/** Initializes the wizard page controls with data. */
protected void initControls() {
String configId = config != null ? config.getGuid() : ""; // $NON-NLS-1$
if ((config != null)
&& ConfigFreeProcessPublishUtil.getInstance().isSameMethodConfiguration(config)) {
// For config free process publish
processViewer.setContentProvider(new ProcessViewerOfConfigFreeContentProvider());
publishConfigRadioButton.setEnabled(false);
publishConfigRadioButton.setSelection(false);
publishProcessesRadioButton.setSelection(true);
processViewer.getControl().setEnabled(true);
List<String> processIds = PublishingUIPreferences.getProcesses(configId);
List<Process> processes = new ArrayList<Process>();
if (processIds != null) {
for (String guid : processIds) {
MethodElement e =
LibraryService.getInstance().getCurrentLibraryManager().getMethodElement(guid);
if (e instanceof Process) {
processes.add((Process) e);
}
}
}
processViewer.setCheckedElements(processes.toArray());
boolean includeBaseProcess = PublishingUIPreferences.getIncludeBaseProcesses(configId);
includeBaseProcessesCheckbox.setSelection(includeBaseProcess);
updateCheckedStates();
} else {
processViewer.setContentProvider(new ProcessViewerContentProvider());
boolean publishConfig = PublishingUIPreferences.getPublishEntireConfig(configId);
publishConfigRadioButton.setEnabled(true);
publishConfigRadioButton.setSelection(publishConfig);
publishProcessesRadioButton.setSelection(!publishConfig);
processViewer.getControl().setEnabled(!publishConfig);
if (!publishConfig) {
List<String> processIds = PublishingUIPreferences.getProcesses(configId);
List<Process> processes = new ArrayList<Process>();
if (processIds != null) {
for (String guid : processIds) {
MethodElement e =
LibraryService.getInstance().getCurrentLibraryManager().getMethodElement(guid);
if (e instanceof Process) {
processes.add((Process) e);
}
}
}
processViewer.setCheckedElements(processes.toArray());
}
boolean includeBaseProcess = PublishingUIPreferences.getIncludeBaseProcesses(configId);
includeBaseProcessesCheckbox.setSelection(includeBaseProcess);
updateCheckedStates();
}
}
/** @see org.eclipse.epf.ui.wizards.BaseWizardPage#onEnterPage(Object) */
public void onEnterPage(Object obj) {
if (obj != null && obj instanceof String) {
String configName = (String) obj;
config =
LibraryServiceUtil.getMethodConfiguration(
LibraryService.getInstance().getCurrentMethodLibrary(), configName);
if (config != null) {
processViewer.setInput(config);
initControls();
processViewer.expandAll();
} else {
// For config free process publishing
config =
ConfigFreeProcessPublishUtil.getInstance().getMethodConfigurationForConfigFreeProcess();
processViewer.setInput(LibraryService.getInstance().getCurrentMethodLibrary());
initControls();
processViewer.expandAll();
}
}
}
/** Performs the import. */
public void performImport(final IProgressMonitor monitor) {
// need to disable the workspace refreshing
boolean refresh = RefreshJob.getInstance().isEnabled();
if (refresh) {
// disable resource refreshing during import
//
RefreshJob.getInstance().setEnabled(false);
}
try {
if (monitor != null) {
monitor.setTaskName(ImportResources.ConfigurationImportService_MSG3);
}
if (isSpecsOnly()) {
specsMgr.doImport(data.specs);
} else {
LibraryImportManager importingMgr = new LibraryImportManager(diffMgr, data.importList);
importingMgr.doMerge(data.replaceExisting, monitor);
}
// refresh library files in workspace
//
MethodLibrary lib = LibraryService.getInstance().getCurrentMethodLibrary();
ResourceUtil.refreshResources(lib, monitor);
} catch (Exception e) {
ImportPlugin.getDefault().getLogger().logError(e);
} finally {
if (refresh) {
// re-enable resource refreshing
//
RefreshJob.getInstance().setEnabled(true);
}
if (upGradeInfo != null) {
upGradeInfo.removeCopiedLibrary();
upGradeInfo = null;
}
}
try {
postImportOperation(monitor);
} catch (Exception e) {
ImportPlugin.getDefault().getLogger().logError(e);
}
}
/** Updates the check states of process tree viewer. */
private void updateCheckedStates() {
ITreeContentProvider cp = (ITreeContentProvider) processViewer.getContentProvider();
if (config != null) {
Object[] plugins = null;
if (ConfigFreeProcessPublishUtil.getInstance().isSameMethodConfiguration(config)) {
// For config free process publish
plugins = cp.getChildren(LibraryService.getInstance().getCurrentMethodLibrary());
} else {
plugins = cp.getChildren(config);
}
for (int i = 0; i < plugins.length; i++) {
Object[] uiFolders = cp.getChildren(plugins[i]);
int totalUIFolders = uiFolders.length;
int checkedUIFolders = 0;
for (int j = 0; j < uiFolders.length; j++) {
Object[] processes = cp.getChildren(uiFolders[j]);
int totalProcesses = processes.length;
int checkedProcesses = 0;
for (int k = 0; k < processes.length; k++) {
if (processViewer.getChecked(processes[k])) {
checkedProcesses++;
}
}
if (checkedProcesses == 0) {
processViewer.setGrayChecked(uiFolders[j], false);
} else if (checkedProcesses == totalProcesses) {
processViewer.setGrayed(uiFolders[j], false);
processViewer.setChecked(uiFolders[j], true);
} else {
processViewer.setGrayChecked(uiFolders[j], true);
}
if (processViewer.getChecked(uiFolders[j])) {
checkedUIFolders++;
}
}
if (checkedUIFolders == totalUIFolders) {
processViewer.setGrayed(plugins[i], false);
processViewer.setChecked(plugins[i], true);
} else if (checkedUIFolders == 0) {
processViewer.setGrayChecked(plugins[i], false);
} else {
processViewer.setGrayChecked(plugins[i], true);
}
}
}
}
/** Analyzes the imported library with respect to the base library. */
public void analyze(IProgressMonitor monitor) {
try {
if (monitor != null) {
monitor.setTaskName(ImportResources.ConfigurationImportService_MSG0);
}
data.getErrorInfo().clear();
// Prepare the library files.
String path = data.llData.getParentFolder();
if (path.indexOf(File.separator + LibraryDocument.libraryFile) < 0) {
path += File.separator + LibraryDocument.libraryFile;
}
File importingLibPath = new File(path);
boolean isLibraryFile = true;
if (!importingLibPath.exists()) {
importingLibPath = new File(importingLibPath.getParentFile(), LibraryDocument.exportFile);
isLibraryFile = false;
}
if (!importingLibPath.exists()) {
data.getErrorInfo()
.addError(
NLS.bind(
ImportResources.ConfigurationImportService_MSG1, importingLibPath.getParent()));
return;
}
boolean handleVersion = isLibraryFile;
if (handleVersion) {
upGradeInfo =
new ConfigurationImportService.UpgradeInfo(
UpgradeCallerInfo.upgradeImportConfig, importingLibPath);
if (!handleToolVersion(importingLibPath, upGradeInfo)) {
String errMsg = upGradeInfo.getErrorMsg();
if (errMsg == null || errMsg.length() == 0) {
errMsg = ImportResources.ImportConfigurationWizard_ERR_Import_configuration;
}
data.getErrorInfo().addError(NLS.bind(errMsg, importingLibPath.getParent()));
return;
}
if (upGradeInfo.getCopiedLibFile() != null) {
importingLibPath = upGradeInfo.getCopiedLibFile();
}
}
importingLibDoc = new LibraryDocument(importingLibPath);
boolean isConfigSpecs = importingLibDoc.isConfigSpecsOnly();
if (isConfigSpecs) {
specsMgr = new ConfigSpecsImportManager();
// Scan the library file for configuration information.
data.specs = specsMgr.getConfigSpecs(importingLibDoc);
} else {
if (!isLibraryFile) {
data.getErrorInfo()
.addError(
NLS.bind(
ImportResources.ConfigurationImportService_MSG1,
importingLibPath.getParent()));
return;
}
data.specs = null;
// Open the library and compare the difference.
// need to open and close the library to have the project resources initialized properly
String libDir = importingLibPath.getParentFile().getAbsolutePath();
String projectName =
"Configuration Import Project (" //$NON-NLS-1$
+ Integer.toHexString(libDir.hashCode())
+ ")"; //$NON-NLS-1$
MethodLibraryProject.openProject(libDir, projectName, monitor);
try {
MethodLibrary importLibraty = LibraryUtil.loadLibrary(importingLibPath.getAbsolutePath());
MethodLibrary baseLibrary = LibraryService.getInstance().getCurrentMethodLibrary();
handleTypeChanges(baseLibrary, importLibraty);
String baseLibDir = null;
try { // Not neccessary, but prevent introducing any potential regression due to this
// change
File bFile = new File(baseLibrary.eResource().getURI().toFileString()).getParentFile();
;
baseLibDir = bFile.getAbsolutePath();
} catch (Throwable e) {
}
if (libDir.equalsIgnoreCase(baseLibDir)) {
data.getErrorInfo()
.addError(
NLS.bind(
ImportResources.ConfigurationImportService_MSG2,
importingLibPath.getParent()));
return;
}
fixImportLibrarySystemPackageGUIDs(baseLibrary, importLibraty);
diffMgr = new LibraryDiffManager(baseLibrary, importLibraty);
diffMgr.buildDiffTree();
if (localDebug) {
diffMgr.rootDiffTree.debugDump();
}
} catch (RuntimeException e) {
// TODO Auto-generated catch block
e.printStackTrace();
}
MethodLibraryProject.closeProject(libDir, monitor);
MethodLibraryProject.deleteProject(libDir, monitor);
}
} catch (Exception ex) {
ex.printStackTrace();
}
}
protected void postImportOperation(IProgressMonitor monitor) throws Exception {
// Reopen the library.
LibraryService.getInstance().reopenCurrentMethodLibrary();
}
/** Creates a new instance. */
public DependencyManager(MethodLibrary library, MethodConfiguration config) {
this.library = library;
this.libraryManager = LibraryService.getInstance().getLibraryManager(library);
this.config = config;
init();
}
/**
* Builds the dependency for a method element.
*
* <p>This creates an <code>ElementReference</code> for the given element that points to all the
* referenced elements, and adds the given element as a dependent element to all the referenced
* elements. This should only be called once for each method element.
*
* @param element A method element.
* @return A <code>PackageDependency</code>.
*/
private PackageDependency buildDependencyFor(MethodElement element) {
if (element == null) {
return null;
}
IConfigurationManager configMgr = LibraryService.getInstance().getConfigurationManager(config);
if (configMgr != null) {
SupportingElementData seData = configMgr.getSupportingElementData();
if (seData != null && seData.isEnabled()) {
seData.processVariabilityChildren(element, null);
}
}
// Build the dependency on the selectable element/parent only
MethodElement selectableElement = (MethodElement) LibraryUtil.getSelectable(element);
if (selectableElement == null) {
return null;
}
PackageDependency dependency = getDependency(selectableElement, true);
// Remove any existing element reference for this element.
dependency.removeReference(element);
/*
// Get the VariabilityElement.
ContentElement baseElement = null;
if (element instanceof ContentElement) {
baseElement = (ContentElement) ((ContentElement) element)
.getVariabilityBasedOnElement();
if (baseElement != null) {
// Establish the package reference.
EObject selectableBase = LibraryUtil.getSelectable(baseElement);
if (selectableBase != null) {
PackageReference pkgRef = dependency.getReference(
selectableBase, true);
if (!pkgRef.hasReference(element, baseElement)) {
// Add the detail element reference to the package
// reference.
VariabilityElementReference ref = new VariabilityElementReference(
element, baseElement);
pkgRef.addReference(ref);
}
// Set the dependent of the referenced package.
getDependency(selectableBase, true).addDependent(
selectableElement);
}
}
}
List references = element.eCrossReferences();
// Update the dependents of those elements in the list.
if (references != null && references.size() > 0) {
// Get the selectable references
for (Iterator it = references.iterator(); it.hasNext();) {
EObject refElement = (EObject) it.next();
EObject selectableRef = LibraryUtil.getSelectable(refElement);
if (selectableRef != null) {
PackageReference pkgRef = dependency.getReference(
selectableRef, true);
if (element == selectableElement
&& refElement == selectableRef) {
// No need to add this.
continue;
}
if (!pkgRef.hasReference(element, refElement)) {
GeneralReference ref = new GeneralReference(element,
refElement);
pkgRef.addReference(ref);
}
getDependency(selectableRef, true).addDependent(
selectableElement);
}
}
}
*/
List properties = LibraryUtil.getStructuralFeatures(element, true);
for (int i = 0; i < properties.size(); i++) {
EStructuralFeature f = (EStructuralFeature) properties.get(i);
if (!(f instanceof EReference)) {
continue;
}
EReference feature = (EReference) f;
if (feature.isContainer() || feature.isContainment()) {
continue;
}
if (element instanceof Task) {
if (feature == UmaPackage.eINSTANCE.getTask_Steps()) {
continue;
}
}
if (element instanceof TaskDescriptor) {
if (feature == UmaPackage.eINSTANCE.getTaskDescriptor_SelectedSteps()) {
continue;
}
}
Object value = TypeDefUtil.getInstance().eGet(element, feature);
if (value == null) {
continue;
}
MethodElement refElement = null;
List values = null;
int count = 0;
if (feature.isMany()) {
values = (List) value;
if (values.size() > 0) {
refElement = (MethodElement) values.get(count);
}
} else if (value instanceof MethodElement) {
refElement = (MethodElement) value;
if (replacerSet != null) {
if (feature == UmaPackage.eINSTANCE.getVariabilityElement_VariabilityBasedOnElement()) {
VariabilityElement ve =
element instanceof VariabilityElement ? (VariabilityElement) element : null;
VariabilityType type = ve == null ? null : ve.getVariabilityType();
if (type == VariabilityType.EXTENDS_REPLACES || type == VariabilityType.REPLACES) {
replacerSet.add(ve);
}
}
}
}
while (refElement != null) {
boolean skip = false;
if (feature == UmaPackage.eINSTANCE.getRole_Modifies()) {
skip = true;
}
MethodElement selectableRef =
skip ? null : (MethodElement) LibraryUtil.getSelectable(refElement);
if (selectableRef != null) {
PackageReference pkgRef = dependency.getReference(selectableRef, true);
if (element == selectableElement && refElement == selectableRef) {
// No need to add this.
break;
}
ElementReference ref = pkgRef.getReference(element, refElement);
if (ref == null) {
ref = new ElementReference(element, refElement);
pkgRef.addReference(ref);
}
ref.addFeature(feature);
getDependency(selectableRef, true).addDependent(selectableElement);
}
refElement = null;
if (values != null) {
count++;
if (count < values.size()) {
refElement = (MethodElement) values.get(count);
}
}
}
}
return dependency;
}