anonymous_namespace{opencl.cpp} Namespace Reference

Classes
class	Device
class	OpenCLBackend
class	Platform

Typedefs
using	TemporaryBuffers = nngn::scoped< std::vector< cl_mem >, >
using	TemporaryKernel = nngn::scoped< cl_kernel, >
using	TemporaryEvents = nngn::scoped< std::vector< cl_event >, >

Functions
auto	cl_strerror (cl_int e)
cl_int	check_result (const char *func_name, cl_int result)
cl_event *	to_cl_events (nngn::Compute::Event *const *e)
cl_event *	to_cl_events (const nngn::Compute::Event *const *e)
nngn::Compute::Event *const *	from_cl_event (cl_event *e)
std::optional< nngn::Compute::Version >	parse_version (std::string_view s)
bool	version_ge (nngn::Compute::Version lhs, nngn::Compute::Version rhs)
template<typename T >
T::const_pointer	get_obj (const T &v, const nngn::Compute::Handle &h)
template<typename T >
T::pointer	get_obj (T &v, const nngn::Compute::Handle &h)
template<typename T , typename F , typename... P>
auto	enumerate (const char *fn, F f, T *v, const P &...args)
template<typename T >
u32	insert_at_first_free (std::vector< T > *v, T t)
void	release (cl_program x)
void	release (cl_kernel x)
void	release (cl_sampler x)
void	release (cl_mem x)
void	release (cl_command_queue x)
void	release (cl_context x)

Typedef Documentation

TemporaryBuffers

typedef nngn::scoped< std::vector< cl_mem >, > anonymous_namespace{opencl.cpp}::TemporaryBuffers

TemporaryEvents

typedef nngn::scoped< std::vector< cl_event >, > anonymous_namespace{opencl.cpp}::TemporaryEvents

TemporaryKernel

typedef nngn::scoped< cl_kernel, > anonymous_namespace{opencl.cpp}::TemporaryKernel

Function Documentation

check_result()

cl_int anonymous_namespace{opencl.cpp}::check_result	(	const char *	func_name,
		cl_int	result
	)

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cl_strerror()

auto anonymous_namespace{opencl.cpp}::cl_strerror

(

cl_int

e

)

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enumerate()

template<typename T , typename F , typename... P>

auto anonymous_namespace{opencl.cpp}::enumerate	(	const char *	fn,
		F	f,
		T *	v,
		const P &...	args
	)

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from_cl_event()

nngn::Compute::Event *const * anonymous_namespace{opencl.cpp}::from_cl_event

(

cl_event *

e

)

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get_obj() [1/2]

template<typename T >

T::const_pointer anonymous_namespace{opencl.cpp}::get_obj	(	const T &	v,
		const nngn::Compute::Handle &	h
	)

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get_obj() [2/2]

template<typename T >

T::pointer anonymous_namespace{opencl.cpp}::get_obj	(	T &	v,
		const nngn::Compute::Handle &	h
	)

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insert_at_first_free()

template<typename T >

u32 anonymous_namespace{opencl.cpp}::insert_at_first_free	(	std::vector< T > *	v,
		T	t
	)

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parse_version()

std::optional< nngn::Compute::Version > anonymous_namespace{opencl.cpp}::parse_version

(

std::string_view

s

)

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release() [1/6]

void anonymous_namespace{opencl.cpp}::release

(

cl_command_queue

x

)

release() [2/6]

void anonymous_namespace{opencl.cpp}::release

(

cl_context

x

)

release() [3/6]

void anonymous_namespace{opencl.cpp}::release

(

cl_kernel

x

)

release() [4/6]

void anonymous_namespace{opencl.cpp}::release

(

cl_mem

x

)

release() [5/6]

void anonymous_namespace{opencl.cpp}::release

(

cl_program

x

)

release() [6/6]

void anonymous_namespace{opencl.cpp}::release

(

cl_sampler

x

)

to_cl_events() [1/2]

cl_event * anonymous_namespace{opencl.cpp}::to_cl_events

(

const nngn::Compute::Event *const *

e

)

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to_cl_events() [2/2]

cl_event * anonymous_namespace{opencl.cpp}::to_cl_events

(

nngn::Compute::Event *const *

e

)

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version_ge()

bool anonymous_namespace{opencl.cpp}::version_ge	(	nngn::Compute::Version	lhs,
		nngn::Compute::Version	rhs
	)

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