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## org.picocontainer
Class DefaultPicoContainer

    java.lang.Object
      org.picocontainer.DefaultPicoContainer

All Implemented Interfaces:
  Serializable, ComponentMonitorStrategy, Disposable, MutablePicoContainer, PicoContainer, Startable

Direct Known Subclasses:
  TieringPicoContainer, TransientPicoContainer

    public class DefaultPicoContainer

extends Object
implements MutablePicoContainer, ComponentMonitorStrategy, Serializable

The Standard `PicoContainer`/`MutablePicoContainer` implementation. Constructing a container c with a parent p container will cause c to look up components in p if they cannot be found inside c itself.

Using `Class` objects as keys to the various registerXXX() methods makes a subtle semantic difference:

If there are more than one registered components of the same type and one of them are registered with a `Class` key of the corresponding type, this addComponent will take precedence over other components during type resolution.

Another place where keys that are classes make a subtle difference is in `HiddenImplementation`.

This implementation of `MutablePicoContainer` also supports `ComponentMonitorStrategy`.

Author:
  Paul Hammant, Aslak Hellesøy, Jon Tirsén, Thomas Heller, Mauro Talevi
See Also:
  Serialized Form

Nested Class Summary
`static class` | `DefaultPicoContainer.LateInstance`

Field Summary
`protected ComponentFactory` | `componentFactory` Component factory instance.
`protected ComponentMonitor` | `componentMonitor` Component monitor instance.
`protected LifecycleStrategy` | `lifecycleStrategy` Lifecycle strategy instance.
`protected List<ComponentAdapter<?>>` | `orderedComponentAdapters`

Constructor Summary
`DefaultPicoContainer()` Creates a new container with a `AdaptingBehavior` and no parent container.
`DefaultPicoContainer(ComponentFactory componentFactory)` Creates a new container with a custom ComponentFactory and no parent container.
`DefaultPicoContainer(ComponentFactory componentFactory, LifecycleStrategy lifecycleStrategy, PicoContainer parent)` Creates a new container with a custom ComponentFactory, LifecycleStrategy for instance registration, and a parent container.
`DefaultPicoContainer(ComponentFactory componentFactory, LifecycleStrategy lifecycleStrategy, PicoContainer parent, ComponentMonitor componentMonitor)`
`DefaultPicoContainer(ComponentFactory componentFactory, PicoContainer parent)` Creates a new container with a custom ComponentFactory and a parent container.
`DefaultPicoContainer(ComponentMonitor monitor)` Creates a new container with the AdaptingInjection using a custom ComponentMonitor
`DefaultPicoContainer(ComponentMonitor monitor, LifecycleStrategy lifecycleStrategy, PicoContainer parent)` Creates a new container with the AdaptingInjection using a custom ComponentMonitor and lifecycle strategy
`DefaultPicoContainer(ComponentMonitor monitor, PicoContainer parent)` Creates a new container with the AdaptingInjection using a custom ComponentMonitor
`DefaultPicoContainer(LifecycleStrategy lifecycleStrategy, PicoContainer parent)` Creates a new container with the AdaptingInjection using a custom lifecycle strategy
`DefaultPicoContainer(PicoContainer parent)` Creates a new container with a (caching) `AdaptingInjection` and a parent container.

Method Summary
`void` | `accept(PicoVisitor visitor)` Accepts a visitor that should visit the child containers, component adapters and component instances.
`MutablePicoContainer` | `addAdapter(ComponentAdapter<?> componentAdapter)` Register a component via a ComponentAdapter.
`MutablePicoContainer` | `addAdapter(ComponentAdapter<?> componentAdapter, Properties properties)`
`protected MutablePicoContainer` | `addAdapterInternal(ComponentAdapter<?> componentAdapter)`
`MutablePicoContainer` | `addChildContainer(PicoContainer child)` Add a child container.
`MutablePicoContainer` | `addComponent(Object implOrInstance)` Register an arbitrary object.
`MutablePicoContainer` | `addComponent(Object componentKey, Object componentImplementationOrInstance, Parameter... parameters)` Register a component and creates specific instructions on which constructor to use, along with which components and/or constants to provide as constructor arguments.
`MutablePicoContainer` | `addConfig(String name, Object val)` Register a config item.
`MutablePicoContainer` | `as(Properties... properties)` You can set for the following operation only the characteristic of registration of a component on the fly.
`MutablePicoContainer` | `change(Properties... properties)` You can change the characteristic of registration of all subsequent components in this container.
`void` | `changeMonitor(ComponentMonitor monitor)` Changes monitor in the ComponentFactory, the component adapters and the child containers, if these support a ComponentMonitorStrategy.
`ComponentMonitor` | `currentMonitor()` Returns the first current monitor found in the ComponentFactory, the component adapters and the child containers, if these support a ComponentMonitorStrategy.
`void` | `dispose()` Dispose the components of this PicoContainer and all its logical child containers.
`
`<T> T`
` | `getComponent(Class<T> componentType)` Retrieve a component keyed by the component type.
`
`<T> T`
` | `getComponent(Class<T> componentType, Class<? extends Annotation> binding)`
`Object` | `getComponent(Object componentKeyOrType)` Retrieve a component instance registered with a specific key or type.
`Object` | `getComponent(Object componentKeyOrType, Class<? extends Annotation> annotation)`
`Object` | `getComponent(Object componentKeyOrType, Type into)`
`
`<T> ComponentAdapter<T>`
` | `getComponentAdapter(Class<T> componentType, Class<? extends Annotation> binding)`
`
`<T> ComponentAdapter<T>`
` | `getComponentAdapter(Class<T> componentType, NameBinding componentNameBinding)` Find a component adapter associated with the specified type.
`ComponentAdapter<?>` | `getComponentAdapter(Object componentKey)` Find a component adapter associated with the specified key.
`Collection<ComponentAdapter<?>>` | `getComponentAdapters()` Retrieve all the component adapters inside this container.
`
`<T> List<ComponentAdapter<T>>`
` | `getComponentAdapters(Class<T> componentType)` Retrieve all component adapters inside this container that are associated with the specified type.
`
`<T> List<ComponentAdapter<T>>`
` | `getComponentAdapters(Class<T> componentType, Class<? extends Annotation> binding)`
`protected Map<Object,ComponentAdapter<?>>` | `getComponentKeyToAdapterCache()`
`List<Object>` | `getComponents()` Retrieve all the registered component instances in the container, (not including those in the parent container).
`
`<T> List<T>`
` | `getComponents(Class<T> componentType)` Returns a List of components of a certain componentType.
`protected List<ComponentAdapter<?>>` | `getModifiableComponentAdapterList()`
`protected List<ComponentAdapter<?>>` | `getOrderedComponentAdapters()`
`PicoContainer` | `getParent()` Retrieve the parent container of this container.
`MutablePicoContainer` | `makeChildContainer()` Make a child container, using the same implementation of MutablePicoContainer as the parent.
`boolean` | `removeChildContainer(PicoContainer child)` Remove a child container from this container.
`
`<T> ComponentAdapter<T>`
` | `removeComponent(Object componentKey)` Unregister a component by key.
`
`<T> ComponentAdapter<T>`
` | `removeComponentByInstance(T componentInstance)` Unregister a component by instance.
`void` | `setLifecycleState(LifecycleState lifecycleState)` To assist ThreadLocal usage, LifecycleState can be set.
`void` | `setName(String name)` Name the container instance, to assit debugging.
`void` | `start()` Start the components of this PicoContainer and all its logical child containers.
`void` | `stop()` Stop the components of this PicoContainer and all its logical child containers.
`String` | `toString()`

Methods inherited from class java.lang.Object
`clone, equals, finalize, getClass, hashCode, notify, notifyAll, wait, wait, wait`

Field Detail

### componentFactory

    protected final ComponentFactory componentFactory

  Component factory instance.

### lifecycleStrategy

    protected final LifecycleStrategy lifecycleStrategy

  Lifecycle strategy instance.

### componentMonitor

    protected ComponentMonitor componentMonitor

  Component monitor instance. Receives event callbacks.

### orderedComponentAdapters

    protected final List<ComponentAdapter<?>> orderedComponentAdapters

Constructor Detail

### DefaultPicoContainer

    public DefaultPicoContainer(ComponentFactory componentFactory,
                                PicoContainer parent)

  Creates a new container with a custom ComponentFactory and a parent container.

  Important note about caching: If you intend the components to be cached, you should pass in a factory that creates `Cached` instances, such as for example `Caching`. Caching can delegate to other ComponentAdapterFactories.

  Parameters:
    `componentFactory` - the factory to use for creation of ComponentAdapters.
    `parent` - the parent container (used for component dependency lookups).

### DefaultPicoContainer

    public DefaultPicoContainer(ComponentFactory componentFactory,
                                LifecycleStrategy lifecycleStrategy,
                                PicoContainer parent)

  Creates a new container with a custom ComponentFactory, LifecycleStrategy for instance registration, and a parent container.

  Important note about caching: If you intend the components to be cached, you should pass in a factory that creates `Cached` instances, such as for example `Caching`. Caching can delegate to other ComponentAdapterFactories.

  Parameters:
    `componentFactory` - the factory to use for creation of ComponentAdapters.
    `lifecycleStrategy` - the lifecycle strategy chosen for registered instance (not implementations!)
    `parent` - the parent container (used for component dependency lookups).

### DefaultPicoContainer

    public DefaultPicoContainer(ComponentFactory componentFactory,
                                LifecycleStrategy lifecycleStrategy,
                                PicoContainer parent,
                                ComponentMonitor componentMonitor)

### DefaultPicoContainer

    public DefaultPicoContainer(ComponentMonitor monitor,
                                PicoContainer parent)

  Creates a new container with the AdaptingInjection using a custom ComponentMonitor

  Parameters:
    `monitor` - the ComponentMonitor to use
    `parent` - the parent container (used for component dependency lookups).

### DefaultPicoContainer

    public DefaultPicoContainer(ComponentMonitor monitor,
                                LifecycleStrategy lifecycleStrategy,
                                PicoContainer parent)

  Creates a new container with the AdaptingInjection using a custom ComponentMonitor and lifecycle strategy

  Parameters:
    `monitor` - the ComponentMonitor to use
    `lifecycleStrategy` - the lifecycle strategy to use.
    `parent` - the parent container (used for component dependency lookups).

### DefaultPicoContainer

    public DefaultPicoContainer(LifecycleStrategy lifecycleStrategy,
                                PicoContainer parent)

  Creates a new container with the AdaptingInjection using a custom lifecycle strategy

  Parameters:
    `lifecycleStrategy` - the lifecycle strategy to use.
    `parent` - the parent container (used for component dependency lookups).

### DefaultPicoContainer

    public DefaultPicoContainer(ComponentFactory componentFactory)

  Creates a new container with a custom ComponentFactory and no parent container.

  Parameters:
    `componentFactory` - the ComponentFactory to use.

### DefaultPicoContainer

    public DefaultPicoContainer(ComponentMonitor monitor)

  Creates a new container with the AdaptingInjection using a custom ComponentMonitor

  Parameters:
    `monitor` - the ComponentMonitor to use

### DefaultPicoContainer

    public DefaultPicoContainer(PicoContainer parent)

  Creates a new container with a (caching) `AdaptingInjection` and a parent container.

  Parameters:
    `parent` - the parent container (used for component dependency lookups).

### DefaultPicoContainer

    public DefaultPicoContainer()

  Creates a new container with a `AdaptingBehavior` and no parent container.

Method Detail

### getComponentAdapters

    public Collection<ComponentAdapter<?>> getComponentAdapters()

  Retrieve all the component adapters inside this container. The component adapters from the parent container are not returned.

  Specified by:
    `getComponentAdapters` in interface `PicoContainer`
  Returns:
    a collection containing all the `ComponentAdapter`s inside this container. The collection will not be modifiable.
  See Also:
    `a variant of this method which returns the component adapters inside this container that are associated with the specified type.`

### getComponentAdapter

    public final ComponentAdapter<?> getComponentAdapter(Object componentKey)

  Find a component adapter associated with the specified key. If a component adapter cannot be found in this container, the parent container (if one exists) will be searched.

  Specified by:
    `getComponentAdapter` in interface `PicoContainer`
  Parameters:
    `componentKey` - the key that the component was registered with.
  Returns:
    the component adapter associated with this key, or `null` if no component has been registered for the specified key.

### getComponentAdapter

    public <T> ComponentAdapter<T> getComponentAdapter(Class<T> componentType,
                                                       NameBinding componentNameBinding)

  Find a component adapter associated with the specified type. If a component adapter cannot be found in this container, the parent container (if one exists) will be searched.

  Specified by:
    `getComponentAdapter` in interface `PicoContainer`
  Parameters:
    `componentType` - the type of the component.
  Returns:
    the component adapter associated with this class, or `null` if no component has been registered for the specified key.

### getComponentAdapter

    public <T> ComponentAdapter<T> getComponentAdapter(Class<T> componentType,
                                                       Class<? extends Annotation> binding)

  Specified by:
    `getComponentAdapter` in interface `PicoContainer`

### getComponentAdapters

    public <T> List<ComponentAdapter<T>> getComponentAdapters(Class<T> componentType)

  Retrieve all component adapters inside this container that are associated with the specified type. The addComponent adapters from the parent container are not returned.

  Specified by:
    `getComponentAdapters` in interface `PicoContainer`
  Parameters:
    `componentType` - the type of the components.
  Returns:
    a collection containing all the `ComponentAdapter`s inside this container that are associated with the specified type. Changes to this collection will not be reflected in the container itself.

### getComponentAdapters

    public <T> List<ComponentAdapter<T>> getComponentAdapters(Class<T> componentType,
                                                              Class<? extends Annotation> binding)

  Specified by:
    `getComponentAdapters` in interface `PicoContainer`

### addAdapterInternal

    protected MutablePicoContainer addAdapterInternal(ComponentAdapter<?> componentAdapter)

### addAdapter

    public MutablePicoContainer addAdapter(ComponentAdapter<?> componentAdapter)

  Register a component via a ComponentAdapter. Use this if you need fine grained control over what ComponentAdapter to use for a specific component. The adapter will be wrapped in whatever behaviors that the the container has been set up with. If you want to bypass that behavior for the adapter you are adding, you should use Characteristics.NONE like so pico.as(Characteristics.NONE).addAdapter(...) This method can be used to override the ComponentAdapter created by the `ComponentFactory` passed to the constructor of this container.

  Specified by:
    `addAdapter` in interface `MutablePicoContainer`
  Parameters:
    `componentAdapter` - the adapter
  Returns:
    the same instance of MutablePicoContainer

### addAdapter

    public MutablePicoContainer addAdapter(ComponentAdapter<?> componentAdapter,
                                           Properties properties)

### removeComponent

    public <T> ComponentAdapter<T> removeComponent(Object componentKey)

  Unregister a component by key.

  Specified by:
    `removeComponent` in interface `MutablePicoContainer`
  Parameters:
    `componentKey` - key of the component to unregister.
  Returns:
    the ComponentAdapter that was associated with this component.

### addComponent

    public MutablePicoContainer addComponent(Object implOrInstance)

  Register an arbitrary object. The class of the object will be used as a key. Calling this method is equivalent to calling `addComponent(componentImplementation, componentImplementation)`. The returned ComponentAdapter will be an `InstanceAdapter`.

  Specified by:
    `addComponent` in interface `MutablePicoContainer`
  Parameters:
    `implOrInstance` - Component implementation or instance
  Returns:
    the same instance of MutablePicoContainer

### addConfig

    public MutablePicoContainer addConfig(String name,
                                          Object val)

  Description copied from interface: `MutablePicoContainer`
  Register a config item.

  Specified by:
    `addConfig` in interface `MutablePicoContainer`
  Parameters:
    `name` - the name of the config item
    `val` - the value of the config item
  Returns:
    the same instance of MutablePicoContainer

### addComponent

    public MutablePicoContainer addComponent(Object componentKey,
                                             Object componentImplementationOrInstance,
                                             Parameter... parameters)

  Register a component and creates specific instructions on which constructor to use, along with which components and/or constants to provide as constructor arguments. These "directives" are provided through an array of `Parameter` objects. Parameter[0] correspondes to the first constructor argument, Parameter[N] corresponds to the N+1th constructor argument.

  #### Tips for Parameter usage

  - Partial Autowiring: If you have two constructor args to match and you only wish to specify one of the constructors and let PicoContainer wire the other one, you can use as parameters: `new ComponentParameter(), new ComponentParameter("someService")` The default constructor for the component parameter indicates auto-wiring should take place for that parameter.
  - Force No-Arg constructor usage: If you wish to force a component to be constructed with the no-arg constructor, use a zero length Parameter array. Ex: `new Parameter[0]`
    The returned ComponentAdapter will be instantiated by the `ComponentFactory` passed to the container's constructor.

  Specified by:
    `addComponent` in interface `MutablePicoContainer`
  Parameters:
    `componentKey` - a key that identifies the component. Must be unique within the container. The type of the key object has no semantic significance unless explicitly specified in the documentation of the implementing container.
    `componentImplementationOrInstance` - the component's implementation class. This must be a concrete class (ie, a class that can be instantiated). Or an intance of the compoent.
    `parameters` - the parameters that gives the container hints about what arguments to pass to the constructor when it is instantiated. Container implementations may ignore one or more of these hints.
  Returns:
    the same instance of MutablePicoContainer
  See Also:
    `Parameter`, `ConstantParameter`, `ComponentParameter`

### getComponents

    public List<Object> getComponents()
                               throws PicoException

  Description copied from interface: `PicoContainer`
  Retrieve all the registered component instances in the container, (not including those in the parent container). The components are returned in their order of instantiation, which depends on the dependency order between them.

  Specified by:
    `getComponents` in interface `PicoContainer`
  Returns:
    all the components.
  Throws:
    `PicoException` - if the instantiation of the component fails

### getComponents

    public <T> List<T> getComponents(Class<T> componentType)

  Description copied from interface: `PicoContainer`
  Returns a List of components of a certain componentType. The list is ordered by instantiation order, starting with the components instantiated first at the beginning.

  Specified by:
    `getComponents` in interface `PicoContainer`
  Parameters:
    `componentType` - the searched type.
  Returns:
    a List of components.

### getComponent

    public Object getComponent(Object componentKeyOrType)

  Description copied from interface: `PicoContainer`
  Retrieve a component instance registered with a specific key or type. If a component cannot be found in this container, the parent container (if one exists) will be searched.

  Specified by:
    `getComponent` in interface `PicoContainer`
  Parameters:
    `componentKeyOrType` - the key or Type that the component was registered with.
  Returns:
    an instantiated component, or `null` if no component has been registered for the specified key.

### getComponent

    public Object getComponent(Object componentKeyOrType,
                               Type into)

  Specified by:
    `getComponent` in interface `PicoContainer`

### getComponent

    public Object getComponent(Object componentKeyOrType,
                               Class<? extends Annotation> annotation)

### getComponent

    public <T> T getComponent(Class<T> componentType)

  Description copied from interface: `PicoContainer`
  Retrieve a component keyed by the component type.

  Specified by:
    `getComponent` in interface `PicoContainer`
  Type Parameters:
    `T` - the type of the component.
  Parameters:
    `componentType` - the type of the component
  Returns:
    the typed resulting object instance or null if the object does not exist.

### getComponent

    public <T> T getComponent(Class<T> componentType,
                              Class<? extends Annotation> binding)

  Specified by:
    `getComponent` in interface `PicoContainer`

### getParent

    public PicoContainer getParent()

  Retrieve the parent container of this container.

  Specified by:
    `getParent` in interface `PicoContainer`
  Returns:
    a `PicoContainer` instance, or `null` if this container does not have a parent.

### removeComponentByInstance

    public <T> ComponentAdapter<T> removeComponentByInstance(T componentInstance)

  Unregister a component by instance.

  Specified by:
    `removeComponentByInstance` in interface `MutablePicoContainer`
  Parameters:
    `componentInstance` - the component instance to unregister.
  Returns:
    the same instance of MutablePicoContainer

### start

    public void start()

  Start the components of this PicoContainer and all its logical child containers. The starting of the child container is only attempted if the parent container start successfully. The child container for which start is attempted is tracked so that upon stop, only those need to be stopped. The lifecycle operation is delegated to the component adapter, if it is an instance of `lifecycle manager`. The actual `lifecycle strategy` supported depends on the concrete implementation of the adapter.

  Specified by:
    `start` in interface `Startable`
  See Also:
    `Behavior`, `LifecycleStrategy`, `makeChildContainer()`, `addChildContainer(PicoContainer)`, `removeChildContainer(PicoContainer)`

### stop

    public void stop()

  Stop the components of this PicoContainer and all its logical child containers. The stopping of the child containers is only attempted for those that have been started, possibly not successfully. The lifecycle operation is delegated to the component adapter, if it is an instance of `lifecycle manager`. The actual `lifecycle strategy` supported depends on the concrete implementation of the adapter.

  Specified by:
    `stop` in interface `Startable`
  See Also:
    `Behavior`, `LifecycleStrategy`, `makeChildContainer()`, `addChildContainer(PicoContainer)`, `removeChildContainer(PicoContainer)`

### dispose

    public void dispose()

  Dispose the components of this PicoContainer and all its logical child containers. The lifecycle operation is delegated to the component adapter, if it is an instance of `lifecycle manager`. The actual `lifecycle strategy` supported depends on the concrete implementation of the adapter.

  Specified by:
    `dispose` in interface `Disposable`
  See Also:
    `Behavior`, `LifecycleStrategy`, `makeChildContainer()`, `addChildContainer(PicoContainer)`, `removeChildContainer(PicoContainer)`

### setLifecycleState

    public void setLifecycleState(LifecycleState lifecycleState)

  Description copied from interface: `MutablePicoContainer`
  To assist ThreadLocal usage, LifecycleState can be set. No need to use this for normal usages.

  Specified by:
    `setLifecycleState` in interface `MutablePicoContainer`
  Parameters:
    `lifecycleState` - the lifecyle state to use.

### makeChildContainer

    public MutablePicoContainer makeChildContainer()

  Description copied from interface: `MutablePicoContainer`
  Make a child container, using the same implementation of MutablePicoContainer as the parent. It will have a reference to this as parent. This will list the resulting MPC as a child. Lifecycle events will be cascaded from parent to child as a consequence of this.

  Specified by:
    `makeChildContainer` in interface `MutablePicoContainer`
  Returns:
    the new child container.

### addChildContainer

    public MutablePicoContainer addChildContainer(PicoContainer child)

  Description copied from interface: `MutablePicoContainer`
  Add a child container. This action will list the the 'child' as exactly that in the parents scope. It will not change the child's view of a parent. That is determined by the constructor arguments of the child itself. Lifecycle events will be cascaded from parent to child as a consequence of calling this method.

  Specified by:
    `addChildContainer` in interface `MutablePicoContainer`
  Parameters:
    `child` - the child container
  Returns:
    the same instance of MutablePicoContainer

### removeChildContainer

    public boolean removeChildContainer(PicoContainer child)

  Description copied from interface: `MutablePicoContainer`
  Remove a child container from this container. It will not change the child's view of a parent. Lifecycle event will no longer be cascaded from the parent to the child.

  Specified by:
    `removeChildContainer` in interface `MutablePicoContainer`
  Parameters:
    `child` - the child container
  Returns:
    `true` if the child container has been removed.

### change

    public MutablePicoContainer change(Properties... properties)

  Description copied from interface: `MutablePicoContainer`
  You can change the characteristic of registration of all subsequent components in this container.

  Specified by:
    `change` in interface `MutablePicoContainer`
  Returns:
    the same Pico instance with changed properties

### as

    public MutablePicoContainer as(Properties... properties)

  Description copied from interface: `MutablePicoContainer`
  You can set for the following operation only the characteristic of registration of a component on the fly.

  Specified by:
    `as` in interface `MutablePicoContainer`
  Returns:
    the same Pico instance with temporary properties

### accept

    public void accept(PicoVisitor visitor)

  Description copied from interface: `PicoContainer`
  Accepts a visitor that should visit the child containers, component adapters and component instances.

  Specified by:
    `accept` in interface `PicoContainer`
  Parameters:
    `visitor` - the visitor

### changeMonitor

    public void changeMonitor(ComponentMonitor monitor)

  Changes monitor in the ComponentFactory, the component adapters and the child containers, if these support a ComponentMonitorStrategy. Changes the component monitor used

  Specified by:
    `changeMonitor` in interface `ComponentMonitorStrategy`
  Parameters:
    `monitor` - the new ComponentMonitor to use

### currentMonitor

    public ComponentMonitor currentMonitor()

  Returns the first current monitor found in the ComponentFactory, the component adapters and the child containers, if these support a ComponentMonitorStrategy. Returns the monitor currently used

  Specified by:
    `currentMonitor` in interface `ComponentMonitorStrategy`
  Returns:
    The ComponentMonitor currently used
  Throws:
    `PicoCompositionException` - if no component monitor is found in container or its children

### getOrderedComponentAdapters

    protected List<ComponentAdapter<?>> getOrderedComponentAdapters()

  Returns:
    the orderedComponentAdapters

### getComponentKeyToAdapterCache

    protected Map<Object,ComponentAdapter<?>> getComponentKeyToAdapterCache()

  Returns:
    the componentKeyToAdapterCache

### getModifiableComponentAdapterList

    protected List<ComponentAdapter<?>> getModifiableComponentAdapterList()

  Returns:
    the componentAdapters

### setName

    public void setName(String name)

  Description copied from interface: `MutablePicoContainer`
  Name the container instance, to assit debugging.

  Specified by:
    `setName` in interface `MutablePicoContainer`
  Parameters:
    `name` - the name to call it.

### toString

    public String toString()

  Overrides:
    `toString` in class `Object`

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