Halide::Runtime Namespace Reference

Namespaces
	Internal

Classes
struct	AllInts
struct	AllInts< double, Args... >
struct	AllInts< float, Args... >
struct	AllInts< T, Args... >
struct	AllInts<>
struct	AllocationHeader
	A struct acting as a header for allocations owned by the Buffer class itself. More...
class	Buffer
	A templated Buffer class that wraps halide_buffer_t and adds functionality. More...
struct	DeviceRefCount
	A similar struct for managing device allocations. More...

Enumerations
enum	BufferDeviceOwnership : int {   BufferDeviceOwnership::Allocated, BufferDeviceOwnership::WrappedNative, BufferDeviceOwnership::Unmanaged, BufferDeviceOwnership::AllocatedDeviceAndHost,   BufferDeviceOwnership::Cropped }
	This indicates how to deallocate the device for a Halide::Runtime::Buffer. More...

Variables
constexpr int	AnyDims = -1

Enumeration Type Documentation

BufferDeviceOwnership

enum Halide::Runtime::BufferDeviceOwnership : int

strong

This indicates how to deallocate the device for a Halide::Runtime::Buffer.

Enumerator
Allocated
WrappedNative	halide_device_free will be called when device ref count goes to zero
Unmanaged	halide_device_detach_native will be called when device ref count goes to zero
AllocatedDeviceAndHost	No free routine will be called when device ref count goes to zero
Cropped	Call device_and_host_free when DevRefCount goes to zero.

Definition at line 171 of file HalideBuffer.h.

Variable Documentation

AnyDims

constexpr int Halide::Runtime::AnyDims = -1

constexpr

Definition at line 187 of file HalideBuffer.h.

Referenced by Halide::Runtime::Buffer< double * >::add_dimension(), Halide::Runtime::Buffer< double * >::can_convert_from(), Halide::Runtime::Buffer< double * >::copy_to_interleaved(), Halide::Runtime::Buffer< double * >::embed(), Halide::Runtime::Buffer< double * >::make_interleaved(), Halide::Runtime::Buffer< double * >::make_scalar(), Halide::Runtime::Buffer< double * >::make_with_shape_of(), Halide::Runtime::Buffer< double * >::operator()(), Halide::Runtime::Buffer< double * >::slice(), and Halide::Runtime::Buffer< double * >::sliced().