
result = result + offset + "------ begin subsequence -------" + Environment.NewLine + offset + GetStringFromSequence(d as DicomSequence, recursionDepth + 1) + offset + "------ end subsequence -------" + Environment.NewLine;
}
}
}
//seq.Items.Each(x => Console.WriteLine(x.ToString()));
return(result);
}
public bool OnBeginSequence(DicomSequence sequence)
{
var tag = String.Format("{0} {1}", sequence.Tag.ToString().ToUpper(), sequence.Tag.DictionaryEntry.Name);
TextItems.Add(new DicomTextItem(_level++, tag, "SQ"));
return true;
}
public void OnBeginSequence(IByteSource source, DicomTag tag, uint length)
{
_currentSequenceTag.Push(tag);
if (tag == DicomTag.DirectoryRecordSequence) {
_directoryRecordSequence = _dataset.Get<DicomSequence>(tag);
}
}
internal static void RegisterAllimage(String Path)
{
var response = DicomFile.Open(Path);
var SOPInstanceUID = response.Dataset.GetSingleValue <String>(DicomTag.SOPInstanceUID);
int RowPositionInTotalImagePixelMatrix;
int ColumnPositionInTotalImagePixelMatrix;
int TotalPixelMatrixRows;
int TotalPixelMatrixColumns;
int Rows;
int Columns;
TotalPixelMatrixRows = response.Dataset.GetSingleValue <int>(DicomTag.TotalPixelMatrixRows);
TotalPixelMatrixColumns = response.Dataset.GetSingleValue <int>(DicomTag.TotalPixelMatrixColumns);
Rows = response.Dataset.GetSingleValue <int>(DicomTag.Rows);
Columns = response.Dataset.GetSingleValue <int>(DicomTag.Columns);
var Level = 0;
DicomSequence PerFrameFunctionalGroupsSequence = response.Dataset.GetSequence(DicomTag.PerFrameFunctionalGroupsSequence);
if (PerFrameFunctionalGroupsSequence != null)
{
var PerFrameFunctionalGroupsItems = PerFrameFunctionalGroupsSequence.GetEnumerator();
var FrameIndex = 0;
while (PerFrameFunctionalGroupsItems.MoveNext())
{
var PlanePositionSlideSequence = PerFrameFunctionalGroupsItems.Current.GetSequence(DicomTag.PlanePositionSlideSequence);
ColumnPositionInTotalImagePixelMatrix = PlanePositionSlideSequence.Items[0].GetSingleValue <int>(DicomTag.ColumnPositionInTotalImagePixelMatrix);
RowPositionInTotalImagePixelMatrix = PlanePositionSlideSequence.Items[0].GetSingleValue <int>(DicomTag.RowPositionInTotalImagePixelMatrix);
DataManager.AddFrame(SOPInstanceUID, RowPositionInTotalImagePixelMatrix, ColumnPositionInTotalImagePixelMatrix, FrameIndex++);
}
}
DataManager.AddImage(SOPInstanceUID, Rows, Columns, TotalPixelMatrixColumns, TotalPixelMatrixRows, Level);
}
private void ReadSequence
(
DicomDataset ds,
XElement element,
DicomTag tag,
int level
)
{
DicomSequence seq = new DicomSequence(tag, new DicomDataset[0]);
foreach (var item in element.Elements(Constants.ATTRIBUTE_ITEM_NAME))
{
DicomDataset itemDs = new DicomDataset( )
{
AutoValidate = false
};
level++;
ReadChildren(itemDs, item, level);
level--;
seq.Items.Add(itemDs);
}
ds.AddOrUpdate(seq);
}
public void CreateLutSequence()
{
var lutSequence = new DicomSequence(DicomTag.PresentationLUTSequence);
lutSequence.Items.Add(new DicomDataset());
this.Add(lutSequence);
}
/// <inheritdoc />
public void AddFailure(DicomDataset dicomDataset, ushort failureReasonCode)
{
CreateDatasetIfNeeded();
if (!_dataset.TryGetSequence(DicomTag.FailedSOPSequence, out DicomSequence failedSopSequence))
{
failedSopSequence = new DicomSequence(DicomTag.FailedSOPSequence);
_dataset.Add(failedSopSequence);
}
var failedSop = new DicomDataset()
{
{ DicomTag.FailureReason, failureReasonCode },
};
// We want to turn off auto validation for FailedSOPSequence item
// because the failure might be caused by invalid UID value.
#pragma warning disable CS0618 // Type or member is obsolete
failedSop.AutoValidate = false;
#pragma warning restore CS0618 // Type or member is obsolete
failedSop.AddValueIfNotNull(
DicomTag.ReferencedSOPClassUID,
dicomDataset?.GetSingleValueOrDefault <string>(DicomTag.SOPClassUID));
failedSop.AddValueIfNotNull(
DicomTag.ReferencedSOPInstanceUID,
dicomDataset?.GetSingleValueOrDefault <string>(DicomTag.SOPInstanceUID));
failedSopSequence.Items.Add(failedSop);
}
protected virtual void ReadVr_SQ(JsonTextReader reader, DicomTag tag, DicomDataset dataset, int level)
{
DicomSequence seq = new DicomSequence(tag, new DicomDataset[0]);
if (reader.Value as string == JsonConstants.ValueField)
{
while (reader.Read( ) && reader.TokenType == JsonToken.StartArray)
{
while (reader.Read( ) && reader.TokenType != JsonToken.EndArray)
{
DicomDataset itemDs = new DicomDataset( )
{
AutoValidate = false
};
ReadChildren(reader, itemDs, ++level);
--level;
seq.Items.Add(itemDs);
}
break;
}
}
dataset.AddOrUpdate(seq);
}
public void OnBeginSequence(IByteSource source, DicomTag tag, uint length)
{
_currentSequenceTag.Push(tag);
if (tag == DicomTag.DirectoryRecordSequence)
{
_directoryRecordSequence = _dataset.Get <DicomSequence>(tag);
}
}
public DicomReferencedSOP(DicomSequence sequence)
{
if (sequence.Items.Count == 0)
{
throw new DicomDataException("No referenced SOP pair item found in sequence.");
}
Add(sequence.Items[0]);
}
public DicomCodeItem(DicomSequence sequence)
{
if (sequence.Items.Count == 0)
{
throw new DicomDataException("No code item found in sequence.");
}
Add(sequence.Items[0]);
}
public DicomMeasuredValue(DicomSequence sequence)
{
if (sequence.Items.Count == 0)
{
throw new DicomDataException("No measurement item found in sequence.");
}
Add(sequence.Items[0]);
}
public bool OnBeginSequence(DicomSequence sequence)
{
var tag = String.Format("{0}{1} {2}", Indent, sequence.Tag.ToString().ToUpper(), sequence.Tag.DictionaryEntry.Name);
Form.appendToInfo(String.Join(" ", tag, "SQ", String.Empty, String.Empty) + "\r\n");
Level++;
return(true);
}
public bool OnBeginSequence(DicomSequence sequence)
{
var tag = String.Format("{0}{1} {2}", Indent, sequence.Tag.ToString().ToUpper(), sequence.Tag.DictionaryEntry.Name);
Form.AddItem(tag, "SQ", String.Empty, String.Empty);
Level++;
return(true);
}
public uint Calculate(DicomItem item)
{
uint length = 0;
length += 4; // tag
if (_syntax.IsExplicitVR)
{
length += 2; // vr
if (item.ValueRepresentation.Is16bitLength)
{
length += 2; // length
}
else
{
length += 2; // reserved
length += 4; // length
}
}
else
{
length += 4; // length
}
if (item is DicomElement)
{
length += (uint)(item as DicomElement).Buffer.Size;
}
else if (item is DicomFragmentSequence)
{
DicomFragmentSequence sq = item as DicomFragmentSequence;
// fragment item (offset table)
length += 4; // tag
length += 4; // length
length += (uint)(sq.OffsetTable.Count / 4);
foreach (IByteBuffer fragment in sq)
{
// fragment item
length += 4; // tag
length += 4; // length
length += fragment.Size;
}
// sequence delimitation item
length += 4; // tag
length += 4; // length
}
else if (item is DicomSequence)
{
DicomSequence sq = item as DicomSequence;
length += Calculate(sq);
}
return(length);
}
public bool OnBeginSequence(DicomSequence sequence)
{
_log.AppendFormat(
"{0}{1} SQ {2}",
(_depth > 0) ? _pad + "> " : "",
sequence.Tag,
sequence.Tag.DictionaryEntry.Name).AppendLine();
IncreaseDepth();
return true;
}
public void OnBeginSequence(IByteSource source, DicomTag tag, uint length)
{
var sq = new DicomSequence(tag);
_sequences.Push(sq);
DicomDataset ds = _datasets.Peek();
ds.AddOrUpdate(sq);
}
/// <summary>
/// Handler for traversing beginning of sequence.
/// </summary>
/// <param name="sequence">Sequence to traverse.</param>
/// <returns>true if traversing completed without issues, false otherwise.</returns>
public bool OnBeginSequence(DicomSequence sequence)
{
_log.AppendFormat(
"{0}{1} SQ {2}",
(_depth > 0) ? _pad + "> " : "",
sequence.Tag,
sequence.Tag.DictionaryEntry.Name).AppendLine();
IncreaseDepth();
return(true);
}
public void OnBeginSequenceItem(IByteSource source, uint length)
{
DicomSequence sq = _sequences.Peek();
DicomDataset item = new DicomDataset();
sq.Items.Add(item);
_datasets.Push(item);
}
public void SourceRead_InvalidFloatInSequence_ToTable(InvalidDataHandling dataHandlingStrategy)
{
var source = new DicomDatasetCollectionSource();
source.InvalidDataHandlingStrategy = dataHandlingStrategy;
//when we have a dicom file with an invalid Float number
var ds = new DicomDataset();
ds.Add(DicomTag.PatientAge, "123Y");
var sequence = new DicomSequence(DicomTag.AcquisitionContextSequence,
new DicomDataset()
{
{ DicomTag.WedgeAngleFloat, "3.40282347e+038" }
});
ds.Add(sequence);
var worklist = new ExplicitListDicomDatasetWorklist(new[] { ds }, "fish.dcm");
source.PreInitialize(worklist, new ThrowImmediatelyDataLoadEventListener());
source.FilenameField = "RelFileName";
DataTable dt = null;
switch (dataHandlingStrategy)
{
case InvalidDataHandling.MarkCorrupt:
dt = source.GetChunk(new ThrowImmediatelyDataLoadEventListener(), new GracefulCancellationToken());
//row was not processed (which leaves data table with 0 rows and hence component returns null)
Assert.IsNull(dt);
//corrupt message should appear in the worklist
Assert.AreEqual(1, worklist.CorruptMessages.Count);
return;
case InvalidDataHandling.ConvertToNullAndWarn:
dt = source.GetChunk(new ThrowImmediatelyDataLoadEventListener(), new GracefulCancellationToken());
Assert.AreEqual("123Y", dt.Rows[0]["PatientAge"]);
Assert.AreEqual("fish.dcm", dt.Rows[0]["RelFileName"]);
Assert.AreEqual(DBNull.Value, dt.Rows[0]["AcquisitionContextSequence"]);
Assert.AreEqual(0, worklist.CorruptMessages.Count);
break;
case InvalidDataHandling.ThrowException:
Assert.Throws <OverflowException>(() => source.GetChunk(new ThrowImmediatelyDataLoadEventListener(), new GracefulCancellationToken()));
return;
default:
throw new ArgumentOutOfRangeException("dataHandlingStrategy");
}
}
/// <summary>
/// Handler for traversing beginning of sequence.
/// </summary>
/// <param name="sequence">Sequence to traverse.</param>
/// <returns>true if traversing completed without issues, false otherwise.</returns>
public bool OnBeginSequence(DicomSequence sequence)
{
_log.Log(
_level,
"{padding}{tag} SQ {tagDictionaryEntryName}",
(_depth > 0) ? _pad + "> " : "",
sequence.Tag,
sequence.Tag.DictionaryEntry.Name);
IncreaseDepth();
return(true);
}
/// <summary>
/// Handler for traversing end of sequence item.
/// </summary>
/// <returns>true if traversing completed without issues, false otherwise.</returns>
/// <remarks>On false return value, the method will invoke the callback method passed in <see cref="IDicomDatasetWalker.OnBeginWalk"/> before returning.</remarks>
public bool OnEndSequenceItem()
{
DicomSequence sequence = _sequences.Peek();
if (!_options.ExplicitLengthSequenceItems)
{
WriteTagHeader(DicomTag.ItemDelimitationItem, DicomVR.NONE, 0);
}
return(true);
}
public void SourceRead_ToTable_IgnoringSuperflousColumn_LoadMetadata()
{
var repo = new MemoryCatalogueRepository();
var lmd = new LoadMetadata(repo, "MyLoad");
var cata1 = new Catalogue(repo, "PatientCatalogue");
var ci1 = new CatalogueItem(repo, cata1, "PatientAge");
var ti1 = new TableInfo(repo, "PatientTableInfo");
var colInfo1 = new ColumnInfo(repo, "PatientAge", "varchar(100)", ti1);
ci1.ColumnInfo_ID = colInfo1.ID;
ci1.SaveToDatabase();
cata1.LoadMetadata_ID = lmd.ID;
cata1.SaveToDatabase();
var cata2 = new Catalogue(repo, "FileCatalogue");
var ci2 = new CatalogueItem(repo, cata2, "RelFileName");
var ti2 = new TableInfo(repo, "FileTableInfo");
var colInfo2 = new ColumnInfo(repo, "RelFileName", "varchar(100)", ti2);
ci2.ColumnInfo_ID = colInfo2.ID;
ci2.SaveToDatabase();
cata2.LoadMetadata_ID = lmd.ID;
cata2.SaveToDatabase();
var source = new DicomDatasetCollectionSource();
source.InvalidDataHandlingStrategy = InvalidDataHandling.ThrowException;
var ds = new DicomDataset();
ds.Add(DicomTag.PatientAge, "123Y");
var sequence = new DicomSequence(DicomTag.AcquisitionContextSequence,
new DicomDataset()
{
{ DicomTag.WedgeAngleFloat, "3.40282347e+038" }
});
ds.Add(sequence);
var worklist = new ExplicitListDicomDatasetWorklist(new[] { ds }, "fish.dcm");
source.PreInitialize(worklist, new ThrowImmediatelyDataLoadEventListener());
source.FilenameField = "RelFileName";
source.UseAllTableInfoInLoadAsFieldMap = lmd;
var dt = source.GetChunk(new ThrowImmediatelyDataLoadEventListener(), new GracefulCancellationToken());
Assert.AreEqual("123Y", dt.Rows[0]["PatientAge"]);
Assert.AreEqual("fish.dcm", dt.Rows[0]["RelFileName"]);
Assert.AreEqual(2, dt.Columns.Count);
}
/// <summary>
/// Handler for traversing end of sequence.
/// </summary>
/// <returns>true if traversing completed without issues, false otherwise.</returns>
/// <remarks>On false return value, the method will invoke the callback method passed in <see cref="IDicomDatasetWalker.OnBeginWalk"/> before returning.</remarks>
public bool OnEndSequence()
{
DicomSequence sequence = _sequences.Pop();
if (!_options.ExplicitLengthSequences && !sequence.Tag.IsPrivate)
{
WriteTagHeader(DicomTag.SequenceDelimitationItem, DicomVR.NONE, 0);
}
return(true);
}
public bool OnBeginSequence(DicomSequence sequence)
{
_log.Log(
_level,
"{padding}{tag} SQ {tagDictionaryEntryName}",
(_depth > 0) ? _pad + "> " : "",
sequence.Tag,
sequence.Tag.DictionaryEntry.Name);
IncreaseDepth();
return true;
}
public bool OnBeginSequence(DicomSequence sequence) {
uint length = UndefinedLength;
if (_options.ExplicitLengthSequences || sequence.Tag.IsPrivate) {
DicomWriteLengthCalculator calc = new DicomWriteLengthCalculator(_syntax, _options);
length = calc.Calculate(sequence);
}
_sequences.Push(sequence);
WriteTagHeader(sequence.Tag, DicomVR.SQ, length);
return true;
}
public DicomDirectory() : base() {
FileMetaInfo.Add<byte>(DicomTag.FileMetaInformationVersion, new byte[] { 0x00, 0x01 });
FileMetaInfo.MediaStorageSOPClassUID = DicomUID.MediaStorageDirectoryStorage;
FileMetaInfo.MediaStorageSOPInstanceUID = DicomUID.Generate();
FileMetaInfo.SourceApplicationEntityTitle = string.Empty;
FileMetaInfo.TransferSyntax = DicomTransferSyntax.ImplicitVRLittleEndian;
FileMetaInfo.ImplementationClassUID = DicomImplementation.ClassUID;
FileMetaInfo.ImplementationVersionName = DicomImplementation.Version;
_directoryRecordSequence = new DicomSequence(DicomTag.DirectoryRecordSequence);
Dataset.Add<string>(DicomTag.FileSetID, string.Empty)
.Add<ushort>(DicomTag.FileSetConsistencyFlag, 0)
.Add<uint>(DicomTag.OffsetOfTheFirstDirectoryRecordOfTheRootDirectoryEntity, 0)
.Add<uint>(DicomTag.OffsetOfTheLastDirectoryRecordOfTheRootDirectoryEntity, 0);
}
public bool OnBeginSequence(DicomSequence sequence)
{
var tag = String.Format("{0}{1} {2}", Indent, sequence.Tag.ToString().ToUpper(), sequence.Tag.DictionaryEntry.Name);
Form.appendToInfo(String.Join(" ", tag, "SQ", String.Empty, String.Empty) + "\r\n");
Level++;
return true;
}
private void CompareSequences(DicomSequence s1, DicomSequence s2)
{
if (s1 == null)
{
AddItem(s1, lvFile1, Gray);
AddItem(s2, lvFile2, Green);
}
else if (s2 == null)
{
AddItem(s1, lvFile1, Green);
AddItem(s2, lvFile2, Gray);
}
else
{
AddItem(s1, lvFile1, None);
AddItem(s2, lvFile2, None);
}
Level++;
int count = 0;
if (s1 != null) count = s1.Items.Count;
if (s2 != null && s2.Items.Count > count) count = s2.Items.Count;
for (int i = 0; i < count; i++)
{
DicomDataset d1 = null;
if (s1 != null && i < s1.Items.Count) d1 = s1.Items[i];
DicomDataset d2 = null;
if (s2 != null && i < s2.Items.Count) d2 = s2.Items[i];
if (d1 == null)
{
AddItem(String.Empty, UInt32.MaxValue, String.Empty, lvFile1, Gray);
AddItem(GetTagName(DicomTag.Item), UInt32.MaxValue, String.Empty, lvFile2, Green);
}
else if (d2 == null)
{
AddItem(GetTagName(DicomTag.Item), UInt32.MaxValue, String.Empty, lvFile1, Green);
AddItem(String.Empty, UInt32.MaxValue, String.Empty, lvFile2, Gray);
}
else
{
AddItem(GetTagName(DicomTag.Item), UInt32.MaxValue, String.Empty, lvFile1, None);
AddItem(GetTagName(DicomTag.Item), UInt32.MaxValue, String.Empty, lvFile2, None);
}
Level++;
CompareDatasets(d1, d2);
Level--;
}
Level--;
}
private DicomNGetResponse GetPrinterConfiguration(DicomNGetRequest request)
{
var dataset = new DicomDataset();
var config = new DicomDataset();
var sequence = new DicomSequence(DicomTag.PrinterConfigurationSequence, config);
dataset.Add(sequence);
var response = new DicomNGetResponse(request, DicomStatus.Success);
response.Command.Add(DicomTag.AffectedSOPInstanceUID, request.SOPInstanceUID);
response.Dataset = dataset;
return response;
}
public DicomMeasuredValue(DicomSequence sequence) {
if (sequence.Items.Count == 0)
throw new DicomDataException("No measurement item found in sequence.");
Add(sequence.Items[0]);
}
public DicomReferencedSOP(DicomSequence sequence)
{
if (sequence.Items.Count == 0) throw new DicomDataException("No referenced SOP pair item found in sequence.");
Add(sequence.Items[0]);
}
public DicomCodeItem(DicomSequence sequence)
{
if (sequence.Items.Count == 0) throw new DicomDataException("No code item found in sequence.");
Add(sequence.Items[0]);
}
public bool OnBeginSequence(DicomSequence sequence)
{
return true;
}
public bool OnBeginSequence(DicomSequence sequence) {
var tag = String.Format("{0}{1} {2}", Indent, sequence.Tag.ToString().ToUpper(), sequence.Tag.DictionaryEntry.Name);
Form.AddItem(tag, "SQ", String.Empty, String.Empty);
Level++;
return true;
}
public void CreateLutSequence()
{
var lutSequence = new DicomSequence(DicomTag.PresentationLUTSequence);
lutSequence.Items.Add(new DicomDataset());
this.Add(lutSequence);
}
