Inheritance diagram for boost::beast::websocket::stream< NextLayer >::handshake_op< NextLayer >:

Public Member Functions
	handshake_op (handshake_op &&)=default

	handshake_op (handshake_op const &)=default

template<class DeducedHandler , class... Args>
	handshake_op (DeducedHandler &&h, stream< NextLayer > &ws, Args &&...args)

void	operator() (error_code ec={}, std::size_t bytes_used=0)

Friends
void *	asio_handler_allocate (std::size_t size, handshake_op *op)

void	asio_handler_deallocate (void p, std::size_t size, handshake_op op)

bool	asio_handler_is_continuation (handshake_op *op)

template<class Function >
void	asio_handler_invoke (Function &&f, handshake_op *op)

Constructor & Destructor Documentation

template<class NextLayer >

boost::beast::websocket::stream< NextLayer >::handshake_op< NextLayer >::handshake_op ( handshake_op< NextLayer > && )

default

template<class NextLayer >

boost::beast::websocket::stream< NextLayer >::handshake_op< NextLayer >::handshake_op ( handshake_op< NextLayer > const & )

default

template<class NextLayer >

template<class DeducedHandler , class... Args>

boost::beast::websocket::stream< NextLayer >::handshake_op< NextLayer >::handshake_op	(	DeducedHandler &&	h,
		stream< NextLayer > &	ws,
		Args &&...	args
	)

inline

Member Function Documentation

template<class NextLayer >

template<class Handler >

void boost::beast::websocket::stream< NextLayer >::handshake_op< Handler >::operator()	(	error_code	ec = `{}`,
		std::size_t	bytes_used = `0`
	)

template<class NextLayer >

friend

template<class NextLayer >

void asio_handler_deallocate	(	void *	p,
		std::size_t	size,
		handshake_op< NextLayer > *	op
	)

friend

template<class NextLayer >

template<class Function >

friend

template<class NextLayer >

bool asio_handler_is_continuation ( handshake_op< NextLayer > * op )

friend

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