/** * Returns the file path where the given resolved bundle can be found. Used to group bundles by * file path in the tree. * * @param bundle bundle to lookup parent path for * @return path of parent directory, if unknown it will be a path object containing "Unknown" */ private IPath getParentPath(IResolvedBundle bundle) { URI location = bundle.getBundleInfo().getLocation(); if (location == null) { return new Path(Messages.TargetContentsGroup_8); } IPath path = new Path(URIUtil.toUnencodedString(location)); path = path.removeLastSegments(1); return path; }
/** * Uses the target state to determine all bundles required by the currently checked bundles and * returns them so they can be checked in the tree. * * @param allBundles list of all bundles to search requirements in * @param checkedBundles list of bundles to get requirements for * @return list of resolved bundles from the collection to be checked */ private Object[] getRequiredPlugins(final Collection allBundles, final Object[] checkedBundles) { final Set dependencies = new HashSet(); IRunnableWithProgress op = new IRunnableWithProgress() { public void run(IProgressMonitor monitor) { try { monitor.beginTask(Messages.TargetContentsGroup_5, 150); // Get all the bundle locations List allLocations = new ArrayList(allBundles.size()); for (Iterator iterator = allBundles.iterator(); iterator.hasNext(); ) { IResolvedBundle current = (IResolvedBundle) iterator.next(); try { // Some bundles, such as those with errors, may not have locations URI location = current.getBundleInfo().getLocation(); if (location != null) { allLocations.add(new File(location).toURL()); } } catch (MalformedURLException e) { PDEPlugin.log(e); monitor.setCanceled(true); return; } } if (monitor.isCanceled()) { return; } monitor.worked(20); // Create a PDE State containing all of the target bundles PDEState state = new PDEState( (URL[]) allLocations.toArray(new URL[allLocations.size()]), true, new SubProgressMonitor(monitor, 50)); if (monitor.isCanceled()) { return; } // Figure out which of the models have been checked IPluginModelBase[] models = state.getTargetModels(); List checkedModels = new ArrayList(checkedBundles.length); for (int i = 0; i < checkedBundles.length; i++) { if (checkedBundles[i] instanceof IResolvedBundle) { BundleInfo bundle = ((IResolvedBundle) checkedBundles[i]).getBundleInfo(); for (int j = 0; j < models.length; j++) { if (models[j] .getBundleDescription() .getSymbolicName() .equals(bundle.getSymbolicName()) && models[j] .getBundleDescription() .getVersion() .toString() .equals(bundle.getVersion())) { checkedModels.add(models[j]); break; } } } } monitor.worked(20); if (monitor.isCanceled()) { return; } // Get implicit dependencies as a list of strings // This is wasteful since the dependency calculation puts them back into BundleInfos NameVersionDescriptor[] implicitDependencies = fTargetDefinition.getImplicitDependencies(); List implicitIDs = new ArrayList(); if (implicitDependencies != null) { for (int i = 0; i < implicitDependencies.length; i++) { implicitIDs.add(implicitDependencies[i].getId()); } } monitor.worked(10); // Get all dependency bundles // exclude "org.eclipse.ui.workbench.compatibility" - it is only needed for pre-3.0 // bundles dependencies.addAll( DependencyManager.getDependencies( checkedModels.toArray(), (String[]) implicitIDs.toArray(new String[implicitIDs.size()]), state.getState(), new String[] {"org.eclipse.ui.workbench.compatibility"})); // $NON-NLS-1$ monitor.worked(50); } finally { monitor.done(); } } }; try { // Calculate the dependencies new ProgressMonitorDialog(fTree.getControl().getShell()).run(true, true, op); // We want to check the dependents, the source of the dependents, and the source of the // originally checked Set checkedNames = new HashSet(checkedBundles.length); for (int i = 0; i < checkedBundles.length; i++) { if (checkedBundles[i] instanceof IResolvedBundle) { checkedNames.add(((IResolvedBundle) checkedBundles[i]).getBundleInfo().getSymbolicName()); } } List toCheck = new ArrayList(); for (Iterator iterator = fAllBundles.iterator(); iterator.hasNext(); ) { IResolvedBundle bundle = (IResolvedBundle) iterator.next(); if (bundle.isSourceBundle()) { String name = bundle.getSourceTarget().getSymbolicName(); if (name != null && (dependencies.contains(name) || checkedNames.contains(name))) { toCheck.add(bundle); } } else if (dependencies.contains(bundle.getBundleInfo().getSymbolicName())) { toCheck.add(bundle); } } return toCheck.toArray(); } catch (InvocationTargetException e) { PDEPlugin.log(e); } catch (InterruptedException e) { } return new Object[0]; }
public void saveIncludedBundleState() { if (fFeaureModeButton.getSelection()) { // Create a list of checked bundle infos List included = new ArrayList(); int missingCount = 0; Object[] checked = fTree.getCheckedLeafElements(); for (int i = 0; i < checked.length; i++) { if (checked[i] instanceof IFeatureModel) { included.add( new NameVersionDescriptor( ((IFeatureModel) checked[i]).getFeature().getId(), null, NameVersionDescriptor.TYPE_FEATURE)); } if (checked[i] instanceof IResolvedBundle) { // Missing features are included as IResolvedBundles, save them as features instead if (((IResolvedBundle) checked[i]).getStatus().getCode() == IResolvedBundle.STATUS_PLUGIN_DOES_NOT_EXIST) { included.add( new NameVersionDescriptor( ((IResolvedBundle) checked[i]).getBundleInfo().getSymbolicName(), null, NameVersionDescriptor.TYPE_PLUGIN)); missingCount++; } else if (((IResolvedBundle) checked[i]).getStatus().getCode() == IResolvedBundle.STATUS_FEATURE_DOES_NOT_EXIST) { included.add( new NameVersionDescriptor( ((IResolvedBundle) checked[i]).getBundleInfo().getSymbolicName(), null, NameVersionDescriptor.TYPE_FEATURE)); missingCount++; } else { included.add( new NameVersionDescriptor( ((IResolvedBundle) checked[i]).getBundleInfo().getSymbolicName(), null)); } } } if (included.size() == 0) { fTargetDefinition.setIncluded(new NameVersionDescriptor[0]); } else if (included.size() == 0 || included.size() - missingCount == fTargetDefinition.getAllFeatures().length + ((TargetDefinition) fTargetDefinition).getOtherBundles().length) { fTargetDefinition.setIncluded(null); } else { fTargetDefinition.setIncluded( (NameVersionDescriptor[]) included.toArray(new NameVersionDescriptor[included.size()])); } } else { // Figure out if there are multiple bundles sharing the same id Set multi = new HashSet(); // BSNs of bundles with multiple versions available Set all = new HashSet(); for (Iterator iterator = fAllBundles.iterator(); iterator.hasNext(); ) { IResolvedBundle rb = (IResolvedBundle) iterator.next(); if (!all.add(rb.getBundleInfo().getSymbolicName())) { multi.add(rb.getBundleInfo().getSymbolicName()); } } // Create a list of checked bundle infos List included = new ArrayList(); Object[] checked = fTree.getCheckedLeafElements(); for (int i = 0; i < checked.length; i++) { if (checked[i] instanceof IResolvedBundle) { // Create the bundle info object String bsn = ((IResolvedBundle) checked[i]).getBundleInfo().getSymbolicName(); NameVersionDescriptor info = null; if (multi.contains(bsn)) { // include version info info = new NameVersionDescriptor( bsn, ((IResolvedBundle) checked[i]).getBundleInfo().getVersion()); } else { // don't store version info info = new NameVersionDescriptor(bsn, null); } included.add(info); } } if (included.size() == 0) { fTargetDefinition.setIncluded(new NameVersionDescriptor[0]); } else if (included.size() == fAllBundles.size() + fMissing.size()) { fTargetDefinition.setIncluded(null); } else { fTargetDefinition.setIncluded( (NameVersionDescriptor[]) included.toArray(new NameVersionDescriptor[included.size()])); } } }