public RemoteInterfaceDescriptor getRemoteDescriptor(Class type) {
TypeDescriptor td = getDescriptor(type);
RemoteInterfaceDescriptor result = td.getRemoteInterface();
if (result != null) {
return result;
}
RemoteDescriptor desc;
if (java.rmi.Remote.class.isAssignableFrom(type)) {
if (type.isInterface()) {
desc = new RemoteInterfaceDescriptor(type, this);
} else {
desc = new RemoteClassDescriptor(type, this);
}
desc.init();
} else {
throw new IllegalArgumentException(
"class " + type.toString() + " does not implement" + " java.rmi.Remote");
}
result = desc.getRemoteInterface();
td.setRemoteInterface(result);
return result;
}
public CurrentLiveVersion(
ReloadableType reloadableType, String versionstamp, byte[] newbytedata) {
if (GlobalConfiguration.logging && log.isLoggable(Level.FINER)) {
log.entering(
"CurrentLiveVersion",
"<init>",
" new version of "
+ reloadableType.getName()
+ " loaded, version stamp '"
+ versionstamp
+ "'");
}
this.reloadableType = reloadableType;
this.typeDescriptor =
reloadableType.getTypeRegistry().getExtractor().extract(newbytedata, true);
this.versionstamp = versionstamp;
if (GlobalConfiguration.assertsMode) {
if (!this.typeDescriptor.getName().equals(reloadableType.typedescriptor.getName())) {
throw new IllegalStateException(
"New version has wrong name. Expected "
+ reloadableType.typedescriptor.getName()
+ " but was "
+ typeDescriptor.getName());
}
}
newbytedata =
GlobalConfiguration.callsideRewritingOn
? MethodInvokerRewriter.rewrite(reloadableType.typeRegistry, newbytedata)
: newbytedata;
this.incrementalTypeDescriptor = new IncrementalTypeDescriptor(reloadableType.typedescriptor);
this.incrementalTypeDescriptor.setLatestTypeDescriptor(this.typeDescriptor);
// Executors for interfaces simply hold annotations
this.executor =
reloadableType
.getTypeRegistry()
.executorBuilder
.createFor(reloadableType, versionstamp, typeDescriptor, newbytedata);
if (GlobalConfiguration.classesToDump != null
&& GlobalConfiguration.classesToDump.contains(reloadableType.getSlashedName())) {
Utils.dump(
Utils.getExecutorName(reloadableType.getName(), versionstamp).replace('.', '/'),
this.executor);
}
if (!typeDescriptor.isInterface()) {
this.dispatcherName = Utils.getDispatcherName(reloadableType.getName(), versionstamp);
this.executorName = Utils.getExecutorName(reloadableType.getName(), versionstamp);
this.dispatcher =
DispatcherBuilder.createFor(reloadableType, incrementalTypeDescriptor, versionstamp);
}
reloadableType.typeRegistry.checkChildClassLoader(reloadableType);
define();
}
public LockTableDescriptor(TypeDescriptor type) {
Assert.condition(type.isDistinctLockTableName(), "Type must support lock table option.");
this.type = type;
Assert.condition(
!StringUtils.isEmpty(type.getTableAlias()), "Type must have a default alias defined.");
this.tableAlias = type.getTableAlias() + "_lck";
}
@SuppressWarnings({"unchecked", "rawtypes"})
static ComponentBuilder<?> wrapWithCondition(
ComponentDescriptor descriptor, ComponentBuilder<?> builder) {
TypeDescriptor typeDescriptor = descriptor.getTypeDescriptor();
if (typeDescriptor == null) return builder;
String conditionText = typeDescriptor.getCondition();
if (!StringUtil.isEmpty(conditionText)) {
Expression<Boolean> condition = new ScriptExpression<Boolean>(conditionText);
return new ConditionalComponentBuilder(builder, condition);
} else return builder;
}
/**
* Computes the display string for any value, for a specific type.
*
* @param desc the field descriptor - custom formatters are extracted from this descriptor.
* @param t the value to print
* @return the formatted string
*/
public static <T> String print(TypeDescriptor desc, T t) {
if (t == null) {
return "";
}
if (desc != null && conversion.canConvert(desc, TypeDescriptor.valueOf(String.class))) {
return (String) conversion.convert(t, desc, TypeDescriptor.valueOf(String.class));
} else if (conversion.canConvert(t.getClass(), String.class)) {
return conversion.convert(t, String.class);
} else {
return t.toString();
}
}
protected static ComponentBuilder<?> createScriptBuilder(
ComponentDescriptor component, BeneratorContext context) {
TypeDescriptor type = component.getTypeDescriptor();
if (type == null) return null;
String scriptText = type.getScript();
if (scriptText == null) return null;
Script script = ScriptUtil.parseScriptText(scriptText);
Generator<?> generator = new ScriptGenerator(script);
generator =
DescriptorUtil.createConvertingGenerator(component.getTypeDescriptor(), generator, context);
return builderFromGenerator(generator, component, context);
}
private static ComponentBuilder<?> builderFromGenerator(
Generator<?> source, ComponentDescriptor descriptor, BeneratorContext context) {
boolean nullability = DescriptorUtil.isNullable(descriptor, context);
Double nullQuota = descriptor.getNullQuota();
if (nullQuota != null && nullQuota != 0)
source = context.getGeneratorFactory().applyNullSettings(source, nullability, nullQuota);
TypeDescriptor typeDescriptor = descriptor.getTypeDescriptor();
String scope = (typeDescriptor != null ? typeDescriptor.getScope() : null);
if (descriptor instanceof ArrayElementDescriptor) {
int index = ((ArrayElementDescriptor) descriptor).getIndex();
return new ArrayElementBuilder(index, source, scope);
} else return new PlainEntityComponentBuilder(descriptor.getName(), source, scope);
}
/**
* Create a new conversion exception.
*
* @param value the value we tried to convert
* @param sourceType the value's original type
* @param targetType the value's target type
* @param cause the cause of the conversion failure
*/
public ConversionFailedException(
TypeDescriptor sourceType, TypeDescriptor targetType, Object value, Throwable cause) {
super(
"Unable to convert value "
+ value
+ " from type '"
+ sourceType.getName()
+ "' to type '"
+ targetType.getName()
+ "'",
cause);
this.sourceType = sourceType;
this.targetType = targetType;
}
/**
* Add type descriptor.
*
* @param clsName Class name.
* @param idMapper ID mapper.
* @param serializer Serializer.
* @param affKeyFieldName Affinity key field name.
* @param isEnum Enum flag.
* @param canOverride Whether this descriptor can be override.
* @throws BinaryObjectException If failed.
*/
private void add(
String clsName,
BinaryIdMapper idMapper,
BinarySerializer serializer,
String affKeyFieldName,
boolean isEnum,
boolean canOverride)
throws BinaryObjectException {
TypeDescriptor desc =
new TypeDescriptor(clsName, idMapper, serializer, affKeyFieldName, isEnum, canOverride);
TypeDescriptor oldDesc = descs.get(clsName);
if (oldDesc == null) descs.put(clsName, desc);
else oldDesc.override(desc);
}
public boolean mustUseExecutorForThisMethod(int methodId) {
// Rule1: if it is a new method, we must use the executor
compute();
// If it is a catcher method that now has an implementation, we must use the executor
MethodMember method = initialTypeDescriptor.getMethod(methodId);
if (MethodMember.isCatcher(method)) {
// Has it now been provided?? If it has not we can just return immediately
boolean found = false;
for (MethodMember method2 : newOrChangedMethods) {
if (method2.shouldReplace(method)) { // modifiers? what of static/nonstatic et al
// We should not consider modifiers or exceptions in this test!
// otherwise we will end up not finding a method that really should replace / override
// the catcher.
found = true;
if (MethodMember.isCatcher(method2)) {
return false;
}
}
}
if (!found) {
// not provided! New type descriptor doesn't include catchers
return false;
}
}
return true;
}
/**
* Get the identifiable type that corresponds to the most specific mapped superclass or entity
* extended by the entity or mapped superclass.
*
* @return the super type.
*/
public IdentifiableTypeDescriptor getSuperType() {
final TypeDescriptor superType = TypeDescriptor.getInstance(getJavaType().getSuperclass());
if (superType instanceof IdentifiableTypeDescriptor) {
return (IdentifiableTypeDescriptor) superType;
} else {
return null;
}
}
/**
* Initializes the expression
*
* @param tp the type prefix
* @param td the type descriptor. The element type of the enclosed initializer will be
* automatically and recursively set.
* @exception IllegalArgumentException if tp is null or td is null
*/
public ArrayAllocation(TypeName tp, TypeDescriptor td, SourceInfo si) {
super(si);
if (tp == null) throw new IllegalArgumentException("tp == null");
if (td == null) throw new IllegalArgumentException("td == null");
elementType = tp;
typeDescriptor = td;
td.initialize(tp);
}
/**
* Defines this version. Called up front but can also be called later if the ChildClassLoader in a
* type registry is discarded and recreated.
*/
public void define() {
staticInitializer = null;
haveLookedForStaticInitializer = false;
if (!typeDescriptor.isInterface()) {
try {
dispatcherClass =
reloadableType.typeRegistry.defineClass(dispatcherName, dispatcher, false);
} catch (RuntimeException t) {
// TODO check for something strange. something to do with the file detection misbehaving,
// see the same file attempted to be reloaded twice...
if (t.getMessage().indexOf("duplicate class definition") == -1) {
throw t;
} else {
t.printStackTrace();
}
}
}
try {
executorClass = reloadableType.typeRegistry.defineClass(executorName, executor, false);
} catch (RuntimeException t) {
// TODO check for something strange. something to do with the file detection misbehaving, see
// the same file attempted to be reloaded twice...
if (t.getMessage().indexOf("duplicate class definition") == -1) {
throw t;
} else {
t.printStackTrace();
}
}
if (!typeDescriptor.isInterface()) {
try {
dispatcherInstance = dispatcherClass.newInstance();
} catch (InstantiationException e) {
throw new RuntimeException("Unable to build dispatcher class instance", e);
} catch (IllegalAccessException e) {
throw new RuntimeException("Unable to build dispatcher class instance", e);
}
}
}
public boolean hasBeenDeleted(int methodId) {
compute();
MethodMember method = initialTypeDescriptor.getMethod(methodId);
boolean a = false;
for (MethodMember m : deletedMethods) {
if (m.equals(method)) {
a = true;
break;
}
}
// alternative mechanism
// boolean b = true;
// for (MethodMember m : this.latestTypeDescriptor.getMethods()) {
// if (m.equals(method)) {
// b = wasDeleted(m);
// break;
// }
// }
return a;
}
// TODO can we speed this up?
public boolean hasConstructorChanged(int ctorId) {
// need to find the constructor that id is for
MethodMember mm = typeDescriptor.getConstructor(ctorId);
return hasConstructorChanged(mm);
}
private void compute() {
if ((bits & BIT_COMPUTED_DIFF) != 0) {
return;
}
latestMethods = new HashMap<String, MethodMember>();
newOrChangedMethods = new ArrayList<MethodMember>();
deletedMethods = new ArrayList<MethodMember>();
// Process the methods in the latest copy, compared to the original
for (MethodMember latest : latestTypeDescriptor.getMethods()) {
// Did this method exist in the original? Ask by name and descriptor
MethodMember original =
initialTypeDescriptor.getByDescriptor(latest.getName(), latest.getDescriptor());
// If it did not exist, tag it
if (original == null) {
latest.bits |= MethodMember.IS_NEW;
newOrChangedMethods.add(latest);
} else {
if (!original.equals(latest)) { // check more than just name/descriptor
newOrChangedMethods.add(latest);
}
// If originally it was a catcher and now it is no longer a catcher (an impl has been
// provided), record it
if (MethodMember.isCatcher(original) && !MethodMember.isCatcher(latest)) {
latest.bits |= MethodMember.IS_NEW;
newOrChangedMethods.add(latest);
}
// TODO [perf] not convinced this can occur? Think it through
if (MethodMember.isSuperDispatcher(original) && !MethodMember.isSuperDispatcher(latest)) {
latest.bits |= MethodMember.IS_NEW;
newOrChangedMethods.add(latest);
}
// If it now is a catcher where it didn't used to be, it has been deleted
if (MethodMember.isCatcher(latest) && !MethodMember.isCatcher(original)) {
latest.bits |= MethodMember.WAS_DELETED;
}
latest.original = original;
// Keep track of important changes:
if (original.modifiers != latest.modifiers) {
// Determine if a change was made from static to non-static or vice versa
boolean wasStatic = original.isStatic();
boolean isStatic = latest.isStatic();
if (wasStatic != isStatic) {
if (wasStatic) {
// has been made non-static
latest.bits |= MethodMember.MADE_NON_STATIC;
} else {
// has been made static
latest.bits |= MethodMember.MADE_STATIC;
}
}
// Determine if a change was made with regards visibility
int oldVisibility = original.modifiers & ACC_PUBLIC_PRIVATE_PROTECTED;
int newVisibility = latest.modifiers & ACC_PUBLIC_PRIVATE_PROTECTED;
if (oldVisibility != newVisibility) {
latest.bits |= MethodMember.VISIBILITY_CHANGE;
}
}
// TODO do we care about exceptions changing? It doesn't make it a new method.
// TODO if we do, upgrade this check to remember the precise changes?
// int oExceptionsLength = original.exceptions == null ? 0 : original.exceptions.length;
// int nExceptionsLength = latest.exceptions == null ? 0 : latest.exceptions.length;
// if (oExceptionsLength != nExceptionsLength) {
// latest.bits |= MethodMember.EXCEPTIONS_CHANGE;
// } else {
// for (int i = 0; i < oExceptionsLength; i++) {
// if (!original.exceptions[i].equals(latest.exceptions[i])) {
// latest.bits |= MethodMember.EXCEPTIONS_CHANGE;
// }
// }
// }
}
String nadKey = new StringBuilder(latest.getName()).append(latest.getDescriptor()).toString();
latestMethods.put(nadKey, latest);
}
for (MethodMember initialMethod : initialTypeDescriptor.getMethods()) {
if (MethodMember.isCatcher(initialMethod)) {
continue;
}
if (!latestTypeDescriptor.defines(initialMethod)) {
deletedMethods.add(initialMethod);
}
}
bits |= BIT_COMPUTED_DIFF;
}
/**
* Note: This method <em>doesn't</em> follow the usual convention of firing a property change. If
* that functionality is needed, the code should be fixed.
*
* @param init An initializer, assumed to already be set up with a valid element type. (The
* ArrayInitializer constructor will set up the element type automatically, but this method
* does not.)
*/
public void setInitialization(ArrayInitializer init) {
typeDescriptor.initialization = init;
}
public String getSchemaName() {
return type.getSchemaName();
}
public String getTableName() {
return type.getLockTableName();
}
public Access type() {
TypeDescriptor d = new TypeDescriptor(p, typeDescriptor);
return d.type();
}
public List parameterListSkipFirst() {
TypeDescriptor d = new TypeDescriptor(p, parameterDescriptors);
return d.parameterListSkipFirst();
}
public TypeRepository(org.omg.CORBA.ORB orb) {
this.orb = orb;
TypeDescriptor desc;
desc = new AnyDescriptor(java.lang.Object.class, this);
classMap.put(java.lang.Object.class, desc);
desc.init();
repidMap.put(desc.getRepositoryID(), desc);
desc = new AnyDescriptor(java.lang.Object.class, this);
classMap.put(java.lang.Object.class, desc);
desc.init();
repidMap.put(desc.getRepositoryID(), desc);
desc = new StringDescriptor(this);
classMap.put(String.class, desc);
desc.init();
repidMap.put(desc.getRepositoryID(), desc);
desc = new ClassDescriptor(this);
classMap.put(Class.class, desc);
classMap.put(javax.rmi.CORBA.ClassDesc.class, desc);
desc.init();
repidMap.put(desc.getRepositoryID(), desc);
desc = new DateValueDescriptor(this);
classMap.put(java.util.Date.class, desc);
desc.init();
repidMap.put(desc.getRepositoryID(), desc);
desc = new AnyDescriptor(java.io.Externalizable.class, this);
classMap.put(java.io.Externalizable.class, desc);
desc.init();
repidMap.put(desc.getRepositoryID(), desc);
desc = new AnyDescriptor(java.io.Serializable.class, this);
classMap.put(java.io.Serializable.class, desc);
desc.init();
repidMap.put(desc.getRepositoryID(), desc);
desc = new AnyDescriptor(java.rmi.Remote.class, this);
classMap.put(java.rmi.Remote.class, desc);
desc.init();
repidMap.put(desc.getRepositoryID(), desc);
}
/* (non-Javadoc)
* @see org.alfresco.config.element.GenericConfigElement#combine(org.alfresco.config.ConfigElement)
*/
public ConfigElement combine(ConfigElement element) {
WebFrameworkConfigElement configElement = (WebFrameworkConfigElement) element;
// new combined element
WebFrameworkConfigElement combinedElement = new WebFrameworkConfigElement();
// copy in our things
combinedElement.formats.putAll(this.formats);
combinedElement.errorHandlers.putAll(this.errorHandlers);
combinedElement.systemPages.putAll(this.systemPages);
combinedElement.tagLibraries.putAll(this.tagLibraries);
combinedElement.types.putAll(this.types);
combinedElement.pageTypes.putAll(this.pageTypes);
combinedElement.resourceLoaders.putAll(this.resourceLoaders);
combinedElement.resourceResolvers.putAll(this.resourceResolvers);
combinedElement.resourcesDeniedPaths.addAll(this.resourcesDeniedPaths);
combinedElement.runtimeConfigs.putAll(this.runtimeConfigs);
// override with things from the merging object
combinedElement.formats.putAll(configElement.formats);
combinedElement.errorHandlers.putAll(configElement.errorHandlers);
combinedElement.systemPages.putAll(configElement.systemPages);
combinedElement.tagLibraries.putAll(configElement.tagLibraries);
combinedElement.types.putAll(configElement.types);
combinedElement.pageTypes.putAll(configElement.pageTypes);
combinedElement.resourceLoaders.putAll(configElement.resourceLoaders);
combinedElement.resourceResolvers.putAll(configElement.resourceResolvers);
combinedElement.resourcesDeniedPaths.addAll(configElement.resourcesDeniedPaths);
combinedElement.runtimeConfigs.putAll(configElement.runtimeConfigs);
// other properties
combinedElement.isTimerEnabled = this.isTimerEnabled;
if (configElement.isTimerEnabled) {
combinedElement.isTimerEnabled = configElement.isTimerEnabled;
}
// default services
combinedElement.defaultLinkBuilderFactoryId = this.defaultLinkBuilderFactoryId;
if (configElement.defaultLinkBuilderFactoryId != null) {
combinedElement.defaultLinkBuilderFactoryId = configElement.defaultLinkBuilderFactoryId;
}
combinedElement.defaultRequestContextFactoryId = this.defaultRequestContextFactoryId;
if (configElement.defaultRequestContextFactoryId != null) {
combinedElement.defaultRequestContextFactoryId = configElement.defaultRequestContextFactoryId;
}
combinedElement.defaultUserFactoryId = this.defaultUserFactoryId;
if (configElement.defaultUserFactoryId != null) {
combinedElement.defaultUserFactoryId = configElement.defaultUserFactoryId;
}
// default application settings
combinedElement.defaultFormatId = this.defaultFormatId;
if (configElement.defaultFormatId != null) {
combinedElement.defaultFormatId = configElement.defaultFormatId;
}
combinedElement.defaultRegionChrome = this.defaultRegionChrome;
if (configElement.defaultRegionChrome != null) {
combinedElement.defaultRegionChrome = configElement.defaultRegionChrome;
}
combinedElement.defaultComponentChrome = this.defaultComponentChrome;
if (configElement.defaultComponentChrome != null) {
combinedElement.defaultComponentChrome = configElement.defaultComponentChrome;
}
combinedElement.defaultSubComponentChrome = this.defaultSubComponentChrome;
if (configElement.defaultSubComponentChrome != null) {
combinedElement.defaultSubComponentChrome = configElement.defaultSubComponentChrome;
}
combinedElement.defaultTheme = this.defaultTheme;
if (configElement.defaultTheme != null) {
combinedElement.defaultTheme = configElement.defaultTheme;
}
combinedElement.surfBug = this.surfBug;
if (configElement.surfBug != null) {
combinedElement.surfBug = configElement.surfBug;
}
combinedElement.loginCookiesEnabled = this.loginCookiesEnabled;
if (configElement.loginCookiesEnabled != null) {
combinedElement.loginCookiesEnabled = configElement.loginCookiesEnabled;
}
combinedElement.defaultSiteConfiguration = this.defaultSiteConfiguration;
if (configElement.defaultSiteConfiguration != null) {
combinedElement.defaultSiteConfiguration = configElement.defaultSiteConfiguration;
}
// default persister setting
combinedElement.defaultPersisterId = this.defaultPersisterId;
if (configElement.defaultPersisterId != null) {
combinedElement.defaultPersisterId = configElement.defaultPersisterId;
}
// Whenever two config elements are merged it is important to ensure that the
// currently configured types are updated with any overridden default persisters.
// A type is marked as using the default persister if a persister id is not
// explicitly set. It will be set with the default persister configured in the
// same file as the type is declared, but the "useDefaultPersister" flag will
// be set so that it can be overridden if the default persister is updated.
for (TypeDescriptor type : combinedElement.getTypes()) {
if (type.useDefaultPerister()) {
type.setPersisterId(combinedElement.defaultPersisterId);
}
}
// AutoWire Settings
combinedElement.autowireModeId = this.autowireModeId;
if (configElement.autowireModeId != null) {
combinedElement.autowireModeId = configElement.autowireModeId;
}
combinedElement.autowireRuntimeId = this.autowireRuntimeId;
if (configElement.autowireRuntimeId != null) {
combinedElement.autowireRuntimeId = configElement.autowireRuntimeId;
}
// persister config
combinedElement.persisterConfigDescriptor = this.persisterConfigDescriptor;
if (configElement.persisterConfigDescriptor != null) {
combinedElement.persisterConfigDescriptor = configElement.persisterConfigDescriptor;
}
// Module deployment settings...
combinedElement.moduleDeploymentMode = this.moduleDeploymentMode;
if (configElement.moduleDeploymentMode != null) {
combinedElement.moduleDeploymentMode = configElement.moduleDeploymentMode;
}
combinedElement.enableAutoDeployModules = this.enableAutoDeployModules;
if (configElement.enableAutoDeployModules != null) {
combinedElement.enableAutoDeployModules = configElement.enableAutoDeployModules;
}
combinedElement.useChecksumDependencies = this.useChecksumDependencies;
if (configElement.useChecksumDependencies != null) {
combinedElement.useChecksumDependencies = configElement.useChecksumDependencies;
}
combinedElement.generateCssDataImages = this.generateCssDataImages;
if (configElement.generateCssDataImages != null) {
combinedElement.generateCssDataImages = configElement.generateCssDataImages;
}
combinedElement.aggregateDependencies = this.aggregateDependencies;
if (configElement.aggregateDependencies != null) {
combinedElement.aggregateDependencies = configElement.aggregateDependencies;
}
combinedElement.calculateWebScriptDependencies = this.calculateWebScriptDependencies;
if (configElement.calculateWebScriptDependencies != null) {
combinedElement.calculateWebScriptDependencies = configElement.calculateWebScriptDependencies;
}
combinedElement.enableRemoteResourceHandling = this.enableRemoteResourceHandling;
if (configElement.enableRemoteResourceHandling != null) {
combinedElement.enableRemoteResourceHandling = configElement.enableRemoteResourceHandling;
}
combinedElement.enableExtensionModulesOnGuestPages = this.enableExtensionModulesOnGuestPages;
if (configElement.enableExtensionModulesOnGuestPages != null) {
combinedElement.enableExtensionModulesOnGuestPages =
configElement.enableExtensionModulesOnGuestPages;
}
combinedElement.enableDynamicExtensions = this.enableDynamicExtensions;
if (configElement.enableDynamicExtensions != null) {
combinedElement.enableDynamicExtensions = configElement.enableDynamicExtensions;
}
combinedElement.disableResourceCaching = this.disableResourceCaching;
if (configElement.disableResourceCaching != null) {
combinedElement.disableResourceCaching = configElement.disableResourceCaching;
}
// Combine any Dojo configurations...
combineDojoConfiguration(configElement, combinedElement);
return combinedElement;
}
private List getNextSequenceImpl(TypeDescriptor typeDescriptor, Session session) {
Field[] pkFields = typeDescriptor.getPkFields();
Assert.condition(
1 == pkFields.length,
"Automatic PK values are only supported for types with a single PK field.");
String createPKStmt =
dbDescriptor.getCreatePKStatement(
sqlUtils.getSchemaName(), typeDescriptor.getPkSequence(), this.sequenceBatchSize);
Field field = pkFields[0];
if (session.isUsingPreparedStatements(typeDescriptor.getType())) {
PreparedStatement pkStatement = null;
try {
Connection connection = session.getConnection();
PreparedStatement result;
try {
result = connection.prepareStatement(createPKStmt);
} catch (SQLException x) {
throw new InternalException(x);
}
pkStatement = result;
ResultSet pkQuery = pkStatement.executeQuery();
List newIds = new LinkedList();
while (pkQuery.next()) {
newIds.add(
DmlManager.getJavaValue(
field.getType(),
typeDescriptor.getPersistentField(field).getLength(),
pkQuery,
1,
true,
false));
}
return newIds;
} catch (SQLException e) {
throw new InternalException(e);
} finally {
QueryUtils.closeStatement(pkStatement);
}
} else {
Statement pkStmt = null;
try {
Connection connection = session.getConnection();
pkStmt = connection.createStatement();
ResultSet pkQuery = pkStmt.executeQuery(createPKStmt);
List newIds = new LinkedList();
while (pkQuery.next()) {
newIds.add(
DmlManager.getJavaValue(
field.getType(),
typeDescriptor.getPersistentField(field).getLength(),
pkQuery,
1,
true,
false));
}
return newIds;
} catch (SQLException e) {
throw new InternalException(e);
} finally {
QueryUtils.closeStatement(pkStmt);
}
}
}
public TypeDescriptor getDescriptor(Class type) {
logger.fine("Requesting type descriptor for class " + type.getName());
TypeDescriptor desc = classMap.get(type);
if (desc != null) {
return desc.getSelf();
}
if (org.omg.CORBA.portable.IDLEntity.class.isAssignableFrom(type) && isIDLEntity(type)) {
IDLEntityDescriptor idlDesc = new IDLEntityDescriptor(type, this);
desc = idlDesc;
classMap.put(type, desc);
idlDesc.initIDL();
} else if (java.lang.Throwable.class.isAssignableFrom(type)) {
desc = new ExceptionDescriptor(type, this);
classMap.put(type, desc);
desc.init();
repidMap.put(desc.getRepositoryID(), desc);
} else if (type.isArray()) {
desc = ArrayDescriptor.get(type, this);
classMap.put(type, desc);
desc.init();
repidMap.put(desc.getRepositoryID(), desc);
} else if (!type.isInterface() && java.io.Serializable.class.isAssignableFrom(type)) {
desc = new ValueDescriptor(type, this);
classMap.put(type, desc);
desc.init();
repidMap.put(desc.getRepositoryID(), desc);
} else if (java.rmi.Remote.class.isAssignableFrom(type)) {
if (type.isInterface()) {
desc = new RemoteInterfaceDescriptor(type, this);
} else {
desc = new RemoteClassDescriptor(type, this);
}
classMap.put(type, desc);
desc.init();
repidMap.put(desc.getRepositoryID(), desc);
} else if (type.isPrimitive()) {
desc = getSimpleDescriptor(type);
classMap.put(type, desc);
repidMap.put(desc.getRepositoryID(), desc);
} else if (Object.class.isAssignableFrom(type)) {
if (isAbstractInterface(type)) {
logger.finer("encoding " + type + " as abstract interface");
desc = new AbstractObjectDescriptor(type, this);
} else {
logger.finer("encoding " + type + " as a abstract value");
desc = new ValueDescriptor(type, this);
}
classMap.put(type, desc);
desc.init();
repidMap.put(desc.getRepositoryID(), desc);
} else {
throw new RuntimeException("cannot handle class " + type.getName());
}
logger.fine("Class " + type.getName() + " resolves to " + desc.getClass().getName());
return desc;
}
@SuppressWarnings("unchecked")
protected static WebFrameworkConfigElement newInstance(Element elem) {
WebFrameworkConfigElement configElement = new WebFrameworkConfigElement();
// formats
List<Element> formats = elem.elements("format");
for (Element el : formats) {
FormatDescriptor descriptor = new FormatDescriptor(el);
configElement.formats.put(descriptor.getId(), descriptor);
}
// error handlers
List<Element> errorHandlers = elem.elements("error-handler");
for (Element el : errorHandlers) {
ErrorHandlerDescriptor descriptor = new ErrorHandlerDescriptor(el);
configElement.errorHandlers.put(descriptor.getId(), descriptor);
}
// system pages
List<Element> systemPages = elem.elements("system-page");
for (Element el : systemPages) {
SystemPageDescriptor descriptor = new SystemPageDescriptor(el);
configElement.systemPages.put(descriptor.getId(), descriptor);
}
// tag libraries
List<Element> tagLibraries = elem.elements("tag-library");
for (Element el : tagLibraries) {
TagLibraryDescriptor descriptor = new TagLibraryDescriptor(el);
configElement.tagLibraries.put(descriptor.getId(), descriptor);
}
// defaults
Element defaults = elem.element("defaults");
if (defaults != null) {
/** SERVICES * */
String _requestContextFactoryId = defaults.elementTextTrim("request-context-factory");
if (_requestContextFactoryId != null) {
configElement.defaultRequestContextFactoryId = _requestContextFactoryId;
}
String _linkBuilderFactoryId = defaults.elementTextTrim("link-builder-factory");
if (_linkBuilderFactoryId != null) {
configElement.defaultLinkBuilderFactoryId = _linkBuilderFactoryId;
}
String _userFactoryId = defaults.elementTextTrim("user-factory");
if (_userFactoryId != null) {
configElement.defaultUserFactoryId = _userFactoryId;
}
/** SETTINGS * */
String _format = defaults.elementTextTrim("format");
if (_format != null) {
configElement.defaultFormatId = _format;
}
String _regionChrome = defaults.elementTextTrim("region-chrome");
if (_regionChrome != null) {
configElement.defaultRegionChrome = _regionChrome;
}
String _componentChrome = defaults.elementTextTrim("component-chrome");
if (_componentChrome != null) {
configElement.defaultComponentChrome = _componentChrome;
}
String _subComponentChrome = defaults.elementTextTrim("sub-component-chrome");
if (_subComponentChrome != null) {
configElement.defaultSubComponentChrome = _subComponentChrome;
}
String _surfBug = defaults.elementTextTrim("surfbug");
if (_surfBug != null) {
configElement.surfBug = _surfBug;
}
String _loginCookiesEnabled = defaults.elementTextTrim("login-cookies-enabled");
if (_loginCookiesEnabled != null) {
configElement.loginCookiesEnabled = Boolean.valueOf(_loginCookiesEnabled);
}
String _theme = defaults.elementTextTrim("theme");
if (_theme != null && _theme.length() != 0) {
configElement.defaultTheme = _theme;
}
List<Element> pageTypes = defaults.elements("page-type");
for (Element pageType : pageTypes) {
String pageTypeId = pageType.elementTextTrim("id");
String pageTypeInstanceId = pageType.elementTextTrim("page-instance-id");
configElement.pageTypes.put(pageTypeId, pageTypeInstanceId);
}
String _siteConfiguration = defaults.elementTextTrim("site-configuration");
if (_siteConfiguration != null) {
configElement.defaultSiteConfiguration = _siteConfiguration;
}
/** DEFAULT PERSISTER SETTING * */
String _defaultPersisterId = defaults.elementText("persister");
if (_defaultPersisterId != null) {
configElement.defaultPersisterId = _defaultPersisterId;
}
}
//////////////////////////////////////////////////////
// Debug Timer
//////////////////////////////////////////////////////
Element debugElement = elem.element("debug");
if (debugElement != null) {
String _isTimerEnabled = debugElement.elementTextTrim("timer");
if (_isTimerEnabled != null) {
configElement.isTimerEnabled = Boolean.parseBoolean(_isTimerEnabled);
}
}
//////////////////////////////////////////////////////
// Type Specific Things
//////////////////////////////////////////////////////
List<Element> objectTypes = elem.elements("object-type");
for (Element el : objectTypes) {
TypeDescriptor descriptor = new TypeDescriptor(el);
if (descriptor.useDefaultPerister() && configElement.getDefaultPersisterId() != null) {
descriptor.setPersisterId(configElement.getDefaultPersisterId());
}
configElement.types.put(descriptor.getId(), descriptor);
}
//////////////////////////////////////////////////////
// Resource Loaders
//////////////////////////////////////////////////////
List<Element> loaders = elem.elements("resource-loader");
for (Element el : loaders) {
ResourceLoaderDescriptor descriptor = new ResourceLoaderDescriptor(el);
configElement.resourceLoaders.put(descriptor.getId(), descriptor);
}
//////////////////////////////////////////////////////
// Resource Resolvers
//////////////////////////////////////////////////////
List<Element> resolvers = elem.elements("resource-resolver");
for (Element el : resolvers) {
ResourceResolverDescriptor descriptor = new ResourceResolverDescriptor(el);
configElement.resourceResolvers.put(descriptor.getId(), descriptor);
}
//////////////////////////////////////////////////////
// Runtime Configuration
//////////////////////////////////////////////////////
List<Element> runtimeConfigElements = elem.elements("runtime-config");
for (Element el : runtimeConfigElements) {
RuntimeConfigDescriptor descriptor = new RuntimeConfigDescriptor(el);
configElement.runtimeConfigs.put(descriptor.getId(), descriptor);
}
//////////////////////////////////////////////////////
// Autowire Configuration
//////////////////////////////////////////////////////
Element autowireConfigElement = elem.element("autowire");
if (autowireConfigElement != null) {
String _autowireModeId = autowireConfigElement.elementTextTrim("mode");
if (_autowireModeId != null) {
configElement.autowireModeId = _autowireModeId;
}
String _autowireRuntimeId = autowireConfigElement.elementTextTrim("runtime");
if (_autowireRuntimeId != null) {
configElement.autowireRuntimeId = _autowireRuntimeId;
}
}
//////////////////////////////////////////////////////
// Persister Config Descriptor
//////////////////////////////////////////////////////
Element persisterConfigElement = elem.element("persisters");
if (persisterConfigElement != null) {
configElement.persisterConfigDescriptor =
new PersisterConfigDescriptor(persisterConfigElement);
}
// Module Deployment mode...
Element moduleDeploymentElement = elem.element("module-deployment");
if (moduleDeploymentElement != null) {
String _moduleDeploymentMode = moduleDeploymentElement.elementTextTrim("mode");
if (_moduleDeploymentMode != null) {
configElement.moduleDeploymentMode = _moduleDeploymentMode;
}
String _enableAutoDeployModules =
moduleDeploymentElement.elementTextTrim("enable-auto-deploy-modules");
if (_enableAutoDeployModules != null) {
configElement.enableAutoDeployModules = Boolean.valueOf(_enableAutoDeployModules);
}
}
// MNT-12724 case, externally specify paths that should be denied by ResourceController
Element denyAccessPathsElement = elem.element("deny-access-resource-paths");
if (denyAccessPathsElement != null) {
List<Element> paths = denyAccessPathsElement.elements("resource-path-pattern");
for (Element path : paths) {
configElement.resourcesDeniedPaths.add(Pattern.compile(path.getTextTrim()));
}
}
// When "use-checksum-dependencies" is set to true the JavaScriptDependencyDirective and
// CssDependencyDirectives will be made available to FreeMarker templates...
String useChecksumDependencies = elem.elementTextTrim("use-checksum-dependencies");
if (useChecksumDependencies != null) {
configElement.useChecksumDependencies = Boolean.valueOf(useChecksumDependencies);
}
String generateCssDataImages = elem.elementTextTrim("generate-css-data-images");
if (generateCssDataImages != null) {
configElement.generateCssDataImages = Boolean.valueOf(generateCssDataImages);
}
String aggregateDependencies = elem.elementTextTrim("aggregate-dependencies");
if (aggregateDependencies != null) {
configElement.aggregateDependencies = Boolean.valueOf(aggregateDependencies);
}
String calculateWebScriptDependencies =
elem.elementTextTrim("calculate-webscript-dependencies");
if (calculateWebScriptDependencies != null) {
configElement.calculateWebScriptDependencies =
Boolean.valueOf(calculateWebScriptDependencies);
}
String enableRemoteResources = elem.elementTextTrim("enable-remote-resource-resolving");
if (enableRemoteResources != null) {
configElement.enableRemoteResourceHandling = Boolean.valueOf(enableRemoteResources);
}
String enableGuestPageExtensionModules =
elem.elementTextTrim("enable-guest-page-extension-modules");
if (enableGuestPageExtensionModules != null) {
configElement.enableExtensionModulesOnGuestPages =
Boolean.valueOf(enableGuestPageExtensionModules);
}
String enableDynamicExtensionModules = elem.elementTextTrim("enable-dynamic-extension-modules");
if (enableDynamicExtensionModules != null) {
configElement.enableDynamicExtensions = Boolean.valueOf(enableDynamicExtensionModules);
}
String disableResourceCaching = elem.elementTextTrim("disable-resource-caching");
if (disableResourceCaching != null) {
configElement.disableResourceCaching = Boolean.valueOf(disableResourceCaching);
}
// Process any Dojo configuration...
processDojoConfiguration(configElement, elem);
return configElement;
}
/**
* Parses this string as instance of a specific field in the given class
*
* @param field the related field (custom formatters are extracted from this field annotation)
* @param text the text to parse
* @param clazz class representing the required type
* @return the parsed value
*/
@SuppressWarnings("unchecked")
public static <T> T parse(Field field, String text, Class<T> clazz) {
return (T) conversion.convert(text, new TypeDescriptor(field), TypeDescriptor.valueOf(clazz));
}
public boolean hasClinit() {
return typeDescriptor.hasClinit();
}
/**
* Note: This method <em>doesn't</em> follow the usual convention of firing a property change. If
* that functionality is needed, the code should be fixed.
*/
public void setSizes(List<? extends Expression> sz) {
typeDescriptor.sizes = (sz == null) ? null : new ArrayList<Expression>(sz);
}
public boolean hasConstructorChanged(String descriptor) {
MethodMember mm = typeDescriptor.getConstructor(descriptor);
return hasConstructorChanged(mm);
}
