/** * * <!-- begin-user-doc --> * <!-- end-user-doc --> * * @generated */ @Override public void eUnset(int featureID) { switch (featureID) { case ContentfwkPackage.INFORMATION_SYSTEM_SERVICE__DELEGATES: getDelegates().clear(); return; case ContentfwkPackage.INFORMATION_SYSTEM_SERVICE__IS_DELEGATED_BY: getIsDelegatedBy().clear(); return; case ContentfwkPackage.INFORMATION_SYSTEM_SERVICE__NAME: setName(NAME_EDEFAULT); return; case ContentfwkPackage.INFORMATION_SYSTEM_SERVICE__DESCRIPTION: setDescription(DESCRIPTION_EDEFAULT); return; case ContentfwkPackage.INFORMATION_SYSTEM_SERVICE__CATEGORY: setCategory(CATEGORY_EDEFAULT); return; case ContentfwkPackage.INFORMATION_SYSTEM_SERVICE__SOURCE_DESCR: setSourceDescr(SOURCE_DESCR_EDEFAULT); return; case ContentfwkPackage.INFORMATION_SYSTEM_SERVICE__OWNER_DESCR: setOwnerDescr(OWNER_DESCR_EDEFAULT); return; case ContentfwkPackage.INFORMATION_SYSTEM_SERVICE__ID: setID(ID_EDEFAULT); return; case ContentfwkPackage.INFORMATION_SYSTEM_SERVICE__ANY: setAny((EObject) null); return; } super.eUnset(featureID); }
@Test public void testNewAnnotationConfiguration() { IConfiguration configuration = service.newAnnotationConfiguration(); Assert.assertNotNull(configuration); Object target = ((IFacade) configuration).getTarget(); Assert.assertNotNull(target); Assert.assertTrue(target instanceof AnnotationConfiguration); }
@Test public void testNewJDBCReader() { IConfiguration configuration = FACADE_FACTORY.createConfiguration(new Configuration()); IReverseEngineeringStrategy engineeringStrategy = FACADE_FACTORY.createReverseEngineeringStrategy(new DefaultReverseEngineeringStrategy()); IJDBCReader jdbcReaderFacade = service.newJDBCReader(configuration, engineeringStrategy); Assert.assertNotNull(jdbcReaderFacade); JDBCReader reader = (JDBCReader) ((IFacade) jdbcReaderFacade).getTarget(); Assert.assertNotNull(reader); }
@Test public void testNewDatabaseCollector() { Configuration cfg = new Configuration(); IJDBCReader jdbcReader = FACADE_FACTORY.createJDBCReader( JDBCReaderFactory.newJDBCReader( cfg.getProperties(), cfg.buildSettings(), new DefaultReverseEngineeringStrategy())); IDatabaseCollector databaseCollectorFacade = service.newDatabaseCollector(jdbcReader); Assert.assertNotNull(databaseCollectorFacade); DatabaseCollector databaseCollector = (DatabaseCollector) ((IFacade) databaseCollectorFacade).getTarget(); Assert.assertNotNull(databaseCollector); }
/** * * <!-- begin-user-doc --> * <!-- end-user-doc --> * * @generated */ @SuppressWarnings("unchecked") @Override public void eSet(int featureID, Object newValue) { switch (featureID) { case ContentfwkPackage.INFORMATION_SYSTEM_SERVICE__DELEGATES: getDelegates().clear(); getDelegates().addAll((Collection<? extends Element>) newValue); return; case ContentfwkPackage.INFORMATION_SYSTEM_SERVICE__IS_DELEGATED_BY: getIsDelegatedBy().clear(); getIsDelegatedBy().addAll((Collection<? extends Element>) newValue); return; case ContentfwkPackage.INFORMATION_SYSTEM_SERVICE__NAME: setName((String) newValue); return; case ContentfwkPackage.INFORMATION_SYSTEM_SERVICE__DESCRIPTION: setDescription((String) newValue); return; case ContentfwkPackage.INFORMATION_SYSTEM_SERVICE__CATEGORY: setCategory((String) newValue); return; case ContentfwkPackage.INFORMATION_SYSTEM_SERVICE__SOURCE_DESCR: setSourceDescr((String) newValue); return; case ContentfwkPackage.INFORMATION_SYSTEM_SERVICE__OWNER_DESCR: setOwnerDescr((String) newValue); return; case ContentfwkPackage.INFORMATION_SYSTEM_SERVICE__ID: setID((String) newValue); return; case ContentfwkPackage.INFORMATION_SYSTEM_SERVICE__ANY: setAny((EObject) newValue); return; } super.eSet(featureID, newValue); }
@SuppressWarnings("unchecked") public DescriptionImpl( final URI baseURI, final TDefinitions definition, final NamespaceMapperImpl namespaceMapper, final SchemaLocatorImpl schemaLocator, final Map<FeatureConstants, Object> features, Map<URI, AbsItfDescription> descriptionImports, Map<URI, AbsItfSchema> schemaImports, WSDLReaderImpl reader) throws WSDLException, WSDLImportException { super(baseURI, definition, namespaceMapper, schemaLocator, features); // get the documentation this.documentation = new org.ow2.easywsdl.wsdl.impl.wsdl11.DocumentationImpl( this.model.getDocumentation(), this); // get the reader if (reader == null) { this.reader = new WSDLReaderImpl(); } else { this.reader = reader; } boolean find = false; for (final TDocumented part : this.model.getAnyTopLevelOptionalElement()) { // get imports if (part instanceof TImport) { final Import impt = new org.ow2.easywsdl.wsdl.impl.wsdl11.ImportImpl( (TImport) part, this, descriptionImports, schemaImports, this.documentURI, this.reader); this.imports.add(impt); find = true; } } if (!find) { Iterator<Object> it = this.model.getAny().iterator(); while (it.hasNext()) { Object part = it.next(); // get import if (part instanceof Element) { if ((((Element) part).getLocalName().equals("import")) && verifWSDL11Ns(((Element) part).getNamespaceURI())) { TImport tImpt = ImportImpl.replaceDOMElementByTImport(this, (Element) part, this.reader); it = this.model.getAny().iterator(); final Import impt = new org.ow2.easywsdl.wsdl.impl.wsdl11.ImportImpl( (TImport) tImpt, this, descriptionImports, schemaImports, this.documentURI, this.reader); this.imports.add(impt); } } } } this.addImportElementsInAllList(); this.addIncludeElementsInAllList(); find = false; for (final TDocumented part : this.model.getAnyTopLevelOptionalElement()) { // get types if (part instanceof TTypes) { this.types = new org.ow2.easywsdl.wsdl.impl.wsdl11.TypesImpl( (TTypes) part, this, schemaImports, this.reader); find = true; break; } } if (!find) { Iterator<Object> it = this.model.getAny().iterator(); while (it.hasNext()) { Object part = it.next(); // get import if (part instanceof Element) { if ((((Element) part).getLocalName().equals("types")) && verifWSDL11Ns(((Element) part).getNamespaceURI())) { if (reader == null) { reader = new WSDLReaderImpl(); } TTypes tTypes = TypesImpl.replaceDOMElementByTTypes(this, (Element) part, reader); it = this.model.getAny().iterator(); this.types = new org.ow2.easywsdl.wsdl.impl.wsdl11.TypesImpl( (TTypes) tTypes, this, schemaImports, this.reader); } } } } this.messages = this.findAllMessages(this); find = false; for (final TDocumented part : this.model.getAnyTopLevelOptionalElement()) { // get interfaces if (part instanceof TPortType) { final InterfaceType itf = new org.ow2.easywsdl.wsdl.impl.wsdl11.InterfaceTypeImpl((TPortType) part, this); this.interfaces.add(itf); find = true; } } if (!find) { Iterator<Object> it = this.model.getAny().iterator(); while (it.hasNext()) { Object part = it.next(); // get import if (part instanceof Element) { if ((((Element) part).getLocalName().equals("portType")) && verifWSDL11Ns(((Element) part).getNamespaceURI())) { if (reader == null) { reader = new WSDLReaderImpl(); } TPortType tPortType = InterfaceTypeImpl.replaceDOMElementByTPortType(this, (Element) part, reader); it = this.model.getAny().iterator(); final InterfaceType itf = new org.ow2.easywsdl.wsdl.impl.wsdl11.InterfaceTypeImpl( (TPortType) tPortType, this); this.interfaces.add(itf); } } } } find = false; for (final TDocumented part : this.model.getAnyTopLevelOptionalElement()) { // get bindings if (part instanceof TBinding) { final Binding b = new org.ow2.easywsdl.wsdl.impl.wsdl11.BindingImpl((TBinding) part, this); this.bindings.add(b); find = true; } } if (!find) { Iterator<Object> it = this.model.getAny().iterator(); while (it.hasNext()) { Object part = it.next(); // get import if (part instanceof Element) { if ((((Element) part).getLocalName().equals("binding")) && verifWSDL11Ns(((Element) part).getNamespaceURI())) { if (reader == null) { reader = new WSDLReaderImpl(); } TBinding tBinding = BindingImpl.replaceDOMElementByTBinding(this, (Element) part, reader); it = this.model.getAny().iterator(); final Binding b = new org.ow2.easywsdl.wsdl.impl.wsdl11.BindingImpl((TBinding) tBinding, this); this.bindings.add(b); } } } } find = false; for (final TDocumented part : this.model.getAnyTopLevelOptionalElement()) { // get services if (part instanceof TService) { final Service s = new org.ow2.easywsdl.wsdl.impl.wsdl11.ServiceImpl((TService) part, this); this.services.add(s); find = true; } } if (!find) { Iterator<Object> it = this.model.getAny().iterator(); while (it.hasNext()) { Object part = it.next(); // get import if (part instanceof Element) { if ((((Element) part).getLocalName().equals("service")) && verifWSDL11Ns(((Element) part).getNamespaceURI())) { if (reader == null) { reader = new WSDLReaderImpl(); } TService tService = ServiceImpl.replaceDOMElementByTService(this, (Element) part, reader); it = this.model.getAny().iterator(); final Service s = new org.ow2.easywsdl.wsdl.impl.wsdl11.ServiceImpl((TService) tService, this); this.services.add(s); } } } } }
public void updated(Dictionary settings) throws ConfigurationException { // if non-null settings come in, we have to instantiate the service and // apply these settings ((ServiceImpl) m_service).initService(); Object service = m_service.getService(); Dictionary oldSettings = null; synchronized (this) { oldSettings = m_settings; } if (oldSettings == null && settings == null) { // CM has started but our configuration is not still present in the CM database: ignore return; } if (service != null) { String callback = (m_callback == null) ? "updated" : m_callback; Method m; try { m = service.getClass().getDeclaredMethod(callback, new Class[] {Dictionary.class}); // if exception is thrown here, what does that mean for the // state of this dependency? how smart do we want to be?? // it's okay like this, if the new settings contain errors, we // remain in the state we were, assuming that any error causes // the "old" configuration to stay in effect. // CM will log any thrown exceptions. m.invoke(service, new Object[] {settings}); } catch (InvocationTargetException e) { // The component has thrown an exception during it's callback invocation. if (e.getTargetException() instanceof ConfigurationException) { // the callback threw an OSGi ConfigurationException: just re-throw it. throw (ConfigurationException) e.getTargetException(); } else { // wrap the callback exception into a ConfigurationException. throw new ConfigurationException( null, "Service " + m_service + " with " + this.toString() + " could not be updated", e.getTargetException()); } } catch (Throwable t) { // wrap any other exception as a ConfigurationException. throw new ConfigurationException( null, "Service " + m_service + " with " + this.toString() + " could not be updated", t); } } else { m_logger.log( Logger.LOG_ERROR, "Service " + m_service + " with configuration dependency " + this + " could not be instantiated."); return; } // If these settings did not cause a configuration exception, we determine if they have // caused the dependency state to change synchronized (this) { m_settings = settings; } if ((oldSettings == null) && (settings != null)) { m_service.dependencyAvailable(this); } if ((oldSettings != null) && (settings == null)) { m_service.dependencyUnavailable(this); } if ((oldSettings != null) && (settings != null)) { m_service.dependencyChanged(this); } }