ome.xml.model.BinaryFile.<init> java code examples

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private void myMethod () {
 LocalDateTime l =new LocalDateTime()
LocalDateTime.now()
DateTimeFormatter formatter;String text;formatter.parseLocalDateTime(text)
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}

/**
 * Creates a binary file.
 *
 * @return See above.
 */
public BinaryFile createBinaryFile()
{
 BinaryFile bf = new BinaryFile();
 bf.setBinData(createBinData(SIZE_X, SIZE_Y, BYTES_PER_PIXEL));
 return bf;
}

setBinaryFile(new BinaryFile(
 (Element) BinaryFile_nodeList.get(0), model));

setBinaryFile(new BinaryFile(
 (Element) BinaryFile_nodeList.get(0), model));

public void setBinaryFileFileName(String fileName, int fileAnnotationIndex)
{
 // Parents: {u'FileAnnotation': {u'StructuredAnnotations': {u'OME': None}}}
 // FileName is not a reference
 OME o0 = root;
 if (o0.getStructuredAnnotations() == null)
 {
  o0.setStructuredAnnotations(new StructuredAnnotations());
 }
 StructuredAnnotations o1 = o0.getStructuredAnnotations();
 if (o1.sizeOfFileAnnotationList() == fileAnnotationIndex)
 {
  o1.addFileAnnotation(new FileAnnotation());
 }
 FileAnnotation o2 = o1.getFileAnnotation(fileAnnotationIndex);
 if (o2.getBinaryFile() == null)
 {
  o2.setBinaryFile(new BinaryFile());
 }
 BinaryFile o3 = o2.getBinaryFile();
 o3.setFileName(fileName);
}

public void setBinaryFileSize(NonNegativeLong size, int fileAnnotationIndex)
{
 // Parents: {u'FileAnnotation': {u'StructuredAnnotations': {u'OME': None}}}
 // Size is not a reference
 OME o0 = root;
 if (o0.getStructuredAnnotations() == null)
 {
  o0.setStructuredAnnotations(new StructuredAnnotations());
 }
 StructuredAnnotations o1 = o0.getStructuredAnnotations();
 if (o1.sizeOfFileAnnotationList() == fileAnnotationIndex)
 {
  o1.addFileAnnotation(new FileAnnotation());
 }
 FileAnnotation o2 = o1.getFileAnnotation(fileAnnotationIndex);
 if (o2.getBinaryFile() == null)
 {
  o2.setBinaryFile(new BinaryFile());
 }
 BinaryFile o3 = o2.getBinaryFile();
 o3.setSize(size);
}

public void setBinaryFileMIMEType(String mimeType, int fileAnnotationIndex)
{
 // Parents: {u'FileAnnotation': {u'StructuredAnnotations': {u'OME': None}}}
 // MIMEType is not a reference
 OME o0 = root;
 if (o0.getStructuredAnnotations() == null)
 {
  o0.setStructuredAnnotations(new StructuredAnnotations());
 }
 StructuredAnnotations o1 = o0.getStructuredAnnotations();
 if (o1.sizeOfFileAnnotationList() == fileAnnotationIndex)
 {
  o1.addFileAnnotation(new FileAnnotation());
 }
 FileAnnotation o2 = o1.getFileAnnotation(fileAnnotationIndex);
 if (o2.getBinaryFile() == null)
 {
  o2.setBinaryFile(new BinaryFile());
 }
 BinaryFile o3 = o2.getBinaryFile();
 o3.setMIMEType(mimeType);
}

public void setBinaryFileSize(NonNegativeLong size, int fileAnnotationIndex)
{
 // Parents: {u'FileAnnotation': {u'StructuredAnnotations': {u'OME': None}}}
 // Size is not a reference
 OME o0 = root;
 if (o0.getStructuredAnnotations() == null)
 {
  o0.setStructuredAnnotations(new StructuredAnnotations());
 }
 StructuredAnnotations o1 = o0.getStructuredAnnotations();
 if (o1.sizeOfFileAnnotationList() == fileAnnotationIndex)
 {
  o1.addFileAnnotation(new FileAnnotation());
 }
 FileAnnotation o2 = o1.getFileAnnotation(fileAnnotationIndex);
 if (o2.getBinaryFile() == null)
 {
  o2.setBinaryFile(new BinaryFile());
 }
 BinaryFile o3 = o2.getBinaryFile();
 o3.setSize(size);
}

public void setBinaryFileFileName(String fileName, int fileAnnotationIndex)
{
 // Parents: {u'FileAnnotation': {u'StructuredAnnotations': {u'OME': None}}}
 // FileName is not a reference
 OME o0 = root;
 if (o0.getStructuredAnnotations() == null)
 {
  o0.setStructuredAnnotations(new StructuredAnnotations());
 }
 StructuredAnnotations o1 = o0.getStructuredAnnotations();
 if (o1.sizeOfFileAnnotationList() == fileAnnotationIndex)
 {
  o1.addFileAnnotation(new FileAnnotation());
 }
 FileAnnotation o2 = o1.getFileAnnotation(fileAnnotationIndex);
 if (o2.getBinaryFile() == null)
 {
  o2.setBinaryFile(new BinaryFile());
 }
 BinaryFile o3 = o2.getBinaryFile();
 o3.setFileName(fileName);
}

public void setBinaryFileMIMEType(String mimeType, int fileAnnotationIndex)
{
 // Parents: {u'FileAnnotation': {u'StructuredAnnotations': {u'OME': None}}}
 // MIMEType is not a reference
 OME o0 = root;
 if (o0.getStructuredAnnotations() == null)
 {
  o0.setStructuredAnnotations(new StructuredAnnotations());
 }
 StructuredAnnotations o1 = o0.getStructuredAnnotations();
 if (o1.sizeOfFileAnnotationList() == fileAnnotationIndex)
 {
  o1.addFileAnnotation(new FileAnnotation());
 }
 FileAnnotation o2 = o1.getFileAnnotation(fileAnnotationIndex);
 if (o2.getBinaryFile() == null)
 {
  o2.setBinaryFile(new BinaryFile());
 }
 BinaryFile o3 = o2.getBinaryFile();
 o3.setMIMEType(mimeType);
}

public void setBinaryFileBinDataLength(NonNegativeLong length, int fileAnnotationIndex)
{
 // Parents: {u'BinaryFile': {u'FileAnnotation': {u'StructuredAnnotations': {u'OME': None}}}, u'Mask': None, u'Pixels': {u'Image': {u'OME': None}}}
 // Length is not a reference
 OME o0 = root;
 if (o0.getStructuredAnnotations() == null)
 {
  o0.setStructuredAnnotations(new StructuredAnnotations());
 }
 StructuredAnnotations o1 = o0.getStructuredAnnotations();
 if (o1.sizeOfFileAnnotationList() == fileAnnotationIndex)
 {
  o1.addFileAnnotation(new FileAnnotation());
 }
 FileAnnotation o2 = o1.getFileAnnotation(fileAnnotationIndex);
 if (o2.getBinaryFile() == null)
 {
  o2.setBinaryFile(new BinaryFile());
 }
 BinaryFile o3 = o2.getBinaryFile();
 if (o3.getBinData() == null)
 {
  o3.setBinData(new BinData());
 }
 BinData o4 = o3.getBinData();
 o4.setLength(length);
}

public void setBinaryFileBinDataBigEndian(Boolean bigEndian, int fileAnnotationIndex)
{
 // Parents: {u'BinaryFile': {u'FileAnnotation': {u'StructuredAnnotations': {u'OME': None}}}, u'Mask': None, u'Pixels': {u'Image': {u'OME': None}}}
 // BigEndian is not a reference
 OME o0 = root;
 if (o0.getStructuredAnnotations() == null)
 {
  o0.setStructuredAnnotations(new StructuredAnnotations());
 }
 StructuredAnnotations o1 = o0.getStructuredAnnotations();
 if (o1.sizeOfFileAnnotationList() == fileAnnotationIndex)
 {
  o1.addFileAnnotation(new FileAnnotation());
 }
 FileAnnotation o2 = o1.getFileAnnotation(fileAnnotationIndex);
 if (o2.getBinaryFile() == null)
 {
  o2.setBinaryFile(new BinaryFile());
 }
 BinaryFile o3 = o2.getBinaryFile();
 if (o3.getBinData() == null)
 {
  o3.setBinData(new BinData());
 }
 BinData o4 = o3.getBinData();
 o4.setBigEndian(bigEndian);
}

public void setBinaryFileBinData(byte[] base64Binary, int fileAnnotationIndex)
{
 // Parents: {u'BinaryFile': {u'FileAnnotation': {u'StructuredAnnotations': {u'OME': None}}}, u'Mask': None, u'Pixels': {u'Image': {u'OME': None}}}
 // Base64Binary is not a reference
 OME o0 = root;
 if (o0.getStructuredAnnotations() == null)
 {
  o0.setStructuredAnnotations(new StructuredAnnotations());
 }
 StructuredAnnotations o1 = o0.getStructuredAnnotations();
 if (o1.sizeOfFileAnnotationList() == fileAnnotationIndex)
 {
  o1.addFileAnnotation(new FileAnnotation());
 }
 FileAnnotation o2 = o1.getFileAnnotation(fileAnnotationIndex);
 if (o2.getBinaryFile() == null)
 {
  o2.setBinaryFile(new BinaryFile());
 }
 BinaryFile o3 = o2.getBinaryFile();
 if (o3.getBinData() == null)
 {
  o3.setBinData(new BinData());
 }
 BinData o4 = o3.getBinData();
 o4.setBase64Binary(base64Binary);
}

public void setBinaryFileBinDataBigEndian(Boolean bigEndian, int fileAnnotationIndex)
{
 // Parents: {u'BinaryFile': {u'FileAnnotation': {u'StructuredAnnotations': {u'OME': None}}}, u'Mask': None, u'Pixels': {u'Image': {u'OME': None}}}
 // BigEndian is not a reference
 OME o0 = root;
 if (o0.getStructuredAnnotations() == null)
 {
  o0.setStructuredAnnotations(new StructuredAnnotations());
 }
 StructuredAnnotations o1 = o0.getStructuredAnnotations();
 if (o1.sizeOfFileAnnotationList() == fileAnnotationIndex)
 {
  o1.addFileAnnotation(new FileAnnotation());
 }
 FileAnnotation o2 = o1.getFileAnnotation(fileAnnotationIndex);
 if (o2.getBinaryFile() == null)
 {
  o2.setBinaryFile(new BinaryFile());
 }
 BinaryFile o3 = o2.getBinaryFile();
 if (o3.getBinData() == null)
 {
  o3.setBinData(new BinData());
 }
 BinData o4 = o3.getBinData();
 o4.setBigEndian(bigEndian);
}

public void setBinaryFileBinDataLength(NonNegativeLong length, int fileAnnotationIndex)
{
 // Parents: {u'BinaryFile': {u'FileAnnotation': {u'StructuredAnnotations': {u'OME': None}}}, u'Mask': None, u'Pixels': {u'Image': {u'OME': None}}}
 // Length is not a reference
 OME o0 = root;
 if (o0.getStructuredAnnotations() == null)
 {
  o0.setStructuredAnnotations(new StructuredAnnotations());
 }
 StructuredAnnotations o1 = o0.getStructuredAnnotations();
 if (o1.sizeOfFileAnnotationList() == fileAnnotationIndex)
 {
  o1.addFileAnnotation(new FileAnnotation());
 }
 FileAnnotation o2 = o1.getFileAnnotation(fileAnnotationIndex);
 if (o2.getBinaryFile() == null)
 {
  o2.setBinaryFile(new BinaryFile());
 }
 BinaryFile o3 = o2.getBinaryFile();
 if (o3.getBinData() == null)
 {
  o3.setBinData(new BinData());
 }
 BinData o4 = o3.getBinData();
 o4.setLength(length);
}

public void setBinaryFileBinDataCompression(Compression compression, int fileAnnotationIndex)
{
 // Parents: {u'BinaryFile': {u'FileAnnotation': {u'StructuredAnnotations': {u'OME': None}}}, u'Mask': None, u'Pixels': {u'Image': {u'OME': None}}}
 // Compression is not a reference
 OME o0 = root;
 if (o0.getStructuredAnnotations() == null)
 {
  o0.setStructuredAnnotations(new StructuredAnnotations());
 }
 StructuredAnnotations o1 = o0.getStructuredAnnotations();
 if (o1.sizeOfFileAnnotationList() == fileAnnotationIndex)
 {
  o1.addFileAnnotation(new FileAnnotation());
 }
 FileAnnotation o2 = o1.getFileAnnotation(fileAnnotationIndex);
 if (o2.getBinaryFile() == null)
 {
  o2.setBinaryFile(new BinaryFile());
 }
 BinaryFile o3 = o2.getBinaryFile();
 if (o3.getBinData() == null)
 {
  o3.setBinData(new BinData());
 }
 BinData o4 = o3.getBinData();
 o4.setCompression(compression);
}

public void setBinaryFileBinDataCompression(Compression compression, int fileAnnotationIndex)
{
 // Parents: {u'BinaryFile': {u'FileAnnotation': {u'StructuredAnnotations': {u'OME': None}}}, u'Mask': None, u'Pixels': {u'Image': {u'OME': None}}}
 // Compression is not a reference
 OME o0 = root;
 if (o0.getStructuredAnnotations() == null)
 {
  o0.setStructuredAnnotations(new StructuredAnnotations());
 }
 StructuredAnnotations o1 = o0.getStructuredAnnotations();
 if (o1.sizeOfFileAnnotationList() == fileAnnotationIndex)
 {
  o1.addFileAnnotation(new FileAnnotation());
 }
 FileAnnotation o2 = o1.getFileAnnotation(fileAnnotationIndex);
 if (o2.getBinaryFile() == null)
 {
  o2.setBinaryFile(new BinaryFile());
 }
 BinaryFile o3 = o2.getBinaryFile();
 if (o3.getBinData() == null)
 {
  o3.setBinData(new BinData());
 }
 BinData o4 = o3.getBinData();
 o4.setCompression(compression);
}

public void setBinaryFileBinData(byte[] base64Binary, int fileAnnotationIndex)
{
 // Parents: {u'BinaryFile': {u'FileAnnotation': {u'StructuredAnnotations': {u'OME': None}}}, u'Mask': None, u'Pixels': {u'Image': {u'OME': None}}}
 // Base64Binary is not a reference
 OME o0 = root;
 if (o0.getStructuredAnnotations() == null)
 {
  o0.setStructuredAnnotations(new StructuredAnnotations());
 }
 StructuredAnnotations o1 = o0.getStructuredAnnotations();
 if (o1.sizeOfFileAnnotationList() == fileAnnotationIndex)
 {
  o1.addFileAnnotation(new FileAnnotation());
 }
 FileAnnotation o2 = o1.getFileAnnotation(fileAnnotationIndex);
 if (o2.getBinaryFile() == null)
 {
  o2.setBinaryFile(new BinaryFile());
 }
 BinaryFile o3 = o2.getBinaryFile();
 if (o3.getBinData() == null)
 {
  o3.setBinData(new BinData());
 }
 BinData o4 = o3.getBinData();
 o4.setBase64Binary(base64Binary);
}

Javadoc

Default constructor.

Popular methods of BinaryFile

setBinData
asXMLElement
getBinData
getChildrenByTagName
getFileName
getMIMEType
getSize
setExternal
setFileName
setMIMEType
setSize
update
Updates BinaryFile recursively from an XML DOM tree. NOTE: No properties are removed, only added or

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How to use ome.xml.model.BinaryFileconstructor

Best Java code snippets using ome.xml.model.BinaryFile.<init> (Showing top 17 results out of 315)

How to use
ome.xml.model.BinaryFile
constructor