MemoryUtils.h File Reference

#include "senseiConfig.h"
#include <memory>

Include dependency graph for MemoryUtils.h:

Go to the source code of this file.

Namespaces
	sensei
	SENSEI.
	sensei::MemoryUtils
	Functions for dealing with memory access across heterogeneous architectures.

Functions
int	sensei::MemoryUtils::CudaAccessible (const void *ptr)
	return true if the pointer is accessible by code running on a CUDA GPU More...
int	sensei::MemoryUtils::HostAccessible (const void *ptr)
	return true if the pointer is accessible by code running on the CPU More...
void	sensei::MemoryUtils::FreeCudaPtr (void *ptr)
	callback that can free memory managed by CUDA More...
void	sensei::MemoryUtils::FreeHostPtr (void *ptr)
	callback that can free memory managed by malloc More...
void	sensei::MemoryUtils::DontFreePtr (void *ptr)
	A callback that does not free the pointer. More...
MakedCudaAccessible
returns a pointer to data that is accessible from CUDA kernels. If the data is already accessible, this call is a noop. On the other hand if the data is not accessible it will be moved. The accessible data is returned as a shared pointer so that in the case data needed to be moved, the buffers on the GPU will automatically be released.
std::shared_ptr< void >	sensei::MemoryUtils::MakeCudaAccessible_ (void *ptr, size_t nBytes)
template<typename data_t >
std::shared_ptr< data_t >	sensei::MemoryUtils::MakeCudaAccessible (data_t *ptr, size_t nVals)
MakeHostAccessible
returns a pointer to data that is accessible from CPU codes. If the data is already accessible, this call is a noop. On the other hand if the data is not accessible it will be moved. The accessible data is returned as a shared pointer so that in the case data needed to be moved, the buffers on the CPU will automatically be released.
std::shared_ptr< void >	sensei::MemoryUtils::MakeHostAccessible_ (void *ptr, size_t nBytes)
template<typename data_t >
std::shared_ptr< data_t >	sensei::MemoryUtils::MakeHostAccessible (data_t *ptr, size_t nVals)