Channel.h File Reference

#include <mutex>
#include <queue>
#include <deque>
#include <condition_variable>
#include <chrono>
#include <tuple>
#include <utility>
#include <scl/macros.h>
#include <scl/tools/meta/type_query.h>
#include <scl/tools/meta/type_mod.h>

Go to the source code of this file.

Classes
class	scl::async::Channel< T, Lock, Guard, Container >
	A channel to use for asynchronous communication of data in a queued manner. More...
class	scl::async::details::ChannelSender< Chan >
	Class used to send data to a Channel. More...
class	scl::async::details::ChannelReceiver< Chan >
struct	scl::async::details::channel_transport_traits< Chan >
	Traits for the implementation of the transport of information in a scl::async::Channel. More...
struct	scl::async::details::channel_actor_traits< Actor >
	Traits for actors that interact with the channel. More...
class	scl::async::Channel< T, Lock, Guard, Container >
	A channel to use for asynchronous communication of data in a queued manner. More...
class	scl::async::details::ChannelSender< Chan >
	Class used to send data to a Channel. More...
class	scl::async::details::ChannelReceiver< Chan >
struct	std::tuple_size< scl::async::Channel< T, Lock, Guard, Container > >

Namespaces
	scl
	Global namespace of the SCL.
	scl::async
	Base namespace for asynchronous APIs.
	scl::async::details

Functions
template<class U , class T , class L , template< class > class G, class C >
void	scl::async::operator>> (U &&value, Channel< T, L, G, C > &channel)
	Forward a value into a channel. More...
template<class U , class T , class L , template< class > class G, class C >
void	scl::async::operator<< (U &value, Channel< T, L, G, C > &channel)
	Extract a value from the channel. More...
template<size_t I, class T , class Lock , template< class > class Guard, class Container >
auto	std::get (scl::async::Channel< T, Lock, Guard, Container > &channel) -> scl::tools::meta ::tuple_element_t< I, typename scl::async::Channel< T, Lock, Guard, Container >::transport_type >
	Get either the sender or the receiver from the channel. More...

Function Documentation

get()

template<size_t I, class T , class Lock , template< class > class Guard, class Container >

auto std::get

(

scl::async::Channel< T, Lock, Guard, Container > &

channel

)

-> scl::tools::meta ::tuple_element_t<I, typename scl::async::Channel<T, Lock, Guard, Container>::transport_type>

Get either the sender or the receiver from the channel.

Template Parameters

I	being the index in the tuple (sender, receiver)
T	being the type of values used in the channel
Lock	being the type of locks for the channel
Guard	being the type of guards for the channel
Container	being the type of containers for the queue of the channel

Parameters

channel

being the channel to extract data from

Returns

the sender or the receiver

Definition at line 730 of file Channel.h.