owl::ObjectRegistry Struct Reference

#include <ObjectRegistry.h>

Inheritance diagram for owl::ObjectRegistry:

Public Member Functions
size_t	size () const
bool	empty () const
void	forget (RegisteredObject *object)
void	track (RegisteredObject *object)
int	allocID ()
RegisteredObject *	getPtr (int ID)

Private Attributes
std::vector< RegisteredObject * >	objects
int	numIDsAllocedInContext = 0
std::stack< int >	previouslyReleasedIDs
std::mutex	mutex

Detailed Description

registry that tracks mapping between buffers and buffer IDs. Every buffer should have a valid ID, and should be tracked in this registry under this ID

Member Function Documentation

allocID()

int owl::ObjectRegistry::allocID

(

)

empty()

bool owl::ObjectRegistry::empty ( ) const

inline

forget()

void owl::ObjectRegistry::forget

(

RegisteredObject *

object

)

getPtr()

RegisteredObject * owl::ObjectRegistry::getPtr

(

int

ID

)

size()

size_t owl::ObjectRegistry::size ( ) const

inline

track()

void owl::ObjectRegistry::track

(

RegisteredObject *

object

)

Member Data Documentation

mutex

std::mutex owl::ObjectRegistry::mutex

private

numIDsAllocedInContext

int owl::ObjectRegistry::numIDsAllocedInContext = 0

private

number of IDs of given type allocated in the LL context; if we ever give out an ID that is greater or equal than this side, we first have to tell the LL context to generate more IDs

objects

std::vector<RegisteredObject *> owl::ObjectRegistry::objects

private

list of all tracked objects. note this are NOT shared-ptr's, else we'd never released objects because each object would always be owned by the registry

previouslyReleasedIDs

std::stack<int> owl::ObjectRegistry::previouslyReleasedIDs

private

list of IDs that have already been allocated before, and have since gotten freed, so can be re-used

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The documentation for this struct was generated from the following files:

• owl/ObjectRegistry.h
• owl/ObjectRegistry.cpp