/** Creates the main window and configures it according to persisted configuration. */
public void createMainFrame() {
GUI gUI = configuration.getgUI();
Rectangle sizeAndLocation = gUI.getImageConflictViewer().getSizeAndLocation();
this.setSize(sizeAndLocation.getSize());
Point xyFromConfig = new Point(sizeAndLocation.getLocation());
if (Screen.isVisibleOnScreen(sizeAndLocation)) {
this.setLocation(xyFromConfig);
this.setSize(sizeAndLocation.getSize());
} else {
JOptionPane.showMessageDialog(
null,
lang.get("errormessage.maingui.locationError"),
lang.get("errormessage.maingui.errorMessageLabel"),
JOptionPane.ERROR_MESSAGE);
logger.logERROR(
"Could not set location of Image Conflict Viewer GUI to: x = "
+ xyFromConfig.x
+ " and y = "
+ xyFromConfig.y
+ " since that is outside of available screen size.");
this.setLocation(0, 0);
this.setSize(
GUIDefaults.IMAGE_CONFLICT_VIEWER_WIDTH, GUIDefaults.IMAGE_CONFLICT_VIEWER_HEIGHT);
}
try {
UIManager.setLookAndFeel(UIManager.getSystemLookAndFeelClassName());
} catch (Exception e) {
logger.logERROR("Could not set desired Look And Feel for Image Conflict Viewer GUI");
logger.logERROR(e);
}
this.setTitle(lang.get("imagemerge.gui.conflict.viewer.title"));
this.setModalityType(ModalityType.APPLICATION_MODAL);
this.getContentPane().add(this.createThumbNailsBackgroundPanel(), BorderLayout.CENTER);
}
/**
* Constructor, creates an initiates this GUI component.
*
* @param md5ToFileListMap is the container that contains JPEG images grouped by their MD5 sum.
* All keys in the {@link Map} that has more than one entry in the value {@link List}:s will
* be displayed by this GUI.
*/
public ImageMergeConflictViewer(Map<String, List<File>> md5ToFileListMap) {
configuration = Config.getInstance().get();
logger = Logger.getInstance();
lang = Language.getInstance();
maxNrOfConflicts = getMaxNrOfConflicts(md5ToFileListMap);
this.createMainFrame();
this.addListeners();
this.initiateGUI(md5ToFileListMap);
}
public void setColumns() {
this.setColumnCount(0);
this.addColumn(lang.get("information.panel.columnNameFileName"));
this.addColumn(lang.get("variable.pictureDate"));
this.addColumn(lang.get("variable.pictureTime"));
this.addColumn(lang.get("variable.cameraModel"));
this.addColumn(lang.get("variable.shutterSpeed"));
this.addColumn(lang.get("variable.isoValue"));
this.addColumn(lang.get("variable.pictureWidth"));
this.addColumn(lang.get("variable.pictureHeight"));
this.addColumn(lang.get("variable.apertureValue"));
}
public static void createAndWriteToFile(DefaultListModel<File> images, File file, Language lang) {
boolean success = true;
StringBuilder sb = new StringBuilder(512);
if (FileUtil.createFile(file)) {
for (int i = 0; i < images.size(); i++) {
sb.append(images.get(i).getAbsolutePath() + C.LS);
}
try {
FileUtil.writeToFile(file, sb.toString(), true);
} catch (IOException e) {
success = false;
logger.logERROR("Could not write to file: " + file.getAbsolutePath());
logger.logERROR(e);
}
} else {
success = false;
logger.logERROR("Could not create file: " + file.getAbsolutePath());
}
if (success) {
JOptionPane.showMessageDialog(
null,
lang.get("maingui.tabbedpane.imagelist.imagelistformat.javaPEG.successfullySaved"),
"",
JOptionPane.INFORMATION_MESSAGE);
} else {
JOptionPane.showMessageDialog(
null,
lang.get("maingui.tabbedpane.imagelist.imagelistformat.javaPEG.notSuccessfullySaved"),
"",
JOptionPane.ERROR_MESSAGE);
}
}
public void addTableRow(MetaData metaData) {
String noValue = lang.get("common.missing.value");
Object[] meta = new Object[9];
meta[0] = MetaDataUtil.hasValue(metaData.getFileName()) ? metaData.getFileName() : noValue;
meta[1] =
MetaDataUtil.hasValue(metaData.getExifDateAsString())
? metaData.getExifDateAsString()
: noValue;
meta[2] =
MetaDataUtil.hasValue(metaData.getExifTimeAsString())
? metaData.getExifTimeAsString()
: noValue;
meta[3] =
MetaDataUtil.hasValue(metaData.getExifCameraModel())
? metaData.getExifCameraModel()
: noValue;
meta[4] =
MetaDataUtil.hasValue(metaData.getExifExposureTime())
? metaData.getExifExposureTime()
: noValue;
meta[5] =
MetaDataUtil.hasValue(metaData.getExifISOValue()) ? metaData.getExifISOValue() : noValue;
meta[6] =
MetaDataUtil.hasValue(metaData.getExifPictureWidth())
? metaData.getExifPictureWidth()
: noValue;
meta[7] =
MetaDataUtil.hasValue(metaData.getExifPictureHeight())
? metaData.getExifPictureHeight()
: noValue;
meta[8] =
MetaDataUtil.hasValue(metaData.getExifFNumber()) ? metaData.getExifFNumber() : noValue;
this.addRow(meta);
}
public class MetaDataTableModel extends DefaultTableModel {
private static final long serialVersionUID = 1L;
private final Language lang = Language.getInstance();
public void setColumns() {
this.setColumnCount(0);
this.addColumn(lang.get("information.panel.columnNameFileName"));
this.addColumn(lang.get("variable.pictureDate"));
this.addColumn(lang.get("variable.pictureTime"));
this.addColumn(lang.get("variable.cameraModel"));
this.addColumn(lang.get("variable.shutterSpeed"));
this.addColumn(lang.get("variable.isoValue"));
this.addColumn(lang.get("variable.pictureWidth"));
this.addColumn(lang.get("variable.pictureHeight"));
this.addColumn(lang.get("variable.apertureValue"));
}
public void setTableContent(Vector<Vector<String>> dataVector) {
this.setRowCount(0);
for (Vector<String> rowData : dataVector) {
this.addRow(rowData);
}
}
public void addTableRow(MetaData metaData) {
String noValue = lang.get("common.missing.value");
Object[] meta = new Object[9];
meta[0] = MetaDataUtil.hasValue(metaData.getFileName()) ? metaData.getFileName() : noValue;
meta[1] =
MetaDataUtil.hasValue(metaData.getExifDateAsString())
? metaData.getExifDateAsString()
: noValue;
meta[2] =
MetaDataUtil.hasValue(metaData.getExifTimeAsString())
? metaData.getExifTimeAsString()
: noValue;
meta[3] =
MetaDataUtil.hasValue(metaData.getExifCameraModel())
? metaData.getExifCameraModel()
: noValue;
meta[4] =
MetaDataUtil.hasValue(metaData.getExifExposureTime())
? metaData.getExifExposureTime()
: noValue;
meta[5] =
MetaDataUtil.hasValue(metaData.getExifISOValue()) ? metaData.getExifISOValue() : noValue;
meta[6] =
MetaDataUtil.hasValue(metaData.getExifPictureWidth())
? metaData.getExifPictureWidth()
: noValue;
meta[7] =
MetaDataUtil.hasValue(metaData.getExifPictureHeight())
? metaData.getExifPictureHeight()
: noValue;
meta[8] =
MetaDataUtil.hasValue(metaData.getExifFNumber()) ? metaData.getExifFNumber() : noValue;
this.addRow(meta);
}
}
