Uses of Interface
org.picocontainer.ComponentMonitorStrategy

Packages that use ComponentMonitorStrategy

Package	Description
org.picocontainer	This package contains the core API for PicoContainer, a compact container for working with the dependency injection pattern.
org.picocontainer.adapters
org.picocontainer.behaviors	BehaviorFactories make Behaviors which change aspects of component implementations and instances
org.picocontainer.classname
org.picocontainer.containers	Containers are the main user entry point for PicoContainer.
org.picocontainer.injectors	InjectionFactories make Injectors which implement specific types of dependency injection
org.picocontainer.lifecycle	Alternative implementations of lifecycle strategy for use with a container.
org.picocontainer.monitors	A Monitor is something PicoContainer uses to inform on events in component instantiation and lifecycle.

Uses of ComponentMonitorStrategy in org.picocontainer

Classes in org.picocontainer that implement ComponentMonitorStrategy

Modifier and Type	Class	Description
class	DefaultPicoContainer	The Standard PicoContainer/MutablePicoContainer implementation.
static class	DefaultPicoContainer.LateInstance

Uses of ComponentMonitorStrategy in org.picocontainer.adapters

Classes in org.picocontainer.adapters that implement ComponentMonitorStrategy

Modifier and Type	Class	Description
class	AbstractAdapter<T>	Base class for a ComponentAdapter with general functionality.
class	InstanceAdapter<T>	Component adapter which wraps a component instance.

Uses of ComponentMonitorStrategy in org.picocontainer.behaviors

Classes in org.picocontainer.behaviors that implement ComponentMonitorStrategy

Modifier and Type	Class	Description
class	AbstractBehavior<T>	Component adapter which decorates another adapter.
class	Automated<T>
class	Cached<T>	ComponentAdapter implementation that caches the component instance.
class	Decorated<T>
class	FieldDecorated
class	Guarded<T>	behaviour for allows components to be guarded by another component
class	HiddenImplementation<T>	This component adapter makes it possible to hide the implementation of a real subject (behind a proxy) provided the key is an interface.
class	Intercepted<T>
class	Locked<T>
class	PropertyApplicator<T>	Decorating component adapter that can be used to set additional properties on a component in a bean style.
class	Stored<T>
class	Synchronized<T>	Component Adapter that uses java synchronized around getComponentInstance().
class	ThreadCached<T>	This behavior supports caches values per thread.

Uses of ComponentMonitorStrategy in org.picocontainer.classname

Classes in org.picocontainer.classname that implement ComponentMonitorStrategy

Modifier and Type	Class	Description
class	DefaultClassLoadingPicoContainer	Default implementation of ClassLoadingPicoContainer.

Uses of ComponentMonitorStrategy in org.picocontainer.containers

Classes in org.picocontainer.containers that implement ComponentMonitorStrategy

Modifier and Type	Class	Description
class	TieringPicoContainer
class	TransientPicoContainer

Uses of ComponentMonitorStrategy in org.picocontainer.injectors

Classes in org.picocontainer.injectors that implement ComponentMonitorStrategy

Modifier and Type	Class	Description
class	AbstractFieldInjector<T>
class	AbstractInjector<T>	This ComponentAdapter will instantiate a new object for each call to ComponentAdapter.getComponentInstance(PicoContainer, Type).
class	AnnotatedFieldInjector<T>	Injection happens after instantiation, and through fields marked as injection points via an Annotation.
class	AnnotatedMethodInjector
class	CompositeInjector<T>
class	ConstructorInjector<T>	Injection will happen through a constructor for the component.
class	IterativeInjector<T>	Injection will happen iteratively after component instantiation
class	MethodInjector<T>	Injection will happen through a single method for the component.
static class	MethodInjector.ByMethodName
static class	MethodInjector.ByReflectionMethod
class	MultiInjector
class	NamedFieldInjector<T>	Injection happens after instantiation, and fields are marked as injection points via a named field.
class	NamedMethodInjector<T>
class	SetterInjector<T>	Instantiates components using empty constructors and Setter Injection.
class	SingleMemberInjector<T>	Injection will happen in a single member function on the component.
class	TypedFieldInjector<T>	Injection happens after instantiation, and fields are marked as injection points via a field type.

Uses of ComponentMonitorStrategy in org.picocontainer.lifecycle

Classes in org.picocontainer.lifecycle that implement ComponentMonitorStrategy

Modifier and Type	Class	Description
class	AbstractMonitoringLifecycleStrategy	Abstract base class for lifecycle strategy implementation supporting a ComponentMonitor.
class	JavaEE5LifecycleStrategy	Java EE 5 has some annotations PreDestroy and PostConstruct that map to start() and dispose() in our world
class	ReflectionLifecycleStrategy	Reflection lifecycle strategy.
class	StartableLifecycleStrategy	Startable lifecycle strategy.

Uses of ComponentMonitorStrategy in org.picocontainer.monitors

Classes in org.picocontainer.monitors that implement ComponentMonitorStrategy

Modifier and Type	Class	Description
class	AbstractComponentMonitor	A monitor which delegates to another monitor.
class	ComposingMonitor	The first of a list of composers passed in that responds with an instance for a missing component will be used.