Identifies an unbound sequence of messages. More...

#include <stream_sink_driver_impl.hpp>

Inheritance diagram for caf::detail::stream_sink_driver_impl< Input, Process, Finalize >:

Public Types
using	super = stream_sink_driver<Input>
using	trait = stream_sink_trait_t<Process>
using	state_type = typename trait::state
using	input_type
Public Types inherited from caf::stream_sink_driver< Input >
using	input_type = Input
using	sink_type = stream_sink<input_type>
	Implemented stream_sink interface.
using	sink_ptr_type = intrusive_ptr<sink_type>
	Smart pointer to the interface type.

Public Member Functions
template<class Init>
	stream_sink_driver_impl (Init init, Process f, Finalize fin)
void	process (std::vector< input_type > &xs) override
	Processes a single batch.
void	finalize (const error &err) override
	Called after closing the last inbound path.
Public Member Functions inherited from caf::stream_sink_driver< Input >
virtual bool	congested () const noexcept
	Can mark the sink as congested, e.g., when writing into a buffer that fills up faster than it is drained.
virtual int32_t	acquire_credit (inbound_path *path, int32_t desired)
	Acquires credit on an inbound path.

Detailed Description

template<class Input, class Process, class Finalize>
class caf::detail::stream_sink_driver_impl< Input, Process, Finalize >

Identifies an unbound sequence of messages.

Member Function Documentation

template<class Input, class Process, class Finalize>

void caf::detail::stream_sink_driver_impl< Input, Process, Finalize >::finalize ( const error & )

overridevirtual

Called after closing the last inbound path.

template<class Input, class Process, class Finalize>

void caf::detail::stream_sink_driver_impl< Input, Process, Finalize >::process ( std::vector< input_type > & batch )

overridevirtual

Processes a single batch.

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

/build/actor-framework-Z9pIPl/actor-framework-0.17.6/libcaf_core/caf/detail/stream_sink_driver_impl.hpp