caf::typed_actor< Sigs > Class Template Reference

Identifies a statically typed actor. More...

#include <typed_actor.hpp>

Inherits comparable< typed_actor< Sigs...> >, comparable< typed_actor< Sigs...>, actor_addr >, comparable< typed_actor< Sigs...>, invalid_actor_t >, and comparable< typed_actor< Sigs...>, invalid_actor_addr_t >.

Public Types
template<class... Es>
using	extend = typed_actor< Sigs..., Es...>
	Creates a new typed_actor type by extending this one with Es....
template<class T >
using	extend_with = typename detail::extend_with_helper< T, Sigs...>::type
	Creates a new typed_actor type by extending this one with another typed_actor. More...
using	behavior_type = typed_behavior< Sigs...>
	Identifies the behavior type actors of this kind use for their behavior stack. More...
using	pointer = typed_event_based_actor< Sigs...> *
	Identifies pointers to instances of this kind of actor.
using	base = typed_event_based_actor< Sigs...>
	Identifies the base class for this kind of actor.
using	broker_pointer = io::experimental::typed_broker< Sigs...> *
	Identifies pointers to brokers implementing this interface.
using	broker_base = io::experimental::typed_broker< Sigs...>
	Identifies the base class of brokers implementing this interface.
using	signatures = detail::type_list< Sigs...>
	Stores the template parameter pack.
template<class State >
using	stateful_base = stateful_actor< State, base >
	Identifies the base class for this kind of actor with actor.
template<class State >
using	stateful_pointer = stateful_actor< State, base > *
	Identifies the base class for this kind of actor with actor.
template<class State >
using	stateful_broker_base = stateful_actor< State, broker_base >
	Identifies the broker_base class for this kind of actor with actor.
template<class State >
using	stateful_broker_pointer = stateful_actor< State, broker_base > *
	Identifies the broker_base class for this kind of actor with actor.

Public Member Functions
	typed_actor (typed_actor &&)=default
	typed_actor (const typed_actor &)=default
typed_actor &	operator= (typed_actor &&)=default
typed_actor &	operator= (const typed_actor &)=default
template<class TypedActor , class Enable = typename std::enable_if< detail::tlf_is_subset(signatures(), typename TypedActor::signatures()) >::type>
	typed_actor (const TypedActor &other)
template<class TypedActor , class Enable = typename std::enable_if< detail::tlf_is_subset(signatures(), typename TypedActor::signatures()) >::type>
	typed_actor (TypedActor *ptr)
template<class TypedActor , class Enable = typename std::enable_if< detail::tlf_is_subset(signatures(), typename TypedActor::signatures()) >::type>
typed_actor &	operator= (const TypedActor &other)
template<class Impl , class Enable = typename std::enable_if< detail::tlf_is_subset(signatures(), typename Impl::signatures()) >::type>
	typed_actor (intrusive_ptr< Impl > other)
actor_addr	address () const noexcept
	Queries the address of the stored actor.
	operator bool () const noexcept
	Returns *this != invalid_actor.
bool	operator! () const noexcept
	Returns *this == invalid_actor.
bool	is_remote () const noexcept
	Returns whether this is an handle to a remote actor.
actor_id	id () const noexcept
	Returns the ID of this actor.
void	swap (actor &other) noexcept
	Exchange content of *this and other.

Static Public Member Functions
static std::set< std::string >	message_types ()
	Returns the interface definition for this actor handle.

Friends
class	local_actor
template<class... >
class	typed_actor
template<class T , typename U >
T	actor_cast (const U &)
	Converts actor handle what to a different actor handle of type T.

Detailed Description

template<class... Sigs>
class caf::typed_actor< Sigs >

Identifies a statically typed actor.

Template Parameters

Sigs	Signature of this actor as replies_to<...>::with<...> parameter pack.

Examples:

dining_philosophers.cpp.

Member Typedef Documentation

template<class... Sigs>

using caf::typed_actor< Sigs >::behavior_type = typed_behavior<Sigs...>

Identifies the behavior type actors of this kind use for their behavior stack.

template<class... Sigs>

template<class T >

using caf::typed_actor< Sigs >::extend_with = typename detail::extend_with_helper<T, Sigs...>::type

Creates a new typed_actor type by extending this one with another typed_actor.

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The documentation for this class was generated from the following file:

• libcaf_core/caf/typed_actor.hpp