Ninject.Core

The context in which an activation process occurs.

An object that can have related debugging information.

Gets or sets the debugging information for the object.

Gets a value indicating whether the object has debugging information.

Gets or sets the kernel that is processing the activation request.

Gets or sets the parent context of this context. If this is a root context, this value is .

Gets or sets the type of service that is being activated.

Gets or sets the numeric nesting level for the context.

Gets or sets the binding being used to activate items within the context.

Gets or sets the activation plan that is being used to activate the service.

Gets the generic type arguments associated with the service, if applicable.

Gets or sets the transient parameters for the context, if any are defined.

Gets or sets the instance that is being injected, if it has been created, and not garbage collected.

Gets or sets the member that is being injected.

Gets or sets the injection target.

In the case of method and constructor injection, this will represent the current parameter that is being resolved. In the case of field and property injection, it will be the member.

Gets a value indicating whether this is a root context (that is, it originated from an active request from client code and not passively via dependency resolution).

Gets or sets a value indicating whether the dependency resolution occuring in this context is optional.

If an optional request is made for a service, and an automatic binding cannot be created (if the requested service is not self-bindable, or automatic bindings are disabled), the kernel will simply inject a value rather than throwing an .

Creates s that contain information about an activation process.

An object that contributes functionality to a .

Connects the component to its environment.

The kernel to associate the component with.

Disconnects the component from its environment.

Validates the component and throws an exception if it is not configured properly.

Gets the kernel associated with the component.

Gets a value indicating whether the component is connected to its environment.

Indicates that the component has been connected to its environment.

Indicates that the component has been disconnected from its environment.

Creates a new root context.

The type that was requested. The root context.

Creates a child context using the specified context as its parent.

The parent context. The instance receiving the injection. The member that the child context will be injecting. The target that is being injected. if the child context's resolution is optional, otherwise, . The child context.

The baseline definition of a context. To create a custom context, extend this type.

The baseline definition of an object that can have related debugging information.

An abstract object that is disposable. Used for proper implementation of the Disposal pattern.

A disposable object.

Gets a value indicating whether the object has been disposed.

Releases all resources currently held by the object.

if managed objects should be disposed, otherwise .

Releases unmanaged resources and performs other cleanup operations before the object is reclaimed by garbage collection.

Disposes the specified member if it implements .

The member to dispose.

Disposes the collection and all of its contents, if they implement .

The collection to dispose.

Disposes the dictionary and all of its contents, if they implement .

The dictionary to dispose.

Gets a value indicating whether the object has been disposed.

Releases all resources held by the object.

if managed objects should be disposed, otherwise .

Gets or sets debugging information for the object.

Gets a value indicating whether the object has debugging information.

Releases all resources held by the object.

if managed objects should be disposed, otherwise .

Creates a new root context.

The kernel that is processing the activation request. The service being activated.

Creates a new child context.

The parent context containing the new child context. The service that will be activated in the new child context.

Gets or sets the kernel that is processing the activation request.

Gets or sets the parent context of this context. If this is a root context, this value is .

Gets or sets the numeric nesting level for the context.

Gets or sets the type of service that is being activated.

Gets or sets the binding being used to activate items within the context.

Gets or sets the plan.

Gets the generic type arguments associated with the service, if applicable.

Gets or sets the transient parameters for the context, if any are defined.

Gets or sets the instance that is being injected, if it has been created.

Gets or sets the member that is being injected.

Gets or sets the target that is being injected.

In the case of method and constructor injection, this will represent the current parameter that is being resolved. In the case of field and property injection, it will be the member.

Gets or sets a value indicating whether the dependency resolution occuring in this context is optional.

Gets a value indicating whether this is a root context (that is, it originated from an active request from client code and not passively via dependency resolution).

The default implementation of a .

An object that contributes functionality to a .

Called when the component is connected to its environment.

The event arguments.

Called when the component is disconnected from its environment.

The event arguments.

Releases all resources held by the object.

if managed objects should be disposed, otherwise .

Connects the component to its environment.

The kernel to associate the component with.

Disconnects the component from its environment.

Validates the component and throws an exception if it is not configured properly.

Gets the kernel associated with the component.

Gets the logger associated with the component.

Gets a value indicating whether the component is connected to its environment.

Indicates that the component has been connected to its environment.

Indicates that the component has been disconnected from its environment.

Creates a new root context.

The type that was requested. The root context.

Creates a child context using the specified context as its parent.

A transient parameter that will override the injection for a constructor argument during activation.

A transient parameter used during activation.

Gets the name of the parameter.

Initializes a new instance of the class.

The name of the argument to override. The value of the argument.

Gets the name of the parameter.

Gets the value to inject into the constructor argument.

A transient parameter that will declare a variable that can be read by the context.

Initializes a new instance of the class.

The name of the variable to define. The value to assign to the variable.

Gets the name of the parameter.

Gets the value of the context variable.

A transient parameter that will override the injection for a property during activation.

Initializes a new instance of the class.

The name of the property whose injection will be overridden. The value to inject.

Gets the name of the parameter.

Gets the value to inject into the property.

The value.

A collection of transient parameters used during injection.

Adds the specified item to the collection.

The type to organize the item under. The item to add.

Adds the specified items to the collection.

The type to organize the items under. The items to add.

Gets a value indicating whether an item with the specified key has been organized under the specified type.

The type the item is organized under. The item's key. if the item has been defined, otherwise .

Gets a value indicating whether one or more items organized under the specified type.

The type to check. if there are such items, otherwise .

Gets the first item in the collection that is organized under the specified type.

The type to check. The item, or if none has been defined.

Gets the item with the specified key, organized under the specified type, if one has been defined.

The type the item is organized under. The item's key. The item, or if none has been defined.

Gets all items organized under the specified type.

The type the items are organized under. A collection of items organized under the specified type.

A collection that organizes parameters by type.

A collection that organizes items by type.

Adds the specified item to the collection.

The type to organize the item under. The item to add.

Adds the specified items to the collection.

The type to organize the items under. The items to add.

Gets a value indicating whether an item with the specified key has been organized under the specified type.

The type the item is organized under. The item's key. if the item has been defined, otherwise .

Gets a value indicating whether one or more items organized under the specified type.

The type to check. if there are such items, otherwise .

Gets the first item in the collection that is organized under the specified type.

The type to check. The item, or if none has been defined.

Gets the item with the specified key, organized under the specified type, if one has been defined.

The type the item is organized under. The item's key. The item, or if none has been defined.

Gets all items organized under the specified type.

The type the items are organized under. A collection of items organized under the specified type.

Gets the key for the specified item.

The item. The key for the item.

Called when an item is added to the collection when an item with the same key already exists in the collection, organized under the same type.

The type the items are organized under. The key the items share. The new item that was added. The item that already existed in the collection.

Gets the key for the specified item.

The item. The key for the item.

Called when an item is added to the collection when an item with the same key already exists in the collection, organized under the same type.

The type the items are organized under. The key the items share. The new item that was added. The item that already existed in the collection.

An adapter for a parameter collection that provides a fluent interface.

Adds a transient value for the constructor argument with the specified name.

The name of the argument. The value to inject.

Adds transient values for the arguments defined in the dictionary.

A dictionary of argument names and values to define.

Adds transient values for constructor arguments matching the properties defined on the object.

An object containing the values to define as arguments.

Adds a transient value for the property with the specified name.

The name of the property. The value to inject.

Adds transient values for the properties defined in the dictionary.

A dictionary of property names and values to define.

Adds transient values for properties matching those defined on the object.

An object containing the values to define as arguments.

Adds a variable to the context.

The name of the variable. The value for the variable.

Adds context variables for the properties defined in the dictionary.

A dictionary of context variables and their associated values.

Adds context variables for the properties defined on the object.

An object containing the values to define as context variables.

Adds the specified custom parameter to the collection.

The parameter to add.

Adds the specified custom parameters to the collection.

The parameters to add.

A container for the transient parameter fluent interface.

Declares a new collection of parameters.

A baseline definition of an activation strategy.

A baseline definition of a strategy. This type may be extended to create custom strategy types.

The type of object that owns the strategy.

An object that implements a subset of a process.

The type of object that owns the strategy.

Connects the strategy to its environment.

The kernel to associate the strategy with. The owner of the strategy.

Disconnects the strategy from its environment.

Gets the kernel associated with the strategy.

Gets the owner of the strategy.

Gets a value indicating whether the strategy has been connected to its environment.

Gets a value indicating whether the strategy has been disposed.

Indicates that the strategy has been connected to its environment.

Indicates that the strategy has been disconnected from its environment.

Called when the strategy is connected to its environment.

The event arguments.

Called when the strategy is disconnected from its environment.

The event arguments.

Releases all resources held by the object.

if managed objects should be disposed, otherwise .

Connects the strategy to its environment.

The kernel to associate the strategy with. The owner of the strategy.

Disconnects the strategy from its environment.

Gets the kernel associated with the strategy.

Gets the owner of the strategy.

Gets the logger associated with the strategy.

Gets a value indicating whether the strategy has been connected to its environment.

Indicates that the strategy has been connected to its environment.

Indicates that the strategy has been disconnected from its environment.

A strategy that contributes to the activation of an instance.

Executed before the instance is created.

The context in which the activation is occurring. The instance being activated. A value indicating whether to proceed or stop the execution of the strategy chain.

Executed after the instance is created, but before it is initialized.

The context in which the activation is occurring. The instance being activated. A value indicating whether to proceed or stop the execution of the strategy chain.

Executed when the instance is being initialized.

The context in which the activation is occurring. The instance being activated. A value indicating whether to proceed or stop the execution of the strategy chain.

Executed after the instance is initialized.

The context in which the activation is occurring. The instance being activated. A value indicating whether to proceed or stop the execution of the strategy chain.

Executed before the instance is destroyed.

The context in which the activation is occurring. The instance being activated. A value indicating whether to proceed or stop the execution of the strategy chain.

Executed when the instance is being destroyed.

The context in which the activation is occurring. The instance being activated. A value indicating whether to proceed or stop the execution of the strategy chain.

Executed after the instance is destroyed.

The context in which the activation is occurring. The instance being activated. A value indicating whether to proceed or stop the execution of the strategy chain.

Executed before the instance is created.

The context in which the activation is occurring. The instance being activated. A value indicating whether to proceed or stop the execution of the strategy chain.

Executed after the instance is created, but before it is initialized.

The context in which the activation is occurring. The instance being activated. A value indicating whether to proceed or stop the execution of the strategy chain.

Executed to create the instance.

The context in which the activation is occurring. The instance being activated. A value indicating whether to proceed or stop the execution of the strategy chain.

Executed when the instance is being initialized.

The context in which the activation is occurring. The instance being activated. A value indicating whether to proceed or stop the execution of the strategy chain.

Executed after the instance is initialized.

The context in which the activation is occurring. The instance being activated. A value indicating whether to proceed or stop the execution of the strategy chain.

Executed before the instance is destroyed.

The context in which the activation is occurring. The instance being activated. A value indicating whether to proceed or stop the execution of the strategy chain.

Executed when the instance is being destroyed.

The context in which the activation is occurring. The instance being activated. A value indicating whether to proceed or stop the execution of the strategy chain.

Executed after the instance is destroyed.

The context in which the activation is occurring. The instance being activated. A value indicating whether to proceed or stop the execution of the strategy chain.

An activation strategy that initializes objects which implement .

Executed after the instance is initialized.

The context in which the activation is occurring. The instance being activated. A value indicating whether to proceed or stop the execution of the strategy chain.

An activation strategy that disposes objects which implements after they are destroyed.

Executed after the instance is destroyed.

The context in which the activation is occurring. The instance being activated. A value indicating whether to proceed or stop the execution of the strategy chain.

An activation strategy that resolves and injects values into fields on the instance.

Executed when the instance is being initialized.

The context in which the activation is occurring. The instance being activated. A value indicating whether to proceed or stop the execution of the strategy chain.

An activation strategy that initializes objects which implement .

Executed after the instance is initialized.

The context in which the activation is occurring. The instance being activated. A value indicating whether to proceed or stop the execution of the strategy chain.

An activation strategy that resolves and injects values into methods on the instance.

Executed when the instance is being initialized.

The context in which the activation is occurring. The instance being activated. A value indicating whether to proceed or stop the execution of the strategy chain.

An activation strategy that resolves and injects values into properties on the instance.

Executed when the instance is being initialized.

The context in which the activation is occurring. The instance being activated. A value indicating whether to proceed or stop the execution of the strategy chain.

An activation strategy that resolves and injects values into methods on the instance.

Executed after the instance is initialized.

The context in which the activation is occurring. The instance being activated. A value indicating whether to proceed or stop the execution of the strategy chain.

Executed before the instance is destroyed.

The context in which the activation is occurring. The instance being activated. A value indicating whether to proceed or stop the execution of the strategy chain.

Returns a value indicating whether the specified instance should be proxied.

The context in which the activation is occurring. The instance being activated. if the instance should be proxied, otherwise .

An activation strategy that calls Start and Stop on instances that implement .

Executed after the instance is initialized.

The context in which the activation is occurring. The instance being activated. A value indicating whether to proceed or stop the execution of the strategy chain.

Executed before the instance is destroyed.

The context in which the activation is occurring. The instance being activated. A value indicating whether to proceed or stop the execution of the strategy chain.

The baseline implemenation of an activator with no strategies installed. This type can be extended to customize the activation process.

Performs the actual creation and destruction of instances.

Creates an instance by executing the chain of activation strategies.

The context in which the instance is being activated. A reference to the instance that is being created.

Destroys an instance by executing the chain of activation strategies.

The context in which the instance was activated. A reference to the instance that is being destroyed.

The chain of activation strategies.

Called when the component is connected to its environment.

The event arguments.

Called when the component is disconnected from its environment.

The event arguments.

Releases all resources held by the object.

if managed objects should be disposed, otherwise .

Initializes a new instance of the class.

Creates an instance by executing the chain of creation strategies.

The context in which the instance is being activated. A reference to the instance that is being created.

Destroys an instance by executing the chain of destruction strategies.

The context in which the instance was requested. A reference to the instance that is being destroyed.

The chain of activation strategies.

The stock implementation of an activator.

Called when the component is connected to its environment.

The event arguments.

Specifies that the type has a custom instantiation behavior.

A baseline definition of an attribute that dictates instantiation behavior.

Creates an instance of the behavior associated with the attribute.

The instance of the behavior that will manage the decorated type.

Creates a new CustomBehaviorAttribute.

The custom behavior type.

Creates an instance of the behavior associated with the attribute.

The instance of the behavior that will manage the decorated type.

Gets the custom behavior type.

Specifies that only one instance of the decorated type should be created per thread.

Creates an instance of the behavior associated with the attribute.

The instance of the behavior that will manage the decorated type.

Specifies that only one instance of the decorated type should be created per thread.

Creates an instance of the behavior associated with the attribute.

The instance of the behavior that will manage the decorated type.

Specifies that only a single instance of the type should exist throughout the application.

Creates an instance of the behavior associated with the attribute.

The instance of the behavior that will manage the decorated type.

Specifies that a new instance of the type should be created each time one is requested.

Creates an instance of the behavior associated with the attribute.

The instance of the behavior that will manage the decorated type.

Indicates that the decorated method should not be intercepted by interceptors defined at the class level.

Indicates that a value should be resolved and injected into the decorated member.

Indicates that the decorated type or method should be intercepted with the specified interceptor type.

A baseline definition of an attribute that indicates one or more methods should be intercepted.

Creates the interceptor associated with the attribute.

The request that is being intercepted. The interceptor.

Gets or sets the interceptor's order number. Interceptors are invoked in ascending order.

Initializes a new instance of the class.

The type of interceptor that should intercept method calls.

Creates the interceptor associated with the attribute.

The request that is being intercepted. The interceptor.

Gets or sets the type of interceptor that should intercept method calls.

Indicates that the value that is resolved for the decorated injection point is optional. When the kernel attempts to resolve an optional dependency for a service that has no bindings, and it cannot create a binding automatically, it will inject a value instead.

Indicates that the decoarated type should be registered as a service.

Indicates that a self-binding should be registered for the decorated type.

Indicates that a service binding should be registered for the decorated type, with the specified service type.

Type of the service.

Gets or sets the service type for the registration.

Gets or sets the provider type for the registration.

Specifies a textual tag for the decorated member or parameter. This value can be used in conditions to resolve bindings in different contexts.

Creates a new TagAttribute.

The tag to associate with the decorated member or parameter.

Retrieves the tag that decorates the specified artifact.

The artifact (member or parameter) to retrieve the tag from. The artifact's tag, or if it does not have a .

Gets the tag for the decorated member or parameter.

A baseline implementation of a behavior. Custom behaviors should extend this class.

Defines the instantiation behavior for a type.

Resolves an instance of the type based on the rules of the behavior.

The context in which the instance is being activated. An instance of the type associated with the behavior.

Releases an instance of the type based on the rules of the behavior.

The context in which the instance was activated. The instance to release.

Gets or sets the kernel related to the behavior.

Gets a value indicating whether the behavior supports eager activation.

If , instances of the associated type will be automatically activated if the UseEagerActivation option is set for the kernel. If , all instances of the type will be lazily activated.

Gets a value indicating whether the kernel should track instances created by the behavior for deterministic disposal.

If , the kernel will keep a reference to each instance of the associated type that is activated. When the kernel is disposed, the instances will be released.

Releases all resources held by the object.

if managed objects should be disposed, otherwise .

Resolves an instance of the type based on the rules of the behavior.

The context in which the instance is being activated. An instance of the type associated with the behavior.

Releases an instance of the type based on the rules of the behavior.

The context in which the instance was activated. The instance to release.

Creates a new instance of the type via the kernel's .

The context in which the instance should be created. The existing instance, if applicable.

Destroys an instance of the type via the kernel's .

The context in which the instance was activated. The instance to destroy.

Destroys an instance of the type via the kernel's .

The contextualized instance to destroy.

Gets or sets the kernel related to the behavior.

Gets a value indicating whether the behavior supports eager activation.

If , instances of the associated type will be automatically activated if the UseEagerActivation option is set for the kernel. If , all instances of the type will be lazily activated.

Gets a value indicating whether the kernel should track instances created by the behavior for deterministic disposal.

If , the kernel will keep a reference to each instance of the associated type that is activated. When the kernel is disposed, the instances will be released.

A behavior that causes only a single instance of the type to exist per web request. If the type is activated outside of a web request (that is, if is ), it will act as though it was registered with a .

Releases all resources held by the object.

if managed objects should be disposed, otherwise .

Initializes a new instance of the class.

Resolves an instance of the type based on the rules of the behavior.

The context in which the instance is being activated. An instance of the type associated with the behavior.

Does nothing; the instance will be released when the behavior is disposed.

The context in which the instance was activated. The instance to release.

Gets or sets the instance associated with the behavior.

A behavior that causes only one instance of the type to exist per thread.

Releases all resources held by the object.

if managed objects should be disposed, otherwise .

Initializes a new instance of the class.

Resolves an instance of the type based on the rules of the behavior.

The context in which the instance is being activated. An instance of the type associated with the behavior.

Does nothing; the instances will be released when the behavior is disposed.

The context in which the instance was activated. The instance to release.

A behavior that causes only a single instance of the type to exist throughout the application.

Releases all resources held by the object.

if managed objects should be disposed, otherwise .

Initializes a new instance of the class.

Resolves an instance of the type based on the rules of the behavior.

The context in which the instance is being activated. An instance of the type associated with the behavior.

Does nothing; the instance will be released when the behavior is disposed.

The context in which the instance was activated. The instance to release.

Gets or sets the instance associated with the behavior.

A behavior that causes a new instance of the type to be created each time one is requested.

Initializes a new instance of the class.

Resolves an instance of the type based on the rules of the behavior.

The context in which the instance is being activated. An instance of the type associated with the behavior.

Releases an instance of the type based on the rules of the behavior.

The context in which the instance was activated. The instance to release.

The baseline definition of a binder, which builds up information about a binding.

Configures type bindings.

Gets the binding that the binder should manipulate.

Initializes a new instance of the class.

The binding that the binder should manipulate.

Gets the binding that the binder should manipulate.

The stock definition of a binder.

Describes a fluent syntax for modifying the target of a binding.

Indicates that the service should be bound to itself.

Indicates that the service should be bound to the specified implementation type.

The type to bind to.

Indicates that the service should be bound to the specified implementation type.

The type to bind to.

Indicates that the service should be bound to a provider of the specified type. The provider will be requested from the kernel, meaning it will be activated as normal.

The provider type to use.

Indicates that the service should be bound to a provider of the specified type. The provider will be requested from the kernel, meaning it will be activated as normal.

The provider type to use.

Indicates that the service should be bound to the specified provider.

The provider to use.

Indicates that the service should be bound to the specified constant value.

The type of the value. The constant value.

Indicates that the service should be bound to the remoting channel at the specified URI.

The URI to bind the service to.

Indicates that the service should be bound to the specified factory method.

The return value of the factory method. The factory method.

Indicates that the service should be bound to the specified factory method.

The type of the factory method's first argument. The return value of the factory method. The factory method. The factory method's first argument.

Indicates that the service should be bound to the specified factory method.

The type of the factory method's first argument. The type of the factory method's second argument. The return value of the factory method. The factory method. The factory method's first argument. The factory method's second argument.

Indicates that the service should be bound to the specified factory method.

The type of the factory method's first argument. The type of the factory method's second argument. The type of the factory method's third argument. The return value of the factory method. The factory method. The factory method's first argument. The factory method's second argument. The factory method's third argument.

Indicates that the service should be bound to the specified factory method.

The type of the factory method's first argument. The type of the factory method's second argument. The type of the factory method's third argument. The type of the factory method's fourth argument. The return value of the factory method. The factory method. The factory method's first argument. The factory method's second argument. The factory method's third argument. The factory method's fourth argument.

Describes a fluent syntax for modifying the condition or behavior of a binding.

Describes a fluent syntax for modifying the condition of a binding.

Indicates that the binding should be used by default.

Indicates that the binding should only be used if the specified condition is true in the context in which the service is activated.

The condition to test.

Indicates that the binding should only be used if the specified predicate evalutes to true when the component is being activated.

The predicate to invoke.

Indicates that the binding should only be used for members declared by the specified type.

The type in question.

Indicates that the binding should only be used for members declared by the specified type.

The type in question.

Indicates that the binding should only be used when the member being injected is decorated with the specified attribute.

The attribute to look for.

Indicates that the binding should only be used when the member being injected is decorated with the specified attribute.

The attribute to look for.

Indicates that the binding should only be used when the injection target is decorated with the specified attribute.

The attribute to look for.

Indicates that the binding should only be used when the injection target is decorated with the specified attribute.

The attribute to look for.

Describes a fluent syntax for modifying the behavior of a binding.

Indicates that the service's instantiation should be controlled by a new instance of the specified behavior type. The default constructor on the behavior type will be called.

The behavior type to use.

Indicates that the service's instantiation should be controlled by the specified behavior.

The behavior to use.

Describes a fluent syntax for adding inline arguments to the constructor of a service.

Indicates that the specified parameter on the service's constructor should be injected with the specified value. These inline arguments will override any value that would otherwise be injected.

The type of value to inject. The name of the parameter to inject the value into. The value to inject.

Indicates that arguments on the service's constructor matching the keys of the dictionary will be overridden by their associated values.

The arguments to override.

Indicates that arguments matching the properties defined on the object will be overridden by the properties' values.

An object defining the values for the arguments.

Describes a fluent syntax for modifying the behavior of a binding or adding arguments.

Initializes a new instance of the class.

The binding that the binder should manipulate.

Collects bindings for use by the kernel.

Registers a new binding.

The binding to register.

Releases the specified binding.

The binding.

Releases all bindings registered for the specified service.

The service in question.

Releases all registered bindings for all services.

Returns a value indicating whether one or more bindings are registered for the specified service.

The service in question. if the service has one or more bindings, otherwise .

Returns a collection of all bindings registered for the specified service.

The service in question. The collection of bindings, or if none have been registered.

Returns a collection of services for which bindings have been registered.

The collection of services.

Validates the registered bindings. This is called after modules are loaded into the kernel.

The stock definition of a .

Releases all resources held by the object.

if managed objects should be disposed, otherwise .

Registers a new binding.

The binding to register.

Releases the specified binding.

The binding.

Releases all bindings registered for the specified service.

The service in question.

Releases all registered bindings for all services.

Returns a value indicating whether one or more bindings are registered for the specified service.

The service in question. if the service has one or more bindings, otherwise .

Returns a collection of all bindings registered for the specified service.

The service in question. The collection of bindings, or if none have been registered.

Returns a collection of services for which bindings have been registered.

The collection of services.

Validates all bindings to ensure that there are no incomplete or competing ones.

A collection of potential bindings for a service, within a specific context.

Initializes a new instance of the class.

Gets or sets the default binding.

Gets the conditional bindings.

Gets a value indicating whether the collection has a default binding.

Gets a value indicating whether the collection has one or more conditional bindings.

Selects bindings to use in response to activation requests.

Determines which binding should be used for the specified service in the specified context.

The service type that is being activated. The context in which the binding is being resolved. The selected binding.

The stock implementation of a .

Determines which binding should be used for the specified service in the specified context.

The service type that is being activated. The context in which the binding is being resolved. The selected binding.

Searches through the list of candidate bindings to find the default binding and one or more conditional bindings that match the current context.

The context in which the binding is being resolved. The available candidate bindings. A structure containing the matching bindings.

An object containing information that is used to activate instances of a type.

Determines whether the specified context matches this binding.

The context in question. if the binding matches, otherwise .

Gets the kernel that created the binding.

Gets the service type that the binding is associated with.

Gets or sets the provider that can create instances of the type.

Gets or sets the behavior that applies to the binding, if one was defined.

Gets or sets the condition under which this binding should be used.

Gets additional arguments that should be passed to the type's constructor.

Gets or sets a value indicating whether the binding was implicitly created by the kernel.

Gets a value indicating whether the binding is conditional (that is, whether it has a condition associated with it.)

Gets a value indicating whether the binding is the default binding for the type. (If a binding has no condition associated with it, it is the default binding.)

Creates s for use by the kernel.

Creates a binding for the specified service. The created binding is incomplete, in that it has no provider associated with it.

The service to create a binding for. The created binding.

The stock implementation of a binding.

Releases all resources held by the object.

if managed objects should be disposed, otherwise .

Creates a new StandardBinding.

The kernel that is creating the binding. The service type to bind from.

Determines whether the specified context matches this binding.

The context in question.

Gets the kernel that created the binding.

Gets the service type that the binding is associated with.

Gets or sets the provider that can create instances of the type.

Gets or sets the behavior that decides whether to re-use existing instances or create new ones.

Gets or sets the condition under which this binding should be used.

Gets additional arguments that should be passed to the type's constructor.

Gets a value indicating whether the binding was implicitly created by the kernel.

Gets a value indicating whether the binding is conditional (that is, whether it has a condition associated with it.)

Gets a value indicating whether the binding is the default binding for the type. (If a binding has no condition associated with it, it is the default binding.)

The stock implementation of a .

Creates a binding for the specified service. The created binding is incomplete, in that it has no provider associated with it.

The service to create a binding for. The created binding.

A that creates s if the type has generic parameters.

A plugin for a that can create s.

Examines another object in order to determine if it satisfies some parameters.

The type of object that this condition examines.

Determines whether the specified object matches the condition.

The object to test. if the object matches, otherwise .

Creates a provider for the specified type.

The type to create a provider for. The provider.

Returns a value indicating whether the plugin can create a provider for the specified type.

The type in question. if the plugin can create a provider for the type, otherwise, .

Creates a provider for the specified type.

The type to create a provider for. The provider.

A that creates s.

Returns a value indicating whether the plugin can create a provider for the specified type.

The type in question. if the plugin can create a provider for the type, otherwise, .

Creates a provider for the specified type.

The type to create a provider for. The provider.

A provider that always returns a constant value.

A baseline definition of a provider that calls an injection constructor to create instances.

A baseline definition of a provider.

An object that creates instances of a type.

Determines whether the provider is compatible with the specified context.

The context. if the provider is compatible, otherwise .

Gets the actual concrete type that will be instantiated for the provided context.

The context in which the activation is occurring. The concrete type that will be instantiated.

Creates a new instance of the type.

The context in which the activation is occurring. The instance of the type.

Gets the prototype of the provider. This is almost always the actual type that is returned, except in certain cases, such as generic argument inference.

Initializes a new instance of the class.

The prototype that the provider will use to create instances.

Determines whether the provider is compatible with the specified context.

The context. if the provider is compatible, otherwise .

Gets the concrete implementation type that will be instantiated for the provided context.

The context in which the activation is occurring. The concrete type that will be instantiated.

Creates instances of types by calling a constructor via a lightweight dynamic method, resolving and injecting constructor arguments as necessary.

The context in which the activation is occurring. The instance of the type.

Gets the prototype of the provider. This is almost always the type that is returned, except in the case of generic argument inference.

Initializes a new instance of the class.

The prototype that the provider will use to create instances.

Creates instances of types by calling a constructor via a lightweight dynamic method, resolving and injecting constructor arguments as necessary.

The context in which the activation is occurring. The instance of the type.

Calls the injection constructor defined in the context's activation plan, and returns the resulting object.

The context in which the activation is occurring. The instance of the type.

Resolves the arguments for the constructor defined by the specified constructor injection directive.

The context in which the activation is occurring. The directive describing the injection constructor. An array of arguments that can be passed to the constructor.

Releases all resources currently held by the object.

if managed objects should be disposed, otherwise .

Creates a new ConstantProvider.

The value that is returned by the provider.

Creates a new ConstantProvider.

The value that is returned by the provider. The format provider that will be used when converting the constant value.

Gets the concrete implementation type that will be instantiated for the provided context.

The context in which the activation is occurring. The concrete type that will be instantiated.

Returns the constant value associated with the provider.

The context in which the activation is occurring. The instance of the type.

Gets the value that is returned by the provider.

Gets or sets the format provider that will be used when converting the constant value, if a conversion is necessary.

A provider that calls a factory method to retrieve instances.

The type of object that is returned from the method.

A simple version of a provider that manually creates instances of types. This can be used in cases where injection is not desired.

The type of instance that will be created by the provider.

Initializes a new instance of the class.

Gets the concrete implementation type that will be instantiated for the provided context.

The context in which the activation is occurring. The concrete type that will be instantiated.

Creates a new instance of the type.

The context in which the activation is occurring. The instance of the type.

Creates a new instance of the type.

The context in which the activation is occurring. The instance of the type.

Creates a new FactoryMethodProvider{R}.

The method that will be called.

Calls the factory method associated with the provider.

The context in which the activation is occurring. The return value of the factory method.

A provider that calls a factory method to retrieve instances.

The type of the first argument. The type of object that is returned from the method.

Creates a new FactoryMethodProvider{A1, R}.

The method that will be called. The first argument to pass to the method.

Calls the factory method associated with the provider.

The context in which the activation is occurring. The return value of the factory method.

A provider that calls a factory method to retrieve instances.

The type of the first argument. The type of the second argument. The type of object that is returned from the method.

Creates a new FactoryMethodProvider{A1, A2, R}.

The method that will be called. The first argument to pass to the method. The second argument to pass to the method.

Calls the factory method associated with the provider.

The context in which the activation is occurring. The return value of the factory method.

A provider that calls a factory method to retrieve instances.

The type of the first argument. The type of the second argument. The type of the third argument. The type of object that is returned from the method.

Creates a new FactoryMethodProvider{A1, A2, A3, R}.

The method that will be called. The first argument to pass to the method. The second argument to pass to the method. The third argument to pass to the method.

Calls the factory method associated with the provider.

The context in which the activation is occurring. The return value of the factory method.

A provider that calls a factory method to retrieve instances.

The type of the first argument. The type of the second argument. The type of the third argument. The type of the fourth argument. The type of object that is returned from the method.

Creates a new FactoryMethodProvider{A1, A2, A3, A4, R}.

The method that will be called. The first argument to pass to the method. The second argument to pass to the method. The third argument to pass to the method. The fourth argument to pass to the method.

Calls the factory method associated with the provider.

The context in which the activation is occurring. The return value of the factory method.

A provider that allows for generic type inference. When provided with a generic type definition, it can synthesize instances of closed generic types using the generic type arguments of the context.

Initializes a new instance of the class.

A generic type definition that the provider should use.

Determines whether the provider is compatible with the specified context.

The context. if the provider is compatible, otherwise .

Gets the concrete implementation type that will be instantiated for the provided context.

The context in which the activation is occurring. The concrete type that will be instantiated.

A provider that binds a service to a remoting channel.

Initializes a new instance of the class.

The type of instances that the provider will create. The URI of the remoting channel to bind to.

Gets the concrete implementation type that will be instantiated for the provided context.

The context in which the activation is occurring. The concrete type that will be instantiated.

Creates instances of types by calling a constructor via a lightweight dynamic method, resolving and injecting constructor arguments as necessary.

The context in which the activation is occurring. The instance of the type.

The default provider for the kernel. Creates instances of types by calling a constructor via a constructor injector created by the kernel injection system, resolving and injecting constructor arguments as necessary.

Initializes a new instance of the class.

The type of instances that the provider should create.

Gets the concrete implementation type that will be instantiated for the provided context.

The context in which the activation is occurring. The concrete type that will be instantiated.

Determines whether the provider can create instances of the specified type.

The type in question. if instances can be created, otherwise .

Creates s that can in turn create types for the kernel.

Creates a provider for the specified type.

The type to create a provider for. The provider.

A baseline definition of a .

A kernel component that acts as a factory by delegating to one or more plugins.

The type of input that determines which plugin will be used. The type plugin that the factory supports.

Initializes a new instance of the class.

Validates the component and throws an exception if it is not configured properly.

Finds the first plugin that matches the specified subject.

The item to match. The matching plugin, or if none matches.

Gets or sets the default plugin, which will be used if no conditional plugins match.

Gets a collection of plug-in factories that can contribute to the creation of specialized items.

Creates a provider for the specified type.

The type to create a provider for. The provider.

A stock implementation of a .

Initializes a new instance of the class.

Represents errors that occur during the activation of an instance.

Creates a new ActivationException.

An error message that describes the reason for the exception.

Creates a new ActivationException.

An error message that describes the reason for the exception. The exception that is the cause of the current exception.

Creates a new ActivationException.

The that holds the serialized object data about the exception being thrown. The that contains contextual information about the source or destination.

A container that manages components for an .

Connects a component to the kernel. If a component with the specified service is already connected, it will be disconnected first.

The service that the component provides. The instance of the component.

Connects a component to the kernel. If a component with the specified service is already connected, it will be disconnected first.

The service that the component provides. The instance of the component.

Disconnects a component from the kernel.

The service that the component provides.

Disconnects a component from the kernel.

The service that the component provides.

Retrieves a component from the kernel.

The service that the component provides. The instance of the component.

Retrieves a component from the kernel.

The service that the component provides. The instance of the component.

Determines whether a component with the specified service type has been added to the kernel.

The service that the component provides. if the component has been added, otherwise .

Determines whether a component with the specified service type has been added to the kernel.

The service that the component provides. if the component has been added, otherwise .

Validates the components in the container to ensure they have been configured properly.

Gets the kernel whose components are managed by the container.

The stock implementation of a component container.

Releases all resources currently held by the object.

if managed objects should be disposed, otherwise .

Initializes a new instance of the class.

The kernel whose components the container will manage.

Connects a component to the kernel. If a component with the specified service is already connected, it will be disconnected first.

The service that the component provides. The instance of the component.

Connects a component to the kernel. If a component with the specified service is already connected, it will be disconnected first.

The service that the component provides. The instance of the component.

Disconnects a component from the kernel.

The service that the component provides.

Disconnects a component from the kernel.

The service that the component provides.

Retrieves a component from the kernel.

The service that the component provides. The instance of the component.

Retrieves a component from the kernel.

The service that the component provides. The instance of the component.

Determines whether a component with the specified service type has been added to the kernel.

The service that the component provides. if the component has been added, otherwise .

Determines whether a component with the specified service type has been added to the kernel.

The service that the component provides. if the component has been added, otherwise .

Validates the components in the container to ensure they have been configured properly.

Connects a component to the kernel.

The service that the component provides. The instance of the component.

Disconnects a component from the kernel.

The service that the component provides.

Retrieves a component from the kernel.

The service that the component provides. The instance of the component.

Determines whether a component with the specified service type has been added to the kernel.

The service that the component provides. if the component has been added, otherwise .

Validates the components in the container to ensure they have been configured properly.

Gets the kernel whose components are managed by the container.

An object containing debugging information used in error messages.

Releases all resources currently held by the object.

if managed objects should be disposed, otherwise .

Retrieves a string representation of the object.

A string representation of the object.

Creates a new object by seeking through the current for the first method outside the provided type(s).

The new object.

Gets or sets the calling type.

Gets or sets the calling method.

Gets or sets the name of the file where the call occurred.

Gets or sets the full path to the file where the call occurred.

Gets or sets the line number of the file where the call occurred.

Gets a value indicating whether the debug info contains file and line information.

A procedure that accepts one arguments.

The type of the first argument. The first argument.

A procedure that accepts one arguments.

The type of the first argument. The type of the second argument. The first argument. The second argument.

A procedure that accepts one arguments.

The type of the first argument. The type of the second argument. The type of the third argument. The first argument. The second argument. The third argument.

A procedure that accepts one arguments.

The type of the first argument. The type of the second argument. The type of the third argument. The type of the fourth argument. The first argument. The second argument. The third argument. The fourth argument.

Represents a method that creates instances of a type.

A collection of arguments to pass to the constructor. An instance of the associated type.

A function that accepts no arguments.

The return type of the function.

A function that accepts one argument.

The type of the first argument. The return type of the function.

A function that accepts two arguments.

The type of the first argument. The type of the second argument. The return type of the function.

A function that accepts three arguments.

The type of the first argument. The type of the second argument. The type of the third argument. The return type of the function.

A function that accepts four arguments.

The type of the first argument. The type of the second argument. The type of the third argument. The type of the fourth argument. The return type of the function.

Represents a method that gets the value stored in a field or property on the specified object.

The object to get the value from. The value stored in the associated field or property.

Represents a method that calls another method.

The object on which to call the associated method. A collection of arguments to pass to the associated method. The return value of the method.

Represents a method that sets the value stored in a field or property on the specified object.

The object to get the value from. The value to store in the associated field or property.

Extension methods that enhance .

Gets the first attribute of a specified type that decorates the member.

The type of attribute to search for. The member to examine. The first attribute matching the specified type.

Gets the first attribute of a specified type that decorates the member.

The member to examine. The type of attribute to search for. The first attribute matching the specified type.

Gets an array of attributes matching the specified type that decorate the member.

The type of attribute to search for. The member to examine. An array of attributes matching the specified type.

Gets an array of attributes matching the specified type that decorate the member.

The member to examine. The type of attribute to search for. An array of attributes matching the specified type.

Determines whether the member is decorated with one or more attributes of the specified type.

The type of attribute to search for. The member to examine. if the member is decorated with one or more attributes of the type, otherwise .

Determines whether the member is decorated with one or more attributes of the specified type.

The member to examine. The type of attribute to search for. if the member is decorated with one or more attributes of the type, otherwise .

Determines whether the member is decorated with an attribute that matches the one provided.

The type of attribute to search for. The member to examine. The attribute to match against. if the member is decorated with a matching attribute, otherwise .

Contains extension methods for .

Gets the types of the parameters of the method.

The method in question. An array containing the types of the method's parameters.

Indicates that the decorated method is an extension method. This is here so we can avoid a dependency on System.Core, and continue to target .NET 2.0.

A chain of strategies, owned by the same object, that will be executed in order to satisfy the implementation of a procedure.

The type of object that owns the strategies. The type of strategy stored in the collection.

Adds a strategy to the beginning of the chain.

The strategy to add.

Adds a strategy to the end of the chain.

The strategy to add.

Removes all strategies of a specified type.

The type of strategies to remove.

Removes all strategies from the chain.

Determines whether the specified strategy exists in the chain.

The strategy in question. if the strategy exists in the chain, otherwise .

Removes the specified strategy from the chain.

The strategy to remove. if the strategy was removed successfully, otherwise .

Gets or sets the kernel associated with the collection.

Gets or sets the owner of the collection's strategies.

Gets the count of strategies stored in the collection.

A chain of strategies, owned by the same object, that will be executed in order to satisfy the implementation of a procedure.

The type of object that owns the strategies. The type of strategy stored in the collection.

Releases all resources currently held by the object.

if managed objects should be disposed, otherwise .

Creates a new StrategyChain.

The owner of the collection's strategies.

Adds a strategy to the beginning of the chain.

The strategy to add.

Adds a strategy to the end of the chain.

The strategy to add.

Removes all strategies of a specified type.

The type of strategies to remove.

Removes all strategies from the chain.

Determines whether the specified strategy exists in the chain.

The strategy in question. if the strategy exists in the chain, otherwise .

Removes the specified strategy from the chain.

The strategy to remove. if the strategy was removed successfully, otherwise .

Connects a strategy to its environment.

The strategy to connect.

Disconnects a strategy from its environment.

The strategy to disconnect.

Returns an enumerator that iterates through the StrategyChain.

Gets or sets the kernel associated with the collection.

Gets or sets the owner of the collection's strategies.

Gets the count of strategies stored in the collection.

A data structure that relates multiple values to each key.

The key type. The value type.

Adds an item.

The key to store the value under. The value to add.

Removes the specified item.

The key the item is stored under. The value to remove. if the item was removed successfully, otherwise .

Removes all items stored under the specified key.

The key whose items should be removed. if the item was removed successfully, otherwise .

Removes all items stored in the collection.

Determines if any items are stored under the specified key.

The key in question. if there are items stored under the specified key, otherwise .

Determines if the specified value is stored in the collection.

The key the value should be stored under. The value in question. if the item exists in the collection, otherwise .

Applies the specified action to each key/value pair of the multimap.

The action to apply.

Returns an enumerator that iterates through the Multimap.

Gets the values associated with the specified key.

The requested key. A list of values associated with the key.

Gets a collection containing the keys in the Multimap.

Gets a collection containing the lists of values in the Multimap.

A utility class to help define preconditions for methods.

Throws an if the specified value is .

The value to test. The name of the parameter, which will appear in the exception message.

Throws an if the specified value is or an empty string.

The value to test. The name of the parameter, which will appear in the exception message.

Throws an if the specified value is or an empty collection.

The value to test. The name of the parameter, which will appear in the exception message.

Throws an exception if the specified object has been disposed.

The object in question.

Provides utility functions for throwing exceptions.

Re-throws the specified exception, preserving its internal stack trace.

The exception to re-throw.

Provides a shortcut to creating dictionaries from the properties of anonymous types.

Creates a dictionary from the properties of the specified object. The keys of the dictionary will be the names of the object's public

The object to create the dictionary from. The created dictionary.

Describes a dependency that should be resolved to inject a value into a created instance.

Releases all resources currently held by the object.

if managed objects should be disposed, otherwise .

Creates a new Argument.

The argument's injection point. The argument's dependency marker. A value indicating whether the argument is optional.

Gets or sets the argument's injection point.

Gets or sets the argument's dependency marker.

Gets or sets a value indicating whether the argument is optional.

A helper class that uses lightweight code generation to create dynamic methods.

Creates a new that calls the specified method in a late-bound manner.

The method that the invoker should call. A dynamic invoker that can call the specified method.

Creates a new that calls the specified constructor in a late-bound manner.

The constructor that the factory method should call. A dynamic factory method that can call the specified constructor.

Creates a new that gets the value of the specified field in a late-bound manner.

The field that the getter should read from. A dynamic getter that can read from the specified field.

Creates a new that gets the value of the specified property in a late-bound manner.

The property that the getter should read from. A dynamic getter that can read from the specified property.

Creates a new that sets the value of the specified field in a late-bound manner.

The field that the setter should write to. A dynamic setter that can write to the specified field.

Creates a new that sets the value of the specified property in a late-bound manner.

The property that the setter should write to. A dynamic setter that can write to the specified property.

An activated instance of a service, with the context it was activated in. Used to properly release instances for services with non-transient behaviors.

Releases all resources currently held by the object.

if managed objects should be disposed, otherwise .

Initializes a new instance of the class.

The instance. The context.

The contextualized instance.

The context in which the instance was activated.

A condition that invokes an to determine if the condition matches.

The type of object the condition evaluates.

Initializes a new instance of the class.

The predicate.

Determines whether the specified object matches the condition.

The object to test. if the object matches, otherwise .

Indicates whether the execution of a chain of strategies should continue or stop.

Indicates that execution should continue.

Indicates that execution should stop immediately.

Compares the targets of two WeakReferences to see if they are the same.

Determines whether the specified references refer to the same instance.

The first reference to compare. The second reference to compare. if the references refer to the same object, otherwise .

Gets a hash code for the reference.

The reference. The hash code.

A constructor injector that uses a dynamically-generated for invocation.

A baseline definition of an injector. This type can be extended to create custom injectors.

An object that can inject one or more values into the specified member.

The type of member that the injector can inject.

Gets the member associated with the injector.

Releases all resources currently held by the object.

if managed objects should be disposed, otherwise .

Creates a new InjectorBase.

The member associated with the injector.

Gets the member associated with the injector.

An injector that can inject constructors.

Creates a new instance of a type by calling the injector's constructor.

The arguments to pass to the constructor. A new instance of the type associated with the injector.

Creates a new DynamicConstructorInjector.

The constructor that will be injected.

Creates a new instance of a type by calling the injector's constructor.

The arguments to pass to the constructor. A new instance of the type associated with the injector.

A field injector that uses dynamically-generated and methods for invocation.

An injector that can read from and write to fields.

Gets the value of the field associated with the injector.

The instance on which the field should be read. The value stored in the field.

Sets the value of the field associated with the injector.

The instance on which the field should be written. The value to store in the field.

Creates a new DynamicFieldInjector.

The field that will be read and written.

Gets the value of the field associated with the injector.

The instance on which the field should be read. The value stored in the field.

Sets the value of the field associated with the injector.

The instance on which the field should be written. The value to store in the field.

Creates instances of injectors that use generated objects for invocation.

Creates instances of injectors.

Gets an injector for the specified constructor.

The constructor that the injector will invoke. A new injector for the constructor.

Gets an injector for the specified method.

The method that the injector will invoke. A new injector for the method.

Gets an injector for the specified property.

The property that the injector will read and write. A new injector for the property.

Gets an injector for the specified field.

The field that the injector will read and write. A new injector for the field.

Gets an injector for the specified constructor.

The constructor that the injector will invoke. A new injector for the constructor.

Gets an injector for the specified method.

The method that the injector will invoke. A new injector for the method.

Gets an injector for the specified property.

The property that the injector will read and write. A new injector for the property.

Gets an injector for the specified field.

The field that the injector will read and write. A new injector for the field.

Creates a new constructor injector.

The constructor that the injector will invoke. A new injector for the constructor.

Creates a new method injector.

The method that the injector will invoke. A new injector for the method.

Creates a new property injector.

The property that the injector will read and write. A new injector for the property.

Creates a new field injector.

The field that the injector will read and write. A new injector for the field.

Creates a new constructor injector.

The constructor that the injector will invoke. A new injector for the constructor.

Creates a new method injector.

The method that the injector will invoke. A new injector for the method.

Creates a new property injector.

The property that the injector will read and write. A new injector for the property.

Creates a new field injector.

The field that the injector will read and write. A new injector for the field.

A method injector that uses a dynamically-generated for invocation.

An injector that can inject methods.

Calls the method associated with the injector.

The instance on which to call the method. The arguments to pass to the method. The return value of the method.

Creates a new DynamicMethodInjector.

The method that will be injected.

Calls the method associated with the injector.

The instance on which to call the method. The arguments to pass to the method. The return value of the method.

A property injector that uses dynamically-generated and methods for invocation.

An injector that can read from and write to properties.

Gets the value of the property associated with the injector.

The instance on which the property should be read. The value stored in the property.

Sets the value of the property associated with the injector.

The instance on which the property should be written. The value to store in the property.

Creates a new DynamicPropertyInjector.

The property that will be read and written.

Gets the value of the property associated with the injector.

The instance on which the property should be read. The value stored in the property.

Sets the value of the property associated with the injector.

The instance on which the property should be written. The value to store in the property.

A constructor injector that uses reflection for invocation.

Creates a new DynamicConstructorInjector.

The constructor that will be injected.

Creates a new instance of a type by calling the injector's constructor.

The arguments to pass to the constructor. A new instance of the type associated with the injector.

A field injector that uses reflection for invocation.

Creates a new ReflectionFieldInjector.

The field that will be read and written.

Gets the value of the field associated with the injector.

The instance on which the field should be read. The value stored in the field.

Sets the value of the field associated with the injector.

The instance on which the field should be written. The value to store in the field.

Creates instances of injectors that use reflection for invocation.

Creates a new constructor injector.

The constructor that the injector will invoke. A new injector for the constructor.

Creates a new method injector.

The method that the injector will invoke. A new injector for the method.

Creates a new property injector.

The property that the injector will read and write. A new injector for the property.

Creates a new field injector.

The field that the injector will read and write. A new injector for the field.

A method injector that uses reflection for invocation.

Creates a new ReflectionMethodInjector.

The method that will be injected.

Calls the method associated with the injector.

The instance on which to call the method. The arguments to pass to the method. The return value of the method.

A property injector that uses reflection for invocation.

Creates a new ReflectionPropertyInjector.

The property that will be read and written.

Gets the value of the property associated with the injector.

The instance on which the property should be read. The value stored in the property.

Sets the value of the property associated with the injector.

The instance on which the property should be written. The value to store in the property.

A baseline definition of an invocation.

Describes an executable invocation.

Continues the invocation, either by invoking the next interceptor in the chain, or if there are no more interceptors, calling the target method.

Gets the request, which describes the method call.

Gets the chain of interceptors that will be executed before the target method is called.

Gets or sets the return value for the method.

Initializes a new instance of the class.

The request, which describes the method call. The chain of interceptors that will be executed before the target method is called.

Continues the invocation, either by invoking the next interceptor in the chain, or if there are no more interceptors, calling the target method.

Calls the target method described by the request.

Gets the request, which describes the method call.

Gets the chain of interceptors that will be executed before the target method is called.

Gets or sets the return value for the method.

An implementation of an invocation which uses an to call the target method.

Initializes a new instance of the class.

The request, which describes the method call. The injector that will be used to call the target method. The chain of interceptors that will be executed before the target method is called.

Calls the target method described by the request.

Gets the injector that will be used to call the target method.

Creates proxies for activated instances to allow method calls on them to be intercepted.

Wraps the specified instance in a proxy.

The context in which the instance was activated. The instance to wrap. A proxy that wraps the instance.

Unwraps the specified proxied instance.

The context in which the instance was activated. The proxied instance to unwrap. The unwrapped instance.

A baseline definition of a proxy factory.

Wraps the specified instance in a proxy.

The context in which the instance was activated. The instance to wrap. A proxy that wraps the instance.

Unwraps the specified proxied instance.

The context in which the instance was activated. The proxied instance to unwrap. The unwrapped instance.

Collects interceptors defined for methods.

Registers a static interceptor, which affects only a single method.

The type of interceptor that will be created. The order of precedence that the interceptor should be called in. The method that should be intercepted.

Registers a static interceptor, which affects only a single method.

The method that should be called to create the interceptor. The order of precedence that the interceptor should be called in. The method that should be intercepted.

Registers a dynamic interceptor, whose conditions are tested when a request is received, to determine whether they affect the current request.

The type of interceptor that will be created. The order of precedence that the interceptor should be called in. The condition that will be evaluated.

Registers a dynamic interceptor, whose conditions are tested when a request is received, to determine whether they affect the current request.

The method that should be called to create the interceptor. The order of precedence that the interceptor should be called in. The condition that will be evaluated.

Gets the interceptors that should be invoked for the specified request.

The request. A collection of interceptors, ordered by the priority in which they should be invoked.

Gets a value indicating whether one or more dynamic interceptors have been registered.

An interceptor registration.

Initializes a new instance of the class.

The method that should be called to create the interceptor. The order of precedence that the interceptor should be called in.

Initializes a new instance of the class.

The method that should be called to create the interceptor.. The order of precedence that the interceptor should be called in. The condition that should be evaluated.

Gets the method that should be called to create the interceptor.

Gets the condition that should be evaluated, if this registration is dynamic.

The condition.

Gets the order of precedence that the interceptor should be called in.

The stock definition of an interceptor registry.