RE::BSTEventSource< Event > Class Template Reference

#include <BSTEvent.h>

Public Types
using	Sink = BSTEventSink< Event >

Public Member Functions
	BSTEventSource ()
void	AddEventSink (Sink *a_eventSink)
template<class SinkEvent >
void	AddEventSink (BSTEventSink< SinkEvent > *a_sink)
void	PrependEventSink (Sink *a_eventSink)
template<class SinkEvent >
void	PrependEventSink (BSTEventSink< SinkEvent > *a_sink)
void	RemoveEventSink (Sink *a_eventSink)
void	SendEvent (const Event *a_event)
void	operator() (const Event *a_event)

Public Attributes
BSTArray< Sink * >	sinks
BSTArray< Sink * >	pendingRegisters
BSTArray< Sink * >	pendingUnregisters
BSSpinLock	lock
bool	notifying
std::uint8_t	pad51
std::uint16_t	pad52
std::uint32_t	pad54

Member Typedef Documentation

Sink

template<class Event >

using RE::BSTEventSource< Event >::Sink = BSTEventSink<Event>

Constructor & Destructor Documentation

BSTEventSource()

template<class Event >

RE::BSTEventSource< Event >::BSTEventSource ( )

inline

Member Function Documentation

AddEventSink() [1/2]

template<class Event >

template<class SinkEvent >

void RE::BSTEventSource< Event >::AddEventSink ( BSTEventSink< SinkEvent > *  a_sink )

inline

AddEventSink() [2/2]

template<class Event >

void RE::BSTEventSource< Event >::AddEventSink ( Sink *  a_eventSink )

inline

operator()()

template<class Event >

void RE::BSTEventSource< Event >::operator() ( const Event *  a_event )

inline

PrependEventSink() [1/2]

template<class Event >

template<class SinkEvent >

void RE::BSTEventSource< Event >::PrependEventSink ( BSTEventSink< SinkEvent > *  a_sink )

inline

PrependEventSink() [2/2]

template<class Event >

void RE::BSTEventSource< Event >::PrependEventSink ( Sink *  a_eventSink )

inline

Adds an event sink to the front of sinks list.

When there is an ongoing notification, sinks are prepended to a pending list. Consider the following case: Add(A), Add(B), notifying=true, Add(C), Prepend(D), Prepend(E), notifying = false Sinks: A, B Pending: E, D, C Result: A, B, E, D, C

However without notifying the same chain of calls will look like this: Sinks: E, D, A, B, C

The relative order of C, D, and E is guaranteed in both cases, but, previous sinks may appear both before and after the new sinks.

RemoveEventSink()

template<class Event >

void RE::BSTEventSource< Event >::RemoveEventSink ( Sink *  a_eventSink )

inline

SendEvent()

template<class Event >

void RE::BSTEventSource< Event >::SendEvent ( const Event *  a_event )

inline

Member Data Documentation

lock

template<class Event >

BSSpinLock RE::BSTEventSource< Event >::lock

mutable

notifying

template<class Event >

bool RE::BSTEventSource< Event >::notifying

pad51

template<class Event >

std::uint8_t RE::BSTEventSource< Event >::pad51

pad52

template<class Event >

std::uint16_t RE::BSTEventSource< Event >::pad52

pad54

template<class Event >

std::uint32_t RE::BSTEventSource< Event >::pad54

pendingRegisters

template<class Event >

BSTArray<Sink*> RE::BSTEventSource< Event >::pendingRegisters

pendingUnregisters

template<class Event >

BSTArray<Sink*> RE::BSTEventSource< Event >::pendingUnregisters

sinks

template<class Event >

BSTArray<Sink*> RE::BSTEventSource< Event >::sinks

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

• CommonLibVR/include/RE/B/BSTEvent.h