Package org.springframework.beans.factory.support

Class DefaultListableBeanFactory

java.lang.Object

org.springframework.core.SimpleAliasRegistry

org.springframework.beans.factory.support.DefaultSingletonBeanRegistry

org.springframework.beans.factory.support.FactoryBeanRegistrySupport

org.springframework.beans.factory.support.AbstractBeanFactory

org.springframework.beans.factory.support.AbstractAutowireCapableBeanFactory

org.springframework.beans.factory.support.DefaultListableBeanFactory

All Implemented Interfaces:

Serializable, BeanFactory, AutowireCapableBeanFactory, ConfigurableBeanFactory, ConfigurableListableBeanFactory, SingletonBeanRegistry, HierarchicalBeanFactory, ListableBeanFactory, BeanDefinitionRegistry, org.springframework.core.AliasRegistry

public class DefaultListableBeanFactory
extends AbstractAutowireCapableBeanFactory
implements ConfigurableListableBeanFactory, BeanDefinitionRegistry, Serializable

Spring's default implementation of the ConfigurableListableBeanFactory and BeanDefinitionRegistry interfaces: a full-fledged bean factory based on bean definition metadata, extensible through post-processors.

Typical usage is registering all bean definitions first (possibly read from a bean definition file), before accessing beans. Bean lookup by name is therefore an inexpensive operation in a local bean definition table, operating on pre-resolved bean definition metadata objects.

Note that readers for specific bean definition formats are typically implemented separately rather than as bean factory subclasses: see for example XmlBeanDefinitionReader.

For an alternative implementation of the ListableBeanFactory interface, have a look at StaticListableBeanFactory, which manages existing bean instances rather than creating new ones based on bean definitions.

Since:

16 April 2001

Author:

Rod Johnson, Juergen Hoeller, Sam Brannen, Costin Leau, Chris Beams, Phillip Webb, Stephane Nicoll, Sebastien Deleuze

See Also:

• registerBeanDefinition(java.lang.String, org.springframework.beans.factory.config.BeanDefinition)
• AbstractBeanFactory.addBeanPostProcessor(org.springframework.beans.factory.config.BeanPostProcessor)
• getBean(java.lang.Class<T>)
• resolveDependency(org.springframework.beans.factory.config.DependencyDescriptor, java.lang.String, java.util.Set<java.lang.String>, org.springframework.beans.TypeConverter)
• Serialized Form

Field Summary

Fields inherited from class org.springframework.core.SimpleAliasRegistry

logger

Fields inherited from interface org.springframework.beans.factory.config.AutowireCapableBeanFactory

AUTOWIRE_AUTODETECT, AUTOWIRE_BY_NAME, AUTOWIRE_BY_TYPE, AUTOWIRE_CONSTRUCTOR, AUTOWIRE_NO, ORIGINAL_INSTANCE_SUFFIX

Fields inherited from interface org.springframework.beans.factory.BeanFactory

FACTORY_BEAN_PREFIX

Fields inherited from interface org.springframework.beans.factory.config.ConfigurableBeanFactory

SCOPE_PROTOTYPE, SCOPE_SINGLETON

Constructor Summary

Constructors

Constructor	Description
DefaultListableBeanFactory()	Create a new DefaultListableBeanFactory.
DefaultListableBeanFactory(BeanFactory parentBeanFactory)	Create a new DefaultListableBeanFactory with the given parent.

Method Summary

Modifier and Type	Method	Description
protected boolean	allowAliasOverriding()	Only allows alias overriding if bean definition overriding is allowed.
protected void	checkForAliasCircle(String name, String alias)	Also checks for an alias overriding a bean definition of the same name.
protected void	clearMergedBeanDefinition(String beanName)	Remove the merged bean definition for the specified bean, recreating it on next access.
void	clearMetadataCache()	Clear the merged bean definition cache, removing entries for beans which are not considered eligible for full metadata caching yet.
boolean	containsBeanDefinition(String beanName)	Check if this bean factory contains a bean definition with the given name.
void	copyConfigurationFrom(ConfigurableBeanFactory otherFactory)	Copy all relevant configuration from the given other factory.
void	destroySingleton(String beanName)	Destroy the given bean.
void	destroySingletons()	Destroy all singleton beans in this factory, including inner beans that have been registered as disposable.
protected String	determineAutowireCandidate(Map<String,Object> candidates, DependencyDescriptor descriptor)	Determine the autowire candidate in the given set of beans.
protected String	determineHighestPriorityCandidate(Map<String,Object> candidates, Class<?> requiredType)	Determine the candidate with the highest priority in the given set of beans.
protected String	determinePrimaryCandidate(Map<String,Object> candidates, Class<?> requiredType)	Determine the primary candidate in the given set of beans.
Object	doResolveDependency(DependencyDescriptor descriptor, String beanName, Set<String> autowiredBeanNames, TypeConverter typeConverter)
<A extends Annotation> Set<A>	findAllAnnotationsOnBean(String beanName, Class<A> annotationType, boolean allowFactoryBeanInit)	Find all Annotation instances of annotationType on the specified bean, traversing its interfaces and superclasses if no annotation can be found on the given class itself, as well as checking the bean's factory method (if any).
<A extends Annotation> A	findAnnotationOnBean(String beanName, Class<A> annotationType)	Find an Annotation of annotationType on the specified bean, traversing its interfaces and superclasses if no annotation can be found on the given class itself, as well as checking the bean's factory method (if any).
<A extends Annotation> A	findAnnotationOnBean(String beanName, Class<A> annotationType, boolean allowFactoryBeanInit)	Find an Annotation of annotationType on the specified bean, traversing its interfaces and superclasses if no annotation can be found on the given class itself, as well as checking the bean's factory method (if any).
protected Map<String,Object>	findAutowireCandidates(String beanName, Class<?> requiredType, DependencyDescriptor descriptor)	Find bean instances that match the required type.
void	freezeConfiguration()	Freeze all bean definitions, signalling that the registered bean definitions will not be modified or post-processed any further.
AutowireCandidateResolver	getAutowireCandidateResolver()	Return the autowire candidate resolver for this BeanFactory (never null).
<T> T	getBean(Class<T> requiredType)	Return the bean instance that uniquely matches the given object type, if any.
<T> T	getBean(Class<T> requiredType, Object... args)	Return an instance, which may be shared or independent, of the specified bean.
BeanDefinition	getBeanDefinition(String beanName)	Return the bean definition for the given bean name.
int	getBeanDefinitionCount()	Return the number of beans defined in the factory.
String[]	getBeanDefinitionNames()	Return the names of all beans defined in this factory.
String[]	getBeanNamesForAnnotation(Class<? extends Annotation> annotationType)	Find all names of beans which are annotated with the supplied Annotation type, without creating corresponding bean instances yet.
String[]	getBeanNamesForType(Class<?> type)	Return the names of beans matching the given type (including subclasses), judging from either bean definitions or the value of getObjectType in the case of FactoryBeans.
String[]	getBeanNamesForType(Class<?> type, boolean includeNonSingletons, boolean allowEagerInit)	Return the names of beans matching the given type (including subclasses), judging from either bean definitions or the value of getObjectType in the case of FactoryBeans.
String[]	getBeanNamesForType(org.springframework.core.ResolvableType type)	Return the names of beans matching the given type (including subclasses), judging from either bean definitions or the value of getObjectType in the case of FactoryBeans.
String[]	getBeanNamesForType(org.springframework.core.ResolvableType type, boolean includeNonSingletons, boolean allowEagerInit)	Return the names of beans matching the given type (including subclasses), judging from either bean definitions or the value of getObjectType in the case of FactoryBeans.
Iterator<String>	getBeanNamesIterator()	Return a unified view over all bean names managed by this factory.
<T> ObjectProvider<T>	getBeanProvider(Class<T> requiredType)	Return a provider for the specified bean, allowing for lazy on-demand retrieval of instances, including availability and uniqueness options.
<T> ObjectProvider<T>	getBeanProvider(Class<T> requiredType, boolean allowEagerInit)	Return a provider for the specified bean, allowing for lazy on-demand retrieval of instances, including availability and uniqueness options.
<T> ObjectProvider<T>	getBeanProvider(org.springframework.core.ResolvableType requiredType)	Return a provider for the specified bean, allowing for lazy on-demand retrieval of instances, including availability and uniqueness options.
<T> ObjectProvider<T>	getBeanProvider(org.springframework.core.ResolvableType requiredType, boolean allowEagerInit)	Return a provider for the specified bean, allowing for lazy on-demand retrieval of instances, including availability and uniqueness options.
<T> Map<String,T>	getBeansOfType(Class<T> type)	Return the bean instances that match the given object type (including subclasses), judging from either bean definitions or the value of getObjectType in the case of FactoryBeans.
<T> Map<String,T>	getBeansOfType(Class<T> type, boolean includeNonSingletons, boolean allowEagerInit)	Return the bean instances that match the given object type (including subclasses), judging from either bean definitions or the value of getObjectType in the case of FactoryBeans.
Map<String,Object>	getBeansWithAnnotation(Class<? extends Annotation> annotationType)	Find all beans which are annotated with the supplied Annotation type, returning a Map of bean names with corresponding bean instances.
Comparator<Object>	getDependencyComparator()	Return the dependency comparator for this BeanFactory (may be null).
protected Integer	getPriority(Object beanInstance)	Return the priority assigned for the given bean instance by the jakarta.annotation.Priority annotation.
String	getSerializationId()	Return an id for serialization purposes, if specified, allowing this BeanFactory to be deserialized from this id back into the BeanFactory object, if needed.
boolean	isAllowBeanDefinitionOverriding()	Return whether it should be allowed to override bean definitions by registering a different definition with the same name, automatically replacing the former.
boolean	isAllowEagerClassLoading()	Return whether the factory is allowed to eagerly load bean classes even for bean definitions that are marked as "lazy-init".
boolean	isAutowireCandidate(String beanName, DependencyDescriptor descriptor)	Determine whether the specified bean qualifies as an autowire candidate, to be injected into other beans which declare a dependency of matching type.
protected boolean	isAutowireCandidate(String beanName, DependencyDescriptor descriptor, AutowireCandidateResolver resolver)	Determine whether the specified bean definition qualifies as an autowire candidate, to be injected into other beans which declare a dependency of matching type.
protected boolean	isAutowireCandidate(String beanName, RootBeanDefinition mbd, DependencyDescriptor descriptor, AutowireCandidateResolver resolver)	Determine whether the specified bean definition qualifies as an autowire candidate, to be injected into other beans which declare a dependency of matching type.
boolean	isBeanDefinitionOverridable(String beanName)	This implementation returns true if bean definition overriding is generally allowed.
protected boolean	isBeanEligibleForMetadataCaching(String beanName)	Considers all beans as eligible for metadata caching if the factory's configuration has been marked as frozen.
boolean	isConfigurationFrozen()	Return whether this factory's bean definitions are frozen, i.e.
protected boolean	isPrimary(String beanName, Object beanInstance)	Return whether the bean definition for the given bean name has been marked as a primary bean.
protected boolean	matchesBeanName(String beanName, String candidateName)	Determine whether the given candidate name matches the bean name or the aliases stored in this bean definition.
protected Object	obtainInstanceFromSupplier(Supplier<?> supplier, String beanName, RootBeanDefinition mbd)	Obtain a bean instance from the given supplier.
void	preInstantiateSingletons()	Ensure that all non-lazy-init singletons are instantiated, also considering FactoryBeans.
void	registerBeanDefinition(String beanName, BeanDefinition beanDefinition)	Register a new bean definition with this registry.
void	registerResolvableDependency(Class<?> dependencyType, Object autowiredValue)	Register a special dependency type with corresponding autowired value.
void	registerSingleton(String beanName, Object singletonObject)	Register the given existing object as singleton in the bean registry, under the given bean name.
void	removeBeanDefinition(String beanName)	Remove the BeanDefinition for the given name.
protected void	resetBeanDefinition(String beanName)	Reset all bean definition caches for the given bean, including the caches of beans that are derived from it.
Object	resolveDependency(DependencyDescriptor descriptor, String requestingBeanName, Set<String> autowiredBeanNames, TypeConverter typeConverter)	Resolve the specified dependency against the beans defined in this factory.
<T> NamedBeanHolder<T>	resolveNamedBean(Class<T> requiredType)	Resolve the bean instance that uniquely matches the given object type, if any, including its bean name.
void	setAllowBeanDefinitionOverriding(boolean allowBeanDefinitionOverriding)	Set whether it should be allowed to override bean definitions by registering a different definition with the same name, automatically replacing the former.
void	setAllowEagerClassLoading(boolean allowEagerClassLoading)	Set whether the factory is allowed to eagerly load bean classes even for bean definitions that are marked as "lazy-init".
void	setAutowireCandidateResolver(AutowireCandidateResolver autowireCandidateResolver)	Set a custom autowire candidate resolver for this BeanFactory to use when deciding whether a bean definition should be considered as a candidate for autowiring.
void	setDependencyComparator(Comparator<Object> dependencyComparator)	Set a Comparator for dependency Lists and arrays.
void	setSerializationId(String serializationId)	Specify an id for serialization purposes, allowing this BeanFactory to be deserialized from this id back into the BeanFactory object, if needed.
String	toString()
protected Object	writeReplace()

Methods inherited from class org.springframework.beans.factory.support.AbstractAutowireCapableBeanFactory

applyBeanPostProcessorsAfterInitialization, applyBeanPostProcessorsBeforeInitialization, applyBeanPostProcessorsBeforeInstantiation, applyBeanPropertyValues, applyMergedBeanDefinitionPostProcessors, applyPropertyValues, autowire, autowireBean, autowireBeanProperties, autowireByName, autowireByType, autowireConstructor, checkDependencies, clearSingletonCache, configureBean, createBean, createBean, createBean, createBeanInstance, destroyBean, determineConstructorsFromBeanPostProcessors, determineTargetType, doCreateBean, filterPropertyDescriptorsForDependencyCheck, filterPropertyDescriptorsForDependencyCheck, getEarlyBeanReference, getInstantiationStrategy, getObjectForBeanInstance, getParameterNameDiscoverer, getTypeForFactoryBean, getTypeForFactoryMethod, ignoreDependencyInterface, ignoreDependencyType, initializeBean, initializeBean, instantiateBean, instantiateUsingFactoryMethod, invokeCustomInitMethod, invokeInitMethods, isAllowCircularReferences, isAllowRawInjectionDespiteWrapping, isExcludedFromDependencyCheck, populateBean, postProcessObjectFromFactoryBean, predictBeanType, removeSingleton, resolveBeanByName, resolveBeforeInstantiation, resolveDependency, setAllowCircularReferences, setAllowRawInjectionDespiteWrapping, setInstantiationStrategy, setParameterNameDiscoverer, unsatisfiedNonSimpleProperties

Methods inherited from class org.springframework.beans.factory.support.AbstractBeanFactory

addBeanPostProcessor, addBeanPostProcessors, addEmbeddedValueResolver, addPropertyEditorRegistrar, afterPrototypeCreation, beforePrototypeCreation, checkMergedBeanDefinition, cleanupAfterBeanCreationFailure, containsBean, containsLocalBean, copyRegisteredEditorsTo, destroyBean, destroyBean, destroyScopedBean, doGetBean, evaluateBeanDefinitionString, getAliases, getApplicationStartup, getBean, getBean, getBean, getBean, getBeanClassLoader, getBeanExpressionResolver, getBeanPostProcessorCount, getBeanPostProcessors, getConversionService, getCustomEditors, getCustomTypeConverter, getMergedBeanDefinition, getMergedBeanDefinition, getMergedBeanDefinition, getMergedLocalBeanDefinition, getParentBeanFactory, getPropertyEditorRegistrars, getRegisteredScope, getRegisteredScopeNames, getTempClassLoader, getType, getType, getTypeConverter, hasBeanCreationStarted, hasDestructionAwareBeanPostProcessors, hasEmbeddedValueResolver, hasInstantiationAwareBeanPostProcessors, initBeanWrapper, isActuallyInCreation, isBeanNameInUse, isCacheBeanMetadata, isFactoryBean, isFactoryBean, isPrototype, isPrototypeCurrentlyInCreation, isSingleton, isTypeMatch, isTypeMatch, isTypeMatch, markBeanAsCreated, originalBeanName, registerCustomEditor, registerCustomEditors, registerDisposableBeanIfNecessary, registerScope, removeSingletonIfCreatedForTypeCheckOnly, requiresDestruction, resolveBeanClass, resolveEmbeddedValue, setApplicationStartup, setBeanClassLoader, setBeanExpressionResolver, setCacheBeanMetadata, setConversionService, setParentBeanFactory, setTempClassLoader, setTypeConverter, transformedBeanName

Methods inherited from class org.springframework.beans.factory.support.FactoryBeanRegistrySupport

getCachedObjectForFactoryBean, getFactoryBean, getObjectFromFactoryBean, getTypeForFactoryBean

Methods inherited from class org.springframework.beans.factory.support.DefaultSingletonBeanRegistry

addSingleton, addSingletonFactory, afterSingletonCreation, beforeSingletonCreation, containsSingleton, destroyBean, getDependenciesForBean, getDependentBeans, getSingleton, getSingleton, getSingleton, getSingletonCount, getSingletonMutex, getSingletonNames, hasDependentBean, isCurrentlyInCreation, isDependent, isSingletonCurrentlyInCreation, onSuppressedException, registerContainedBean, registerDependentBean, registerDisposableBean, setCurrentlyInCreation

Methods inherited from class org.springframework.core.SimpleAliasRegistry

canonicalName, hasAlias, isAlias, registerAlias, removeAlias, resolveAliases

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, wait, wait, wait

Methods inherited from interface org.springframework.core.AliasRegistry

getAliases, isAlias, registerAlias, removeAlias

Methods inherited from interface org.springframework.beans.factory.config.AutowireCapableBeanFactory

applyBeanPostProcessorsAfterInitialization, applyBeanPostProcessorsBeforeInitialization, applyBeanPropertyValues, autowire, autowireBean, autowireBeanProperties, configureBean, createBean, createBean, destroyBean, initializeBean, resolveBeanByName, resolveDependency

Methods inherited from interface org.springframework.beans.factory.support.BeanDefinitionRegistry

isBeanNameInUse

Methods inherited from interface org.springframework.beans.factory.BeanFactory

containsBean, getAliases, getBean, getBean, getBean, getType, getType, isPrototype, isSingleton, isTypeMatch, isTypeMatch

Methods inherited from interface org.springframework.beans.factory.config.ConfigurableBeanFactory

addBeanPostProcessor, addEmbeddedValueResolver, addPropertyEditorRegistrar, copyRegisteredEditorsTo, destroyBean, destroyScopedBean, getApplicationStartup, getBeanClassLoader, getBeanExpressionResolver, getBeanPostProcessorCount, getConversionService, getDependenciesForBean, getDependentBeans, getMergedBeanDefinition, getRegisteredScope, getRegisteredScopeNames, getTempClassLoader, getTypeConverter, hasEmbeddedValueResolver, isCacheBeanMetadata, isCurrentlyInCreation, isFactoryBean, registerAlias, registerCustomEditor, registerDependentBean, registerScope, resolveAliases, resolveEmbeddedValue, setApplicationStartup, setBeanClassLoader, setBeanExpressionResolver, setCacheBeanMetadata, setConversionService, setCurrentlyInCreation, setParentBeanFactory, setTempClassLoader, setTypeConverter

Methods inherited from interface org.springframework.beans.factory.config.ConfigurableListableBeanFactory

ignoreDependencyInterface, ignoreDependencyType

Methods inherited from interface org.springframework.beans.factory.HierarchicalBeanFactory

containsLocalBean, getParentBeanFactory

Methods inherited from interface org.springframework.beans.factory.config.SingletonBeanRegistry

containsSingleton, getSingleton, getSingletonCount, getSingletonMutex, getSingletonNames

Constructor Details

DefaultListableBeanFactory

public DefaultListableBeanFactory()

Create a new DefaultListableBeanFactory.

DefaultListableBeanFactory

public DefaultListableBeanFactory(@Nullable
 BeanFactory parentBeanFactory)

Create a new DefaultListableBeanFactory with the given parent.

Parameters:

parentBeanFactory - the parent BeanFactory

Method Details

setSerializationId

public void setSerializationId(@Nullable
 String serializationId)

Specify an id for serialization purposes, allowing this BeanFactory to be deserialized from this id back into the BeanFactory object, if needed.

getSerializationId

@Nullable
public String getSerializationId()

Return an id for serialization purposes, if specified, allowing this BeanFactory to be deserialized from this id back into the BeanFactory object, if needed.

Since:

4.1.2

setAllowBeanDefinitionOverriding

public void setAllowBeanDefinitionOverriding(boolean allowBeanDefinitionOverriding)

Set whether it should be allowed to override bean definitions by registering a different definition with the same name, automatically replacing the former. If not, an exception will be thrown. This also applies to overriding aliases.

Default is "true".

See Also:

• registerBeanDefinition(java.lang.String, org.springframework.beans.factory.config.BeanDefinition)

isAllowBeanDefinitionOverriding

public boolean isAllowBeanDefinitionOverriding()

Return whether it should be allowed to override bean definitions by registering a different definition with the same name, automatically replacing the former.

Since:

4.1.2

setAllowEagerClassLoading

public void setAllowEagerClassLoading(boolean allowEagerClassLoading)

Set whether the factory is allowed to eagerly load bean classes even for bean definitions that are marked as "lazy-init".

Default is "true". Turn this flag off to suppress class loading for lazy-init beans unless such a bean is explicitly requested. In particular, by-type lookups will then simply ignore bean definitions without resolved class name, instead of loading the bean classes on demand just to perform a type check.

See Also:

• AbstractBeanDefinition.setLazyInit(boolean)

isAllowEagerClassLoading

public boolean isAllowEagerClassLoading()

Return whether the factory is allowed to eagerly load bean classes even for bean definitions that are marked as "lazy-init".

Since:

4.1.2

setDependencyComparator

public void setDependencyComparator(@Nullable
 Comparator<Object> dependencyComparator)

Set a Comparator for dependency Lists and arrays.

Since:

4.0

See Also:

• OrderComparator
• AnnotationAwareOrderComparator

getDependencyComparator

@Nullable
public Comparator<Object> getDependencyComparator()

Return the dependency comparator for this BeanFactory (may be null).

Since:

4.0

setAutowireCandidateResolver

public void setAutowireCandidateResolver(AutowireCandidateResolver autowireCandidateResolver)

Set a custom autowire candidate resolver for this BeanFactory to use when deciding whether a bean definition should be considered as a candidate for autowiring.

getAutowireCandidateResolver

public AutowireCandidateResolver getAutowireCandidateResolver()

Return the autowire candidate resolver for this BeanFactory (never null).

copyConfigurationFrom

public void copyConfigurationFrom(ConfigurableBeanFactory otherFactory)

Description copied from interface: ConfigurableBeanFactory

Copy all relevant configuration from the given other factory.

Should include all standard configuration settings as well as BeanPostProcessors, Scopes, and factory-specific internal settings. Should not include any metadata of actual bean definitions, such as BeanDefinition objects and bean name aliases.

Specified by:

copyConfigurationFrom in interface ConfigurableBeanFactory

Overrides:

copyConfigurationFrom in class AbstractAutowireCapableBeanFactory

Parameters:

otherFactory - the other BeanFactory to copy from

getBean

public <T> T getBean(Class<T> requiredType)
              throws BeansException

Description copied from interface: BeanFactory

Return the bean instance that uniquely matches the given object type, if any.

This method goes into ListableBeanFactory by-type lookup territory but may also be translated into a conventional by-name lookup based on the name of the given type. For more extensive retrieval operations across sets of beans, use ListableBeanFactory and/or BeanFactoryUtils.

Specified by:

getBean in interface BeanFactory

Parameters:

requiredType - type the bean must match; can be an interface or superclass

Returns:

an instance of the single bean matching the required type

Throws:

NoSuchBeanDefinitionException - if no bean of the given type was found

NoUniqueBeanDefinitionException - if more than one bean of the given type was found

BeansException - if the bean could not be created

See Also:

• ListableBeanFactory

getBean

public <T> T getBean(Class<T> requiredType,
 @Nullable
 Object... args)
              throws BeansException

Description copied from interface: BeanFactory

Return an instance, which may be shared or independent, of the specified bean.

Allows for specifying explicit constructor arguments / factory method arguments, overriding the specified default arguments (if any) in the bean definition. Note that the provided arguments need to match a specific candidate constructor / factory method in the order of declared parameters.

This method goes into ListableBeanFactory by-type lookup territory but may also be translated into a conventional by-name lookup based on the name of the given type. For more extensive retrieval operations across sets of beans, use ListableBeanFactory and/or BeanFactoryUtils.

Specified by:

getBean in interface BeanFactory

Parameters:

requiredType - type the bean must match; can be an interface or superclass

args - arguments to use when creating a bean instance using explicit arguments (only applied when creating a new instance as opposed to retrieving an existing one)

Returns:

an instance of the bean

Throws:

NoSuchBeanDefinitionException - if there is no such bean definition

BeanDefinitionStoreException - if arguments have been given but the affected bean isn't a prototype

BeansException - if the bean could not be created

getBeanProvider

public <T> ObjectProvider<T> getBeanProvider(Class<T> requiredType)

Description copied from interface: BeanFactory

Return a provider for the specified bean, allowing for lazy on-demand retrieval of instances, including availability and uniqueness options.

For matching a generic type, consider BeanFactory.getBeanProvider(ResolvableType).

Specified by:

getBeanProvider in interface BeanFactory

Parameters:

requiredType - type the bean must match; can be an interface or superclass

Returns:

a corresponding provider handle

See Also:

• BeanFactory.getBeanProvider(ResolvableType)

getBeanProvider

public <T> ObjectProvider<T> getBeanProvider(org.springframework.core.ResolvableType requiredType)

Description copied from interface: BeanFactory

Return a provider for the specified bean, allowing for lazy on-demand retrieval of instances, including availability and uniqueness options. This variant allows for specifying a generic type to match, similar to reflective injection points with generic type declarations in method/constructor parameters.

Note that collections of beans are not supported here, in contrast to reflective injection points. For programmatically retrieving a list of beans matching a specific type, specify the actual bean type as an argument here and subsequently use ObjectProvider.orderedStream() or its lazy streaming/iteration options.

Also, generics matching is strict here, as per the Java assignment rules. For lenient fallback matching with unchecked semantics (similar to the ´unchecked´ Java compiler warning), consider calling BeanFactory.getBeanProvider(Class) with the raw type as a second step if no full generic match is available with this variant.

Specified by:

getBeanProvider in interface BeanFactory

Parameters:

requiredType - type the bean must match; can be a generic type declaration

Returns:

a corresponding provider handle

See Also:

• ObjectProvider.iterator()
• ObjectProvider.stream()
• ObjectProvider.orderedStream()

containsBeanDefinition

public boolean containsBeanDefinition(String beanName)

Description copied from class: AbstractBeanFactory

Check if this bean factory contains a bean definition with the given name. Does not consider any hierarchy this factory may participate in. Invoked by containsBean when no cached singleton instance is found.

Depending on the nature of the concrete bean factory implementation, this operation might be expensive (for example, because of directory lookups in external registries). However, for listable bean factories, this usually just amounts to a local hash lookup: The operation is therefore part of the public interface there. The same implementation can serve for both this template method and the public interface method in that case.

Specified by:

containsBeanDefinition in interface BeanDefinitionRegistry

Specified by:

containsBeanDefinition in interface ListableBeanFactory

Specified by:

containsBeanDefinition in class AbstractBeanFactory

Parameters:

beanName - the name of the bean to look for

Returns:

if this bean factory contains a bean definition with the given name

See Also:

• AbstractBeanFactory.containsBean(java.lang.String)
• ListableBeanFactory.containsBeanDefinition(java.lang.String)

getBeanDefinitionCount

public int getBeanDefinitionCount()

Description copied from interface: ListableBeanFactory

Return the number of beans defined in the factory.

Does not consider any hierarchy this factory may participate in, and ignores any singleton beans that have been registered by other means than bean definitions.

Specified by:

getBeanDefinitionCount in interface BeanDefinitionRegistry

Specified by:

getBeanDefinitionCount in interface ListableBeanFactory

Returns:

the number of beans defined in the factory

getBeanDefinitionNames

public String[] getBeanDefinitionNames()

Description copied from interface: ListableBeanFactory

Return the names of all beans defined in this factory.

Does not consider any hierarchy this factory may participate in, and ignores any singleton beans that have been registered by other means than bean definitions.

Specified by:

getBeanDefinitionNames in interface BeanDefinitionRegistry

Specified by:

getBeanDefinitionNames in interface ListableBeanFactory

Returns:

the names of all beans defined in this factory, or an empty array if none defined

getBeanProvider

public <T> ObjectProvider<T> getBeanProvider(Class<T> requiredType,
 boolean allowEagerInit)

Description copied from interface: ListableBeanFactory

Return a provider for the specified bean, allowing for lazy on-demand retrieval of instances, including availability and uniqueness options.

Specified by:

getBeanProvider in interface ListableBeanFactory

Parameters:

requiredType - type the bean must match; can be an interface or superclass

allowEagerInit - whether stream-based access may initialize lazy-init singletons and objects created by FactoryBeans (or by factory methods with a "factory-bean" reference) for the type check

Returns:

a corresponding provider handle

See Also:

• ListableBeanFactory.getBeanProvider(ResolvableType, boolean)
• BeanFactory.getBeanProvider(Class)
• ListableBeanFactory.getBeansOfType(Class, boolean, boolean)
• ListableBeanFactory.getBeanNamesForType(Class, boolean, boolean)

getBeanProvider

public <T> ObjectProvider<T> getBeanProvider(org.springframework.core.ResolvableType requiredType,
 boolean allowEagerInit)

Description copied from interface: ListableBeanFactory

Return a provider for the specified bean, allowing for lazy on-demand retrieval of instances, including availability and uniqueness options.

Specified by:

getBeanProvider in interface ListableBeanFactory

Parameters:

requiredType - type the bean must match; can be a generic type declaration. Note that collection types are not supported here, in contrast to reflective injection points. For programmatically retrieving a list of beans matching a specific type, specify the actual bean type as an argument here and subsequently use ObjectProvider.orderedStream() or its lazy streaming/iteration options.

allowEagerInit - whether stream-based access may initialize lazy-init singletons and objects created by FactoryBeans (or by factory methods with a "factory-bean" reference) for the type check

Returns:

a corresponding provider handle

See Also:

• BeanFactory.getBeanProvider(ResolvableType)
• ObjectProvider.iterator()
• ObjectProvider.stream()
• ObjectProvider.orderedStream()
• ListableBeanFactory.getBeanNamesForType(ResolvableType, boolean, boolean)

getBeanNamesForType

public String[] getBeanNamesForType(org.springframework.core.ResolvableType type)

Description copied from interface: ListableBeanFactory

Return the names of beans matching the given type (including subclasses), judging from either bean definitions or the value of getObjectType in the case of FactoryBeans.

NOTE: This method introspects top-level beans only. It does not check nested beans which might match the specified type as well.

Does consider objects created by FactoryBeans, which means that FactoryBeans will get initialized. If the object created by the FactoryBean doesn't match, the raw FactoryBean itself will be matched against the type.

Does not consider any hierarchy this factory may participate in. Use BeanFactoryUtils' beanNamesForTypeIncludingAncestors to include beans in ancestor factories too.

Note: Does not ignore singleton beans that have been registered by other means than bean definitions.

This version of getBeanNamesForType matches all kinds of beans, be it singletons, prototypes, or FactoryBeans. In most implementations, the result will be the same as for getBeanNamesForType(type, true, true).

Bean names returned by this method should always return bean names in the order of definition in the backend configuration, as far as possible.

Specified by:

getBeanNamesForType in interface ListableBeanFactory

Parameters:

type - the generically typed class or interface to match

Returns:

the names of beans (or objects created by FactoryBeans) matching the given object type (including subclasses), or an empty array if none

See Also:

• BeanFactory.isTypeMatch(String, ResolvableType)
• FactoryBean.getObjectType()
• BeanFactoryUtils.beanNamesForTypeIncludingAncestors(ListableBeanFactory, ResolvableType)

getBeanNamesForType

public String[] getBeanNamesForType(org.springframework.core.ResolvableType type,
 boolean includeNonSingletons,
 boolean allowEagerInit)

Description copied from interface: ListableBeanFactory

Return the names of beans matching the given type (including subclasses), judging from either bean definitions or the value of getObjectType in the case of FactoryBeans.

NOTE: This method introspects top-level beans only. It does not check nested beans which might match the specified type as well.

Does consider objects created by FactoryBeans if the "allowEagerInit" flag is set, which means that FactoryBeans will get initialized. If the object created by the FactoryBean doesn't match, the raw FactoryBean itself will be matched against the type. If "allowEagerInit" is not set, only raw FactoryBeans will be checked (which doesn't require initialization of each FactoryBean).

Does not consider any hierarchy this factory may participate in. Use BeanFactoryUtils' beanNamesForTypeIncludingAncestors to include beans in ancestor factories too.

Note: Does not ignore singleton beans that have been registered by other means than bean definitions.

Bean names returned by this method should always return bean names in the order of definition in the backend configuration, as far as possible.

Specified by:

getBeanNamesForType in interface ListableBeanFactory

Parameters:

type - the generically typed class or interface to match

includeNonSingletons - whether to include prototype or scoped beans too or just singletons (also applies to FactoryBeans)

allowEagerInit - whether to initialize lazy-init singletons and objects created by FactoryBeans (or by factory methods with a "factory-bean" reference) for the type check. Note that FactoryBeans need to be eagerly initialized to determine their type: So be aware that passing in "true" for this flag will initialize FactoryBeans and "factory-bean" references.

Returns:

the names of beans (or objects created by FactoryBeans) matching the given object type (including subclasses), or an empty array if none

See Also:

• FactoryBean.getObjectType()
• BeanFactoryUtils.beanNamesForTypeIncludingAncestors(ListableBeanFactory, ResolvableType, boolean, boolean)

getBeanNamesForType

public String[] getBeanNamesForType(@Nullable
 Class<?> type)

Description copied from interface: ListableBeanFactory

Return the names of beans matching the given type (including subclasses), judging from either bean definitions or the value of getObjectType in the case of FactoryBeans.

NOTE: This method introspects top-level beans only. It does not check nested beans which might match the specified type as well.

Does consider objects created by FactoryBeans, which means that FactoryBeans will get initialized. If the object created by the FactoryBean doesn't match, the raw FactoryBean itself will be matched against the type.

Does not consider any hierarchy this factory may participate in. Use BeanFactoryUtils' beanNamesForTypeIncludingAncestors to include beans in ancestor factories too.

Note: Does not ignore singleton beans that have been registered by other means than bean definitions.

This version of getBeanNamesForType matches all kinds of beans, be it singletons, prototypes, or FactoryBeans. In most implementations, the result will be the same as for getBeanNamesForType(type, true, true).

Bean names returned by this method should always return bean names in the order of definition in the backend configuration, as far as possible.

Specified by:

getBeanNamesForType in interface ListableBeanFactory

Parameters:

type - the class or interface to match, or null for all bean names

Returns:

the names of beans (or objects created by FactoryBeans) matching the given object type (including subclasses), or an empty array if none

See Also:

• FactoryBean.getObjectType()
• BeanFactoryUtils.beanNamesForTypeIncludingAncestors(ListableBeanFactory, Class)

getBeanNamesForType

public String[] getBeanNamesForType(@Nullable
 Class<?> type,
 boolean includeNonSingletons,
 boolean allowEagerInit)

Description copied from interface: ListableBeanFactory

Return the names of beans matching the given type (including subclasses), judging from either bean definitions or the value of getObjectType in the case of FactoryBeans.

NOTE: This method introspects top-level beans only. It does not check nested beans which might match the specified type as well.

Does consider objects created by FactoryBeans if the "allowEagerInit" flag is set, which means that FactoryBeans will get initialized. If the object created by the FactoryBean doesn't match, the raw FactoryBean itself will be matched against the type. If "allowEagerInit" is not set, only raw FactoryBeans will be checked (which doesn't require initialization of each FactoryBean).

Does not consider any hierarchy this factory may participate in. Use BeanFactoryUtils' beanNamesForTypeIncludingAncestors to include beans in ancestor factories too.

Note: Does not ignore singleton beans that have been registered by other means than bean definitions.

Bean names returned by this method should always return bean names in the order of definition in the backend configuration, as far as possible.

Specified by:

getBeanNamesForType in interface ListableBeanFactory

Parameters:

type - the class or interface to match, or null for all bean names

includeNonSingletons - whether to include prototype or scoped beans too or just singletons (also applies to FactoryBeans)

allowEagerInit - whether to initialize lazy-init singletons and objects created by FactoryBeans (or by factory methods with a "factory-bean" reference) for the type check. Note that FactoryBeans need to be eagerly initialized to determine their type: So be aware that passing in "true" for this flag will initialize FactoryBeans and "factory-bean" references.

Returns:

the names of beans (or objects created by FactoryBeans) matching the given object type (including subclasses), or an empty array if none

See Also:

• FactoryBean.getObjectType()
• BeanFactoryUtils.beanNamesForTypeIncludingAncestors(ListableBeanFactory, Class, boolean, boolean)

getBeansOfType

public <T> Map<String,T> getBeansOfType(@Nullable
 Class<T> type)
                                 throws BeansException

Description copied from interface: ListableBeanFactory

Return the bean instances that match the given object type (including subclasses), judging from either bean definitions or the value of getObjectType in the case of FactoryBeans.

NOTE: This method introspects top-level beans only. It does not check nested beans which might match the specified type as well.

Does consider objects created by FactoryBeans, which means that FactoryBeans will get initialized. If the object created by the FactoryBean doesn't match, the raw FactoryBean itself will be matched against the type.

Does not consider any hierarchy this factory may participate in. Use BeanFactoryUtils' beansOfTypeIncludingAncestors to include beans in ancestor factories too.

Note: Does not ignore singleton beans that have been registered by other means than bean definitions.

This version of getBeansOfType matches all kinds of beans, be it singletons, prototypes, or FactoryBeans. In most implementations, the result will be the same as for getBeansOfType(type, true, true).

The Map returned by this method should always return bean names and corresponding bean instances in the order of definition in the backend configuration, as far as possible.

Specified by:

getBeansOfType in interface ListableBeanFactory

Parameters:

type - the class or interface to match, or null for all concrete beans

Returns:

a Map with the matching beans, containing the bean names as keys and the corresponding bean instances as values

Throws:

BeansException - if a bean could not be created

See Also:

• FactoryBean.getObjectType()
• BeanFactoryUtils.beansOfTypeIncludingAncestors(ListableBeanFactory, Class)

getBeansOfType

public <T> Map<String,T> getBeansOfType(@Nullable
 Class<T> type,
 boolean includeNonSingletons,
 boolean allowEagerInit)
                                 throws BeansException

Description copied from interface: ListableBeanFactory

Return the bean instances that match the given object type (including subclasses), judging from either bean definitions or the value of getObjectType in the case of FactoryBeans.

NOTE: This method introspects top-level beans only. It does not check nested beans which might match the specified type as well.

Does consider objects created by FactoryBeans if the "allowEagerInit" flag is set, which means that FactoryBeans will get initialized. If the object created by the FactoryBean doesn't match, the raw FactoryBean itself will be matched against the type. If "allowEagerInit" is not set, only raw FactoryBeans will be checked (which doesn't require initialization of each FactoryBean).

Does not consider any hierarchy this factory may participate in. Use BeanFactoryUtils' beansOfTypeIncludingAncestors to include beans in ancestor factories too.

Note: Does not ignore singleton beans that have been registered by other means than bean definitions.

The Map returned by this method should always return bean names and corresponding bean instances in the order of definition in the backend configuration, as far as possible.

Specified by:

getBeansOfType in interface ListableBeanFactory

Parameters:

type - the class or interface to match, or null for all concrete beans

includeNonSingletons - whether to include prototype or scoped beans too or just singletons (also applies to FactoryBeans)

allowEagerInit - whether to initialize lazy-init singletons and objects created by FactoryBeans (or by factory methods with a "factory-bean" reference) for the type check. Note that FactoryBeans need to be eagerly initialized to determine their type: So be aware that passing in "true" for this flag will initialize FactoryBeans and "factory-bean" references.

Returns:

a Map with the matching beans, containing the bean names as keys and the corresponding bean instances as values

Throws:

BeansException - if a bean could not be created

See Also:

• FactoryBean.getObjectType()
• BeanFactoryUtils.beansOfTypeIncludingAncestors(ListableBeanFactory, Class, boolean, boolean)

getBeanNamesForAnnotation

public String[] getBeanNamesForAnnotation(Class<? extends Annotation> annotationType)

Description copied from interface: ListableBeanFactory

Find all names of beans which are annotated with the supplied Annotation type, without creating corresponding bean instances yet.

Note that this method considers objects created by FactoryBeans, which means that FactoryBeans will get initialized in order to determine their object type.

Specified by:

getBeanNamesForAnnotation in interface ListableBeanFactory

Parameters:

annotationType - the type of annotation to look for (at class, interface or factory method level of the specified bean)

Returns:

the names of all matching beans

See Also:

• ListableBeanFactory.getBeansWithAnnotation(Class)
• ListableBeanFactory.findAnnotationOnBean(String, Class)

getBeansWithAnnotation

public Map<String,Object> getBeansWithAnnotation(Class<? extends Annotation> annotationType)

Description copied from interface: ListableBeanFactory

Find all beans which are annotated with the supplied Annotation type, returning a Map of bean names with corresponding bean instances.

Note that this method considers objects created by FactoryBeans, which means that FactoryBeans will get initialized in order to determine their object type.

Specified by:

getBeansWithAnnotation in interface ListableBeanFactory

Parameters:

annotationType - the type of annotation to look for (at class, interface or factory method level of the specified bean)

Returns:

a Map with the matching beans, containing the bean names as keys and the corresponding bean instances as values

See Also:

• ListableBeanFactory.findAnnotationOnBean(String, Class)
• ListableBeanFactory.findAnnotationOnBean(String, Class, boolean)
• ListableBeanFactory.findAllAnnotationsOnBean(String, Class, boolean)

findAnnotationOnBean

@Nullable
public <A extends Annotation> A findAnnotationOnBean(String beanName,
 Class<A> annotationType)
                                              throws NoSuchBeanDefinitionException

Description copied from interface: ListableBeanFactory

Find an Annotation of annotationType on the specified bean, traversing its interfaces and superclasses if no annotation can be found on the given class itself, as well as checking the bean's factory method (if any).

Specified by:

findAnnotationOnBean in interface ListableBeanFactory

Parameters:

beanName - the name of the bean to look for annotations on

annotationType - the type of annotation to look for (at class, interface or factory method level of the specified bean)

Returns:

the annotation of the given type if found, or null otherwise

Throws:

NoSuchBeanDefinitionException - if there is no bean with the given name

See Also:

• ListableBeanFactory.findAnnotationOnBean(String, Class, boolean)
• ListableBeanFactory.findAllAnnotationsOnBean(String, Class, boolean)
• ListableBeanFactory.getBeanNamesForAnnotation(Class)
• ListableBeanFactory.getBeansWithAnnotation(Class)
• BeanFactory.getType(String)

findAnnotationOnBean

@Nullable
public <A extends Annotation> A findAnnotationOnBean(String beanName,
 Class<A> annotationType,
 boolean allowFactoryBeanInit)
                                              throws NoSuchBeanDefinitionException

Description copied from interface: ListableBeanFactory

Find an Annotation of annotationType on the specified bean, traversing its interfaces and superclasses if no annotation can be found on the given class itself, as well as checking the bean's factory method (if any).

Specified by:

findAnnotationOnBean in interface ListableBeanFactory

Parameters:

beanName - the name of the bean to look for annotations on

annotationType - the type of annotation to look for (at class, interface or factory method level of the specified bean)

allowFactoryBeanInit - whether a FactoryBean may get initialized just for the purpose of determining its object type

Returns:

the annotation of the given type if found, or null otherwise

Throws:

NoSuchBeanDefinitionException - if there is no bean with the given name

See Also:

• ListableBeanFactory.findAnnotationOnBean(String, Class)
• ListableBeanFactory.findAllAnnotationsOnBean(String, Class, boolean)
• ListableBeanFactory.getBeanNamesForAnnotation(Class)
• ListableBeanFactory.getBeansWithAnnotation(Class)
• BeanFactory.getType(String, boolean)

findAllAnnotationsOnBean

public <A extends Annotation> Set<A> findAllAnnotationsOnBean(String beanName,
 Class<A> annotationType,
 boolean allowFactoryBeanInit)
                                                       throws NoSuchBeanDefinitionException

Description copied from interface: ListableBeanFactory

Find all Annotation instances of annotationType on the specified bean, traversing its interfaces and superclasses if no annotation can be found on the given class itself, as well as checking the bean's factory method (if any).

Specified by:

findAllAnnotationsOnBean in interface ListableBeanFactory

Parameters:

beanName - the name of the bean to look for annotations on

annotationType - the type of annotation to look for (at class, interface or factory method level of the specified bean)

allowFactoryBeanInit - whether a FactoryBean may get initialized just for the purpose of determining its object type

Returns:

the set of annotations of the given type found (potentially empty)

Throws:

NoSuchBeanDefinitionException - if there is no bean with the given name

See Also:

• ListableBeanFactory.getBeanNamesForAnnotation(Class)
• ListableBeanFactory.findAnnotationOnBean(String, Class, boolean)
• BeanFactory.getType(String, boolean)

registerResolvableDependency

public void registerResolvableDependency(Class<?> dependencyType,
 @Nullable
 Object autowiredValue)

Description copied from interface: ConfigurableListableBeanFactory

Register a special dependency type with corresponding autowired value.

This is intended for factory/context references that are supposed to be autowirable but are not defined as beans in the factory: e.g. a dependency of type ApplicationContext resolved to the ApplicationContext instance that the bean is living in.

Note: There are no such default types registered in a plain BeanFactory, not even for the BeanFactory interface itself.

Specified by:

registerResolvableDependency in interface ConfigurableListableBeanFactory

Parameters:

dependencyType - the dependency type to register. This will typically be a base interface such as BeanFactory, with extensions of it resolved as well if declared as an autowiring dependency (e.g. ListableBeanFactory), as long as the given value actually implements the extended interface.

autowiredValue - the corresponding autowired value. This may also be an implementation of the ObjectFactory interface, which allows for lazy resolution of the actual target value.

isAutowireCandidate

public boolean isAutowireCandidate(String beanName,
 DependencyDescriptor descriptor)
                            throws NoSuchBeanDefinitionException

Description copied from interface: ConfigurableListableBeanFactory

Determine whether the specified bean qualifies as an autowire candidate, to be injected into other beans which declare a dependency of matching type.

This method checks ancestor factories as well.

Specified by:

isAutowireCandidate in interface ConfigurableListableBeanFactory

Parameters:

beanName - the name of the bean to check

descriptor - the descriptor of the dependency to resolve

Returns:

whether the bean should be considered as autowire candidate

Throws:

NoSuchBeanDefinitionException - if there is no bean with the given name

isAutowireCandidate

protected boolean isAutowireCandidate(String beanName,
 DependencyDescriptor descriptor,
 AutowireCandidateResolver resolver)
                               throws NoSuchBeanDefinitionException

Determine whether the specified bean definition qualifies as an autowire candidate, to be injected into other beans which declare a dependency of matching type.

Parameters:

beanName - the name of the bean definition to check

descriptor - the descriptor of the dependency to resolve

resolver - the AutowireCandidateResolver to use for the actual resolution algorithm

Returns:

whether the bean should be considered as autowire candidate

Throws:

NoSuchBeanDefinitionException

isAutowireCandidate

protected boolean isAutowireCandidate(String beanName,
 RootBeanDefinition mbd,
 DependencyDescriptor descriptor,
 AutowireCandidateResolver resolver)

Determine whether the specified bean definition qualifies as an autowire candidate, to be injected into other beans which declare a dependency of matching type.

Parameters:

beanName - the name of the bean definition to check

mbd - the merged bean definition to check

descriptor - the descriptor of the dependency to resolve

resolver - the AutowireCandidateResolver to use for the actual resolution algorithm

Returns:

whether the bean should be considered as autowire candidate

getBeanDefinition

public BeanDefinition getBeanDefinition(String beanName)
                                 throws NoSuchBeanDefinitionException

Description copied from class: AbstractBeanFactory

Return the bean definition for the given bean name. Subclasses should normally implement caching, as this method is invoked by this class every time bean definition metadata is needed.

Depending on the nature of the concrete bean factory implementation, this operation might be expensive (for example, because of directory lookups in external registries). However, for listable bean factories, this usually just amounts to a local hash lookup: The operation is therefore part of the public interface there. The same implementation can serve for both this template method and the public interface method in that case.

Specified by:

getBeanDefinition in interface BeanDefinitionRegistry

Specified by:

getBeanDefinition in interface ConfigurableListableBeanFactory

Specified by:

getBeanDefinition in class AbstractBeanFactory

Parameters:

beanName - the name of the bean to find a definition for

Returns:

the BeanDefinition for this prototype name (never null)

Throws:

NoSuchBeanDefinitionException - if the bean definition cannot be resolved

See Also:

• RootBeanDefinition
• ChildBeanDefinition
• ConfigurableListableBeanFactory.getBeanDefinition(java.lang.String)

getBeanNamesIterator

public Iterator<String> getBeanNamesIterator()

Description copied from interface: ConfigurableListableBeanFactory

Return a unified view over all bean names managed by this factory.

Includes bean definition names as well as names of manually registered singleton instances, with bean definition names consistently coming first, analogous to how type/annotation specific retrieval of bean names works.

Specified by:

getBeanNamesIterator in interface ConfigurableListableBeanFactory

Returns:

the composite iterator for the bean names view

See Also:

• ListableBeanFactory.containsBeanDefinition(java.lang.String)
• SingletonBeanRegistry.registerSingleton(java.lang.String, java.lang.Object)
• ListableBeanFactory.getBeanNamesForType(org.springframework.core.ResolvableType)
• ListableBeanFactory.getBeanNamesForAnnotation(java.lang.Class<? extends java.lang.annotation.Annotation>)

clearMergedBeanDefinition

protected void clearMergedBeanDefinition(String beanName)

Description copied from class: AbstractBeanFactory

Remove the merged bean definition for the specified bean, recreating it on next access.

Overrides:

clearMergedBeanDefinition in class AbstractBeanFactory

Parameters:

beanName - the bean name to clear the merged definition for

clearMetadataCache

public void clearMetadataCache()

Description copied from class: AbstractBeanFactory

Clear the merged bean definition cache, removing entries for beans which are not considered eligible for full metadata caching yet.

Typically triggered after changes to the original bean definitions, e.g. after applying a BeanFactoryPostProcessor. Note that metadata for beans which have already been created at this point will be kept around.

Specified by:

clearMetadataCache in interface ConfigurableListableBeanFactory

Overrides:

clearMetadataCache in class AbstractBeanFactory

See Also:

• ConfigurableListableBeanFactory.getBeanDefinition(java.lang.String)
• ConfigurableBeanFactory.getMergedBeanDefinition(java.lang.String)

freezeConfiguration

public void freezeConfiguration()

Description copied from interface: ConfigurableListableBeanFactory

Freeze all bean definitions, signalling that the registered bean definitions will not be modified or post-processed any further.

This allows the factory to aggressively cache bean definition metadata going forward, after clearing the initial temporary metadata cache.

Specified by:

freezeConfiguration in interface ConfigurableListableBeanFactory

See Also:

• ConfigurableListableBeanFactory.clearMetadataCache()
• ConfigurableListableBeanFactory.isConfigurationFrozen()

isConfigurationFrozen

public boolean isConfigurationFrozen()

Description copied from interface: ConfigurableListableBeanFactory

Return whether this factory's bean definitions are frozen, i.e. are not supposed to be modified or post-processed any further.

Specified by:

isConfigurationFrozen in interface ConfigurableListableBeanFactory

Returns:

true if the factory's configuration is considered frozen

See Also:

• ConfigurableListableBeanFactory.freezeConfiguration()

isBeanEligibleForMetadataCaching

protected boolean isBeanEligibleForMetadataCaching(String beanName)

Considers all beans as eligible for metadata caching if the factory's configuration has been marked as frozen.

Overrides:

isBeanEligibleForMetadataCaching in class AbstractBeanFactory

Parameters:

beanName - the name of the bean

Returns:

true if the bean's metadata may be cached at this point already

See Also:

• freezeConfiguration()

obtainInstanceFromSupplier

@Nullable
protected Object obtainInstanceFromSupplier(Supplier<?> supplier,
 String beanName,
 RootBeanDefinition mbd)
                                     throws Exception

Description copied from class: AbstractAutowireCapableBeanFactory

Obtain a bean instance from the given supplier.

Overrides:

obtainInstanceFromSupplier in class AbstractAutowireCapableBeanFactory

Parameters:

supplier - the configured supplier

beanName - the corresponding bean name

mbd - the bean definition for the bean

Returns:

the bean instance (possibly null)

Throws:

Exception

preInstantiateSingletons

public void preInstantiateSingletons()
                              throws BeansException

Description copied from interface: ConfigurableListableBeanFactory

Ensure that all non-lazy-init singletons are instantiated, also considering FactoryBeans. Typically invoked at the end of factory setup, if desired.

Specified by:

preInstantiateSingletons in interface ConfigurableListableBeanFactory

Throws:

BeansException - if one of the singleton beans could not be created. Note: This may have left the factory with some beans already initialized! Call ConfigurableBeanFactory.destroySingletons() for full cleanup in this case.

See Also:

• ConfigurableBeanFactory.destroySingletons()

registerBeanDefinition

public void registerBeanDefinition(String beanName,
 BeanDefinition beanDefinition)
                            throws BeanDefinitionStoreException

Description copied from interface: BeanDefinitionRegistry

Register a new bean definition with this registry. Must support RootBeanDefinition and ChildBeanDefinition.

Specified by:

registerBeanDefinition in interface BeanDefinitionRegistry

Parameters:

beanName - the name of the bean instance to register

beanDefinition - definition of the bean instance to register

Throws:

BeanDefinitionStoreException - if the BeanDefinition is invalid

BeanDefinitionOverrideException - if there is already a BeanDefinition for the specified bean name and we are not allowed to override it

See Also:

• GenericBeanDefinition
• RootBeanDefinition
• ChildBeanDefinition

removeBeanDefinition

public void removeBeanDefinition(String beanName)
                          throws NoSuchBeanDefinitionException

Description copied from interface: BeanDefinitionRegistry

Remove the BeanDefinition for the given name.

Specified by:

removeBeanDefinition in interface BeanDefinitionRegistry

Parameters:

beanName - the name of the bean instance to register

Throws:

NoSuchBeanDefinitionException - if there is no such bean definition

resetBeanDefinition

protected void resetBeanDefinition(String beanName)

Reset all bean definition caches for the given bean, including the caches of beans that are derived from it.

Called after an existing bean definition has been replaced or removed, triggering clearMergedBeanDefinition(java.lang.String), destroySingleton(java.lang.String) and MergedBeanDefinitionPostProcessor.resetBeanDefinition(java.lang.String) on the given bean and on all bean definitions that have the given bean as parent.

Parameters:

beanName - the name of the bean to reset

See Also:

• registerBeanDefinition(java.lang.String, org.springframework.beans.factory.config.BeanDefinition)
• removeBeanDefinition(java.lang.String)

isBeanDefinitionOverridable

public boolean isBeanDefinitionOverridable(String beanName)

This implementation returns true if bean definition overriding is generally allowed.

Specified by:

isBeanDefinitionOverridable in interface BeanDefinitionRegistry

Parameters:

beanName - the name to check

Returns:

whether the definition for the given bean name is overridable

See Also:

• setAllowBeanDefinitionOverriding(boolean)

allowAliasOverriding

protected boolean allowAliasOverriding()

Only allows alias overriding if bean definition overriding is allowed.

Overrides:

allowAliasOverriding in class org.springframework.core.SimpleAliasRegistry

See Also:

• setAllowBeanDefinitionOverriding(boolean)

checkForAliasCircle

protected void checkForAliasCircle(String name,
 String alias)

Also checks for an alias overriding a bean definition of the same name.

Overrides:

checkForAliasCircle in class org.springframework.core.SimpleAliasRegistry

registerSingleton

public void registerSingleton(String beanName,
 Object singletonObject)
                       throws IllegalStateException

Description copied from interface: SingletonBeanRegistry

Register the given existing object as singleton in the bean registry, under the given bean name.

The given instance is supposed to be fully initialized; the registry will not perform any initialization callbacks (in particular, it won't call InitializingBean's afterPropertiesSet method). The given instance will not receive any destruction callbacks (like DisposableBean's destroy method) either.

When running within a full BeanFactory: Register a bean definition instead of an existing instance if your bean is supposed to receive initialization and/or destruction callbacks.

Typically invoked during registry configuration, but can also be used for runtime registration of singletons. As a consequence, a registry implementation should synchronize singleton access; it will have to do this anyway if it supports a BeanFactory's lazy initialization of singletons.

Specified by:

registerSingleton in interface SingletonBeanRegistry

Overrides:

registerSingleton in class DefaultSingletonBeanRegistry

Parameters:

beanName - the name of the bean

singletonObject - the existing singleton object

Throws:

IllegalStateException

See Also:

• InitializingBean.afterPropertiesSet()
• DisposableBean.destroy()
• BeanDefinitionRegistry.registerBeanDefinition(java.lang.String, org.springframework.beans.factory.config.BeanDefinition)

destroySingletons

public void destroySingletons()

Description copied from interface: ConfigurableBeanFactory

Destroy all singleton beans in this factory, including inner beans that have been registered as disposable. To be called on shutdown of a factory.

Any exception that arises during destruction should be caught and logged instead of propagated to the caller of this method.

Specified by:

destroySingletons in interface ConfigurableBeanFactory

Overrides:

destroySingletons in class DefaultSingletonBeanRegistry

destroySingleton

public void destroySingleton(String beanName)

Description copied from class: DefaultSingletonBeanRegistry

Destroy the given bean. Delegates to destroyBean if a corresponding disposable bean instance is found.

Overrides:

destroySingleton in class DefaultSingletonBeanRegistry

Parameters:

beanName - the name of the bean

See Also:

• DefaultSingletonBeanRegistry.destroyBean(java.lang.String, org.springframework.beans.factory.DisposableBean)

resolveNamedBean

public <T> NamedBeanHolder<T> resolveNamedBean(Class<T> requiredType)
                                        throws BeansException

Description copied from interface: AutowireCapableBeanFactory

Resolve the bean instance that uniquely matches the given object type, if any, including its bean name.

This is effectively a variant of BeanFactory.getBean(Class) which preserves the bean name of the matching instance.

Specified by:

resolveNamedBean in interface AutowireCapableBeanFactory

Parameters:

requiredType - type the bean must match; can be an interface or superclass

Returns:

the bean name plus bean instance

Throws:

NoSuchBeanDefinitionException - if no matching bean was found

NoUniqueBeanDefinitionException - if more than one matching bean was found

BeansException - if the bean could not be created

See Also:

• BeanFactory.getBean(Class)

resolveDependency

@Nullable
public Object resolveDependency(DependencyDescriptor descriptor,
 @Nullable
 String requestingBeanName,
 @Nullable
 Set<String> autowiredBeanNames,
 @Nullable
 TypeConverter typeConverter)
                         throws BeansException

Description copied from interface: AutowireCapableBeanFactory

Resolve the specified dependency against the beans defined in this factory.

Specified by:

resolveDependency in interface AutowireCapableBeanFactory

Parameters:

descriptor - the descriptor for the dependency (field/method/constructor)

requestingBeanName - the name of the bean which declares the given dependency

autowiredBeanNames - a Set that all names of autowired beans (used for resolving the given dependency) are supposed to be added to

typeConverter - the TypeConverter to use for populating arrays and collections

Returns:

the resolved object, or null if none found

Throws:

NoSuchBeanDefinitionException - if no matching bean was found

NoUniqueBeanDefinitionException - if more than one matching bean was found

BeansException - if dependency resolution failed for any other reason

See Also:

• DependencyDescriptor

doResolveDependency

@Nullable
public Object doResolveDependency(DependencyDescriptor descriptor,
 @Nullable
 String beanName,
 @Nullable
 Set<String> autowiredBeanNames,
 @Nullable
 TypeConverter typeConverter)
                           throws BeansException

Throws:

BeansException

findAutowireCandidates

protected Map<String,Object> findAutowireCandidates(@Nullable
 String beanName,
 Class<?> requiredType,
 DependencyDescriptor descriptor)

Find bean instances that match the required type. Called during autowiring for the specified bean.

Parameters:

beanName - the name of the bean that is about to be wired

requiredType - the actual type of bean to look for (may be an array component type or collection element type)

descriptor - the descriptor of the dependency to resolve

Returns:

a Map of candidate names and candidate instances that match the required type (never null)

Throws:

BeansException - in case of errors

See Also:

• AbstractAutowireCapableBeanFactory.autowireByType(java.lang.String, org.springframework.beans.factory.support.AbstractBeanDefinition, org.springframework.beans.BeanWrapper, org.springframework.beans.MutablePropertyValues)
• AbstractAutowireCapableBeanFactory.autowireConstructor(java.lang.String, org.springframework.beans.factory.support.RootBeanDefinition, java.lang.reflect.Constructor<?>[], java.lang.Object[])

determineAutowireCandidate

@Nullable
protected String determineAutowireCandidate(Map<String,Object> candidates,
 DependencyDescriptor descriptor)

Determine the autowire candidate in the given set of beans.

Looks for @Primary and @Priority (in that order).

Parameters:

candidates - a Map of candidate names and candidate instances that match the required type, as returned by findAutowireCandidates(java.lang.String, java.lang.Class<?>, org.springframework.beans.factory.config.DependencyDescriptor)

descriptor - the target dependency to match against

Returns:

the name of the autowire candidate, or null if none found

determinePrimaryCandidate

@Nullable
protected String determinePrimaryCandidate(Map<String,Object> candidates,
 Class<?> requiredType)

Determine the primary candidate in the given set of beans.

Parameters:

candidates - a Map of candidate names and candidate instances (or candidate classes if not created yet) that match the required type

requiredType - the target dependency type to match against

Returns:

the name of the primary candidate, or null if none found

See Also:

• isPrimary(String, Object)

determineHighestPriorityCandidate

@Nullable
protected String determineHighestPriorityCandidate(Map<String,Object> candidates,
 Class<?> requiredType)

Determine the candidate with the highest priority in the given set of beans.

Based on @jakarta.annotation.Priority. As defined by the related Ordered interface, the lowest value has the highest priority.

Parameters:

candidates - a Map of candidate names and candidate instances (or candidate classes if not created yet) that match the required type

requiredType - the target dependency type to match against

Returns:

the name of the candidate with the highest priority, or null if none found

See Also:

• getPriority(Object)

isPrimary

protected boolean isPrimary(String beanName,
 Object beanInstance)

Return whether the bean definition for the given bean name has been marked as a primary bean.

Parameters:

beanName - the name of the bean

beanInstance - the corresponding bean instance (can be null)

Returns:

whether the given bean qualifies as primary

getPriority

@Nullable
protected Integer getPriority(Object beanInstance)

Return the priority assigned for the given bean instance by the jakarta.annotation.Priority annotation.

The default implementation delegates to the specified dependency comparator, checking its method if it is an extension of Spring's common OrderComparator - typically, an AnnotationAwareOrderComparator. If no such comparator is present, this implementation returns null.

Parameters:

beanInstance - the bean instance to check (can be null)

Returns:

the priority assigned to that bean or null if none is set

matchesBeanName

protected boolean matchesBeanName(String beanName,
 @Nullable
 String candidateName)

Determine whether the given candidate name matches the bean name or the aliases stored in this bean definition.

toString

public String toString()

Overrides:

toString in class Object

writeReplace

protected Object writeReplace()
                       throws ObjectStreamException

Throws:

ObjectStreamException