#include <Port.h>

Inheritance diagram for Simo::Ports::BidirectionalPortTyped< OutPayload, InPayload >:

Public Member Functions
bool	connect (Port *other) override
bool	connected () const override
OutPort< OutPayload >::SEND_OUTCOME	send_out (OutPayload &&payload)
	Push a payload on the out port.
OutPort< OutPayload >::SEND_OUTCOME	send_out (OutPayload &payload)
void	clear_out ()
void	clear_in ()
InPayload &&	receive_in ()
	Extract the payload from the in port.
InPayload *	peek_in ()
	Peek the payload from the in port.
Public Member Functions inherited from Simo::Port
template<typename Self>
TypeId	get_type_id (this Self &)
	Utility to the get type of class. Need the type at compile time.
TypeId	get_runtime_type () const
std::string_view	name () const
void	name (const std::string_view name)

Protected Attributes
OutPort< OutPayload >	out_port
InPort< InPayload >	in_port
Protected Attributes inherited from Simo::Port
std::string	name_

Additional Inherited Members
Public Types inherited from Simo::Port
using	TypeId = boost::typeindex::type_index

Detailed Description

template<typename OutPayload, typename InPayload>
class Simo::Ports::BidirectionalPortTyped< OutPayload, InPayload >

Port that can send and receive payloads on separate channels. It can be connected to a BidirectionalPortTyped<InPayload,OutPayload> (note the types are inverted).

Member Function Documentation

template<typename OutPayload, typename InPayload>

bool Simo::Ports::BidirectionalPortTyped< OutPayload, InPayload >::connect ( Port * other )

overridevirtual

Implements Simo::Port.

template<typename OutPayload, typename InPayload>

bool Simo::Ports::BidirectionalPortTyped< OutPayload, InPayload >::connected ( ) const

inlinenodiscardoverridevirtual

Implements Simo::Port.

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