See: Description
Class | Description |
---|---|
DatabaseApplicationProperties |
This class provides common support to applications requiring properties related to database services.
|
DatabaseInformationModel |
The
DatabaseInformationModel class is an abstract class that contains the core
functionality for storing, accessing and maintaining a persistent representation of selected attributes of composite
objects. |
DatabaseMediaImporter | |
DatabaseTreeBrowser |
The
DatabaseTreeBrowser class implements a Swing graphical user interface
to browse the contents of DatabaseInformationModel . |
DatabaseTreeModel |
The
DatabaseTreeModel class implements a
TreeModel to abstract the contents of a database as
a tree in order to provide support for a DatabaseTreeBrowser . |
DatabaseTreeRecord |
Instances of the
DatabaseTreeRecord class represent
nodes in a tree of the DatabaseTreeModel class, which in
turn is used by the DatabaseTreeBrowser class. |
DateTimeRangeMatch | |
DeleteFromDatabase |
This class provides methods for removing entries from a database, all its children and any associated
files that were copied into the database (rather than referenced).
|
DicomDatabaseInformationModel |
The
DicomDatabaseInformationModel class
is an abstract class that specializes DatabaseInformationModel
by adding methods specific to a typical DICOM composite object information model. |
DicomDictionaryForMinimalPatientStudySeriesInstanceModel |
The
DicomDictionaryForMinimalPatientStudySeriesInstanceModel class
supports a simple DICOM Patient/Study/Series/Concatenation/Instance model. |
DicomDictionaryForPatientStudySeriesConcatenationInstanceModel |
The
DicomDictionaryForPatientStudySeriesConcatenationInstanceModel class
supports a simple DICOM Patient/Study/Series/Concatenation/Instance model. |
DicomDictionaryForStudySeriesInstanceModel |
The
DicomDictionaryForStudySeriesInstanceModel class
supports a minimal DICOM Study/Series/Instance model. |
MapTableBrowser |
The
MapTableBrowser class extends a
JTable to browse a list of attributes and their values
as a single row table with columns headed by the attribute descriptions (if
supplied) or their names. |
MapTableModel |
The
MapTableModel class extends a
AbstractTableModel to abstract the contents of a database as
a tree in order to provide support for a MapTableBrowser . |
MinimalPatientStudySeriesInstanceModel |
The
MinimalPatientStudySeriesInstanceModel class
supports a minimal DICOM Patient/Study/Series/Instance model. |
PatientStudySeriesConcatenationInstanceModel |
The
PatientStudySeriesConcatenationInstanceModel class
supports a simple DICOM Patient/Study/Series/Concatenation/Instance model. |
RebuildDatabaseFromInstanceFiles |
This class allows the reconstruction of a database from the stored instance files,
such as when the database schema model has been changed.
|
StudySeriesInstanceModel |
The
StudySeriesInstanceModel class
supports a minimal DICOM Study/Series/Instance model. |
StudySeriesInstanceSelectiveMatchModel |
The
StudySeriesInstanceSelectiveMatchModel class
supports a minimal DICOM Study/Series/Instance model. |
Abstracts any underlying database support for applications using the DICOM toolkit and needing access to persistent storage of entities in the DICOM information model.
The primary class of this package is the abstract DatabaseInformationModel
. It
provides general facilities for connecting to the underlying database, creating
tables, inserting, modifying, deleting and selecting records. In addition it
provdes abstract methods for describing the types of entities mapped to
records in tables and their relationships.
Concrete implementations of the DatabaseInformationModel
are provided for
commonly used models, including the PatientStudySeriesConcatenationInstanceModel
and the StudySeriesInstanceModel
.
The models make use of specialized forms of the generic com.pixelmed.dicom.DicomDictionary
in order to make sure particular DICOM attributes are mapped to the correct
information entity (i.e. database table) appropriate to the model in use.
Tree and table browsers and models are provided that may be used to form the basis of application specific browsers.
The following is a simple example of how a database is created, populated by one or more DICOM files, and a browser created:
public static void main(String arg[]) { try { final DatabaseInformationModel d = new PatientStudySeriesConcatenationInstanceModel("test"); for (int j=0; j<arg.length; ++j) { String fileName = arg[j]; DicomInputStream dfi = new DicomInputStream(new BufferedInputStream(new FileInputStream(fileName))); AttributeList list = new AttributeList(); list.read(dfi); dfi.close(); d.insertObject(list,fileName); } final JFrame frame = new JFrame(); frame.setSize(400,800); frame.addWindowListener(new WindowAdapter() { public void windowClosing(WindowEvent e) { frame.dispose(); d.close(); System.exit(0); } }); DatabaseTreeBrowser tree = new DatabaseTreeBrowser(d,frame); frame.show(); } catch (Exception e) { System.out.println(e); e.printStackTrace(); System.exit(0); } }