An acceptor is responsible for accepting incoming connections. More...

#include <asio_multiplexer.hpp>

Public Types
using	manager_type = acceptor_manager
	A manager providing the `accept` member function.

using	manager_ptr = intrusive_ptr< manager_type >
	A smart pointer to an acceptor manager.

Public Member Functions
	asio_acceptor (asio_multiplexer &am, io_service &io)

asio_multiplexer &	backend ()
	Returns the `multiplexer` this acceptor belongs to.

SocketAcceptor &	socket_handle ()
	Returns the IO socket.

const SocketAcceptor &	socket_handle () const
	Returns the IO socket.

socket_type &	accepted_socket ()
	Returns the accepted socket. More...

void	init (SocketAcceptor fd)
	Initializes this acceptor, setting the socket handle to `fd`.

void	start (manager_type *mgr)
	Starts this acceptor, forwarding all incoming connections to `manager`. More...

void	activate (manager_type *mgr)
	Starts the accept loop.

void	passivate ()
	Starts the accept loop.

void	stop ()
	Closes the network connection, thus stopping this acceptor.

Detailed Description

An acceptor is responsible for accepting incoming connections.

Member Function Documentation

template<class SocketAcceptor >

socket_type& caf::io::network::asio_acceptor< SocketAcceptor >::accepted_socket ( )

Returns the accepted socket.

This member function should be called only from the new_connection callback.

template<class SocketAcceptor >

void caf::io::network::asio_acceptor< SocketAcceptor >::start ( manager_type * mgr )

Starts this acceptor, forwarding all incoming connections to manager.

The intrusive pointer will be released after the acceptor has been closed or an IO error occured.

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