Identifies an unbound sequence of messages. More...
#include <stream_sink_driver.hpp>
Inheritance diagram for caf::stream_sink_driver< Input >:
Public Types | |
| 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 | |
| virtual void | finalize (const error &) |
| Called after closing the last inbound path. | |
| virtual void | process (std::vector< input_type > &batch)=0 |
| Processes a single batch. | |
| virtual int32_t | acquire_credit (inbound_path *path, int32_t desired) |
| Acquires credit on an inbound path. | |
Detailed Description
template<class Input>
class caf::stream_sink_driver< Input >
class caf::stream_sink_driver< Input >
Identifies an unbound sequence of messages.
Member Function Documentation
◆ acquire_credit()
template<class Input >
|
virtual |
Acquires credit on an inbound path.
The calculated credit to fill our queue for two cycles is desired, but the driver is allowed to return any non-negative value.
◆ finalize()
template<class Input >
|
virtual |
Called after closing the last inbound path.
Reimplemented in caf::detail::stream_sink_driver_impl< Input, Process, Finalize >.
◆ process()
template<class Input >
|
pure virtual |
Processes a single batch.
Implemented in caf::detail::stream_sink_driver_impl< Input, Process, Finalize >.
The documentation for this class was generated from the following file:
- libcaf_core/caf/stream_sink_driver.hpp
