Trait Api

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pub trait Api:
    Clone
    + Debug
    + Sized {
Show 22 associated items
    type Instance: DynInstance + Instance<A = Self>;
    type Surface: DynSurface + Surface<A = Self>;
    type Adapter: DynAdapter + Adapter<A = Self>;
    type Device: DynDevice + Device<A = Self>;
    type Queue: DynQueue + Queue<A = Self>;
    type CommandEncoder: DynCommandEncoder + CommandEncoder<A = Self>;
    type CommandBuffer: DynCommandBuffer;
    type Buffer: DynBuffer;
    type Texture: DynTexture;
    type SurfaceTexture: DynSurfaceTexture + Borrow<Self::Texture>;
    type TextureView: DynTextureView;
    type Sampler: DynSampler;
    type QuerySet: DynQuerySet;
    type Fence: DynFence;
    type BindGroupLayout: DynBindGroupLayout;
    type BindGroup: DynBindGroup;
    type PipelineLayout: DynPipelineLayout;
    type ShaderModule: DynShaderModule;
    type RenderPipeline: DynRenderPipeline;
    type ComputePipeline: DynComputePipeline;
    type PipelineCache: DynPipelineCache;
    type AccelerationStructure: DynAccelerationStructure + 'static;
}

Required Associated Types§

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type CommandBuffer: DynCommandBuffer

This API’s command buffer type.

The only thing you can do with CommandBuffers is build them with a CommandEncoder and then pass them to Queue::submit for execution, or destroy them by passing them to CommandEncoder::reset_all.

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type Buffer: DynBuffer

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type Texture: DynTexture

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type SurfaceTexture: DynSurfaceTexture + Borrow<Self::Texture>

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type TextureView: DynTextureView

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type Sampler: DynSampler

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type QuerySet: DynQuerySet

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type Fence: DynFence

A value you can block on to wait for something to finish.

A Fence holds a monotonically increasing FenceValue. You can call Device::wait to block until a fence reaches or passes a value you choose. Queue::submit can take a Fence and a FenceValue to store in it when the submitted work is complete.

Attempting to set a fence to a value less than its current value has no effect.

Waiting on a fence returns as soon as the fence reaches or passes the requested value. This implies that, in order to reliably determine when an operation has completed, operations must finish in order of increasing fence values: if a higher-valued operation were to finish before a lower-valued operation, then waiting for the fence to reach the lower value could return before the lower-valued operation has actually finished.

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