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package com.sun.enterprise.deployment.util;
import java.io.File;
import java.io.FileInputStream;
import java.io.IOException;
import java.io.InputStream;
import java.net.URI;
import java.net.URL;
import java.util.ArrayList;
import java.util.Collection;
import java.util.Collections;
import java.util.Hashtable;
import java.util.List;
import java.util.StringTokenizer;
import java.util.logging.Level;
import java.util.logging.Logger;
import javax.enterprise.deploy.shared.ModuleType;
import org.glassfish.api.admin.ServerEnvironment;
import org.glassfish.api.container.Sniffer;
import org.glassfish.api.deployment.DeployCommandParameters;
import org.glassfish.api.deployment.DeploymentContext;
import org.glassfish.api.deployment.archive.ArchiveHandler;
import org.glassfish.api.deployment.archive.ArchiveType;
import org.glassfish.api.deployment.archive.ReadableArchive;
import org.glassfish.deployment.common.DeploymentContextImpl;
import org.glassfish.deployment.common.DeploymentProperties;
import org.glassfish.deployment.common.DeploymentUtils;
import org.glassfish.deployment.common.ModuleDescriptor;
import org.glassfish.deployment.common.RootDeploymentDescriptor;
import org.glassfish.hk2.api.ActiveDescriptor;
import org.glassfish.hk2.api.ServiceHandle;
import org.glassfish.hk2.api.ServiceLocator;
import org.glassfish.hk2.classmodel.reflect.Types;
import org.glassfish.internal.api.Globals;
import org.glassfish.internal.data.ApplicationInfo;
import org.glassfish.internal.data.ApplicationRegistry;
import org.glassfish.internal.deployment.ExtendedDeploymentContext;
import org.glassfish.internal.deployment.SnifferManager;
import org.glassfish.loader.util.ASClassLoaderUtil;
import org.glassfish.hk2.api.ServiceLocator;
import org.xml.sax.SAXParseException;
import com.sun.enterprise.config.serverbeans.Applications;
import com.sun.enterprise.deployment.Application;
import com.sun.enterprise.deployment.BundleDescriptor;
import com.sun.enterprise.deployment.ConnectorDescriptor;
import com.sun.enterprise.deployment.archivist.Archivist;
import com.sun.enterprise.deployment.archivist.ArchivistFactory;
import com.sun.enterprise.deployment.deploy.shared.Util;
import com.sun.enterprise.deployment.io.ConfigurationDeploymentDescriptorFile;
import com.sun.enterprise.deployment.io.ConfigurationDeploymentDescriptorFileFor;
import com.sun.enterprise.deployment.io.DescriptorConstants;
import com.sun.enterprise.deployment.node.XMLElement;
import com.sun.enterprise.deployment.xml.TagNames;
import com.sun.enterprise.util.LocalStringManagerImpl;
import org.glassfish.logging.annotation.LogMessageInfo;
import org.glassfish.logging.annotation.LoggerInfo;
import org.glassfish.logging.annotation.LogMessagesResourceBundle;
/**
* Utility class for convenienve methods
*
* @author Jerome Dochez
* @version
*/
public class DOLUtils {
public final static String W3C_XML_SCHEMA = "http://www.w3.org/2001/XMLSchema";
public final static String SCHEMA_LOCATION_TAG = "xsi:schemaLocation";
private static LocalStringManagerImpl localStrings =
new LocalStringManagerImpl(DOLUtils.class);
@LogMessagesResourceBundle
private static final String SHARED_LOGMESSAGE_RESOURCE = "org.glassfish.deployment.LogMessages";
@LoggerInfo(subsystem = "DEPLOYMENT", description="Deployment System Logger", publish=true)
private static final String DEPLOYMENT_LOGGER = "javax.enterprise.system.tools.deployment.dol";
public static final Logger deplLogger =
Logger.getLogger(DEPLOYMENT_LOGGER, SHARED_LOGMESSAGE_RESOURCE);
@LogMessageInfo(message = "Ignore {0} in archive {1}, as WLS counterpart runtime xml {2} is present in the same archive.", level="WARNING")
private static final String COUNTERPART_CONFIGDD_EXISTS = "AS-DEPLOYMENT-00001";
@LogMessageInfo(message = "Exception caught: {0}.", level="WARNING")
private static final String EXCEPTION_CAUGHT = "AS-DEPLOYMENT-00002";
@LogMessageInfo(message = "{0} module [{1}] contains characteristics of other module type: {2}.", level="WARNING")
private static final String INCOMPATIBLE_TYPE = "AS-DEPLOYMENT-00003";
// The system property to control the precedence between GF DD
// and WLS DD when they are both present. When this property is
// set to true, GF DD will have higher precedence over WLS DD.
private static final String GFDD_OVER_WLSDD = "gfdd.over.wlsdd";
// The system property to control whether we should just ignore
// WLS DD. When this property is set to true, WLS DD will be ignored.
private static final String IGNORE_WLSDD = "ignore.wlsdd";
/** no need to creates new DOLUtils */
private DOLUtils() {
}
/**
* @return a logger to use in the DOL implementation classes
*/
public static synchronized Logger getDefaultLogger() {
return deplLogger;
}
public static boolean equals(Object a, Object b) {
return ((a == null && b == null) ||
(a != null && a.equals(b)));
}
public static List<URI> getLibraryJarURIs(BundleDescriptor bundleDesc, ReadableArchive archive) throws Exception {
if (bundleDesc == null) {
return Collections.emptyList();
}
ModuleDescriptor moduleDesc = ((BundleDescriptor)bundleDesc).getModuleDescriptor();
Application app = ((BundleDescriptor)moduleDesc.getDescriptor()).getApplication();
return getLibraryJarURIs(app, archive);
}
public static List<URI> getLibraryJarURIs(Application app, ReadableArchive archive) throws Exception {
List<URL> libraryURLs = new ArrayList<URL>();
List<URI> libraryURIs = new ArrayList<URI>();
// add libraries referenced through manifest
libraryURLs.addAll(DeploymentUtils.getManifestLibraries(archive));
ReadableArchive parentArchive = archive.getParentArchive();
if (parentArchive == null) {
return Collections.emptyList();
}
File appRoot = new File(parentArchive.getURI());
// add libraries jars inside application lib directory
libraryURLs.addAll(ASClassLoaderUtil.getAppLibDirLibrariesAsList(
appRoot, app.getLibraryDirectory(), null));
for (URL url : libraryURLs) {
libraryURIs.add(Util.toURI(url));
}
return libraryURIs;
}
public static BundleDescriptor getCurrentBundleForContext(
DeploymentContext context) {
ExtendedDeploymentContext ctx = (ExtendedDeploymentContext)context;
Application application = context.getModuleMetaData(Application.class);
if (application == null) return null; // this can happen for non-JavaEE type deployment. e.g., issue 15869
if (ctx.getParentContext() == null) {
if (application.isVirtual()) {
// standalone module
return application.getStandaloneBundleDescriptor();
} else {
// top level
return application;
}
} else {
// a sub module of ear
return application.getModuleByUri(ctx.getModuleUri());
}
}
public static boolean isRAConnectionFactory(ServiceLocator habitat,
String type, Application thisApp) {
// first check if this is a connection factory defined in a resource
// adapter in this application
if (isRAConnectionFactory(type, thisApp)) {
return true;
}
// then check if this is a connection factory defined in a standalone
// resource adapter
Applications applications = habitat.getService(Applications.class);
if (applications != null) {
List<com.sun.enterprise.config.serverbeans.Application> raApps = applications.getApplicationsWithSnifferType(com.sun.enterprise.config.serverbeans.ServerTags.CONNECTOR, true);
ApplicationRegistry appRegistry = habitat.getService(ApplicationRegistry.class);
for (com.sun.enterprise.config.serverbeans.Application raApp : raApps) {
ApplicationInfo appInfo = appRegistry.get(raApp.getName());
if (isRAConnectionFactory(type, appInfo.getMetaData(Application.class))) {
return true;
}
}
}
return false;
}
private static boolean isRAConnectionFactory(String type, Application app) {
if (app == null) {
return false;
}
for (ConnectorDescriptor cd : app.getBundleDescriptors(ConnectorDescriptor.class)) {
if (cd.getConnectionDefinitionByCFType(type) != null) {
return true;
}
}
return false;
}
public static ArchiveType earType() {
return getModuleType(ModuleType.EAR.toString());
}
public static ArchiveType ejbType() {
return getModuleType(ModuleType.EJB.toString());
}
public static ArchiveType carType() {
return getModuleType(ModuleType.CAR.toString());
}
public static ArchiveType warType() {
return getModuleType(ModuleType.WAR.toString());
}
public static ArchiveType rarType() {
return getModuleType(ModuleType.RAR.toString());
}
/**
* Utility method to retrieve a {@link ArchiveType} from a stringified module type.
* Since {@link ArchiveType} is an extensible abstraction and implementations are plugged in via HK2 service
* registry, this method returns null if HK2 service registry is not setup.
*
* If null is passed to this method, it returns null instead of returning an arbitrary ArchiveType or throwing
* an exception.
*
* @param moduleType String equivalent of the module type being looked up. null is allowed.
* @return the corresponding ArchiveType, null if no such module type exists or HK2 Service registry is not set up
*/
public static ArchiveType getModuleType(String moduleType) {
if (moduleType == null) {
return null;
}
final ServiceLocator services = Globals.getDefaultHabitat();
ArchiveType result = null;
// This method is called without HK2 being setup when dol unit tests are run, so protect against NPE.
if(services != null) {
result = services.getService(ArchiveType.class, moduleType);
}
return result;
}
// returns true if GF DD should have higher precedence over
// WLS DD when both present in the same archive
public static boolean isGFDDOverWLSDD() {
return Boolean.valueOf(System.getProperty(GFDD_OVER_WLSDD));
}
// returns true if we should ignore WLS DD in the archive
public static boolean isIgnoreWLSDD() {
return Boolean.valueOf(System.getProperty(IGNORE_WLSDD));
}
// process the list of the configuration files, and return the sorted
// configuration file with precedence from high to low
// this list does not take consideration of what runtime files are
// present in the current archive
private static List<ConfigurationDeploymentDescriptorFile> sortConfigurationDDFiles(List<ConfigurationDeploymentDescriptorFile> ddFiles, ArchiveType archiveType, ReadableArchive archive) {
ConfigurationDeploymentDescriptorFile wlsConfDD = null;
ConfigurationDeploymentDescriptorFile gfConfDD = null;
ConfigurationDeploymentDescriptorFile sunConfDD = null;
for (ConfigurationDeploymentDescriptorFile ddFile : ddFiles) {
ddFile.setArchiveType(archiveType);
String ddPath = ddFile.getDeploymentDescriptorPath();
if (ddPath.indexOf(DescriptorConstants.WLS) != -1) {
wlsConfDD = ddFile;
} else if (ddPath.indexOf(DescriptorConstants.GF_PREFIX) != -1) {
gfConfDD = ddFile;
} else if (ddPath.indexOf(DescriptorConstants.S1AS_PREFIX) != -1) {
sunConfDD = ddFile;
}
}
List<ConfigurationDeploymentDescriptorFile> sortedConfDDFiles = new ArrayList<ConfigurationDeploymentDescriptorFile>();
// if there is external runtime alternate deployment descriptor
// specified, just use that
File runtimeAltDDFile = archive.getArchiveMetaData(
DeploymentProperties.RUNTIME_ALT_DD, File.class);
if (runtimeAltDDFile != null && runtimeAltDDFile.exists() && runtimeAltDDFile.isFile()) {
String runtimeAltDDPath = runtimeAltDDFile.getPath();
validateRuntimeAltDDPath(runtimeAltDDPath);
if (runtimeAltDDPath.indexOf(
DescriptorConstants.GF_PREFIX) != -1 && gfConfDD != null) {
sortedConfDDFiles.add(gfConfDD);
return sortedConfDDFiles;
}
}
// sort the deployment descriptor files by precedence order
// when they are present in the same archive
if (Boolean.valueOf(System.getProperty(GFDD_OVER_WLSDD))) {
// if this property set, it means we need to make GF deployment
// descriptors higher precedence
if (gfConfDD != null) {
sortedConfDDFiles.add(gfConfDD);
}
if (wlsConfDD != null) {
sortedConfDDFiles.add(wlsConfDD);
}
} else if (Boolean.valueOf(System.getProperty(IGNORE_WLSDD))) {
// if this property set, it means we need to ignore
// WLS deployment descriptors
if (gfConfDD != null) {
sortedConfDDFiles.add(gfConfDD);
}
} else {
// the default will be WLS DD has higher precedence
if (wlsConfDD != null) {
sortedConfDDFiles.add(wlsConfDD);
}
if (gfConfDD != null) {
sortedConfDDFiles.add(gfConfDD);
}
}
if (sunConfDD != null) {
sortedConfDDFiles.add(sunConfDD);
}
return sortedConfDDFiles;
}
public static void validateRuntimeAltDDPath(String runtimeAltDDPath) {
if (runtimeAltDDPath.indexOf(DescriptorConstants.GF_PREFIX) == -1) {
String msg = localStrings.getLocalString(
"enterprise.deployment.util.unsupportedruntimealtdd", "Unsupported external runtime alternate deployment descriptor [{0}].", new Object[] {runtimeAltDDPath});
throw new IllegalArgumentException(msg);
}
}
// process the list of the configuration files, and return the sorted
// configuration file with precedence from high to low
// this list takes consideration of what runtime files are
// present in the current archive
public static List<ConfigurationDeploymentDescriptorFile> processConfigurationDDFiles(List<ConfigurationDeploymentDescriptorFile> ddFiles, ReadableArchive archive, ArchiveType archiveType) throws IOException {
File runtimeAltDDFile = archive.getArchiveMetaData(
DeploymentProperties.RUNTIME_ALT_DD, File.class);
if (runtimeAltDDFile != null && runtimeAltDDFile.exists() && runtimeAltDDFile.isFile()) {
// if there are external runtime alternate deployment descriptor
// specified, the config DD files are already processed
return sortConfigurationDDFiles(ddFiles, archiveType, archive);
}
List<ConfigurationDeploymentDescriptorFile> processedConfDDFiles = new ArrayList<ConfigurationDeploymentDescriptorFile>();
for (ConfigurationDeploymentDescriptorFile ddFile : sortConfigurationDDFiles(ddFiles, archiveType, archive)) {
if (archive.exists(ddFile.getDeploymentDescriptorPath())) {
processedConfDDFiles.add(ddFile);
}
}
return processedConfDDFiles;
}
// read alternative runtime descriptor if there is an alternative runtime
// DD packaged inside the archive
public static void readAlternativeRuntimeDescriptor(ReadableArchive appArchive, ReadableArchive embeddedArchive, Archivist archivist, BundleDescriptor descriptor, String altDDPath) throws IOException, SAXParseException {
String altRuntimeDDPath = null;
ConfigurationDeploymentDescriptorFile confDD = null;
for (ConfigurationDeploymentDescriptorFile ddFile : sortConfigurationDDFiles(archivist.getConfigurationDDFiles(), archivist.getModuleType(), embeddedArchive)) {
String ddPath = ddFile.getDeploymentDescriptorPath();
if (ddPath.indexOf(DescriptorConstants.WLS) != -1 &&
appArchive.exists(DescriptorConstants.WLS + altDDPath)) {
// TODO: need to revisit this for WLS alt-dd pattern
confDD = ddFile;
altRuntimeDDPath = DescriptorConstants.WLS + altDDPath;
} else if (ddPath.indexOf(DescriptorConstants.GF_PREFIX) != -1 &&
appArchive.exists(DescriptorConstants.GF_PREFIX + altDDPath)) {
confDD = ddFile;
altRuntimeDDPath = DescriptorConstants.GF_PREFIX + altDDPath;
} else if (ddPath.indexOf(DescriptorConstants.S1AS_PREFIX) != -1
&& appArchive.exists(DescriptorConstants.S1AS_PREFIX + altDDPath)){
confDD = ddFile;
altRuntimeDDPath = DescriptorConstants.S1AS_PREFIX + altDDPath;
}
}
if (confDD != null && altRuntimeDDPath != null) {
// found an alternative runtime DD file
InputStream is = appArchive.getEntry(altRuntimeDDPath);
confDD.setXMLValidation(
archivist.getRuntimeXMLValidation());
confDD.setXMLValidationLevel(
archivist.getRuntimeXMLValidationLevel());
if (appArchive.getURI()!=null) {
confDD.setErrorReportingString(
appArchive.getURI().getSchemeSpecificPart());
}
confDD.read(descriptor, is);
is.close();
archivist.postRuntimeDDsRead(descriptor, embeddedArchive);
} else {
archivist.readRuntimeDeploymentDescriptor(embeddedArchive,descriptor);
}
}
/**
* Read the runtime deployment descriptors (can contained in one or
* many file) set the corresponding information in the passed descriptor.
* By default, the runtime deployment descriptors are all contained in
* the xml file characterized with the path returned by
*
* @param confDDFiles the sorted configuration files for this archive
* @param archive the archive
* @param descriptor the initialized deployment descriptor
* @param archivist the main archivist
* @param warnIfMultipleDDs whether to log warnings if both the GlassFish and the legacy Sun descriptors are present
*/
public static void readRuntimeDeploymentDescriptor(List<ConfigurationDeploymentDescriptorFile> confDDFiles, ReadableArchive archive, RootDeploymentDescriptor descriptor, Archivist main, final boolean warnIfMultipleDDs) throws IOException, SAXParseException {
if (confDDFiles == null || confDDFiles.isEmpty()) {
return;
}
ConfigurationDeploymentDescriptorFile confDD = confDDFiles.get(0);
InputStream is = null;
try {
File runtimeAltDDFile = archive.getArchiveMetaData(
DeploymentProperties.RUNTIME_ALT_DD, File.class);
if (runtimeAltDDFile != null && runtimeAltDDFile.exists() && runtimeAltDDFile.isFile()) {
is = new FileInputStream(runtimeAltDDFile);
} else {
is = archive.getEntry(confDD.getDeploymentDescriptorPath());
}
for (int i = 1; i < confDDFiles.size(); i++) {
if (warnIfMultipleDDs) {
deplLogger.log(Level.WARNING,
COUNTERPART_CONFIGDD_EXISTS,
new Object[] {
confDDFiles.get(i).getDeploymentDescriptorPath(),
archive.getURI().getSchemeSpecificPart(),
confDD.getDeploymentDescriptorPath()});
}
}
confDD.setErrorReportingString(archive.getURI().getSchemeSpecificPart());
if (confDD.isValidating()) {
confDD.setXMLValidation(main.getRuntimeXMLValidation());
confDD.setXMLValidationLevel(main.getRuntimeXMLValidationLevel());
} else {
confDD.setXMLValidation(false);
}
confDD.read(descriptor, is);
} finally {
if (is != null) {
try {
is.close();
} catch (IOException ioe) {
}
}
}
}
public static void setExtensionArchivistForSubArchivist(ServiceLocator habitat, ReadableArchive archive, ModuleDescriptor md, Application app, Archivist subArchivist) {
try {
Collection<Sniffer> sniffers = getSniffersForModule(habitat, archive, md, app);
ArchivistFactory archivistFactory = habitat.getService(ArchivistFactory.class);
subArchivist.setExtensionArchivists(archivistFactory.getExtensionsArchivists(sniffers, subArchivist.getModuleType()));
} catch (Exception e) {
deplLogger.log(Level.WARNING,
EXCEPTION_CAUGHT,
new Object[] { e.getMessage(), e });
}
}
// get sniffer list for sub modules of an ear application
private static Collection<Sniffer> getSniffersForModule(ServiceLocator habitat, ReadableArchive archive, ModuleDescriptor md, Application app) throws Exception {
ArchiveHandler handler = habitat.getService(ArchiveHandler.class, md.getModuleType().toString());
SnifferManager snifferManager = habitat.getService(SnifferManager.class);
List<URI> classPathURIs = handler.getClassPathURIs(archive);
classPathURIs.addAll(getLibraryJarURIs(app, archive));
Types types = archive.getParentArchive().getExtraData(Types.class);
DeployCommandParameters parameters = new DeployCommandParameters(new File(archive.getURI()));
ExtendedDeploymentContext context = new DeploymentContextImpl(null, archive, parameters, habitat.<ServerEnvironment>getService(ServerEnvironment.class));
context.setArchiveHandler(handler);
Collection<Sniffer> sniffers = snifferManager.getSniffers(context, classPathURIs, types);
String type = getTypeFromModuleType(md.getModuleType());
Sniffer mainSniffer = null;
for (Sniffer sniffer : sniffers) {
if (sniffer.getModuleType().equals(type)) {
mainSniffer = sniffer;
}
}
// if the sub module does not show characteristics of certain module
// type, we should still use the application.xml defined module type
// to add the appropriate sniffer
if (mainSniffer == null) {
mainSniffer = snifferManager.getSniffer(type);
sniffers.add(mainSniffer);
}
String [] incompatibleTypes = mainSniffer.getIncompatibleSnifferTypes();
List<String> allIncompatTypes = addAdditionalIncompatTypes(mainSniffer, incompatibleTypes);
List<Sniffer> sniffersToRemove = new ArrayList<Sniffer>();
for (Sniffer sniffer : sniffers) {
for (String incompatType : allIncompatTypes) {
if (sniffer.getModuleType().equals(incompatType)) {
deplLogger.log(Level.WARNING,
INCOMPATIBLE_TYPE,
new Object[] { type,
md.getArchiveUri(),
incompatType });
sniffersToRemove.add(sniffer);
}
}
}
sniffers.removeAll(sniffersToRemove);
// store the module sniffer information so we don't need to
// recalculate them later
Hashtable sniffersTable = archive.getParentArchive().getExtraData(Hashtable.class);
if (sniffersTable == null) {
sniffersTable = new Hashtable<String, Collection<Sniffer>>();
archive.getParentArchive().setExtraData(Hashtable.class, sniffersTable);
}
sniffersTable.put(md.getArchiveUri(), sniffers);
return sniffers;
}
private static String getTypeFromModuleType(ArchiveType moduleType) {
if (moduleType.equals(DOLUtils.warType())) {
return "web";
} else if (moduleType.equals(DOLUtils.ejbType())) {
return "ejb";
} else if (moduleType.equals(DOLUtils.carType())) {
return "appclient";
} else if (moduleType.equals(DOLUtils.rarType())) {
return "connector";
}
return null;
}
// this is to add additional incompatible sniffers at ear level where
// we have information to determine what is the main sniffer
private static List<String> addAdditionalIncompatTypes(Sniffer mainSniffer, String[] incompatTypes) {
List<String> allIncompatTypes = new ArrayList<String>();
for (String incompatType : incompatTypes) {
allIncompatTypes.add(incompatType);
}
if (mainSniffer.getModuleType().equals("appclient")) {
allIncompatTypes.add("ejb");
} else if (mainSniffer.getModuleType().equals("ejb")) {
allIncompatTypes.add("appclient");
}
return allIncompatTypes;
}
public static List<ConfigurationDeploymentDescriptorFile> getConfigurationDeploymentDescriptorFiles(ServiceLocator habitat, String containerType) {
List<ConfigurationDeploymentDescriptorFile> confDDFiles = new ArrayList<ConfigurationDeploymentDescriptorFile>();
for (ServiceHandle<?> serviceHandle : habitat.getAllServiceHandles(ConfigurationDeploymentDescriptorFileFor.class)) {
ActiveDescriptor<?> descriptor = serviceHandle.getActiveDescriptor();
String indexedType = descriptor.getMetadata().get(ConfigurationDeploymentDescriptorFileFor.DESCRIPTOR_FOR).get(0);
if(indexedType.equals(containerType)) {
ConfigurationDeploymentDescriptorFile confDD = (ConfigurationDeploymentDescriptorFile) serviceHandle.getService();
confDDFiles.add(confDD);
}
}
return confDDFiles;
}
/**
* receives notiification of the value for a particular tag
*
* @param element the xml element
* @param value it's associated value
*/
public static boolean setElementValue(XMLElement element,
String value,
Object o) {
if (SCHEMA_LOCATION_TAG.equals(element.getCompleteName())) {
// we need to keep all the non j2ee/javaee schemaLocation tags
StringTokenizer st = new StringTokenizer(value);
StringBuffer sb = new StringBuffer();
while (st.hasMoreElements()) {
String namespace = (String) st.nextElement();
String schema;
if (st.hasMoreElements()) {
schema = (String) st.nextElement();
} else {
schema = namespace;
namespace = TagNames.JAVAEE_NAMESPACE;
}
if (namespace.equals(TagNames.J2EE_NAMESPACE))
continue;
if (namespace.equals(TagNames.JAVAEE_NAMESPACE))
continue;
if (namespace.equals(W3C_XML_SCHEMA))
continue;
sb.append(namespace);
sb.append(" ");
sb.append(schema);
}
String clientSchemaLocation = sb.toString();
if (clientSchemaLocation!=null && clientSchemaLocation.length()!=0) {
if (o instanceof RootDeploymentDescriptor) {
((RootDeploymentDescriptor) o).setSchemaLocation(clientSchemaLocation);
}
}
return true;
} else if (element.getQName().equals(TagNames.METADATA_COMPLETE)) {
if (o instanceof BundleDescriptor) {
((BundleDescriptor) o).setFullAttribute(value);
}
return true;
}
return false;
}
/*
* Returns a list of the proprietary schema namespaces
*/
public static List<String> getProprietarySchemaNamespaces() {
ArrayList<String> ns = new ArrayList<String>();
ns.add(DescriptorConstants.WLS_SCHEMA_NAMESPACE_BEA);
ns.add(DescriptorConstants.WLS_SCHEMA_NAMESPACE_ORACLE);
return ns;
}
/*
* Returns a list of the proprietary dtd system IDs
*/
public static List<String> getProprietaryDTDStart() {
ArrayList<String> ns = new ArrayList<String>();
ns.add(DescriptorConstants.WLS_DTD_SYSTEM_ID_BEA);
return ns;
}
}