protected void processBeanAttributes(Iterable<? extends AbstractBean<?, ?>> beans) { if (!containerLifecycleEvents.isProcessBeanAttributesObserved()) { return; } if (!beans.iterator().hasNext()) { return; // exit recursion } Collection<AbstractBean<?, ?>> vetoedBeans = new HashSet<AbstractBean<?, ?>>(); Collection<AbstractBean<?, ?>> previouslySpecializedBeans = new HashSet<AbstractBean<?, ?>>(); for (AbstractBean<?, ?> bean : beans) { // fire ProcessBeanAttributes for class beans boolean vetoed = fireProcessBeanAttributes(bean); if (vetoed) { vetoedBeans.add(bean); } } // remove vetoed class beans for (AbstractBean<?, ?> bean : vetoedBeans) { if (bean.isSpecializing()) { previouslySpecializedBeans.addAll(specializationAndEnablementRegistry.resolveSpecializedBeans(bean)); specializationAndEnablementRegistry.vetoSpecializingBean(bean); } getEnvironment().vetoBean(bean); } // if a specializing bean was vetoed, let's process the specializing bean now processBeans(previouslySpecializedBeans); }
protected void processBeanAttributes(Iterable<? extends AbstractBean<?, ?>> beans) { if (!containerLifecycleEvents.isProcessBeanAttributesObserved()) { return; } if (!beans.iterator().hasNext()) { return; // exit recursion } Collection<AbstractBean<?, ?>> vetoedBeans = new HashSet<AbstractBean<?, ?>>(); Collection<AbstractBean<?, ?>> previouslySpecializedBeans = new HashSet<AbstractBean<?, ?>>(); for (AbstractBean<?, ?> bean : beans) { // fire ProcessBeanAttributes for class beans boolean vetoed = fireProcessBeanAttributes(bean); if (vetoed) { vetoedBeans.add(bean); } } // remove vetoed class beans for (AbstractBean<?, ?> bean : vetoedBeans) { if (bean.isSpecializing()) { previouslySpecializedBeans.addAll(specializationAndEnablementRegistry.resolveSpecializedBeans(bean)); specializationAndEnablementRegistry.vetoSpecializingBean(bean); } getEnvironment().vetoBean(bean); } // if a specializing bean was vetoed, let's process the specializing bean now processBeans(previouslySpecializedBeans); }
protected void processBeanAttributes(Iterable<? extends AbstractBean<?, ?>> beans) { if (!containerLifecycleEvents.isProcessBeanAttributesObserved()) { return; } if (!beans.iterator().hasNext()) { return; // exit recursion } Collection<AbstractBean<?, ?>> vetoedBeans = new HashSet<AbstractBean<?, ?>>(); Collection<AbstractBean<?, ?>> previouslySpecializedBeans = new HashSet<AbstractBean<?, ?>>(); for (AbstractBean<?, ?> bean : beans) { // fire ProcessBeanAttributes for class beans boolean vetoed = fireProcessBeanAttributes(bean); if (vetoed) { vetoedBeans.add(bean); } } // remove vetoed class beans for (AbstractBean<?, ?> bean : vetoedBeans) { if (bean.isSpecializing()) { previouslySpecializedBeans.addAll(specializationAndEnablementRegistry.resolveSpecializedBeans(bean)); specializationAndEnablementRegistry.vetoSpecializingBean(bean); } getEnvironment().vetoBean(bean); } // if a specializing bean was vetoed, let's process the specializing bean now processBeans(previouslySpecializedBeans); }
protected void processBeanAttributes(Iterable<? extends AbstractBean<?, ?>> beans) { if (!containerLifecycleEvents.isProcessBeanAttributesObserved()) { return; } if (!beans.iterator().hasNext()) { return; // exit recursion } Collection<AbstractBean<?, ?>> vetoedBeans = new HashSet<AbstractBean<?, ?>>(); Collection<AbstractBean<?, ?>> previouslySpecializedBeans = new HashSet<AbstractBean<?, ?>>(); for (AbstractBean<?, ?> bean : beans) { // fire ProcessBeanAttributes for class beans boolean vetoed = fireProcessBeanAttributes(bean); if (vetoed) { vetoedBeans.add(bean); } } // remove vetoed class beans for (AbstractBean<?, ?> bean : vetoedBeans) { if (bean.isSpecializing()) { previouslySpecializedBeans.addAll(specializationAndEnablementRegistry.resolveSpecializedBeans(bean)); specializationAndEnablementRegistry.vetoSpecializingBean(bean); } getEnvironment().vetoBean(bean); } // if a specializing bean was vetoed, let's process the specializing bean now processBeans(previouslySpecializedBeans); }
protected void processBeanAttributes(Iterable<? extends AbstractBean<?, ?>> beans) { if (!containerLifecycleEvents.isProcessBeanAttributesObserved()) { return; } if (!beans.iterator().hasNext()) { return; // exit recursion } Collection<AbstractBean<?, ?>> vetoedBeans = new HashSet<AbstractBean<?, ?>>(); Collection<AbstractBean<?, ?>> previouslySpecializedBeans = new HashSet<AbstractBean<?, ?>>(); for (AbstractBean<?, ?> bean : beans) { // fire ProcessBeanAttributes for class beans boolean vetoed = fireProcessBeanAttributes(bean); if (vetoed) { vetoedBeans.add(bean); } } // remove vetoed class beans for (AbstractBean<?, ?> bean : vetoedBeans) { if (bean.isSpecializing()) { previouslySpecializedBeans.addAll(specializationAndEnablementRegistry.resolveSpecializedBeans(bean)); specializationAndEnablementRegistry.vetoSpecializingBean(bean); } getEnvironment().vetoBean(bean); } // if a specializing bean was vetoed, let's process the specializing bean now processBeans(previouslySpecializedBeans); }
protected void processBeanAttributes(Iterable<? extends AbstractBean<?, ?>> beans) { if (!containerLifecycleEvents.isProcessBeanAttributesObserved()) { return; } if (!beans.iterator().hasNext()) { return; // exit recursion } Collection<AbstractBean<?, ?>> vetoedBeans = new HashSet<AbstractBean<?, ?>>(); Collection<AbstractBean<?, ?>> previouslySpecializedBeans = new HashSet<AbstractBean<?, ?>>(); for (AbstractBean<?, ?> bean : beans) { // fire ProcessBeanAttributes for class beans boolean vetoed = fireProcessBeanAttributes(bean); if (vetoed) { vetoedBeans.add(bean); } } // remove vetoed class beans for (AbstractBean<?, ?> bean : vetoedBeans) { if (bean.isSpecializing()) { previouslySpecializedBeans.addAll(specializationAndEnablementRegistry.resolveSpecializedBeans(bean)); specializationAndEnablementRegistry.vetoSpecializingBean(bean); } getEnvironment().vetoBean(bean); } // if a specializing bean was vetoed, let's process the specializing bean now processBeans(previouslySpecializedBeans); }
public void processProducerAttributes() { processBeans(getEnvironment().getProducerFields()); searchForNewBeanDeclarations(getEnvironment().getProducerFields()); // process BeanAttributes for producer methods preInitializeBeans(getEnvironment().getProducerMethodBeans()); processBeans(getEnvironment().getProducerMethodBeans()); searchForNewBeanDeclarations(getEnvironment().getProducerMethodBeans()); }
public void processProducerAttributes() { processBeans(getEnvironment().getProducerFields()); searchForNewBeanDeclarations(getEnvironment().getProducerFields()); // process BeanAttributes for producer methods preInitializeBeans(getEnvironment().getProducerMethodBeans()); processBeans(getEnvironment().getProducerMethodBeans()); searchForNewBeanDeclarations(getEnvironment().getProducerMethodBeans()); }
public void processProducerAttributes() { processBeans(getEnvironment().getProducerFields()); searchForNewBeanDeclarations(getEnvironment().getProducerFields()); // process BeanAttributes for producer methods preInitializeBeans(getEnvironment().getProducerMethodBeans()); processBeans(getEnvironment().getProducerMethodBeans()); searchForNewBeanDeclarations(getEnvironment().getProducerMethodBeans()); }
public void processProducerAttributes() { processBeans(getEnvironment().getProducerFields()); searchForNewBeanDeclarations(getEnvironment().getProducerFields()); // process BeanAttributes for producer methods preInitializeBeans(getEnvironment().getProducerMethodBeans()); processBeans(getEnvironment().getProducerMethodBeans()); searchForNewBeanDeclarations(getEnvironment().getProducerMethodBeans()); }
public void processProducerAttributes() { processBeans(getEnvironment().getProducerFields()); searchForNewBeanDeclarations(getEnvironment().getProducerFields()); // process BeanAttributes for producer methods preInitializeBeans(getEnvironment().getProducerMethodBeans()); processBeans(getEnvironment().getProducerMethodBeans()); searchForNewBeanDeclarations(getEnvironment().getProducerMethodBeans()); }
public void processProducerAttributes() { processBeans(getEnvironment().getProducerFields()); searchForNewBeanDeclarations(getEnvironment().getProducerFields()); // process BeanAttributes for producer methods preInitializeBeans(getEnvironment().getProducerMethodBeans()); processBeans(getEnvironment().getProducerMethodBeans()); searchForNewBeanDeclarations(getEnvironment().getProducerMethodBeans()); }
/** * Fires {@link ProcessBeanAttributes} for each enabled bean and updates the environment based on the events. */ public void processClassBeanAttributes() { preInitializeBeans(getEnvironment().getClassBeans()); preInitializeBeans(getEnvironment().getDecorators()); preInitializeBeans(getEnvironment().getInterceptors()); processBeans(getEnvironment().getClassBeans()); processBeans(getEnvironment().getDecorators()); processBeans(getEnvironment().getInterceptors()); // now that we know that the bean won't be vetoed, it's the right time to register @New injection points searchForNewBeanDeclarations(getEnvironment().getClassBeans()); searchForNewBeanDeclarations(getEnvironment().getDecorators()); searchForNewBeanDeclarations(getEnvironment().getInterceptors()); }
/** * Fires {@link ProcessBeanAttributes} for each enabled bean and updates the environment based on the events. */ public void processClassBeanAttributes() { preInitializeBeans(getEnvironment().getClassBeans()); preInitializeBeans(getEnvironment().getDecorators()); preInitializeBeans(getEnvironment().getInterceptors()); processBeans(getEnvironment().getClassBeans()); processBeans(getEnvironment().getDecorators()); processBeans(getEnvironment().getInterceptors()); // now that we know that the bean won't be vetoed, it's the right time to register @New injection points searchForNewBeanDeclarations(getEnvironment().getClassBeans()); searchForNewBeanDeclarations(getEnvironment().getDecorators()); searchForNewBeanDeclarations(getEnvironment().getInterceptors()); }
/** * Fires {@link ProcessBeanAttributes} for each enabled bean and updates the environment based on the events. */ public void processClassBeanAttributes() { preInitializeBeans(getEnvironment().getClassBeans()); preInitializeBeans(getEnvironment().getDecorators()); preInitializeBeans(getEnvironment().getInterceptors()); processBeans(getEnvironment().getClassBeans()); processBeans(getEnvironment().getDecorators()); processBeans(getEnvironment().getInterceptors()); // now that we know that the bean won't be vetoed, it's the right time to register @New injection points searchForNewBeanDeclarations(getEnvironment().getClassBeans()); searchForNewBeanDeclarations(getEnvironment().getDecorators()); searchForNewBeanDeclarations(getEnvironment().getInterceptors()); }
/** * Fires {@link ProcessBeanAttributes} for each enabled bean and updates the environment based on the events. */ public void processClassBeanAttributes() { preInitializeBeans(getEnvironment().getClassBeans()); preInitializeBeans(getEnvironment().getDecorators()); preInitializeBeans(getEnvironment().getInterceptors()); processBeans(getEnvironment().getClassBeans()); processBeans(getEnvironment().getDecorators()); processBeans(getEnvironment().getInterceptors()); // now that we know that the bean won't be vetoed, it's the right time to register @New injection points searchForNewBeanDeclarations(getEnvironment().getClassBeans()); searchForNewBeanDeclarations(getEnvironment().getDecorators()); searchForNewBeanDeclarations(getEnvironment().getInterceptors()); }
/** * Fires {@link ProcessBeanAttributes} for each enabled bean and updates the environment based on the events. */ public void processClassBeanAttributes() { preInitializeBeans(getEnvironment().getClassBeans()); preInitializeBeans(getEnvironment().getDecorators()); preInitializeBeans(getEnvironment().getInterceptors()); processBeans(getEnvironment().getClassBeans()); processBeans(getEnvironment().getDecorators()); processBeans(getEnvironment().getInterceptors()); // now that we know that the bean won't be vetoed, it's the right time to register @New injection points searchForNewBeanDeclarations(getEnvironment().getClassBeans()); searchForNewBeanDeclarations(getEnvironment().getDecorators()); searchForNewBeanDeclarations(getEnvironment().getInterceptors()); }
/** * Fires {@link ProcessBeanAttributes} for each enabled bean and updates the environment based on the events. */ public void processClassBeanAttributes() { preInitializeBeans(getEnvironment().getClassBeans()); preInitializeBeans(getEnvironment().getDecorators()); preInitializeBeans(getEnvironment().getInterceptors()); processBeans(getEnvironment().getClassBeans()); processBeans(getEnvironment().getDecorators()); processBeans(getEnvironment().getInterceptors()); // now that we know that the bean won't be vetoed, it's the right time to register @New injection points searchForNewBeanDeclarations(getEnvironment().getClassBeans()); searchForNewBeanDeclarations(getEnvironment().getDecorators()); searchForNewBeanDeclarations(getEnvironment().getInterceptors()); }