~ubuntu-branches/ubuntu/trusty/eclipse-linuxtools/trusty

File meta = saveMetaData(display, category, description, dataSet, parser, gd, filters,DashboardPlugin.getDefault().getPreferenceStore().getString(DashboardPreferenceConstants.P_DASHBOARD_EXAMPLES_DIR));

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String archiveName = getSaveDirectory() + "/" + category.replace(' ', '_') + "." + display.replace(' ', '_');

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buildArchive(archiveName, new File(script), meta);

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cleanupFiles(new String[] {archiveName, meta.getAbsolutePath()});

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updateDashboard();

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// }

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}

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}

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/**

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* This method will check to make sure the exported module directory is valid.

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* If it isn't then the foleders will be created in order to make the directory

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* valid.

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private void validateDirectory() {

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File folder = new File(getSaveDirectory());

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if(!folder.exists())

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folder.mkdir();

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}

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/**

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* This method will create a new XML Memento used to store all of the meta data

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* for the module. This data is all based on what the user selected from the

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* dialog box.

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* @param disp The string to display that represents this module.

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* @param cat The category string representing where this module will be placed

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* @param desc The description string for this module

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* @param dataSet The IDataSet that holds the data for this module

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* @param parser The parer that can obtain the information from the raw output

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* @param gd GraphData Array specifying all of the information needed to create the selected graphs

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* @param filters TreeNode containing all of the selected filters for each graph.

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private File saveMetaData(String disp, String cat, String desc, IDataSet dataSet, IDataSetParser parser, GraphData[] gd, TreeNode filters, String location) {

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File meta = null;

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XMLMemento data = XMLMemento.createWriteRoot(DashboardMetaData.XMLDashboardItem);

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try {

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IMemento child, child2, child3;

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data.putString(DashboardMetaData.XMLdDisplay, disp);

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data.putString(DashboardMetaData.XMLdCategory, cat);

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data.putString(DashboardMetaData.XMLdDescription, desc);

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data.putString(DashboardMetaData.XMLdDataset, dataSet.getID());

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data.putString(DashboardMetaData.XMLdScript, script);

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data.putString(DashboardMetaData.XMLdLocation, location);

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data.putString(DashboardMetaData.XMLdScriptFileName, script);

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child = data.createChild(DashboardMetaData.XMLParsingExpressions);

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String[] cols = dataSet.getTitles();

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for(int i=0; i<cols.length; i++) {

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child2 = child.createChild(DashboardMetaData.XMLpColumn);

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child2.putString(DashboardMetaData.XMLpName, cols[i]);

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}

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parser.saveXML(child.createChild(DashboardMetaData.XMLpParser));

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child = data.createChild(DashboardMetaData.XMLGraphDisplays);

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for(int j,i=0; i<gd.length; i++) {

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child2 = child.createChild(DashboardMetaData.XMLgGraph);

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child2.putString(DashboardMetaData.XMLgId, gd[i].graphID);

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child2.putString(DashboardMetaData.XMLgTitle, gd[i].title);

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TreeNode treeChild = filters.getChildAt(i);

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for(j=0; j<treeChild.getChildCount(); j++) {

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((IDataSetFilter)(treeChild.getChildAt(j).getData())).writeXML(child2);

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}

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child3 = child2.createChild(DashboardMetaData.XMLgSeries);

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child3.putString(DashboardMetaData.XMLgAxis, DashboardMetaData.XMLgAxisX);

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child3.putInteger(DashboardMetaData.XMLgColumn, gd[i].xSeries);

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for(j=0; j<gd[i].ySeries.length; j++) {

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child3 = child2.createChild(DashboardMetaData.XMLgSeries);

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child3.putString(DashboardMetaData.XMLgAxis, DashboardMetaData.XMLgAxisY);

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child3.putInteger(DashboardMetaData.XMLgColumn, gd[i].ySeries[j]);

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}

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}

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meta = new File(getSaveDirectory() + DashboardModule.metaFileName);

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FileWriter writer = new FileWriter(meta);

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data.save(writer);

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writer.close();

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} catch(FileNotFoundException fnfe) {

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return meta;

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} catch(Exception e) {

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return meta;

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}

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return meta;

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}

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/**

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* This method will create the module archive by first zipping the .stp file and the meta data

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* together. Then it will compress the .zip file into a .gz file. The .gz file's extension is

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* set to .dash to discurage users from trying to modify it and to make it sepecific to the

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* SystemTapGUI dashboard.

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* @param archiveName The name to use for the file containing the new module data.

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* @param script The file representing the .stp script file to use for the module

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* @param meta The XML Memento file representing the module details.

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private void buildArchive(String archiveName, File script, File meta) {

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String[] files = new String[] {meta.getAbsolutePath()};

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String[] names = new String[] {DashboardModule.metaFileName};

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ZipArchive.zipFiles(archiveName, files, names);

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ZipArchive.compressFile(archiveName + DashboardModuleFileFilter.DashboardModuleExtension, archiveName);

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}

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/**

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* This method will delete any extra files that were generated as a result of building

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* the Dashboard module.

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* @param files A list of all of the file paths that should be removed

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private void cleanupFiles(String[] files) {

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if(null == files)

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return;

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File f;

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for(int i=0; i<files.length; i++) {

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f = new File(files[i]);

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if(f.exists())

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f.delete();

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}

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}

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/**

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* This method will get the directory name that should be used for saving the dashboard modules.

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private String getSaveDirectory() {

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return SystemTapGUISettings.settingsFolder + "/dashboard";

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}

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/**

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* This method forces the Dashboard's DashboardModuleBrowserView to refresh itself to ensure

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* that is contains the most up-to-date module list.

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private void updateDashboard() {

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try {

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IWorkbenchPage p = PlatformUI.getWorkbench().showPerspective(DashboardPerspective.ID, PlatformUI.getWorkbench().getActiveWorkbenchWindow());

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IViewPart ivp = p.findView(DashboardModuleBrowserView.ID);

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((DashboardModuleBrowserView)ivp).refresh();

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//p = PlatformUI.getWorkbench().showPerspective(IDEPerspective.ID, PlatformUI.getWorkbench().getActiveWorkbenchWindow());

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} catch(WorkbenchException we) {}

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}

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/**

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* Removes all internal references to objects. No other method should be called after this.

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/*public void dispose() {

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super.dispose();

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}*/

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public void selectionChanged(IAction action, ISelection selection) {

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// TODO Auto-generated method stub

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}

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public void dispose() {

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// TODO Auto-generated method stub

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}

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}

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