nngn::detail Namespace Reference

Classes
class	Buffer
	A buffer and its associated memory allocation. More...
struct	chain_cast
struct	fn_args
struct	fn_args< R(*)(A...)>
struct	types_first
struct	types_first< types_impl< T, Ts... > >
struct	types_impl
struct	types_last
struct	types_last< types_impl< Ts... > >
struct	types_tag
struct	vk_create_info_type_impl

Concepts
concept	tracker_with_realloc
	Checks whether the tracker object tracks memory relocation.

Typedefs
template<typename T , typename F , typename ... Args>
using	scoped_base = std::conditional_t< std::is_same_v< T, nngn::empty >, delegate< F, Args... >, delegate< F, T, Args... > >
template<type_list T>
using	types_first_t = typename types_first< T >::type
template<type_list T>
using	types_last_t = typename types_last< T >::type
template<type_list T>
using	type = types_first< T >
template<type_list T>
using	type_t = types_first_t< T >

Functions
auto	arg_size (const std::byte &)
auto	arg_ptr (const std::byte &b)
auto	arg_size (const Compute::Handle &t)
auto	arg_ptr (const Compute::Handle &t)
template<arithmetic T>
auto	arg_size (const T &)
auto	arg_ptr (const arithmetic auto &t)
auto	arg_size (const std::ranges::sized_range auto &r)
auto	arg_ptr (const std::ranges::range auto &r)
	NNGN_APPLY2 (C, VkBuffer, BUFFER) NNGN_IGNORE2(C
COMMAND_BUFFER	NNGN_APPLY2 (C, VkCommandPool, COMMAND_POOL) NNGN_APPLY2(C
COMMAND_BUFFER DESCRIPTOR_POOL	NNGN_IGNORE2 (C, VkDescriptorSet, DESCRIPTOR_SET) NNGN_APPLY2(C
COMMAND_BUFFER DESCRIPTOR_POOL DESCRIPTOR_SET_LAYOUT	NNGN_IGNORE2 (C, VkDeviceMemory, DEVICE_MEMORY) NNGN_APPLY2(C
COMMAND_BUFFER DESCRIPTOR_POOL DESCRIPTOR_SET_LAYOUT FENCE	NNGN_APPLY2 (C, VkFramebuffer, FRAMEBUFFER) NNGN_APPLY2(C
COMMAND_BUFFER DESCRIPTOR_POOL DESCRIPTOR_SET_LAYOUT FENCE IMAGE	NNGN_APPLY2 (C, VkImageView, IMAGE_VIEW) NNGN_IGNORE2(C
COMMAND_BUFFER DESCRIPTOR_POOL DESCRIPTOR_SET_LAYOUT FENCE IMAGE PIPELINE	NNGN_IGNORE2 (C, VkQueue, QUEUE) NNGN_APPLY2(C
COMMAND_BUFFER DESCRIPTOR_POOL DESCRIPTOR_SET_LAYOUT FENCE IMAGE PIPELINE PIPELINE_CACHE	NNGN_APPLY2 (C, VkPipelineLayout, PIPELINE_LAYOUT) NNGN_APPLY2(C
COMMAND_BUFFER DESCRIPTOR_POOL DESCRIPTOR_SET_LAYOUT FENCE IMAGE PIPELINE PIPELINE_CACHE RENDER_PASS	NNGN_APPLY2 (C, VkSampler, SAMPLER) NNGN_APPLY2(C
bool	obj_invalid (std::size_t i, std::string_view line)
std::string_view	obj_parse_line (const char *p, std::streamsize n)
bool	obj_read_vec (std::size_t line, std::string_view args, const char *name, vec3 *v)
bool	obj_read_face_indices (std::size_t line, std::string_view args, std::string_view *ps, zvec3 *pv)

Variables
	VkCommandBuffer
COMMAND_BUFFER	VkDescriptorPool
COMMAND_BUFFER DESCRIPTOR_POOL	VkDescriptorSetLayout
COMMAND_BUFFER DESCRIPTOR_POOL DESCRIPTOR_SET_LAYOUT	VkFence
COMMAND_BUFFER DESCRIPTOR_POOL DESCRIPTOR_SET_LAYOUT FENCE	VkImage
COMMAND_BUFFER DESCRIPTOR_POOL DESCRIPTOR_SET_LAYOUT FENCE IMAGE	VkPipeline
COMMAND_BUFFER DESCRIPTOR_POOL DESCRIPTOR_SET_LAYOUT FENCE IMAGE PIPELINE	VkPipelineCache
COMMAND_BUFFER DESCRIPTOR_POOL DESCRIPTOR_SET_LAYOUT FENCE IMAGE PIPELINE PIPELINE_CACHE	VkRenderPass
COMMAND_BUFFER DESCRIPTOR_POOL DESCRIPTOR_SET_LAYOUT FENCE IMAGE PIPELINE PIPELINE_CACHE RENDER_PASS	VkSemaphore
template<typename A >
static constexpr bool	has_realloc
	Checks whether an allocator supports memory relocation.
template<typename A , typename T >
static constexpr bool	has_typed_alloc
	Checks whether an allocator supports typed memory allocations.
template<typename >
constexpr bool	is_stateless_lambda = false
template<typename A >
static constexpr bool	has_realloc
	Checks whether an allocator supports memory relocation.
template<typename A , typename T >
static constexpr bool	has_typed_alloc
	Checks whether an allocator supports typed memory allocations.

Typedef Documentation

scoped_base

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

using nngn::detail::scoped_base = typedef std::conditional_t< std::is_same_v<T, nngn::empty>, delegate<F, Args...>, delegate<F, T, Args...> >

type

template<type_list T>

using nngn::detail::type = typedef types_first<T>

type_t

template<type_list T>

using nngn::detail::type_t = typedef types_first_t<T>

types_first_t

template<type_list T>

using nngn::detail::types_first_t = typedef typename types_first<T>::type

types_last_t

template<type_list T>

using nngn::detail::types_last_t = typedef typename types_last<T>::type

Function Documentation

arg_ptr() [1/4]

auto nngn::detail::arg_ptr

(

const arithmetic auto &

t

)

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arg_ptr() [2/4]

auto nngn::detail::arg_ptr ( const Compute::Handle &  t )

inline

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arg_ptr() [3/4]

auto nngn::detail::arg_ptr ( const std::byte &  b )

inline

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arg_ptr() [4/4]

auto nngn::detail::arg_ptr

(

const std::ranges::range auto &

r

)

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arg_size() [1/4]

auto nngn::detail::arg_size ( const Compute::Handle &  t )

inline

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arg_size() [2/4]

auto nngn::detail::arg_size ( const std::byte &  )

inline

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arg_size() [3/4]

auto nngn::detail::arg_size

(

const std::ranges::sized_range auto &

r

)

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arg_size() [4/4]

template<arithmetic T>

auto nngn::detail::arg_size

(

const T &

)

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NNGN_APPLY2() [1/6]

nngn::detail::NNGN_APPLY2	(	C	,
		VkBuffer	,
		BUFFER
	)

NNGN_APPLY2() [2/6]

COMMAND_BUFFER nngn::detail::NNGN_APPLY2	(	C	,
		VkCommandPool	,
		COMMAND_POOL
	)

NNGN_APPLY2() [3/6]

COMMAND_BUFFER DESCRIPTOR_POOL DESCRIPTOR_SET_LAYOUT FENCE nngn::detail::NNGN_APPLY2	(	C	,
		VkFramebuffer	,
		FRAMEBUFFER
	)

NNGN_APPLY2() [4/6]

COMMAND_BUFFER DESCRIPTOR_POOL DESCRIPTOR_SET_LAYOUT FENCE IMAGE nngn::detail::NNGN_APPLY2	(	C	,
		VkImageView	,
		IMAGE_VIEW
	)

NNGN_APPLY2() [5/6]

COMMAND_BUFFER DESCRIPTOR_POOL DESCRIPTOR_SET_LAYOUT FENCE IMAGE PIPELINE PIPELINE_CACHE nngn::detail::NNGN_APPLY2	(	C	,
		VkPipelineLayout	,
		PIPELINE_LAYOUT
	)

NNGN_APPLY2() [6/6]

COMMAND_BUFFER DESCRIPTOR_POOL DESCRIPTOR_SET_LAYOUT FENCE IMAGE PIPELINE PIPELINE_CACHE RENDER_PASS nngn::detail::NNGN_APPLY2	(	C	,
		VkSampler	,
		SAMPLER
	)

NNGN_IGNORE2() [1/3]

COMMAND_BUFFER DESCRIPTOR_POOL nngn::detail::NNGN_IGNORE2	(	C	,
		VkDescriptorSet	,
		DESCRIPTOR_SET
	)

NNGN_IGNORE2() [2/3]

COMMAND_BUFFER DESCRIPTOR_POOL DESCRIPTOR_SET_LAYOUT nngn::detail::NNGN_IGNORE2	(	C	,
		VkDeviceMemory	,
		DEVICE_MEMORY
	)

NNGN_IGNORE2() [3/3]

COMMAND_BUFFER DESCRIPTOR_POOL DESCRIPTOR_SET_LAYOUT FENCE IMAGE PIPELINE nngn::detail::NNGN_IGNORE2	(	C	,
		VkQueue	,
		QUEUE
	)

obj_invalid()

bool nngn::detail::obj_invalid	(	std::size_t	i,
		std::string_view	line
	)

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obj_parse_line()

std::string_view nngn::detail::obj_parse_line	(	const char *	p,
		std::streamsize	n
	)

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obj_read_face_indices()

bool nngn::detail::obj_read_face_indices	(	std::size_t	line,
		std::string_view	args,
		std::string_view *	ps,
		zvec3 *	pv
	)

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obj_read_vec()

bool nngn::detail::obj_read_vec	(	std::size_t	line,
		std::string_view	args,
		const char *	name,
		vec3 *	v
	)

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Variable Documentation

has_realloc [1/2]

template<typename A >

constexpr bool nngn::detail::has_realloc

staticconstexpr

Initial value:

=
    requires(A a, typename A::pointer p, std::size_t n) {
        a.reallocate(p, n);
    }

Checks whether an allocator supports memory relocation.

Allocators use this check to conditionally support this operation themselves when the base allocator does.

has_realloc [2/2]

template<typename A >

constexpr bool nngn::detail::has_realloc

staticconstexpr

Initial value:

=
    requires(A a, typename A::pointer p, std::size_t n) {
        a.reallocate(p, n);
    }

Checks whether an allocator supports memory relocation.

Allocators use this check to conditionally support this operation themselves when the base allocator does.

has_typed_alloc [1/2]

template<typename A , typename T >

constexpr bool nngn::detail::has_typed_alloc

staticconstexpr

Initial value:

=
    requires(A a, typename A::pointer p, std::size_t n, T t) {
        a.allocate(p, n, t);
    }

Checks whether an allocator supports typed memory allocations.

Allocators use this check to conditionally support this operation themselves when the base allocator does.

has_typed_alloc [2/2]

template<typename A , typename T >

constexpr bool nngn::detail::has_typed_alloc

staticconstexpr

Initial value:

=
    requires(A a, typename A::pointer p, std::size_t n, T t) {
        a.allocate(p, n, t);
    }

Checks whether an allocator supports typed memory allocations.

Allocators use this check to conditionally support this operation themselves when the base allocator does.

is_stateless_lambda

template<typename >

constexpr bool nngn::detail::is_stateless_lambda = false

inlineconstexpr

VkCommandBuffer

nngn::detail::VkCommandBuffer

VkDescriptorPool

COMMAND_BUFFER nngn::detail::VkDescriptorPool

VkDescriptorSetLayout

COMMAND_BUFFER DESCRIPTOR_POOL nngn::detail::VkDescriptorSetLayout

VkFence

COMMAND_BUFFER DESCRIPTOR_POOL DESCRIPTOR_SET_LAYOUT nngn::detail::VkFence

VkImage

COMMAND_BUFFER DESCRIPTOR_POOL DESCRIPTOR_SET_LAYOUT FENCE nngn::detail::VkImage

VkPipeline

COMMAND_BUFFER DESCRIPTOR_POOL DESCRIPTOR_SET_LAYOUT FENCE IMAGE nngn::detail::VkPipeline

VkPipelineCache

COMMAND_BUFFER DESCRIPTOR_POOL DESCRIPTOR_SET_LAYOUT FENCE IMAGE PIPELINE nngn::detail::VkPipelineCache

VkRenderPass

COMMAND_BUFFER DESCRIPTOR_POOL DESCRIPTOR_SET_LAYOUT FENCE IMAGE PIPELINE PIPELINE_CACHE nngn::detail::VkRenderPass

VkSemaphore

COMMAND_BUFFER DESCRIPTOR_POOL DESCRIPTOR_SET_LAYOUT FENCE IMAGE PIPELINE PIPELINE_CACHE RENDER_PASS nngn::detail::VkSemaphore