protected <T> void processBeanRegistration(
BeanRegistration registration, GlobalEnablementBuilder globalEnablementBuilder) {
Bean<?> bean = registration.getBean();
BeanManagerImpl beanManager = registration.getBeanManager();
if (beanManager == null) {
// Get the bean manager for beans added via ABD#addBean()
beanManager = getOrCreateBeanDeployment(bean.getBeanClass()).getBeanManager();
} else {
// Also validate the bean produced by a builder
ExternalBeanAttributesFactory.validateBeanAttributes(bean, getBeanManager());
validateBean(bean);
}
// Custom beans (alternatives, interceptors, decorators) may also implement
// javax.enterprise.inject.spi.Prioritized
Integer priority = (bean instanceof Prioritized) ? ((Prioritized) bean).getPriority() : null;
if (bean instanceof Interceptor<?>) {
beanManager.addInterceptor((Interceptor<?>) bean);
if (priority != null) {
globalEnablementBuilder.addInterceptor(bean.getBeanClass(), priority);
}
} else if (bean instanceof Decorator<?>) {
beanManager.addDecorator(CustomDecoratorWrapper.of((Decorator<?>) bean, beanManager));
if (priority != null) {
globalEnablementBuilder.addDecorator(bean.getBeanClass(), priority);
}
} else {
beanManager.addBean(bean);
if (priority != null && bean.isAlternative()) {
globalEnablementBuilder.addAlternative(bean.getBeanClass(), priority);
}
}
containerLifecycleEvents.fireProcessBean(beanManager, bean, registration.getExtension());
}
private void validateDecorators(BeanManagerImpl beanManager, AbstractClassBean<?> classBean) {
if (classBean.getDecorators().size() > 0) {
boolean passivationCapabilityCheckRequired =
isPassivationCapabilityCheckRequired(beanManager, classBean);
for (Decorator<?> decorator : classBean.getDecorators()) {
if (passivationCapabilityCheckRequired) {
boolean isSerializable =
(decorator instanceof WeldDecorator<?>)
? (((WeldDecorator<?>) decorator).getWeldAnnotated().isSerializable())
: (decorator instanceof PassivationCapable);
if (!isSerializable) {
throw new UnserializableDependencyException(
PASSIVATING_BEAN_WITH_NONSERIALIZABLE_DECORATOR, classBean, decorator);
}
}
for (InjectionPoint ij : decorator.getInjectionPoints()) {
if (!ij.isDelegate()) {
Bean<?> resolvedBean = beanManager.resolve(beanManager.getBeans(ij));
validateInjectionPoint(ij, beanManager);
if (passivationCapabilityCheckRequired) {
validateInjectionPointPassivationCapable(ij, resolvedBean, beanManager);
}
}
}
}
}
}
public T createFor(InterceptorReference<Object> interceptorReference) {
if (interceptorReference.getInterceptor() instanceof ClassMetadata<?>) {
try {
// this is not a managed instance - assume no-argument constructor exists
Class<T> clazz = cast(interceptorReference.getClassMetadata().getJavaClass());
Constructor<T> constructor = SecureReflections.getDeclaredConstructor(clazz);
T interceptorInstance = SecureReflections.ensureAccessible(constructor).newInstance();
// inject
AnnotatedType<T> type = manager.createAnnotatedType(clazz);
InjectionTarget<T> target = manager.createInjectionTarget(type);
target.inject(interceptorInstance, creationalContext);
return interceptorInstance;
} catch (Exception e) {
throw new DeploymentException(e);
}
}
if (interceptorReference.getInterceptor() instanceof SerializableContextual) {
try {
// this is not a managed instance - assume no-argument constructor exists
SerializableContextual<Interceptor<T>, T> serializableContextual =
cast(interceptorReference.getInterceptor());
return Reflections.<T>cast(
manager.getReference(serializableContextual.get(), creationalContext, false));
} catch (Exception e) {
throw new DeploymentException(e);
}
}
throw new IllegalStateException();
}
protected BeanDeployerEnvironment(
Set<SlimAnnotatedTypeContext<?>> annotatedTypes,
Set<Class<?>> vetoedClasses,
SetMultimap<Class<?>, AbstractClassBean<?>> classBeanMap,
Set<ProducerField<?, ?>> producerFields,
SetMultimap<WeldMethodKey, ProducerMethod<?, ?>> producerMethodBeanMap,
Set<RIBean<?>> beans,
Set<ObserverInitializationContext<?, ?>> observers,
Set<DisposalMethod<?, ?>> allDisposalBeans,
Set<DisposalMethod<?, ?>> resolvedDisposalBeans,
Set<DecoratorImpl<?>> decorators,
Set<InterceptorImpl<?>> interceptors,
Set<Type> newBeanTypes,
BeanManagerImpl manager) {
this.annotatedTypes = annotatedTypes;
this.vetoedClasses = vetoedClasses;
this.classBeanMap = classBeanMap;
this.producerFields = producerFields;
this.producerMethodBeanMap = producerMethodBeanMap;
this.beans = beans;
this.observers = observers;
this.allDisposalBeans = allDisposalBeans;
this.resolvedDisposalBeans = resolvedDisposalBeans;
this.decorators = decorators;
this.interceptors = interceptors;
this.disposalMethodResolver =
new TypeSafeDisposerResolver(
allDisposalBeans, manager.getServices().get(WeldConfiguration.class));
this.classTransformer = manager.getServices().get(ClassTransformer.class);
this.newBeanTypes = newBeanTypes;
this.manager = manager;
}
/*
* It may in theory happen that an app calls BeanManager.createAnnotatedType() for a previously unknown class on node1 and then
* stores this annotated type in session. On node2, this annotated type is not know. We'll try to load it.
*/
private SlimAnnotatedType<?> tryToLoadUnknownBackedAnnotatedType() {
if (identifier.getSuffix() != null || identifier.isModified()) {
return null; // this is not a backed annotated type
}
// first, obtain the BeanManager for a given BDA
final BeanManagerImpl manager =
Container.instance(identifier).getBeanManager(identifier.getBdaId());
if (manager == null) {
return null;
}
// second, try to load the class
final ResourceLoader resourceLoader = manager.getServices().get(ResourceLoader.class);
Class<?> clazz = null;
try {
clazz = resourceLoader.classForName(identifier.getClassName());
} catch (ResourceLoadingException e) {
MetadataLogger.LOG.catchingDebug(e);
return null;
}
// finally, try to load the annotated type
try {
return manager
.getServices()
.get(ClassTransformer.class)
.getBackedAnnotatedType(clazz, identifier.getBdaId());
} catch (ResourceLoadingException e) {
MetadataLogger.LOG.catchingDebug(e);
return null;
}
}
/** finds pseudo beans and adds them to the list of beans to be validated */
private static void validatePseudoScopedInjectionPoint(
InjectionPoint ij,
BeanManagerImpl beanManager,
Set<Bean<?>> dependencyPath,
Set<Bean<?>> validatedBeans) {
Set<Bean<?>> resolved = beanManager.getBeans(ij);
try {
Bean<? extends Object> bean = beanManager.resolve(resolved);
if (bean != null) {
if (!(bean instanceof AbstractBuiltInBean<?>)) {
boolean normalScoped =
beanManager
.getServices()
.get(MetaAnnotationStore.class)
.getScopeModel(bean.getScope())
.isNormal();
if (!normalScoped) {
reallyValidatePseudoScopedBean(bean, beanManager, dependencyPath, validatedBeans);
}
}
}
} catch (AmbiguousResolutionException e) {
// this is handled by another validator
}
}
@Test(expected = InjectionException.class)
@Category(Broken.class)
public void testSameBeanTypeInChildAsParentInjection() {
BeanManagerImpl childActivity = beanManager.createActivity();
Bean<?> anotherMyBean = createDummyBean(childActivity);
childActivity.addBean(anotherMyBean);
}
@Test(
description =
"A simple test to check session replication, doesn't carefully check if a bean ids are correct")
public void testSimpleSessionReplication() throws Exception {
TestContainer container1 = bootstrapContainer(1, Collections.singletonList(Foo.class));
BeanManagerImpl beanManager1 = getBeanManager(container1);
Bean<?> fooBean1 = beanManager1.resolve(beanManager1.getBeans(Foo.class));
TestContainer container2 = bootstrapContainer(2, Collections.singletonList(Foo.class));
BeanManagerImpl beanManager2 = getBeanManager(container2);
Bean<?> fooBean2 = beanManager2.resolve(beanManager2.getBeans(Foo.class));
use(1);
// Set a value into Foo1
Foo foo1 =
(Foo)
beanManager1.getReference(
fooBean1, Foo.class, beanManager1.createCreationalContext(fooBean1));
foo1.setName("container 1");
replicateSession(1, container1, 2, container2);
use(2);
Foo foo2 =
(Foo)
beanManager2.getReference(
fooBean2, Foo.class, beanManager2.createCreationalContext(fooBean2));
assert foo2.getName().equals("container 1");
use(2);
container2.stopContainer();
use(1);
container1.stopContainer();
}
@Test(expectedExceptions = IllegalStateException.class)
public void testVariableBeanDeploymentStructure() throws Exception {
Collection<Class<?>> classes1 =
Arrays.<Class<?>>asList(Stable.class, Horse.class, Fodder.class);
Collection<Class<?>> classes2 =
Arrays.<Class<?>>asList(Stable.class, Horse.class, Fodder.class, Foo.class);
TestContainer container1 = bootstrapContainer(1, classes1);
BeanManagerImpl beanManager1 = getBeanManager(container1);
Bean<?> stableBean1 = beanManager1.resolve(beanManager1.getBeans(Stable.class));
TestContainer container2 = bootstrapContainer(2, classes2);
use(1);
// Set a value into Foo1
Stable stable1 =
(Stable)
beanManager1.getReference(
stableBean1, Stable.class, beanManager1.createCreationalContext(stableBean1));
stable1.getFodder().setAmount(10);
stable1.getHorse().setName("George");
try {
replicateSession(1, container1, 2, container2);
} finally {
use(1);
container1.stopContainer();
use(2);
container2.stopContainer();
}
}
public void shutdown() {
try {
// First, the container must destroy all contexts.
deploymentManager.instance().select(ApplicationContext.class).get().invalidate();
deploymentManager.instance().select(SingletonContext.class).get().invalidate();
} finally {
try {
// fire @Destroyed(ApplicationScoped.class) for non-web modules
// web modules are handled by HttpContextLifecycle
for (BeanDeploymentModule module :
deploymentManager.getServices().get(BeanDeploymentModules.class)) {
if (!module.isWebModule()) {
module.fireEvent(
Object.class, ContextEvent.APPLICATION_DESTROYED, DestroyedLiteral.APPLICATION);
}
}
} catch (Exception ignored) {
}
try {
// Finally, the container must fire an event of type BeforeShutdown.
BeforeShutdownImpl.fire(deploymentManager);
} finally {
Container container = Container.instance(contextId);
container.setState(ContainerState.SHUTDOWN);
container.cleanup();
}
}
}
private Object readResolve() throws ObjectStreamException {
InterceptionModel<ClassMetadata<?>> interceptionModel =
manager.getInterceptorModelRegistry().get(targetClass);
MetadataCachingReader reader = manager.getInterceptorMetadataReader();
TargetClassInterceptorMetadata<?> targetClassInterceptorMetadata =
reader.getTargetClassInterceptorMetadata(reader.getClassMetadata(targetClass));
return new InterceptionContext(
interceptorInstances, manager, targetClassInterceptorMetadata, interceptionModel);
}
protected Collection<ContextHolder<? extends Context>> createContexts(ServiceRegistry services) {
List<ContextHolder<? extends Context>> contexts =
new ArrayList<ContextHolder<? extends Context>>();
BeanIdentifierIndex beanIdentifierIndex = services.get(BeanIdentifierIndex.class);
/*
* Register a full set of bound and unbound contexts. Although we may not use all of
* these (e.g. if we are running in a servlet environment) they may be
* useful for an application.
*/
contexts.add(
new ContextHolder<ApplicationContext>(
new ApplicationContextImpl(contextId),
ApplicationContext.class,
UnboundLiteral.INSTANCE));
contexts.add(
new ContextHolder<SingletonContext>(
new SingletonContextImpl(contextId), SingletonContext.class, UnboundLiteral.INSTANCE));
contexts.add(
new ContextHolder<BoundSessionContext>(
new BoundSessionContextImpl(contextId, beanIdentifierIndex),
BoundSessionContext.class,
BoundLiteral.INSTANCE));
contexts.add(
new ContextHolder<BoundConversationContext>(
new BoundConversationContextImpl(contextId, services),
BoundConversationContext.class,
BoundLiteral.INSTANCE));
contexts.add(
new ContextHolder<BoundRequestContext>(
new BoundRequestContextImpl(contextId),
BoundRequestContext.class,
BoundLiteral.INSTANCE));
contexts.add(
new ContextHolder<RequestContext>(
new RequestContextImpl(contextId), RequestContext.class, UnboundLiteral.INSTANCE));
contexts.add(
new ContextHolder<DependentContext>(
new DependentContextImpl(services.get(ContextualStore.class)),
DependentContext.class,
UnboundLiteral.INSTANCE));
services.get(WeldModules.class).postContextRegistration(contextId, services, contexts);
/*
* Register the contexts with the bean manager and add the beans to the
* deployment manager so that they are easily accessible (contexts are app
* scoped)
*/
for (ContextHolder<? extends Context> context : contexts) {
deploymentManager.addContext(context.getContext());
deploymentManager.addBean(ContextBean.of(context, deploymentManager));
}
return contexts;
}
/**
* @param id
* @param manager
* @param bootstrap
*/
private WeldContainer(String id, WeldManager manager, Bootstrap bootstrap) {
super();
this.id = id;
this.manager = manager;
this.bootstrap = bootstrap;
this.creationalContext = manager.createCreationalContext(null);
BeanManagerImpl beanManagerImpl = ((BeanManagerImpl) manager.unwrap());
this.instance = beanManagerImpl.getInstance(creationalContext);
this.event = beanManagerImpl.event();
}
private void processAdditionalObserver(ObserverMethod<?> observer) {
validateObserverMethod(observer, getBeanManager(), null);
BeanManagerImpl manager = getOrCreateBeanDeployment(observer.getBeanClass()).getBeanManager();
if (Observers.isObserverMethodEnabled(observer, manager)) {
ObserverMethod<?> processedObserver =
containerLifecycleEvents.fireProcessObserverMethod(manager, observer);
if (processedObserver != null) {
manager.addObserver(processedObserver);
}
}
}
protected AfterTypeDiscoveryImpl(
BeanManagerImpl beanManager,
BeanDeploymentArchiveMapping bdaMapping,
Deployment deployment,
Collection<ContextHolder<? extends Context>> contexts) {
super(beanManager, AfterTypeDiscovery.class, bdaMapping, deployment, contexts);
this.builder = beanManager.getServices().get(GlobalEnablementBuilder.class);
this.events = beanManager.getServices().get(ContainerLifecycleEvents.class);
this.transformer = beanManager.getServices().get(ClassTransformer.class);
this.store = beanManager.getServices().get(SlimAnnotatedTypeStore.class);
}
public void validateBeans() {
BootstrapLogger.LOG.validatingBeans();
for (BeanDeployment beanDeployment : getBeanDeployments()) {
BeanManagerImpl beanManager = beanDeployment.getBeanManager();
beanManager.getBeanResolver().clear();
deployment.getServices().get(Validator.class).validateDeployment(beanManager, beanDeployment);
beanManager.getServices().get(InjectionTargetService.class).validate();
}
getContainer().setState(ContainerState.VALIDATED);
AfterDeploymentValidationImpl.fire(deploymentManager);
}
public void validateDeployment(BeanManagerImpl manager, BeanDeployerEnvironment environment) {
validateDecorators(manager.getDecorators(), new ArrayList<RIBean<?>>(), manager);
validateInterceptors(manager.getInterceptors());
validateBeans(manager.getBeans(), new ArrayList<RIBean<?>>(), manager);
validateEnabledDecoratorClasses(manager);
validateEnabledInterceptorClasses(manager);
validateEnabledAlternatives(manager);
validateDisposalMethods(environment);
validateObserverMethods(environment.getObservers(), manager);
validateBeanNames(manager);
}
public static WeldClass<?> getWeldClassOfDecoratedType(BeanManagerImpl beanManager, Type type) {
if (type instanceof Class<?>) {
return (WeldClass<?>) beanManager.createAnnotatedType((Class<?>) type);
}
if (type instanceof ParameterizedType
&& (((ParameterizedType) type).getRawType() instanceof Class)) {
return (WeldClass<?>)
beanManager.createAnnotatedType((Class<?>) ((ParameterizedType) type).getRawType());
}
throw new IllegalStateException(UNABLE_TO_PROCESS, type);
}
private void validateEnabledInterceptorClasses(BeanManagerImpl beanManager) {
Set<Class<?>> interceptorBeanClasses = new HashSet<Class<?>>();
for (Interceptor<?> interceptor : beanManager.getAccessibleInterceptors()) {
interceptorBeanClasses.add(interceptor.getBeanClass());
}
for (Metadata<Class<?>> enabledInterceptorClass : beanManager.getEnabled().getInterceptors()) {
if (!interceptorBeanClasses.contains(enabledInterceptorClass.getValue())) {
throw new DeploymentException(
INTERCEPTOR_NOT_ANNOTATED_OR_REGISTERED, enabledInterceptorClass);
}
}
}
private AfterBeanDiscoveryImpl(
BeanManagerImpl beanManager,
Deployment deployment,
BeanDeploymentArchiveMapping bdaMapping,
Collection<ContextHolder<? extends Context>> contexts) {
super(beanManager, WeldAfterBeanDiscovery.class, bdaMapping, deployment, contexts);
this.slimAnnotatedTypeStore = beanManager.getServices().get(SlimAnnotatedTypeStore.class);
this.containerLifecycleEvents = beanManager.getServices().get(ContainerLifecycleEvents.class);
this.additionalBeans = new LinkedList<BeanRegistration>();
this.additionalObservers = new LinkedList<ObserverMethod<?>>();
this.additionalObserverConfigurators = new LinkedList<ObserverMethodConfigurator<?>>();
}
@Override
public ManagedReference getReference() {
final BeanManagerImpl beanManager = this.beanManager.getValue();
final CreationalContext<?> ctx;
if (bean == null) {
ctx = beanManager.createCreationalContext(null);
} else {
ctx = beanManager.createCreationalContext(bean);
}
final Object instance = injectionTarget.produce(ctx);
return new WeldManagedReference(ctx, instance, injectionTarget, interceptorInjections);
}
private void validateEnabledDecoratorClasses(BeanManagerImpl beanManager) {
// TODO Move building this list to the boot or sth
Set<Class<?>> decoratorBeanClasses = new HashSet<Class<?>>();
for (Decorator<?> bean : beanManager.getAccessibleDecorators()) {
decoratorBeanClasses.add(bean.getBeanClass());
}
for (Metadata<Class<?>> clazz : beanManager.getEnabled().getDecorators()) {
if (!decoratorBeanClasses.contains(clazz.getValue())) {
throw new DeploymentException(
DECORATOR_CLASS_NOT_BEAN_CLASS_OF_DECORATOR, clazz, decoratorBeanClasses);
}
}
}
@Test
public void testMultipleDependentObjectsSessionReplication() throws Exception {
Collection<Class<?>> classes = Arrays.<Class<?>>asList(Stable.class, Horse.class, Fodder.class);
TestContainer container1 = bootstrapContainer(1, classes);
BeanManagerImpl beanManager1 = getBeanManager(container1);
Bean<?> stableBean1 = beanManager1.resolve(beanManager1.getBeans(Stable.class));
TestContainer container2 = bootstrapContainer(2, classes);
BeanManagerImpl beanManager2 = getBeanManager(container2);
Bean<?> stableBean2 = beanManager2.resolve(beanManager2.getBeans(Stable.class));
use(1);
// Set a value into Foo1
Stable stable1 =
(Stable)
beanManager1.getReference(
stableBean1, Stable.class, beanManager1.createCreationalContext(stableBean1));
stable1.getFodder().setAmount(10);
stable1.getHorse().setName("George");
replicateSession(1, container1, 2, container2);
use(2);
Stable stable2 =
(Stable)
beanManager2.getReference(
stableBean2, Stable.class, beanManager2.createCreationalContext(stableBean2));
assert stable2.getFodder().getAmount() == stable1.getFodder().getAmount();
assert stable2.getHorse().getName() == null;
use(1);
assert stable1.getFodder().getAmount() == 10;
assert stable1.getHorse().getName().equals("George");
use(2);
stable2.getFodder().setAmount(11);
replicateSession(2, container2, 1, container1);
use(1);
int i = stable1.getFodder().getAmount();
assert stable1.getFodder().getAmount() == 11;
use(1);
container1.stopContainer();
use(2);
container2.stopContainer();
}
private HttpConversationContext httpConversationContext() {
if (httpConversationContextCache == null) {
this.httpConversationContextCache =
beanManager.instance().select(HttpConversationContext.class).get();
}
return httpConversationContextCache;
}
protected void activateConversationContext(HttpServletRequest request) {
HttpConversationContext conversationContext = httpConversationContext();
String cid = getConversationId(request, httpConversationContext());
log.debug(RESUMING_CONVERSATION, cid);
/*
* Don't try to reactivate the ConversationContext if we have already activated it for this request WELD-877
*/
if (!isContextActivatedInRequest(request)) {
setContextActivatedInRequest(request);
conversationContext.activate(cid);
if (cid == null) { // transient conversation
beanManager
.getAccessibleLenientObserverNotifier()
.fireEvent(request, InitializedLiteral.CONVERSATION);
}
} else {
/*
* We may have previously been associated with a ConversationContext, but the reference to that context may have
* been lost during a Servlet forward WELD-877
*/
conversationContext.dissociate(request);
conversationContext.associate(request);
conversationContext.activate(cid);
}
}
/**
* Extracts the complete set of interception bindings from a given set of annotations.
*
* @param beanManager
* @param annotations
* @return
*/
protected static Set<Annotation> flattenInterceptorBindings(
BeanManagerImpl beanManager, Set<Annotation> annotations) {
Set<Annotation> foundInterceptionBindingTypes = new HashSet<Annotation>();
for (Annotation annotation : annotations) {
if (beanManager.isInterceptorBinding(annotation.annotationType())) {
foundInterceptionBindingTypes.add(annotation);
foundInterceptionBindingTypes.addAll(
beanManager
.getServices()
.get(MetaAnnotationStore.class)
.getInterceptorBindingModel(annotation.annotationType())
.getInheritedInterceptionBindingTypes());
}
}
return foundInterceptionBindingTypes;
}
@Test
public void testDestroyDoesntTryToRemoveSLSB() {
Bean<BeanLocal> bean = Utils.getBean(beanManager, BeanLocal.class);
Assert.assertNotNull("Expected a bean for stateless session bean BeanLocal", bean);
CreationalContext<BeanLocal> creationalContext = beanManager.createCreationalContext(bean);
BeanLocal instance = bean.create(creationalContext);
bean.destroy(instance, creationalContext);
}
public void startInitialization() {
if (deploymentManager == null) {
throw BootstrapLogger.LOG.managerNotInitialized();
}
Set<BeanDeployment> physicalBeanDeploymentArchives =
new HashSet<BeanDeployment>(getBeanDeployments());
ExtensionBeanDeployer extensionBeanDeployer =
new ExtensionBeanDeployer(deploymentManager, deployment, bdaMapping, contexts);
extensionBeanDeployer.addExtensions(extensions);
extensionBeanDeployer.deployBeans();
installFastProcessAnnotatedTypeResolver(deploymentManager.getServices());
// Add the Deployment BeanManager Bean to the Deployment BeanManager
deploymentManager.addBean(new BeanManagerBean(deploymentManager));
deploymentManager.addBean(new BeanManagerImplBean(deploymentManager));
// Re-Read the deployment structure, bdaMapping will be the physical
// structure, and will add in BDAs for any extensions outside a
// physical BDA
deploymentVisitor.visit();
BeforeBeanDiscoveryImpl.fire(deploymentManager, deployment, bdaMapping, contexts);
// for each physical BDA transform its classes into AnnotatedType instances
for (BeanDeployment beanDeployment : physicalBeanDeploymentArchives) {
beanDeployment.createClasses();
}
// Re-Read the deployment structure, bdaMapping will be the physical
// structure, extensions and any classes added using addAnnotatedType
// outside the physical BDA
deploymentVisitor.visit();
for (BeanDeployment beanDeployment : getBeanDeployments()) {
beanDeployment.createTypes();
}
AfterTypeDiscoveryImpl.fire(deploymentManager, deployment, bdaMapping, contexts);
for (BeanDeployment beanDeployment : getBeanDeployments()) {
beanDeployment.createEnablement();
}
}
public BeanManagerProxy(BeanManagerImpl manager) {
this.manager = manager;
this.nonPortableMode =
manager
.getServices()
.get(WeldConfiguration.class)
.getBooleanProperty(ConfigurationKey.NON_PORTABLE_MODE);
}
public InjectionTargetService(BeanManagerImpl beanManager) {
this.validator = beanManager.getServices().get(Validator.class);
this.producersToValidate = new ConcurrentLinkedQueue<Producer<?>>();
this.injectionTargetsToInitialize =
new ConcurrentLinkedQueue<InjectionTargetInitializationContext<?>>();
this.container = Container.instance(beanManager);
this.beanManager = beanManager;
}