A logical render device, used for resource creation and global operations. More...

#include <reshade_api_device.hpp>

Inheritance diagram for reshade::api::device:

Public Member Functions
virtual device_api	get_api () const =0
	Gets the underlying graphics API used by this device. More...

virtual bool	check_capability (device_caps capability) const =0
	Checks whether the device supports the specified capability . More...

virtual bool	check_format_support (format format, resource_usage usage) const =0
	Checks whether the specified texture format supports the specified usage . More...

virtual bool	create_sampler (const sampler_desc &desc, sampler *out_sampler)=0
	Creates a new sampler state object. More...

virtual void	destroy_sampler (sampler sampler)=0
	Instantly destroys a sampler that was previously created via create_sampler. More...

virtual bool	create_resource (const resource_desc &desc, const subresource_data initial_data, resource_usage initial_state, resource out_resource, void **shared_handle=nullptr)=0
	Allocates and creates a new resource. More...

virtual void	destroy_resource (resource resource)=0
	Instantly destroys a resource that was previously created via create_resource and frees its memory. Make sure the resource is no longer in use on the GPU (via any command list that may reference it and is still being executed) before doing this (e.g. with command_queue::wait_idle) and never try to destroy resources created by the application! More...

virtual resource_desc	get_resource_desc (resource resource) const =0
	Gets the description of the specified resource. More...

virtual bool	create_resource_view (resource resource, resource_usage usage_type, const resource_view_desc &desc, resource_view *out_view)=0
	Creates a new resource view for the specified resource . More...

virtual void	destroy_resource_view (resource_view view)=0
	Instantly destroys a resource view that was previously created via create_resource_view. More...

virtual resource	get_resource_from_view (resource_view view) const =0
	Gets the handle to the underlying resource the specified resource view was created for. More...

virtual resource_view_desc	get_resource_view_desc (resource_view view) const =0
	Gets the description of the specified resource view. More...

virtual bool	map_buffer_region (resource resource, uint64_t offset, uint64_t size, map_access access, void **out_data)=0
	Maps the memory of a buffer resource into application address space. More...

virtual void	unmap_buffer_region (resource resource)=0
	Unmaps a previously mapped buffer resource. More...

virtual bool	map_texture_region (resource resource, uint32_t subresource, const subresource_box box, map_access access, subresource_data out_data)=0
	Maps the memory of a texture resource into application address space. More...

virtual void	unmap_texture_region (resource resource, uint32_t subresource)=0
	Unmaps a previously mapped texture resource. More...

virtual void	update_buffer_region (const void *data, resource resource, uint64_t offset, uint64_t size)=0
	Uploads data to a buffer resource. More...

virtual void	update_texture_region (const subresource_data &data, resource resource, uint32_t subresource, const subresource_box *box=nullptr)=0
	Uploads data to a texture resource. More...

virtual bool	create_pipeline (pipeline_layout layout, uint32_t subobject_count, const pipeline_subobject subobjects, pipeline out_pipeline)=0
	Creates a new pipeline state object. More...

virtual void	destroy_pipeline (pipeline pipeline)=0
	Instantly destroys a pipeline state object that was previously created via create_pipeline. More...

virtual bool	create_pipeline_layout (uint32_t param_count, const pipeline_layout_param params, pipeline_layout out_layout)=0
	Creates a new pipeline layout. More...

virtual void	destroy_pipeline_layout (pipeline_layout layout)=0
	Instantly destroys a pipeline layout that was previously created via create_pipeline_layout. More...

bool	allocate_descriptor_table (pipeline_layout layout, uint32_t param, descriptor_table *out_table)
	Allocates a descriptor table from an internal descriptor heap. More...

virtual bool	allocate_descriptor_tables (uint32_t count, pipeline_layout layout, uint32_t param, descriptor_table *out_tables)=0
	Allocates one or more descriptor tables from an internal descriptor heap. More...

void	free_descriptor_table (descriptor_table table)
	Frees a descriptor table that was previously allocated via allocate_descriptor_table. More...

virtual void	free_descriptor_tables (uint32_t count, const descriptor_table *tables)=0
	Frees one or more descriptor tables that were previously allocated via allocate_descriptor_tables. More...

virtual void	get_descriptor_heap_offset (descriptor_table table, uint32_t binding, uint32_t array_offset, descriptor_heap out_heap, uint32_t out_offset) const =0
	Gets the offset (in descriptors) of the specified binding in the underlying descriptor heap of a descriptor table. More...

void	copy_descriptors (const descriptor_table_copy &copy)
	Copies the contents of a descriptor table to another descriptor table. More...

virtual void	copy_descriptor_tables (uint32_t count, const descriptor_table_copy *copies)=0
	Copies the contents between multiple descriptor tables. More...

void	update_descriptors (const descriptor_table_update &update)
	Updates the contents of a descriptor table with the specified descriptors. More...

virtual void	update_descriptor_tables (uint32_t count, const descriptor_table_update *updates)=0
	Updates the contents of multiple descriptor tables with the specified descriptors. More...

virtual bool	create_query_heap (query_type type, uint32_t size, query_heap *out_heap)=0
	Creates a new query heap. More...

virtual void	destroy_query_heap (query_heap heap)=0
	Instantly destroys a query heap that was previously created via create_query_heap. More...

virtual bool	get_query_heap_results (query_heap heap, uint32_t first, uint32_t count, void *results, uint32_t stride)=0
	Gets the results of queries in a query heap. More...

virtual void	set_resource_name (resource resource, const char *name)=0
	Associates a name with a resource, for easier debugging in external tools. More...

virtual void	set_resource_view_name (resource_view view, const char *name)=0
	Associates a name with a resource view, for easier debugging in external tools. More...

virtual bool	create_fence (uint64_t initial_value, fence_flags flags, fence out_fence, void *shared_handle=nullptr)=0
	Creates a new fence synchronization object. More...

virtual void	destroy_fence (fence fence)=0
	Instantly destroys a fence that was previously created via create_fence. More...

virtual uint64_t	get_completed_fence_value (fence fence) const =0
	Gets the current value of the specified fence. More...

virtual bool	wait (fence fence, uint64_t value, uint64_t timeout=UINT64_MAX)=0
	Wait until the specified fence reached the specified value. More...

virtual bool	signal (fence fence, uint64_t value)=0
	Updates the specified fence to the specified value. More...

virtual bool	get_property (device_properties property, void *data) const =0
	Gets data for a property of this device. More...

virtual uint64_t	get_resource_view_gpu_address (resource_view view) const =0
	Gets the GPU address for a resource view. More...

virtual void	get_acceleration_structure_size (acceleration_structure_type type, acceleration_structure_build_flags flags, uint32_t input_count, const acceleration_structure_build_input inputs, uint64_t out_size, uint64_t out_build_scratch_size, uint64_t out_update_scratch_size) const =0
	Gets the required acceleration structure size needed to build the specified data. More...

virtual bool	get_pipeline_shader_group_handles (pipeline pipeline, uint32_t first, uint32_t count, void *out_handles)=0
	Gets the shader group handles for a ray tracing pipeline, to be put into a shader binding table. More...

Public Member Functions inherited from reshade::api::api_object
virtual uint64_t	get_native () const =0
	Gets the underlying native object for this API object. More...

virtual void	get_private_data (const uint8_t guid[16], uint64_t *data) const =0
	Gets a user-defined 64-bit value from the object that was previously set via set_private_data, or zero if none associated with the specified guid exists. More...

virtual void	set_private_data (const uint8_t guid[16], const uint64_t data)=0
	Stores a user-defined 64-bit value in the object and associates it with the specified guid . More...

template<typename T >
T &	get_private_data () const
	Gets a reference to user-defined data from the object that was previously allocated via create_private_data. More...

template<typename T , typename... Args>
T &	create_private_data (Args &&... args)
	Allocates user-defined data and stores it in the object. More...

template<typename T >
void	destroy_private_data ()
	Frees user-defined data that was previously allocated via create_private_data. More...

Detailed Description

A logical render device, used for resource creation and global operations.

Functionally equivalent to a 'IDirect3DDevice9', 'ID3D10Device', 'ID3D11Device', 'ID3D12Device', 'HGLRC' or 'VkDevice'.

This class is safe to use concurrently from multiple threads in D3D10+ and Vulkan.

Member Function Documentation

◆ allocate_descriptor_table()

bool reshade::api::device::allocate_descriptor_table	(	pipeline_layout	layout,
		uint32_t	param,
		descriptor_table *	out_table
	)

inline

Allocates a descriptor table from an internal descriptor heap.

Parameters

layout	Pipeline layout that contains a parameter that describes the descriptor table.
param	Index of the pipeline layout parameter that describes the descriptor table.
out_table	Pointer to a a variable that is set to the handles of the created descriptor table.

Returns: true if the descriptor table was successfully allocated, false otherwise (in this case out_table is set to zeroe).

◆ allocate_descriptor_tables()

virtual bool reshade::api::device::allocate_descriptor_tables	(	uint32_t	count,
		pipeline_layout	layout,
		uint32_t	param,
		descriptor_table *	out_tables
	)

pure virtual

Allocates one or more descriptor tables from an internal descriptor heap.

Parameters

count	Number of descriptor tables to allocate.
layout	Pipeline layout that contains a parameter that describes the descriptor tables.
param	Index of the pipeline layout parameter that describes the descriptor tables.
out_tables	Pointer to the first element of an array of handles with at least count elements that is filled with the handles of the created descriptor tables.

Returns: true if the descriptor tables were successfully allocated, false otherwise (in this case out_tables is filled with zeroes).

◆ check_capability()

virtual bool reshade::api::device::check_capability ( device_caps capability ) const

pure virtual

Checks whether the device supports the specified capability .

◆ check_format_support()

virtual bool reshade::api::device::check_format_support	(	format	format,
		resource_usage	usage
	)		const

pure virtual

Checks whether the specified texture format supports the specified usage .

◆ copy_descriptor_tables()

virtual void reshade::api::device::copy_descriptor_tables	(	uint32_t	count,
		const descriptor_table_copy *	copies
	)

pure virtual

Copies the contents between multiple descriptor tables.

Parameters

count	Number of copies to process.
copies	Pointer to the first element of an array of descriptor table copies to process.

◆ copy_descriptors()

void reshade::api::device::copy_descriptors ( const descriptor_table_copy & copy )

inline

Copies the contents of a descriptor table to another descriptor table.

Parameters

copy	Descriptor table copy to process.

◆ create_fence()

virtual bool reshade::api::device::create_fence	(	uint64_t	initial_value,
		fence_flags	flags,
		fence *	out_fence,
		void **	shared_handle = `nullptr`
	)

pure virtual

Creates a new fence synchronization object.

Parameters

initial_value	The initial value for the fence.
flags	Fence creation options.
out_fence	Pointer to a variable that is set to the handle of the created fence.
shared_handle	Optional pointer to a variable of type `HANDLE` used when flags contains fence_flags::shared. When that variable is a `nullptr`, it is set to the exported shared handle of the created fence. When that variable is a valid handle, the fence is imported from that shared handle.

Returns: true if the fence was successfully created, false otherwise (in this case out_fence is set to zero).

◆ create_pipeline()

virtual bool reshade::api::device::create_pipeline	(	pipeline_layout	layout,
		uint32_t	subobject_count,
		const pipeline_subobject *	subobjects,
		pipeline *	out_pipeline
	)

pure virtual

Creates a new pipeline state object.

Parameters

layout	Pipeline layout to use.
subobject_count	Number of sub-objects.
subobjects	Pointer to the first element of an array of sub-objects that describe this pipeline.
out_pipeline	Pointer to a variable that is set to the handle of the created pipeline state object.

Returns: true if the pipeline state object was successfully created, false otherwise (in this case out_pipeline is set to zero).

◆ create_pipeline_layout()

virtual bool reshade::api::device::create_pipeline_layout	(	uint32_t	param_count,
		const pipeline_layout_param *	params,
		pipeline_layout *	out_layout
	)

pure virtual

Creates a new pipeline layout.

Parameters

param_count	Number of layout parameters.
params	Pointer to the first element of an array of layout parameters that describe this pipeline layout.
out_layout	Pointer to a variable that is set to the handle of the created pipeline layout.

Returns: true if the pipeline layout was successfully created, false otherwise (in this case out_layout is set to zero).

◆ create_query_heap()

virtual bool reshade::api::device::create_query_heap	(	query_type	type,
		uint32_t	size,
		query_heap *	out_heap
	)

pure virtual

Creates a new query heap.

Parameters

type	Type of queries that will be used with this query heap.
size	Number of queries to allocate in the query heap.
out_heap	Pointer to a variable that is set to the handle of the created query heap.

Returns: true if the query heap was successfully created, false otherwise (in this case out_heap is set to zero).

◆ create_resource()

virtual bool reshade::api::device::create_resource	(	const resource_desc &	desc,
		const subresource_data *	initial_data,
		resource_usage	initial_state,
		resource *	out_resource,
		void **	shared_handle = `nullptr`
	)

pure virtual

Allocates and creates a new resource.

Parameters

desc	Description of the resource to create.
initial_data	Optional data to upload to the resource after creation. This should point to an array of mapped_subresource, one for each subresource (mipmap levels and array layers). Can be `nullptr` to indicate no initial data to upload.
initial_state	Initial state of the resource after creation. This can later be changed via command_list::barrier. It should also be part of the resource_desc::usage flags of the description.
out_resource	Pointer to a variable that is set to the handle of the created resource.
shared_handle	Optional pointer to a variable of type `HANDLE` used when resource_desc::flags contains resource_flags::shared. When that variable is a `nullptr`, it is set to the exported shared handle of the created resource. When that variable is a valid handle, the resource is imported from that shared handle.

Returns: true if the resource was successfully created, false otherwise (in this case out_resource is set to zero).

◆ create_resource_view()

virtual bool reshade::api::device::create_resource_view	(	resource	resource,
		resource_usage	usage_type,
		const resource_view_desc &	desc,
		resource_view *	out_view
	)

pure virtual

Creates a new resource view for the specified resource .

Parameters

resource	Resource to create the view to.
usage_type	Usage type of the resource view to create. Set to resource_usage::shader_resource to create a shader resource view, resource_usage::depth_stencil for a depth-stencil view, resource_usage::render_target for a render target etc.
desc	Description of the resource view to create.
out_view	Pointer to a variable that is set to the handle of the created resource view.

Returns: true if the resource view was successfully created, false otherwise (in this case out_view is set to zero).

◆ create_sampler()

virtual bool reshade::api::device::create_sampler	(	const sampler_desc &	desc,
		sampler *	out_sampler
	)

pure virtual

Creates a new sampler state object.

Parameters

desc	Description of the sampler to create.
out_sampler	Pointer to a variable that is set to the handle of the created sampler.

Returns: true if the sampler was successfully created, false otherwise (in this case out_sampler is set to zero).

◆ destroy_fence()

virtual void reshade::api::device::destroy_fence ( fence fence )

pure virtual

Instantly destroys a fence that was previously created via create_fence.

◆ destroy_pipeline()

virtual void reshade::api::device::destroy_pipeline ( pipeline pipeline )

pure virtual

Instantly destroys a pipeline state object that was previously created via create_pipeline.

◆ destroy_pipeline_layout()

virtual void reshade::api::device::destroy_pipeline_layout ( pipeline_layout layout )

pure virtual

Instantly destroys a pipeline layout that was previously created via create_pipeline_layout.

◆ destroy_query_heap()

virtual void reshade::api::device::destroy_query_heap ( query_heap heap )

pure virtual

Instantly destroys a query heap that was previously created via create_query_heap.

◆ destroy_resource()

virtual void reshade::api::device::destroy_resource ( resource resource )

pure virtual

Instantly destroys a resource that was previously created via create_resource and frees its memory. Make sure the resource is no longer in use on the GPU (via any command list that may reference it and is still being executed) before doing this (e.g. with command_queue::wait_idle) and never try to destroy resources created by the application!

◆ destroy_resource_view()

virtual void reshade::api::device::destroy_resource_view ( resource_view view )

pure virtual

Instantly destroys a resource view that was previously created via create_resource_view.

◆ destroy_sampler()

virtual void reshade::api::device::destroy_sampler ( sampler sampler )

pure virtual

Instantly destroys a sampler that was previously created via create_sampler.

◆ free_descriptor_table()

void reshade::api::device::free_descriptor_table ( descriptor_table table )

inline

Frees a descriptor table that was previously allocated via allocate_descriptor_table.

◆ free_descriptor_tables()

virtual void reshade::api::device::free_descriptor_tables	(	uint32_t	count,
		const descriptor_table *	tables
	)

pure virtual

Frees one or more descriptor tables that were previously allocated via allocate_descriptor_tables.

◆ get_acceleration_structure_size()

virtual void reshade::api::device::get_acceleration_structure_size	(	acceleration_structure_type	type,
		acceleration_structure_build_flags	flags,
		uint32_t	input_count,
		const acceleration_structure_build_input *	inputs,
		uint64_t *	out_size,
		uint64_t *	out_build_scratch_size,
		uint64_t *	out_update_scratch_size
	)		const

pure virtual

Gets the required acceleration structure size needed to build the specified data.

See also: device_caps::ray_tracing

Parameters

type	Type of the acceleration structure.
flags	Acceleration structure build options.
input_count	Number of build inputs.
inputs	Pointer to the first element of an array of build inputs describing the geometry of the acceleration structure.
out_size	Pointer to a variable that is set to the required buffer size for the acceleration structure.
out_build_scratch_size	Pointer to a variable that is set to the required scratch buffer size for building the acceleration structure.
out_update_scratch_size	Pointer to a variable that is set to the required scratch buffer size for updating the acceleration structure.

◆ get_api()

virtual device_api reshade::api::device::get_api ( ) const

pure virtual

Gets the underlying graphics API used by this device.

◆ get_completed_fence_value()

virtual uint64_t reshade::api::device::get_completed_fence_value ( fence fence ) const

pure virtual

Gets the current value of the specified fence.

◆ get_descriptor_heap_offset()

virtual void reshade::api::device::get_descriptor_heap_offset	(	descriptor_table	table,
		uint32_t	binding,
		uint32_t	array_offset,
		descriptor_heap *	out_heap,
		uint32_t *	out_offset
	)		const

pure virtual

Gets the offset (in descriptors) of the specified binding in the underlying descriptor heap of a descriptor table.

Parameters

table	Descriptor table to get the offset from.
binding	Binding in the descriptor table to get the offset from.
array_offset	Array index in the specified binding .
out_heap	Pointer to a variable that is set to the handle of the underlying descriptor heap the table was allocated from.
out_offset	Pointer to a variable that is set to the offset of the binding in the underlying descriptor heap.

◆ get_pipeline_shader_group_handles()

virtual bool reshade::api::device::get_pipeline_shader_group_handles	(	pipeline	pipeline,
		uint32_t	first,
		uint32_t	count,
		void *	out_handles
	)

pure virtual

Gets the shader group handles for a ray tracing pipeline, to be put into a shader binding table.

See also: device_caps::ray_tracing

Parameters

pipeline	Ray tracing pipeline to query.
first	Index of the first shader group in the pipeline_subobject_type::shader_groups array that was used to create the pipeline.
count	Number of shader groups to get handles for.
out_handles	Pointer to the first element of an array (with elements of the size reported by device_properties::shader_group_handle_size) that is filled with the handles.

Returns: true if the shader group handles were successfully retrieved, false otherwise.

◆ get_property()

virtual bool reshade::api::device::get_property	(	device_properties	property,
		void *	data
	)		const

pure virtual

Gets data for a property of this device.

Parameters

property	Property to query.
data	Pointer to a variable that is set to the value of the property. The necessary data type is documented at the device_properties enumeration.

Returns: true if the property exists and was retrieved, false otherwise.

◆ get_query_heap_results()

virtual bool reshade::api::device::get_query_heap_results	(	query_heap	heap,
		uint32_t	first,
		uint32_t	count,
		void *	results,
		uint32_t	stride
	)

pure virtual

Gets the results of queries in a query heap.

Parameters

heap	Query heap that contains the queries.
first	Index of the first query in the query heap to copy the results from.
count	Number of query results to copy.
results	Pointer to the first element of an array that is filled with the results. The necessary data type is documented at the query_type enumeration.
stride	Size (in bytes) of each element in the results array.

Returns: true if the query results were successfully downloaded from the GPU, false otherwise.

◆ get_resource_desc()

virtual resource_desc reshade::api::device::get_resource_desc ( resource resource ) const

pure virtual

Gets the description of the specified resource.

◆ get_resource_from_view()

virtual resource reshade::api::device::get_resource_from_view ( resource_view view ) const

pure virtual

Gets the handle to the underlying resource the specified resource view was created for.

Resource views may be created without a resource in D3D12, which is used to initialize a null descriptor (reading zeroes, writes are discarded). This may therefore return zero for such views.

◆ get_resource_view_desc()

virtual resource_view_desc reshade::api::device::get_resource_view_desc ( resource_view view ) const

pure virtual

Gets the description of the specified resource view.

◆ get_resource_view_gpu_address()

virtual uint64_t reshade::api::device::get_resource_view_gpu_address ( resource_view view ) const

pure virtual

Gets the GPU address for a resource view.

Parameters

view	Resource view to query.

Returns: GPU address of the resource view, or zero in case of failure or when no fixed GPU address exists.

◆ map_buffer_region()

virtual bool reshade::api::device::map_buffer_region	(	resource	resource,
		uint64_t	offset,
		uint64_t	size,
		map_access	access,
		void **	out_data
	)

pure virtual

Maps the memory of a buffer resource into application address space.

Parameters

resource	Buffer resource to map to host memory.
offset	Offset (in bytes) into the buffer resource to start mapping.
size	Number of bytes to map. Set to -1 (UINT64_MAX) to indicate that the entire buffer should be mapped.
access	Hint on how the returned data pointer will be accessed.
out_data	Pointer to a variable that is set to a pointer to the memory of the buffer resource.

Returns: true if the memory of the buffer resource was successfully mapped, false otherwise (in this case out_data is set to nullptr).

◆ map_texture_region()

virtual bool reshade::api::device::map_texture_region	(	resource	resource,
		uint32_t	subresource,
		const subresource_box *	box,
		map_access	access,
		subresource_data *	out_data
	)

pure virtual

Maps the memory of a texture resource into application address space.

Parameters

resource	Texture resource to map to host memory.
subresource	Index of the subresource to map (`level + (layer * levels)`).
box	Optional 3D box (or `nullptr` to reference the entire subresource) that defines the region in the resource to map.
access	Hint on how the returned data pointer will be accessed.
out_data	Pointer to a variable that is set to a pointer to the memory of the texture resource and optionally the row and slice pitch of that data (depending on the resource type).

Returns: true if the memory of the texture resource was successfully mapped, false otherwise (in this case out_data is set to nullptr).

◆ set_resource_name()

virtual void reshade::api::device::set_resource_name	(	resource	resource,
		const char *	name
	)

pure virtual

Associates a name with a resource, for easier debugging in external tools.

Parameters

resource	Resource to associate a name with.
name	Null-terminated name string.

◆ set_resource_view_name()

virtual void reshade::api::device::set_resource_view_name	(	resource_view	view,
		const char *	name
	)

pure virtual

Associates a name with a resource view, for easier debugging in external tools.

Parameters

view	Resource view to associate a name with.
name	Null-terminated name string.

◆ signal()

virtual bool reshade::api::device::signal	(	fence	fence,
		uint64_t	value
	)

pure virtual

Updates the specified fence to the specified value.

Parameters

fence	Fence to update.
value	Value the fence should be set to.

Returns: true if the signal operation was successful, false otherwise.

◆ unmap_buffer_region()

virtual void reshade::api::device::unmap_buffer_region ( resource resource )

pure virtual

Unmaps a previously mapped buffer resource.

Parameters

resource Buffer resource to unmap from host memory.

◆ unmap_texture_region()

virtual void reshade::api::device::unmap_texture_region	(	resource	resource,
		uint32_t	subresource
	)

pure virtual

Unmaps a previously mapped texture resource.

Parameters

resource	Texture resource to unmap from host memory.
subresource	Index of the subresource to unmap (`level + (layer * levels)`).

◆ update_buffer_region()

virtual void reshade::api::device::update_buffer_region	(	const void *	data,
		resource	resource,
		uint64_t	offset,
		uint64_t	size
	)

pure virtual

Uploads data to a buffer resource.

Parameters

data	Pointer to the data to upload.
resource	Buffer resource to upload to.
offset	Offset (in bytes) into the buffer resource to start uploading to.
size	Number of bytes to upload.

◆ update_descriptor_tables()

virtual void reshade::api::device::update_descriptor_tables	(	uint32_t	count,
		const descriptor_table_update *	updates
	)

pure virtual

Updates the contents of multiple descriptor tables with the specified descriptors.

Parameters

count	Number of updates to process.
updates	Pointer to the first element of an array of descriptor table updates to process.

◆ update_descriptors()

void reshade::api::device::update_descriptors ( const descriptor_table_update & update )

inline

Updates the contents of a descriptor table with the specified descriptors.

Parameters

update Descriptor table update to process.

◆ update_texture_region()

virtual void reshade::api::device::update_texture_region	(	const subresource_data &	data,
		resource	resource,
		uint32_t	subresource,
		const subresource_box *	box = `nullptr`
	)

pure virtual

Uploads data to a texture resource.

Parameters

data	Pointer to the data to upload.
resource	Texture resource to upload to.
subresource	Index of the subresource to upload to (`level + (layer * levels)`).
box	Optional 3D box (or `nullptr` to reference the entire subresource) that defines the region in the resource to upload to.

◆ wait()

virtual bool reshade::api::device::wait	(	fence	fence,
		uint64_t	value,
		uint64_t	timeout = `UINT64_MAX`
	)

pure virtual

Wait until the specified fence reached the specified value.

Parameters

fence	Fence to wait on.
value	Value the fence has to each or exceed.
timeout	Return early after the specified time in nanoseconds, or set to UINT64_MAX to never time out.

Returns: true if the wait operation was successful, false otherwise.

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

include/reshade_api_device.hpp

Public Member Functions

Detailed Description

Member Function Documentation

◆ allocate_descriptor_table()

◆ allocate_descriptor_tables()

◆ check_capability()

◆ check_format_support()

◆ copy_descriptor_tables()

◆ copy_descriptors()

◆ create_fence()

◆ create_pipeline()

◆ create_pipeline_layout()

◆ create_query_heap()

◆ create_resource()

◆ create_resource_view()

◆ create_sampler()

◆ destroy_fence()

◆ destroy_pipeline()

◆ destroy_pipeline_layout()

◆ destroy_query_heap()

◆ destroy_resource()

◆ destroy_resource_view()

◆ destroy_sampler()

◆ free_descriptor_table()

◆ free_descriptor_tables()

◆ get_acceleration_structure_size()

◆ get_api()

◆ get_completed_fence_value()

◆ get_descriptor_heap_offset()

◆ get_pipeline_shader_group_handles()

◆ get_property()

◆ get_query_heap_results()

◆ get_resource_desc()

◆ get_resource_from_view()

◆ get_resource_view_desc()

◆ get_resource_view_gpu_address()

◆ map_buffer_region()

◆ map_texture_region()

◆ set_resource_name()

◆ set_resource_view_name()

◆ signal()

◆ unmap_buffer_region()

◆ unmap_texture_region()

◆ update_buffer_region()

◆ update_descriptor_tables()

◆ update_descriptors()

◆ update_texture_region()

◆ wait()