import * as c from './ctypes.ts';
export * from './ctypes.ts';
export declare const init: (path: string) => Promise<Deno.DynamicLibrary<{
    readonly wgpuAdapterInfoFreeMembers: {
        readonly parameters: readonly [{
            readonly struct: readonly ["u64", "u64", "u64", "u64", "u64", "u64", "u64", "u64", "u64", "u64", "u64", "u64"];
        }];
        readonly result: "void";
    };
    readonly wgpuAdapterPropertiesMemoryHeapsFreeMembers: {
        readonly parameters: readonly [{
            readonly struct: readonly ["u64", "u64", "u64", "u64"];
        }];
        readonly result: "void";
    };
    readonly wgpuCreateInstance: {
        readonly parameters: readonly ["pointer"];
        readonly result: "pointer";
    };
    readonly wgpuDrmFormatCapabilitiesFreeMembers: {
        readonly parameters: readonly [{
            readonly struct: readonly ["u64", "u64", "u64", "u64"];
        }];
        readonly result: "void";
    };
    readonly wgpuGetInstanceFeatures: {
        readonly parameters: readonly ["pointer"];
        readonly result: "u32";
    };
    readonly wgpuGetProcAddress: {
        readonly parameters: readonly [{
            readonly struct: readonly ["u64", "u64"];
        }];
        readonly result: "function";
    };
    readonly wgpuSharedBufferMemoryEndAccessStateFreeMembers: {
        readonly parameters: readonly [{
            readonly struct: readonly ["u64", "u64", "u64", "u64", "u64"];
        }];
        readonly result: "void";
    };
    readonly wgpuSharedTextureMemoryEndAccessStateFreeMembers: {
        readonly parameters: readonly [{
            readonly struct: readonly ["u64", "u64", "u64", "u64", "u64"];
        }];
        readonly result: "void";
    };
    readonly wgpuSupportedFeaturesFreeMembers: {
        readonly parameters: readonly [{
            readonly struct: readonly ["u64", "u64"];
        }];
        readonly result: "void";
    };
    readonly wgpuSurfaceCapabilitiesFreeMembers: {
        readonly parameters: readonly [{
            readonly struct: readonly ["u64", "u64", "u64", "u64", "u64", "u64", "u64", "u64"];
        }];
        readonly result: "void";
    };
    readonly wgpuAdapterCreateDevice: {
        readonly parameters: readonly ["pointer", "pointer"];
        readonly result: "pointer";
    };
    readonly wgpuAdapterGetFeatures: {
        readonly parameters: readonly ["pointer", "pointer"];
        readonly result: "void";
    };
    readonly wgpuAdapterGetFormatCapabilities: {
        readonly parameters: readonly ["pointer", "u32", "pointer"];
        readonly result: "u32";
    };
    readonly wgpuAdapterGetInfo: {
        readonly parameters: readonly ["pointer", "pointer"];
        readonly result: "u32";
    };
    readonly wgpuAdapterGetInstance: {
        readonly parameters: readonly ["pointer"];
        readonly result: "pointer";
    };
    readonly wgpuAdapterGetLimits: {
        readonly parameters: readonly ["pointer", "pointer"];
        readonly result: "u32";
    };
    readonly wgpuAdapterHasFeature: {
        readonly parameters: readonly ["pointer", "u32"];
        readonly result: "u32";
    };
    readonly wgpuAdapterRequestDevice: {
        readonly parameters: readonly ["pointer", "pointer", "function", "pointer"];
        readonly result: "void";
    };
    readonly wgpuAdapterRequestDevice2: {
        readonly parameters: readonly ["pointer", "pointer", {
            readonly struct: readonly ["u64", "u64", "u64", "u64", "u64"];
        }];
        readonly result: {
            readonly struct: readonly ["u64"];
        };
    };
    readonly wgpuAdapterRequestDeviceF: {
        readonly parameters: readonly ["pointer", "pointer", {
            readonly struct: readonly ["u64", "u64", "u64", "u64"];
        }];
        readonly result: {
            readonly struct: readonly ["u64"];
        };
    };
    readonly wgpuAdapterAddRef: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuAdapterRelease: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuBindGroupSetLabel: {
        readonly parameters: readonly ["pointer", {
            readonly struct: readonly ["u64", "u64"];
        }];
        readonly result: "void";
    };
    readonly wgpuBindGroupAddRef: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuBindGroupRelease: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuBindGroupLayoutSetLabel: {
        readonly parameters: readonly ["pointer", {
            readonly struct: readonly ["u64", "u64"];
        }];
        readonly result: "void";
    };
    readonly wgpuBindGroupLayoutAddRef: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuBindGroupLayoutRelease: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuBufferDestroy: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuBufferGetConstMappedRange: {
        readonly parameters: readonly ["pointer", "usize", "usize"];
        readonly result: "pointer";
    };
    readonly wgpuBufferGetMapState: {
        readonly parameters: readonly ["pointer"];
        readonly result: "u32";
    };
    readonly wgpuBufferGetMappedRange: {
        readonly parameters: readonly ["pointer", "usize", "usize"];
        readonly result: "pointer";
    };
    readonly wgpuBufferGetSize: {
        readonly parameters: readonly ["pointer"];
        readonly result: "u64";
    };
    readonly wgpuBufferGetUsage: {
        readonly parameters: readonly ["pointer"];
        readonly result: "u64";
    };
    readonly wgpuBufferMapAsync: {
        readonly parameters: readonly ["pointer", "u64", "usize", "usize", "function", "pointer"];
        readonly result: "void";
    };
    readonly wgpuBufferMapAsync2: {
        readonly parameters: readonly ["pointer", "u64", "usize", "usize", {
            readonly struct: readonly ["u64", "u64", "u64", "u64", "u64"];
        }];
        readonly result: {
            readonly struct: readonly ["u64"];
        };
    };
    readonly wgpuBufferMapAsyncF: {
        readonly parameters: readonly ["pointer", "u64", "usize", "usize", {
            readonly struct: readonly ["u64", "u64", "u64", "u64"];
        }];
        readonly result: {
            readonly struct: readonly ["u64"];
        };
    };
    readonly wgpuBufferSetLabel: {
        readonly parameters: readonly ["pointer", {
            readonly struct: readonly ["u64", "u64"];
        }];
        readonly result: "void";
    };
    readonly wgpuBufferUnmap: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuBufferAddRef: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuBufferRelease: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuCommandBufferSetLabel: {
        readonly parameters: readonly ["pointer", {
            readonly struct: readonly ["u64", "u64"];
        }];
        readonly result: "void";
    };
    readonly wgpuCommandBufferAddRef: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuCommandBufferRelease: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuCommandEncoderBeginComputePass: {
        readonly parameters: readonly ["pointer", "pointer"];
        readonly result: "pointer";
    };
    readonly wgpuCommandEncoderBeginRenderPass: {
        readonly parameters: readonly ["pointer", "pointer"];
        readonly result: "pointer";
    };
    readonly wgpuCommandEncoderClearBuffer: {
        readonly parameters: readonly ["pointer", "pointer", "u64", "u64"];
        readonly result: "void";
    };
    readonly wgpuCommandEncoderCopyBufferToBuffer: {
        readonly parameters: readonly ["pointer", "pointer", "u64", "pointer", "u64", "u64"];
        readonly result: "void";
    };
    readonly wgpuCommandEncoderCopyBufferToTexture: {
        readonly parameters: readonly ["pointer", "pointer", "pointer", "pointer"];
        readonly result: "void";
    };
    readonly wgpuCommandEncoderCopyTextureToBuffer: {
        readonly parameters: readonly ["pointer", "pointer", "pointer", "pointer"];
        readonly result: "void";
    };
    readonly wgpuCommandEncoderCopyTextureToTexture: {
        readonly parameters: readonly ["pointer", "pointer", "pointer", "pointer"];
        readonly result: "void";
    };
    readonly wgpuCommandEncoderFinish: {
        readonly parameters: readonly ["pointer", "pointer"];
        readonly result: "pointer";
    };
    readonly wgpuCommandEncoderInjectValidationError: {
        readonly parameters: readonly ["pointer", {
            readonly struct: readonly ["u64", "u64"];
        }];
        readonly result: "void";
    };
    readonly wgpuCommandEncoderInsertDebugMarker: {
        readonly parameters: readonly ["pointer", {
            readonly struct: readonly ["u64", "u64"];
        }];
        readonly result: "void";
    };
    readonly wgpuCommandEncoderPopDebugGroup: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuCommandEncoderPushDebugGroup: {
        readonly parameters: readonly ["pointer", {
            readonly struct: readonly ["u64", "u64"];
        }];
        readonly result: "void";
    };
    readonly wgpuCommandEncoderResolveQuerySet: {
        readonly parameters: readonly ["pointer", "pointer", "u32", "u32", "pointer", "u64"];
        readonly result: "void";
    };
    readonly wgpuCommandEncoderSetLabel: {
        readonly parameters: readonly ["pointer", {
            readonly struct: readonly ["u64", "u64"];
        }];
        readonly result: "void";
    };
    readonly wgpuCommandEncoderWriteBuffer: {
        readonly parameters: readonly ["pointer", "pointer", "u64", "pointer", "u64"];
        readonly result: "void";
    };
    readonly wgpuCommandEncoderWriteTimestamp: {
        readonly parameters: readonly ["pointer", "pointer", "u32"];
        readonly result: "void";
    };
    readonly wgpuCommandEncoderAddRef: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuCommandEncoderRelease: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuComputePassEncoderDispatchWorkgroups: {
        readonly parameters: readonly ["pointer", "u32", "u32", "u32"];
        readonly result: "void";
    };
    readonly wgpuComputePassEncoderDispatchWorkgroupsIndirect: {
        readonly parameters: readonly ["pointer", "pointer", "u64"];
        readonly result: "void";
    };
    readonly wgpuComputePassEncoderEnd: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuComputePassEncoderInsertDebugMarker: {
        readonly parameters: readonly ["pointer", {
            readonly struct: readonly ["u64", "u64"];
        }];
        readonly result: "void";
    };
    readonly wgpuComputePassEncoderPopDebugGroup: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuComputePassEncoderPushDebugGroup: {
        readonly parameters: readonly ["pointer", {
            readonly struct: readonly ["u64", "u64"];
        }];
        readonly result: "void";
    };
    readonly wgpuComputePassEncoderSetBindGroup: {
        readonly parameters: readonly ["pointer", "u32", "pointer", "usize", "pointer"];
        readonly result: "void";
    };
    readonly wgpuComputePassEncoderSetLabel: {
        readonly parameters: readonly ["pointer", {
            readonly struct: readonly ["u64", "u64"];
        }];
        readonly result: "void";
    };
    readonly wgpuComputePassEncoderSetPipeline: {
        readonly parameters: readonly ["pointer", "pointer"];
        readonly result: "void";
    };
    readonly wgpuComputePassEncoderWriteTimestamp: {
        readonly parameters: readonly ["pointer", "pointer", "u32"];
        readonly result: "void";
    };
    readonly wgpuComputePassEncoderAddRef: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuComputePassEncoderRelease: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuComputePipelineGetBindGroupLayout: {
        readonly parameters: readonly ["pointer", "u32"];
        readonly result: "pointer";
    };
    readonly wgpuComputePipelineSetLabel: {
        readonly parameters: readonly ["pointer", {
            readonly struct: readonly ["u64", "u64"];
        }];
        readonly result: "void";
    };
    readonly wgpuComputePipelineAddRef: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuComputePipelineRelease: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuDeviceCreateBindGroup: {
        readonly parameters: readonly ["pointer", "pointer"];
        readonly result: "pointer";
    };
    readonly wgpuDeviceCreateBindGroupLayout: {
        readonly parameters: readonly ["pointer", "pointer"];
        readonly result: "pointer";
    };
    readonly wgpuDeviceCreateBuffer: {
        readonly parameters: readonly ["pointer", "pointer"];
        readonly result: "pointer";
    };
    readonly wgpuDeviceCreateCommandEncoder: {
        readonly parameters: readonly ["pointer", "pointer"];
        readonly result: "pointer";
    };
    readonly wgpuDeviceCreateComputePipeline: {
        readonly parameters: readonly ["pointer", "pointer"];
        readonly result: "pointer";
    };
    readonly wgpuDeviceCreateComputePipelineAsync: {
        readonly parameters: readonly ["pointer", "pointer", "function", "pointer"];
        readonly result: "void";
    };
    readonly wgpuDeviceCreateComputePipelineAsync2: {
        readonly parameters: readonly ["pointer", "pointer", {
            readonly struct: readonly ["u64", "u64", "u64", "u64", "u64"];
        }];
        readonly result: {
            readonly struct: readonly ["u64"];
        };
    };
    readonly wgpuDeviceCreateComputePipelineAsyncF: {
        readonly parameters: readonly ["pointer", "pointer", {
            readonly struct: readonly ["u64", "u64", "u64", "u64"];
        }];
        readonly result: {
            readonly struct: readonly ["u64"];
        };
    };
    readonly wgpuDeviceCreateErrorBuffer: {
        readonly parameters: readonly ["pointer", "pointer"];
        readonly result: "pointer";
    };
    readonly wgpuDeviceCreateErrorExternalTexture: {
        readonly parameters: readonly ["pointer"];
        readonly result: "pointer";
    };
    readonly wgpuDeviceCreateErrorShaderModule: {
        readonly parameters: readonly ["pointer", "pointer", {
            readonly struct: readonly ["u64", "u64"];
        }];
        readonly result: "pointer";
    };
    readonly wgpuDeviceCreateErrorTexture: {
        readonly parameters: readonly ["pointer", "pointer"];
        readonly result: "pointer";
    };
    readonly wgpuDeviceCreateExternalTexture: {
        readonly parameters: readonly ["pointer", "pointer"];
        readonly result: "pointer";
    };
    readonly wgpuDeviceCreatePipelineLayout: {
        readonly parameters: readonly ["pointer", "pointer"];
        readonly result: "pointer";
    };
    readonly wgpuDeviceCreateQuerySet: {
        readonly parameters: readonly ["pointer", "pointer"];
        readonly result: "pointer";
    };
    readonly wgpuDeviceCreateRenderBundleEncoder: {
        readonly parameters: readonly ["pointer", "pointer"];
        readonly result: "pointer";
    };
    readonly wgpuDeviceCreateRenderPipeline: {
        readonly parameters: readonly ["pointer", "pointer"];
        readonly result: "pointer";
    };
    readonly wgpuDeviceCreateRenderPipelineAsync: {
        readonly parameters: readonly ["pointer", "pointer", "function", "pointer"];
        readonly result: "void";
    };
    readonly wgpuDeviceCreateRenderPipelineAsync2: {
        readonly parameters: readonly ["pointer", "pointer", {
            readonly struct: readonly ["u64", "u64", "u64", "u64", "u64"];
        }];
        readonly result: {
            readonly struct: readonly ["u64"];
        };
    };
    readonly wgpuDeviceCreateRenderPipelineAsyncF: {
        readonly parameters: readonly ["pointer", "pointer", {
            readonly struct: readonly ["u64", "u64", "u64", "u64"];
        }];
        readonly result: {
            readonly struct: readonly ["u64"];
        };
    };
    readonly wgpuDeviceCreateSampler: {
        readonly parameters: readonly ["pointer", "pointer"];
        readonly result: "pointer";
    };
    readonly wgpuDeviceCreateShaderModule: {
        readonly parameters: readonly ["pointer", "pointer"];
        readonly result: "pointer";
    };
    readonly wgpuDeviceCreateTexture: {
        readonly parameters: readonly ["pointer", "pointer"];
        readonly result: "pointer";
    };
    readonly wgpuDeviceDestroy: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuDeviceForceLoss: {
        readonly parameters: readonly ["pointer", "u32", {
            readonly struct: readonly ["u64", "u64"];
        }];
        readonly result: "void";
    };
    readonly wgpuDeviceGetAHardwareBufferProperties: {
        readonly parameters: readonly ["pointer", "pointer", "pointer"];
        readonly result: "u32";
    };
    readonly wgpuDeviceGetAdapter: {
        readonly parameters: readonly ["pointer"];
        readonly result: "pointer";
    };
    readonly wgpuDeviceGetAdapterInfo: {
        readonly parameters: readonly ["pointer", "pointer"];
        readonly result: "u32";
    };
    readonly wgpuDeviceGetFeatures: {
        readonly parameters: readonly ["pointer", "pointer"];
        readonly result: "void";
    };
    readonly wgpuDeviceGetLimits: {
        readonly parameters: readonly ["pointer", "pointer"];
        readonly result: "u32";
    };
    readonly wgpuDeviceGetLostFuture: {
        readonly parameters: readonly ["pointer"];
        readonly result: {
            readonly struct: readonly ["u64"];
        };
    };
    readonly wgpuDeviceGetQueue: {
        readonly parameters: readonly ["pointer"];
        readonly result: "pointer";
    };
    readonly wgpuDeviceHasFeature: {
        readonly parameters: readonly ["pointer", "u32"];
        readonly result: "u32";
    };
    readonly wgpuDeviceImportSharedBufferMemory: {
        readonly parameters: readonly ["pointer", "pointer"];
        readonly result: "pointer";
    };
    readonly wgpuDeviceImportSharedFence: {
        readonly parameters: readonly ["pointer", "pointer"];
        readonly result: "pointer";
    };
    readonly wgpuDeviceImportSharedTextureMemory: {
        readonly parameters: readonly ["pointer", "pointer"];
        readonly result: "pointer";
    };
    readonly wgpuDeviceInjectError: {
        readonly parameters: readonly ["pointer", "u32", {
            readonly struct: readonly ["u64", "u64"];
        }];
        readonly result: "void";
    };
    readonly wgpuDevicePopErrorScope: {
        readonly parameters: readonly ["pointer", "function", "pointer"];
        readonly result: "void";
    };
    readonly wgpuDevicePopErrorScope2: {
        readonly parameters: readonly ["pointer", {
            readonly struct: readonly ["u64", "u64", "u64", "u64", "u64"];
        }];
        readonly result: {
            readonly struct: readonly ["u64"];
        };
    };
    readonly wgpuDevicePopErrorScopeF: {
        readonly parameters: readonly ["pointer", {
            readonly struct: readonly ["u64", "u64", "u64", "u64", "u64"];
        }];
        readonly result: {
            readonly struct: readonly ["u64"];
        };
    };
    readonly wgpuDevicePushErrorScope: {
        readonly parameters: readonly ["pointer", "u32"];
        readonly result: "void";
    };
    readonly wgpuDeviceSetLabel: {
        readonly parameters: readonly ["pointer", {
            readonly struct: readonly ["u64", "u64"];
        }];
        readonly result: "void";
    };
    readonly wgpuDeviceSetLoggingCallback: {
        readonly parameters: readonly ["pointer", "function", "pointer"];
        readonly result: "void";
    };
    readonly wgpuDeviceTick: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuDeviceValidateTextureDescriptor: {
        readonly parameters: readonly ["pointer", "pointer"];
        readonly result: "void";
    };
    readonly wgpuDeviceAddRef: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuDeviceRelease: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuExternalTextureDestroy: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuExternalTextureExpire: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuExternalTextureRefresh: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuExternalTextureSetLabel: {
        readonly parameters: readonly ["pointer", {
            readonly struct: readonly ["u64", "u64"];
        }];
        readonly result: "void";
    };
    readonly wgpuExternalTextureAddRef: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuExternalTextureRelease: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuInstanceCreateSurface: {
        readonly parameters: readonly ["pointer", "pointer"];
        readonly result: "pointer";
    };
    readonly wgpuInstanceEnumerateWGSLLanguageFeatures: {
        readonly parameters: readonly ["pointer", "pointer"];
        readonly result: "usize";
    };
    readonly wgpuInstanceHasWGSLLanguageFeature: {
        readonly parameters: readonly ["pointer", "u32"];
        readonly result: "u32";
    };
    readonly wgpuInstanceProcessEvents: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuInstanceRequestAdapter: {
        readonly parameters: readonly ["pointer", "pointer", "function", "pointer"];
        readonly result: "void";
    };
    readonly wgpuInstanceRequestAdapter2: {
        readonly parameters: readonly ["pointer", "pointer", {
            readonly struct: readonly ["u64", "u64", "u64", "u64", "u64"];
        }];
        readonly result: {
            readonly struct: readonly ["u64"];
        };
    };
    readonly wgpuInstanceRequestAdapterF: {
        readonly parameters: readonly ["pointer", "pointer", {
            readonly struct: readonly ["u64", "u64", "u64", "u64"];
        }];
        readonly result: {
            readonly struct: readonly ["u64"];
        };
    };
    readonly wgpuInstanceWaitAny: {
        readonly parameters: readonly ["pointer", "usize", "pointer", "u64"];
        readonly result: "u32";
    };
    readonly wgpuInstanceAddRef: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuInstanceRelease: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuPipelineLayoutSetLabel: {
        readonly parameters: readonly ["pointer", {
            readonly struct: readonly ["u64", "u64"];
        }];
        readonly result: "void";
    };
    readonly wgpuPipelineLayoutAddRef: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuPipelineLayoutRelease: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuQuerySetDestroy: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuQuerySetGetCount: {
        readonly parameters: readonly ["pointer"];
        readonly result: "u32";
    };
    readonly wgpuQuerySetGetType: {
        readonly parameters: readonly ["pointer"];
        readonly result: "u32";
    };
    readonly wgpuQuerySetSetLabel: {
        readonly parameters: readonly ["pointer", {
            readonly struct: readonly ["u64", "u64"];
        }];
        readonly result: "void";
    };
    readonly wgpuQuerySetAddRef: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuQuerySetRelease: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuQueueCopyExternalTextureForBrowser: {
        readonly parameters: readonly ["pointer", "pointer", "pointer", "pointer", "pointer"];
        readonly result: "void";
    };
    readonly wgpuQueueCopyTextureForBrowser: {
        readonly parameters: readonly ["pointer", "pointer", "pointer", "pointer", "pointer"];
        readonly result: "void";
    };
    readonly wgpuQueueOnSubmittedWorkDone: {
        readonly parameters: readonly ["pointer", "function", "pointer"];
        readonly result: "void";
    };
    readonly wgpuQueueOnSubmittedWorkDone2: {
        readonly parameters: readonly ["pointer", {
            readonly struct: readonly ["u64", "u64", "u64", "u64", "u64"];
        }];
        readonly result: {
            readonly struct: readonly ["u64"];
        };
    };
    readonly wgpuQueueOnSubmittedWorkDoneF: {
        readonly parameters: readonly ["pointer", {
            readonly struct: readonly ["u64", "u64", "u64", "u64"];
        }];
        readonly result: {
            readonly struct: readonly ["u64"];
        };
    };
    readonly wgpuQueueSetLabel: {
        readonly parameters: readonly ["pointer", {
            readonly struct: readonly ["u64", "u64"];
        }];
        readonly result: "void";
    };
    readonly wgpuQueueSubmit: {
        readonly parameters: readonly ["pointer", "usize", "pointer"];
        readonly result: "void";
    };
    readonly wgpuQueueWriteBuffer: {
        readonly parameters: readonly ["pointer", "pointer", "u64", "pointer", "usize"];
        readonly result: "void";
    };
    readonly wgpuQueueWriteTexture: {
        readonly parameters: readonly ["pointer", "pointer", "pointer", "usize", "pointer", "pointer"];
        readonly result: "void";
    };
    readonly wgpuQueueAddRef: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuQueueRelease: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuRenderBundleSetLabel: {
        readonly parameters: readonly ["pointer", {
            readonly struct: readonly ["u64", "u64"];
        }];
        readonly result: "void";
    };
    readonly wgpuRenderBundleAddRef: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuRenderBundleRelease: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuRenderBundleEncoderDraw: {
        readonly parameters: readonly ["pointer", "u32", "u32", "u32", "u32"];
        readonly result: "void";
    };
    readonly wgpuRenderBundleEncoderDrawIndexed: {
        readonly parameters: readonly ["pointer", "u32", "u32", "u32", "i32", "u32"];
        readonly result: "void";
    };
    readonly wgpuRenderBundleEncoderDrawIndexedIndirect: {
        readonly parameters: readonly ["pointer", "pointer", "u64"];
        readonly result: "void";
    };
    readonly wgpuRenderBundleEncoderDrawIndirect: {
        readonly parameters: readonly ["pointer", "pointer", "u64"];
        readonly result: "void";
    };
    readonly wgpuRenderBundleEncoderFinish: {
        readonly parameters: readonly ["pointer", "pointer"];
        readonly result: "pointer";
    };
    readonly wgpuRenderBundleEncoderInsertDebugMarker: {
        readonly parameters: readonly ["pointer", {
            readonly struct: readonly ["u64", "u64"];
        }];
        readonly result: "void";
    };
    readonly wgpuRenderBundleEncoderPopDebugGroup: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuRenderBundleEncoderPushDebugGroup: {
        readonly parameters: readonly ["pointer", {
            readonly struct: readonly ["u64", "u64"];
        }];
        readonly result: "void";
    };
    readonly wgpuRenderBundleEncoderSetBindGroup: {
        readonly parameters: readonly ["pointer", "u32", "pointer", "usize", "pointer"];
        readonly result: "void";
    };
    readonly wgpuRenderBundleEncoderSetIndexBuffer: {
        readonly parameters: readonly ["pointer", "pointer", "u32", "u64", "u64"];
        readonly result: "void";
    };
    readonly wgpuRenderBundleEncoderSetLabel: {
        readonly parameters: readonly ["pointer", {
            readonly struct: readonly ["u64", "u64"];
        }];
        readonly result: "void";
    };
    readonly wgpuRenderBundleEncoderSetPipeline: {
        readonly parameters: readonly ["pointer", "pointer"];
        readonly result: "void";
    };
    readonly wgpuRenderBundleEncoderSetVertexBuffer: {
        readonly parameters: readonly ["pointer", "u32", "pointer", "u64", "u64"];
        readonly result: "void";
    };
    readonly wgpuRenderBundleEncoderAddRef: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuRenderBundleEncoderRelease: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuRenderPassEncoderBeginOcclusionQuery: {
        readonly parameters: readonly ["pointer", "u32"];
        readonly result: "void";
    };
    readonly wgpuRenderPassEncoderDraw: {
        readonly parameters: readonly ["pointer", "u32", "u32", "u32", "u32"];
        readonly result: "void";
    };
    readonly wgpuRenderPassEncoderDrawIndexed: {
        readonly parameters: readonly ["pointer", "u32", "u32", "u32", "i32", "u32"];
        readonly result: "void";
    };
    readonly wgpuRenderPassEncoderDrawIndexedIndirect: {
        readonly parameters: readonly ["pointer", "pointer", "u64"];
        readonly result: "void";
    };
    readonly wgpuRenderPassEncoderDrawIndirect: {
        readonly parameters: readonly ["pointer", "pointer", "u64"];
        readonly result: "void";
    };
    readonly wgpuRenderPassEncoderEnd: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuRenderPassEncoderEndOcclusionQuery: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuRenderPassEncoderExecuteBundles: {
        readonly parameters: readonly ["pointer", "usize", "pointer"];
        readonly result: "void";
    };
    readonly wgpuRenderPassEncoderInsertDebugMarker: {
        readonly parameters: readonly ["pointer", {
            readonly struct: readonly ["u64", "u64"];
        }];
        readonly result: "void";
    };
    readonly wgpuRenderPassEncoderMultiDrawIndexedIndirect: {
        readonly parameters: readonly ["pointer", "pointer", "u64", "u32", "pointer", "u64"];
        readonly result: "void";
    };
    readonly wgpuRenderPassEncoderMultiDrawIndirect: {
        readonly parameters: readonly ["pointer", "pointer", "u64", "u32", "pointer", "u64"];
        readonly result: "void";
    };
    readonly wgpuRenderPassEncoderPixelLocalStorageBarrier: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuRenderPassEncoderPopDebugGroup: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuRenderPassEncoderPushDebugGroup: {
        readonly parameters: readonly ["pointer", {
            readonly struct: readonly ["u64", "u64"];
        }];
        readonly result: "void";
    };
    readonly wgpuRenderPassEncoderSetBindGroup: {
        readonly parameters: readonly ["pointer", "u32", "pointer", "usize", "pointer"];
        readonly result: "void";
    };
    readonly wgpuRenderPassEncoderSetBlendConstant: {
        readonly parameters: readonly ["pointer", "pointer"];
        readonly result: "void";
    };
    readonly wgpuRenderPassEncoderSetIndexBuffer: {
        readonly parameters: readonly ["pointer", "pointer", "u32", "u64", "u64"];
        readonly result: "void";
    };
    readonly wgpuRenderPassEncoderSetLabel: {
        readonly parameters: readonly ["pointer", {
            readonly struct: readonly ["u64", "u64"];
        }];
        readonly result: "void";
    };
    readonly wgpuRenderPassEncoderSetPipeline: {
        readonly parameters: readonly ["pointer", "pointer"];
        readonly result: "void";
    };
    readonly wgpuRenderPassEncoderSetScissorRect: {
        readonly parameters: readonly ["pointer", "u32", "u32", "u32", "u32"];
        readonly result: "void";
    };
    readonly wgpuRenderPassEncoderSetStencilReference: {
        readonly parameters: readonly ["pointer", "u32"];
        readonly result: "void";
    };
    readonly wgpuRenderPassEncoderSetVertexBuffer: {
        readonly parameters: readonly ["pointer", "u32", "pointer", "u64", "u64"];
        readonly result: "void";
    };
    readonly wgpuRenderPassEncoderSetViewport: {
        readonly parameters: readonly ["pointer", "f32", "f32", "f32", "f32", "f32", "f32"];
        readonly result: "void";
    };
    readonly wgpuRenderPassEncoderWriteTimestamp: {
        readonly parameters: readonly ["pointer", "pointer", "u32"];
        readonly result: "void";
    };
    readonly wgpuRenderPassEncoderAddRef: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuRenderPassEncoderRelease: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuRenderPipelineGetBindGroupLayout: {
        readonly parameters: readonly ["pointer", "u32"];
        readonly result: "pointer";
    };
    readonly wgpuRenderPipelineSetLabel: {
        readonly parameters: readonly ["pointer", {
            readonly struct: readonly ["u64", "u64"];
        }];
        readonly result: "void";
    };
    readonly wgpuRenderPipelineAddRef: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuRenderPipelineRelease: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuSamplerSetLabel: {
        readonly parameters: readonly ["pointer", {
            readonly struct: readonly ["u64", "u64"];
        }];
        readonly result: "void";
    };
    readonly wgpuSamplerAddRef: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuSamplerRelease: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuShaderModuleGetCompilationInfo: {
        readonly parameters: readonly ["pointer", "function", "pointer"];
        readonly result: "void";
    };
    readonly wgpuShaderModuleGetCompilationInfo2: {
        readonly parameters: readonly ["pointer", {
            readonly struct: readonly ["u64", "u64", "u64", "u64", "u64"];
        }];
        readonly result: {
            readonly struct: readonly ["u64"];
        };
    };
    readonly wgpuShaderModuleGetCompilationInfoF: {
        readonly parameters: readonly ["pointer", {
            readonly struct: readonly ["u64", "u64", "u64", "u64"];
        }];
        readonly result: {
            readonly struct: readonly ["u64"];
        };
    };
    readonly wgpuShaderModuleSetLabel: {
        readonly parameters: readonly ["pointer", {
            readonly struct: readonly ["u64", "u64"];
        }];
        readonly result: "void";
    };
    readonly wgpuShaderModuleAddRef: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuShaderModuleRelease: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuSharedBufferMemoryBeginAccess: {
        readonly parameters: readonly ["pointer", "pointer", "pointer"];
        readonly result: "u32";
    };
    readonly wgpuSharedBufferMemoryCreateBuffer: {
        readonly parameters: readonly ["pointer", "pointer"];
        readonly result: "pointer";
    };
    readonly wgpuSharedBufferMemoryEndAccess: {
        readonly parameters: readonly ["pointer", "pointer", "pointer"];
        readonly result: "u32";
    };
    readonly wgpuSharedBufferMemoryGetProperties: {
        readonly parameters: readonly ["pointer", "pointer"];
        readonly result: "u32";
    };
    readonly wgpuSharedBufferMemoryIsDeviceLost: {
        readonly parameters: readonly ["pointer"];
        readonly result: "u32";
    };
    readonly wgpuSharedBufferMemorySetLabel: {
        readonly parameters: readonly ["pointer", {
            readonly struct: readonly ["u64", "u64"];
        }];
        readonly result: "void";
    };
    readonly wgpuSharedBufferMemoryAddRef: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuSharedBufferMemoryRelease: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuSharedFenceExportInfo: {
        readonly parameters: readonly ["pointer", "pointer"];
        readonly result: "void";
    };
    readonly wgpuSharedFenceAddRef: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuSharedFenceRelease: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuSharedTextureMemoryBeginAccess: {
        readonly parameters: readonly ["pointer", "pointer", "pointer"];
        readonly result: "u32";
    };
    readonly wgpuSharedTextureMemoryCreateTexture: {
        readonly parameters: readonly ["pointer", "pointer"];
        readonly result: "pointer";
    };
    readonly wgpuSharedTextureMemoryEndAccess: {
        readonly parameters: readonly ["pointer", "pointer", "pointer"];
        readonly result: "u32";
    };
    readonly wgpuSharedTextureMemoryGetProperties: {
        readonly parameters: readonly ["pointer", "pointer"];
        readonly result: "u32";
    };
    readonly wgpuSharedTextureMemoryIsDeviceLost: {
        readonly parameters: readonly ["pointer"];
        readonly result: "u32";
    };
    readonly wgpuSharedTextureMemorySetLabel: {
        readonly parameters: readonly ["pointer", {
            readonly struct: readonly ["u64", "u64"];
        }];
        readonly result: "void";
    };
    readonly wgpuSharedTextureMemoryAddRef: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuSharedTextureMemoryRelease: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuSurfaceConfigure: {
        readonly parameters: readonly ["pointer", "pointer"];
        readonly result: "void";
    };
    readonly wgpuSurfaceGetCapabilities: {
        readonly parameters: readonly ["pointer", "pointer", "pointer"];
        readonly result: "u32";
    };
    readonly wgpuSurfaceGetCurrentTexture: {
        readonly parameters: readonly ["pointer", "pointer"];
        readonly result: "void";
    };
    readonly wgpuSurfacePresent: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuSurfaceSetLabel: {
        readonly parameters: readonly ["pointer", {
            readonly struct: readonly ["u64", "u64"];
        }];
        readonly result: "void";
    };
    readonly wgpuSurfaceUnconfigure: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuSurfaceAddRef: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuSurfaceRelease: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuTextureCreateErrorView: {
        readonly parameters: readonly ["pointer", "pointer"];
        readonly result: "pointer";
    };
    readonly wgpuTextureCreateView: {
        readonly parameters: readonly ["pointer", "pointer"];
        readonly result: "pointer";
    };
    readonly wgpuTextureDestroy: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuTextureGetDepthOrArrayLayers: {
        readonly parameters: readonly ["pointer"];
        readonly result: "u32";
    };
    readonly wgpuTextureGetDimension: {
        readonly parameters: readonly ["pointer"];
        readonly result: "u32";
    };
    readonly wgpuTextureGetFormat: {
        readonly parameters: readonly ["pointer"];
        readonly result: "u32";
    };
    readonly wgpuTextureGetHeight: {
        readonly parameters: readonly ["pointer"];
        readonly result: "u32";
    };
    readonly wgpuTextureGetMipLevelCount: {
        readonly parameters: readonly ["pointer"];
        readonly result: "u32";
    };
    readonly wgpuTextureGetSampleCount: {
        readonly parameters: readonly ["pointer"];
        readonly result: "u32";
    };
    readonly wgpuTextureGetUsage: {
        readonly parameters: readonly ["pointer"];
        readonly result: "u64";
    };
    readonly wgpuTextureGetWidth: {
        readonly parameters: readonly ["pointer"];
        readonly result: "u32";
    };
    readonly wgpuTextureSetLabel: {
        readonly parameters: readonly ["pointer", {
            readonly struct: readonly ["u64", "u64"];
        }];
        readonly result: "void";
    };
    readonly wgpuTextureAddRef: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuTextureRelease: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuTextureViewSetLabel: {
        readonly parameters: readonly ["pointer", {
            readonly struct: readonly ["u64", "u64"];
        }];
        readonly result: "void";
    };
    readonly wgpuTextureViewAddRef: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
    readonly wgpuTextureViewRelease: {
        readonly parameters: readonly ["pointer"];
        readonly result: "void";
    };
}>>;
export declare const BufferUsage_None: c.U64;
export declare const BufferUsage_MapRead: c.U64;
export declare const BufferUsage_MapWrite: c.U64;
export declare const BufferUsage_CopySrc: c.U64;
export declare const BufferUsage_CopyDst: c.U64;
export declare const BufferUsage_Index: c.U64;
export declare const BufferUsage_Vertex: c.U64;
export declare const BufferUsage_Uniform: c.U64;
export declare const BufferUsage_Storage: c.U64;
export declare const BufferUsage_Indirect: c.U64;
export declare const BufferUsage_QueryResolve: c.U64;
export declare const ColorWriteMask_None: c.U64;
export declare const ColorWriteMask_Red: c.U64;
export declare const ColorWriteMask_Green: c.U64;
export declare const ColorWriteMask_Blue: c.U64;
export declare const ColorWriteMask_Alpha: c.U64;
export declare const ColorWriteMask_All: c.U64;
export declare const HeapProperty_DeviceLocal: c.U64;
export declare const HeapProperty_HostVisible: c.U64;
export declare const HeapProperty_HostCoherent: c.U64;
export declare const HeapProperty_HostUncached: c.U64;
export declare const HeapProperty_HostCached: c.U64;
export declare const MapMode_None: c.U64;
export declare const MapMode_Read: c.U64;
export declare const MapMode_Write: c.U64;
export declare const ShaderStage_None: c.U64;
export declare const ShaderStage_Vertex: c.U64;
export declare const ShaderStage_Fragment: c.U64;
export declare const ShaderStage_Compute: c.U64;
export declare const TextureUsage_None: c.U64;
export declare const TextureUsage_CopySrc: c.U64;
export declare const TextureUsage_CopyDst: c.U64;
export declare const TextureUsage_TextureBinding: c.U64;
export declare const TextureUsage_StorageBinding: c.U64;
export declare const TextureUsage_RenderAttachment: c.U64;
export declare const TextureUsage_TransientAttachment: c.U64;
export declare const TextureUsage_StorageAttachment: c.U64;
export declare class WGSLFeatureName extends c.U32 {
    static 'ReadonlyAndReadwriteStorageTextures': c.U32;
    static 'Packed4x8IntegerDotProduct': c.U32;
    static 'UnrestrictedPointerParameters': c.U32;
    static 'PointerCompositeAccess': c.U32;
    static 'ChromiumTestingUnimplemented': c.U32;
    static 'ChromiumTestingUnsafeExperimental': c.U32;
    static 'ChromiumTestingExperimental': c.U32;
    static 'ChromiumTestingShippedWithKillswitch': c.U32;
    static 'ChromiumTestingShipped': c.U32;
    static 'Force32': c.U32;
}
export declare class AdapterType extends c.U32 {
    static 'DiscreteGPU': c.U32;
    static 'IntegratedGPU': c.U32;
    static 'CPU': c.U32;
    static 'Unknown': c.U32;
    static 'Force32': c.U32;
}
export declare class AddressMode extends c.U32 {
    static 'Undefined': c.U32;
    static 'ClampToEdge': c.U32;
    static 'Repeat': c.U32;
    static 'MirrorRepeat': c.U32;
    static 'Force32': c.U32;
}
export declare class AlphaMode extends c.U32 {
    static 'Opaque': c.U32;
    static 'Premultiplied': c.U32;
    static 'Unpremultiplied': c.U32;
    static 'Force32': c.U32;
}
export declare class BackendType extends c.U32 {
    static 'Undefined': c.U32;
    static 'Null': c.U32;
    static 'WebGPU': c.U32;
    static 'D3D11': c.U32;
    static 'D3D12': c.U32;
    static 'Metal': c.U32;
    static 'Vulkan': c.U32;
    static 'OpenGL': c.U32;
    static 'OpenGLES': c.U32;
    static 'Force32': c.U32;
}
export declare class BlendFactor extends c.U32 {
    static 'Undefined': c.U32;
    static 'Zero': c.U32;
    static 'One': c.U32;
    static 'Src': c.U32;
    static 'OneMinusSrc': c.U32;
    static 'SrcAlpha': c.U32;
    static 'OneMinusSrcAlpha': c.U32;
    static 'Dst': c.U32;
    static 'OneMinusDst': c.U32;
    static 'DstAlpha': c.U32;
    static 'OneMinusDstAlpha': c.U32;
    static 'SrcAlphaSaturated': c.U32;
    static 'Constant': c.U32;
    static 'OneMinusConstant': c.U32;
    static 'Src1': c.U32;
    static 'OneMinusSrc1': c.U32;
    static 'Src1Alpha': c.U32;
    static 'OneMinusSrc1Alpha': c.U32;
    static 'Force32': c.U32;
}
export declare class BlendOperation extends c.U32 {
    static 'Undefined': c.U32;
    static 'Add': c.U32;
    static 'Subtract': c.U32;
    static 'ReverseSubtract': c.U32;
    static 'Min': c.U32;
    static 'Max': c.U32;
    static 'Force32': c.U32;
}
export declare class BufferBindingType extends c.U32 {
    static 'BindingNotUsed': c.U32;
    static 'Uniform': c.U32;
    static 'Storage': c.U32;
    static 'ReadOnlyStorage': c.U32;
    static 'Force32': c.U32;
}
export declare class BufferMapAsyncStatus extends c.U32 {
    static 'Success': c.U32;
    static 'InstanceDropped': c.U32;
    static 'ValidationError': c.U32;
    static 'Unknown': c.U32;
    static 'DeviceLost': c.U32;
    static 'DestroyedBeforeCallback': c.U32;
    static 'UnmappedBeforeCallback': c.U32;
    static 'MappingAlreadyPending': c.U32;
    static 'OffsetOutOfRange': c.U32;
    static 'SizeOutOfRange': c.U32;
    static 'Force32': c.U32;
}
export declare class BufferMapState extends c.U32 {
    static 'Unmapped': c.U32;
    static 'Pending': c.U32;
    static 'Mapped': c.U32;
    static 'Force32': c.U32;
}
export declare class CallbackMode extends c.U32 {
    static 'WaitAnyOnly': c.U32;
    static 'AllowProcessEvents': c.U32;
    static 'AllowSpontaneous': c.U32;
    static 'Force32': c.U32;
}
export declare class CompareFunction extends c.U32 {
    static 'Undefined': c.U32;
    static 'Never': c.U32;
    static 'Less': c.U32;
    static 'Equal': c.U32;
    static 'LessEqual': c.U32;
    static 'Greater': c.U32;
    static 'NotEqual': c.U32;
    static 'GreaterEqual': c.U32;
    static 'Always': c.U32;
    static 'Force32': c.U32;
}
export declare class CompilationInfoRequestStatus extends c.U32 {
    static 'Success': c.U32;
    static 'InstanceDropped': c.U32;
    static 'Error': c.U32;
    static 'DeviceLost': c.U32;
    static 'Unknown': c.U32;
    static 'Force32': c.U32;
}
export declare class CompilationMessageType extends c.U32 {
    static 'Error': c.U32;
    static 'Warning': c.U32;
    static 'Info': c.U32;
    static 'Force32': c.U32;
}
export declare class CompositeAlphaMode extends c.U32 {
    static 'Auto': c.U32;
    static 'Opaque': c.U32;
    static 'Premultiplied': c.U32;
    static 'Unpremultiplied': c.U32;
    static 'Inherit': c.U32;
    static 'Force32': c.U32;
}
export declare class CreatePipelineAsyncStatus extends c.U32 {
    static 'Success': c.U32;
    static 'InstanceDropped': c.U32;
    static 'ValidationError': c.U32;
    static 'InternalError': c.U32;
    static 'DeviceLost': c.U32;
    static 'DeviceDestroyed': c.U32;
    static 'Unknown': c.U32;
    static 'Force32': c.U32;
}
export declare class CullMode extends c.U32 {
    static 'Undefined': c.U32;
    static 'None': c.U32;
    static 'Front': c.U32;
    static 'Back': c.U32;
    static 'Force32': c.U32;
}
export declare class DeviceLostReason extends c.U32 {
    static 'Unknown': c.U32;
    static 'Destroyed': c.U32;
    static 'InstanceDropped': c.U32;
    static 'FailedCreation': c.U32;
    static 'Force32': c.U32;
}
export declare class ErrorFilter extends c.U32 {
    static 'Validation': c.U32;
    static 'OutOfMemory': c.U32;
    static 'Internal': c.U32;
    static 'Force32': c.U32;
}
export declare class ErrorType extends c.U32 {
    static 'NoError': c.U32;
    static 'Validation': c.U32;
    static 'OutOfMemory': c.U32;
    static 'Internal': c.U32;
    static 'Unknown': c.U32;
    static 'DeviceLost': c.U32;
    static 'Force32': c.U32;
}
export declare class ExternalTextureRotation extends c.U32 {
    static 'Rotate0Degrees': c.U32;
    static 'Rotate90Degrees': c.U32;
    static 'Rotate180Degrees': c.U32;
    static 'Rotate270Degrees': c.U32;
    static 'Force32': c.U32;
}
export declare class FeatureLevel extends c.U32 {
    static 'Undefined': c.U32;
    static 'Compatibility': c.U32;
    static 'Core': c.U32;
    static 'Force32': c.U32;
}
export declare class FeatureName extends c.U32 {
    static 'DepthClipControl': c.U32;
    static 'Depth32FloatStencil8': c.U32;
    static 'TimestampQuery': c.U32;
    static 'TextureCompressionBC': c.U32;
    static 'TextureCompressionETC2': c.U32;
    static 'TextureCompressionASTC': c.U32;
    static 'IndirectFirstInstance': c.U32;
    static 'ShaderF16': c.U32;
    static 'RG11B10UfloatRenderable': c.U32;
    static 'BGRA8UnormStorage': c.U32;
    static 'Float32Filterable': c.U32;
    static 'Float32Blendable': c.U32;
    static 'Subgroups': c.U32;
    static 'SubgroupsF16': c.U32;
    static 'DawnInternalUsages': c.U32;
    static 'DawnMultiPlanarFormats': c.U32;
    static 'DawnNative': c.U32;
    static 'ChromiumExperimentalTimestampQueryInsidePasses': c.U32;
    static 'ImplicitDeviceSynchronization': c.U32;
    static 'ChromiumExperimentalImmediateData': c.U32;
    static 'TransientAttachments': c.U32;
    static 'MSAARenderToSingleSampled': c.U32;
    static 'DualSourceBlending': c.U32;
    static 'D3D11MultithreadProtected': c.U32;
    static 'ANGLETextureSharing': c.U32;
    static 'PixelLocalStorageCoherent': c.U32;
    static 'PixelLocalStorageNonCoherent': c.U32;
    static 'Unorm16TextureFormats': c.U32;
    static 'Snorm16TextureFormats': c.U32;
    static 'MultiPlanarFormatExtendedUsages': c.U32;
    static 'MultiPlanarFormatP010': c.U32;
    static 'HostMappedPointer': c.U32;
    static 'MultiPlanarRenderTargets': c.U32;
    static 'MultiPlanarFormatNv12a': c.U32;
    static 'FramebufferFetch': c.U32;
    static 'BufferMapExtendedUsages': c.U32;
    static 'AdapterPropertiesMemoryHeaps': c.U32;
    static 'AdapterPropertiesD3D': c.U32;
    static 'AdapterPropertiesVk': c.U32;
    static 'R8UnormStorage': c.U32;
    static 'FormatCapabilities': c.U32;
    static 'DrmFormatCapabilities': c.U32;
    static 'Norm16TextureFormats': c.U32;
    static 'MultiPlanarFormatNv16': c.U32;
    static 'MultiPlanarFormatNv24': c.U32;
    static 'MultiPlanarFormatP210': c.U32;
    static 'MultiPlanarFormatP410': c.U32;
    static 'SharedTextureMemoryVkDedicatedAllocation': c.U32;
    static 'SharedTextureMemoryAHardwareBuffer': c.U32;
    static 'SharedTextureMemoryDmaBuf': c.U32;
    static 'SharedTextureMemoryOpaqueFD': c.U32;
    static 'SharedTextureMemoryZirconHandle': c.U32;
    static 'SharedTextureMemoryDXGISharedHandle': c.U32;
    static 'SharedTextureMemoryD3D11Texture2D': c.U32;
    static 'SharedTextureMemoryIOSurface': c.U32;
    static 'SharedTextureMemoryEGLImage': c.U32;
    static 'SharedFenceVkSemaphoreOpaqueFD': c.U32;
    static 'SharedFenceSyncFD': c.U32;
    static 'SharedFenceVkSemaphoreZirconHandle': c.U32;
    static 'SharedFenceDXGISharedHandle': c.U32;
    static 'SharedFenceMTLSharedEvent': c.U32;
    static 'SharedBufferMemoryD3D12Resource': c.U32;
    static 'StaticSamplers': c.U32;
    static 'YCbCrVulkanSamplers': c.U32;
    static 'ShaderModuleCompilationOptions': c.U32;
    static 'DawnLoadResolveTexture': c.U32;
    static 'DawnPartialLoadResolveTexture': c.U32;
    static 'MultiDrawIndirect': c.U32;
    static 'ClipDistances': c.U32;
    static 'DawnTexelCopyBufferRowAlignment': c.U32;
    static 'FlexibleTextureViews': c.U32;
    static 'Force32': c.U32;
}
export declare class FilterMode extends c.U32 {
    static 'Undefined': c.U32;
    static 'Nearest': c.U32;
    static 'Linear': c.U32;
    static 'Force32': c.U32;
}
export declare class FrontFace extends c.U32 {
    static 'Undefined': c.U32;
    static 'CCW': c.U32;
    static 'CW': c.U32;
    static 'Force32': c.U32;
}
export declare class IndexFormat extends c.U32 {
    static 'Undefined': c.U32;
    static 'Uint16': c.U32;
    static 'Uint32': c.U32;
    static 'Force32': c.U32;
}
export declare class LoadOp extends c.U32 {
    static 'Undefined': c.U32;
    static 'Load': c.U32;
    static 'Clear': c.U32;
    static 'ExpandResolveTexture': c.U32;
    static 'Force32': c.U32;
}
export declare class LoggingType extends c.U32 {
    static 'Verbose': c.U32;
    static 'Info': c.U32;
    static 'Warning': c.U32;
    static 'Error': c.U32;
    static 'Force32': c.U32;
}
export declare class MapAsyncStatus extends c.U32 {
    static 'Success': c.U32;
    static 'InstanceDropped': c.U32;
    static 'Error': c.U32;
    static 'Aborted': c.U32;
    static 'Unknown': c.U32;
    static 'Force32': c.U32;
}
export declare class MipmapFilterMode extends c.U32 {
    static 'Undefined': c.U32;
    static 'Nearest': c.U32;
    static 'Linear': c.U32;
    static 'Force32': c.U32;
}
export declare class OptionalBool extends c.U32 {
    static 'False': c.U32;
    static 'True': c.U32;
    static 'Undefined': c.U32;
    static 'Force32': c.U32;
}
export declare class PopErrorScopeStatus extends c.U32 {
    static 'Success': c.U32;
    static 'InstanceDropped': c.U32;
    static 'Force32': c.U32;
}
export declare class PowerPreference extends c.U32 {
    static 'Undefined': c.U32;
    static 'LowPower': c.U32;
    static 'HighPerformance': c.U32;
    static 'Force32': c.U32;
}
export declare class PresentMode extends c.U32 {
    static 'Fifo': c.U32;
    static 'FifoRelaxed': c.U32;
    static 'Immediate': c.U32;
    static 'Mailbox': c.U32;
    static 'Force32': c.U32;
}
export declare class PrimitiveTopology extends c.U32 {
    static 'Undefined': c.U32;
    static 'PointList': c.U32;
    static 'LineList': c.U32;
    static 'LineStrip': c.U32;
    static 'TriangleList': c.U32;
    static 'TriangleStrip': c.U32;
    static 'Force32': c.U32;
}
export declare class QueryType extends c.U32 {
    static 'Occlusion': c.U32;
    static 'Timestamp': c.U32;
    static 'Force32': c.U32;
}
export declare class QueueWorkDoneStatus extends c.U32 {
    static 'Success': c.U32;
    static 'InstanceDropped': c.U32;
    static 'Error': c.U32;
    static 'Unknown': c.U32;
    static 'DeviceLost': c.U32;
    static 'Force32': c.U32;
}
export declare class RequestAdapterStatus extends c.U32 {
    static 'Success': c.U32;
    static 'InstanceDropped': c.U32;
    static 'Unavailable': c.U32;
    static 'Error': c.U32;
    static 'Unknown': c.U32;
    static 'Force32': c.U32;
}
export declare class RequestDeviceStatus extends c.U32 {
    static 'Success': c.U32;
    static 'InstanceDropped': c.U32;
    static 'Error': c.U32;
    static 'Unknown': c.U32;
    static 'Force32': c.U32;
}
export declare class SType extends c.U32 {
    static 'ShaderSourceSPIRV': c.U32;
    static 'ShaderSourceWGSL': c.U32;
    static 'RenderPassMaxDrawCount': c.U32;
    static 'SurfaceSourceMetalLayer': c.U32;
    static 'SurfaceSourceWindowsHWND': c.U32;
    static 'SurfaceSourceXlibWindow': c.U32;
    static 'SurfaceSourceWaylandSurface': c.U32;
    static 'SurfaceSourceAndroidNativeWindow': c.U32;
    static 'SurfaceSourceXCBWindow': c.U32;
    static 'AdapterPropertiesSubgroups': c.U32;
    static 'TextureBindingViewDimensionDescriptor': c.U32;
    static 'SurfaceSourceCanvasHTMLSelector_Emscripten': c.U32;
    static 'SurfaceDescriptorFromWindowsCoreWindow': c.U32;
    static 'ExternalTextureBindingEntry': c.U32;
    static 'ExternalTextureBindingLayout': c.U32;
    static 'SurfaceDescriptorFromWindowsSwapChainPanel': c.U32;
    static 'DawnTextureInternalUsageDescriptor': c.U32;
    static 'DawnEncoderInternalUsageDescriptor': c.U32;
    static 'DawnInstanceDescriptor': c.U32;
    static 'DawnCacheDeviceDescriptor': c.U32;
    static 'DawnAdapterPropertiesPowerPreference': c.U32;
    static 'DawnBufferDescriptorErrorInfoFromWireClient': c.U32;
    static 'DawnTogglesDescriptor': c.U32;
    static 'DawnShaderModuleSPIRVOptionsDescriptor': c.U32;
    static 'RequestAdapterOptionsLUID': c.U32;
    static 'RequestAdapterOptionsGetGLProc': c.U32;
    static 'RequestAdapterOptionsD3D11Device': c.U32;
    static 'DawnRenderPassColorAttachmentRenderToSingleSampled': c.U32;
    static 'RenderPassPixelLocalStorage': c.U32;
    static 'PipelineLayoutPixelLocalStorage': c.U32;
    static 'BufferHostMappedPointer': c.U32;
    static 'DawnExperimentalSubgroupLimits': c.U32;
    static 'AdapterPropertiesMemoryHeaps': c.U32;
    static 'AdapterPropertiesD3D': c.U32;
    static 'AdapterPropertiesVk': c.U32;
    static 'DawnWireWGSLControl': c.U32;
    static 'DawnWGSLBlocklist': c.U32;
    static 'DrmFormatCapabilities': c.U32;
    static 'ShaderModuleCompilationOptions': c.U32;
    static 'ColorTargetStateExpandResolveTextureDawn': c.U32;
    static 'RenderPassDescriptorExpandResolveRect': c.U32;
    static 'SharedTextureMemoryVkDedicatedAllocationDescriptor': c.U32;
    static 'SharedTextureMemoryAHardwareBufferDescriptor': c.U32;
    static 'SharedTextureMemoryDmaBufDescriptor': c.U32;
    static 'SharedTextureMemoryOpaqueFDDescriptor': c.U32;
    static 'SharedTextureMemoryZirconHandleDescriptor': c.U32;
    static 'SharedTextureMemoryDXGISharedHandleDescriptor': c.U32;
    static 'SharedTextureMemoryD3D11Texture2DDescriptor': c.U32;
    static 'SharedTextureMemoryIOSurfaceDescriptor': c.U32;
    static 'SharedTextureMemoryEGLImageDescriptor': c.U32;
    static 'SharedTextureMemoryInitializedBeginState': c.U32;
    static 'SharedTextureMemoryInitializedEndState': c.U32;
    static 'SharedTextureMemoryVkImageLayoutBeginState': c.U32;
    static 'SharedTextureMemoryVkImageLayoutEndState': c.U32;
    static 'SharedTextureMemoryD3DSwapchainBeginState': c.U32;
    static 'SharedFenceVkSemaphoreOpaqueFDDescriptor': c.U32;
    static 'SharedFenceVkSemaphoreOpaqueFDExportInfo': c.U32;
    static 'SharedFenceSyncFDDescriptor': c.U32;
    static 'SharedFenceSyncFDExportInfo': c.U32;
    static 'SharedFenceVkSemaphoreZirconHandleDescriptor': c.U32;
    static 'SharedFenceVkSemaphoreZirconHandleExportInfo': c.U32;
    static 'SharedFenceDXGISharedHandleDescriptor': c.U32;
    static 'SharedFenceDXGISharedHandleExportInfo': c.U32;
    static 'SharedFenceMTLSharedEventDescriptor': c.U32;
    static 'SharedFenceMTLSharedEventExportInfo': c.U32;
    static 'SharedBufferMemoryD3D12ResourceDescriptor': c.U32;
    static 'StaticSamplerBindingLayout': c.U32;
    static 'YCbCrVkDescriptor': c.U32;
    static 'SharedTextureMemoryAHardwareBufferProperties': c.U32;
    static 'AHardwareBufferProperties': c.U32;
    static 'DawnExperimentalImmediateDataLimits': c.U32;
    static 'DawnTexelCopyBufferRowAlignmentLimits': c.U32;
    static 'Force32': c.U32;
}
export declare class SamplerBindingType extends c.U32 {
    static 'BindingNotUsed': c.U32;
    static 'Filtering': c.U32;
    static 'NonFiltering': c.U32;
    static 'Comparison': c.U32;
    static 'Force32': c.U32;
}
export declare class SharedFenceType extends c.U32 {
    static 'VkSemaphoreOpaqueFD': c.U32;
    static 'SyncFD': c.U32;
    static 'VkSemaphoreZirconHandle': c.U32;
    static 'DXGISharedHandle': c.U32;
    static 'MTLSharedEvent': c.U32;
    static 'Force32': c.U32;
}
export declare class Status extends c.U32 {
    static 'Success': c.U32;
    static 'Error': c.U32;
    static 'Force32': c.U32;
}
export declare class StencilOperation extends c.U32 {
    static 'Undefined': c.U32;
    static 'Keep': c.U32;
    static 'Zero': c.U32;
    static 'Replace': c.U32;
    static 'Invert': c.U32;
    static 'IncrementClamp': c.U32;
    static 'DecrementClamp': c.U32;
    static 'IncrementWrap': c.U32;
    static 'DecrementWrap': c.U32;
    static 'Force32': c.U32;
}
export declare class StorageTextureAccess extends c.U32 {
    static 'BindingNotUsed': c.U32;
    static 'WriteOnly': c.U32;
    static 'ReadOnly': c.U32;
    static 'ReadWrite': c.U32;
    static 'Force32': c.U32;
}
export declare class StoreOp extends c.U32 {
    static 'Undefined': c.U32;
    static 'Store': c.U32;
    static 'Discard': c.U32;
    static 'Force32': c.U32;
}
export declare class SurfaceGetCurrentTextureStatus extends c.U32 {
    static 'Success': c.U32;
    static 'Timeout': c.U32;
    static 'Outdated': c.U32;
    static 'Lost': c.U32;
    static 'OutOfMemory': c.U32;
    static 'DeviceLost': c.U32;
    static 'Error': c.U32;
    static 'Force32': c.U32;
}
export declare class TextureAspect extends c.U32 {
    static 'Undefined': c.U32;
    static 'All': c.U32;
    static 'StencilOnly': c.U32;
    static 'DepthOnly': c.U32;
    static 'Plane0Only': c.U32;
    static 'Plane1Only': c.U32;
    static 'Plane2Only': c.U32;
    static 'Force32': c.U32;
}
export declare class TextureDimension extends c.U32 {
    static 'Undefined': c.U32;
    static '1D': c.U32;
    static '2D': c.U32;
    static '3D': c.U32;
    static 'Force32': c.U32;
}
export declare class TextureFormat extends c.U32 {
    static 'Undefined': c.U32;
    static 'R8Unorm': c.U32;
    static 'R8Snorm': c.U32;
    static 'R8Uint': c.U32;
    static 'R8Sint': c.U32;
    static 'R16Uint': c.U32;
    static 'R16Sint': c.U32;
    static 'R16Float': c.U32;
    static 'RG8Unorm': c.U32;
    static 'RG8Snorm': c.U32;
    static 'RG8Uint': c.U32;
    static 'RG8Sint': c.U32;
    static 'R32Float': c.U32;
    static 'R32Uint': c.U32;
    static 'R32Sint': c.U32;
    static 'RG16Uint': c.U32;
    static 'RG16Sint': c.U32;
    static 'RG16Float': c.U32;
    static 'RGBA8Unorm': c.U32;
    static 'RGBA8UnormSrgb': c.U32;
    static 'RGBA8Snorm': c.U32;
    static 'RGBA8Uint': c.U32;
    static 'RGBA8Sint': c.U32;
    static 'BGRA8Unorm': c.U32;
    static 'BGRA8UnormSrgb': c.U32;
    static 'RGB10A2Uint': c.U32;
    static 'RGB10A2Unorm': c.U32;
    static 'RG11B10Ufloat': c.U32;
    static 'RGB9E5Ufloat': c.U32;
    static 'RG32Float': c.U32;
    static 'RG32Uint': c.U32;
    static 'RG32Sint': c.U32;
    static 'RGBA16Uint': c.U32;
    static 'RGBA16Sint': c.U32;
    static 'RGBA16Float': c.U32;
    static 'RGBA32Float': c.U32;
    static 'RGBA32Uint': c.U32;
    static 'RGBA32Sint': c.U32;
    static 'Stencil8': c.U32;
    static 'Depth16Unorm': c.U32;
    static 'Depth24Plus': c.U32;
    static 'Depth24PlusStencil8': c.U32;
    static 'Depth32Float': c.U32;
    static 'Depth32FloatStencil8': c.U32;
    static 'BC1RGBAUnorm': c.U32;
    static 'BC1RGBAUnormSrgb': c.U32;
    static 'BC2RGBAUnorm': c.U32;
    static 'BC2RGBAUnormSrgb': c.U32;
    static 'BC3RGBAUnorm': c.U32;
    static 'BC3RGBAUnormSrgb': c.U32;
    static 'BC4RUnorm': c.U32;
    static 'BC4RSnorm': c.U32;
    static 'BC5RGUnorm': c.U32;
    static 'BC5RGSnorm': c.U32;
    static 'BC6HRGBUfloat': c.U32;
    static 'BC6HRGBFloat': c.U32;
    static 'BC7RGBAUnorm': c.U32;
    static 'BC7RGBAUnormSrgb': c.U32;
    static 'ETC2RGB8Unorm': c.U32;
    static 'ETC2RGB8UnormSrgb': c.U32;
    static 'ETC2RGB8A1Unorm': c.U32;
    static 'ETC2RGB8A1UnormSrgb': c.U32;
    static 'ETC2RGBA8Unorm': c.U32;
    static 'ETC2RGBA8UnormSrgb': c.U32;
    static 'EACR11Unorm': c.U32;
    static 'EACR11Snorm': c.U32;
    static 'EACRG11Unorm': c.U32;
    static 'EACRG11Snorm': c.U32;
    static 'ASTC4x4Unorm': c.U32;
    static 'ASTC4x4UnormSrgb': c.U32;
    static 'ASTC5x4Unorm': c.U32;
    static 'ASTC5x4UnormSrgb': c.U32;
    static 'ASTC5x5Unorm': c.U32;
    static 'ASTC5x5UnormSrgb': c.U32;
    static 'ASTC6x5Unorm': c.U32;
    static 'ASTC6x5UnormSrgb': c.U32;
    static 'ASTC6x6Unorm': c.U32;
    static 'ASTC6x6UnormSrgb': c.U32;
    static 'ASTC8x5Unorm': c.U32;
    static 'ASTC8x5UnormSrgb': c.U32;
    static 'ASTC8x6Unorm': c.U32;
    static 'ASTC8x6UnormSrgb': c.U32;
    static 'ASTC8x8Unorm': c.U32;
    static 'ASTC8x8UnormSrgb': c.U32;
    static 'ASTC10x5Unorm': c.U32;
    static 'ASTC10x5UnormSrgb': c.U32;
    static 'ASTC10x6Unorm': c.U32;
    static 'ASTC10x6UnormSrgb': c.U32;
    static 'ASTC10x8Unorm': c.U32;
    static 'ASTC10x8UnormSrgb': c.U32;
    static 'ASTC10x10Unorm': c.U32;
    static 'ASTC10x10UnormSrgb': c.U32;
    static 'ASTC12x10Unorm': c.U32;
    static 'ASTC12x10UnormSrgb': c.U32;
    static 'ASTC12x12Unorm': c.U32;
    static 'ASTC12x12UnormSrgb': c.U32;
    static 'R16Unorm': c.U32;
    static 'RG16Unorm': c.U32;
    static 'RGBA16Unorm': c.U32;
    static 'R16Snorm': c.U32;
    static 'RG16Snorm': c.U32;
    static 'RGBA16Snorm': c.U32;
    static 'R8BG8Biplanar420Unorm': c.U32;
    static 'R10X6BG10X6Biplanar420Unorm': c.U32;
    static 'R8BG8A8Triplanar420Unorm': c.U32;
    static 'R8BG8Biplanar422Unorm': c.U32;
    static 'R8BG8Biplanar444Unorm': c.U32;
    static 'R10X6BG10X6Biplanar422Unorm': c.U32;
    static 'R10X6BG10X6Biplanar444Unorm': c.U32;
    static 'External': c.U32;
    static 'Force32': c.U32;
}
export declare class TextureSampleType extends c.U32 {
    static 'BindingNotUsed': c.U32;
    static 'Float': c.U32;
    static 'UnfilterableFloat': c.U32;
    static 'Depth': c.U32;
    static 'Sint': c.U32;
    static 'Uint': c.U32;
    static 'Force32': c.U32;
}
export declare class TextureViewDimension extends c.U32 {
    static 'Undefined': c.U32;
    static '1D': c.U32;
    static '2D': c.U32;
    static '2DArray': c.U32;
    static 'Cube': c.U32;
    static 'CubeArray': c.U32;
    static '3D': c.U32;
    static 'Force32': c.U32;
}
export declare class VertexFormat extends c.U32 {
    static 'Uint8': c.U32;
    static 'Uint8x2': c.U32;
    static 'Uint8x4': c.U32;
    static 'Sint8': c.U32;
    static 'Sint8x2': c.U32;
    static 'Sint8x4': c.U32;
    static 'Unorm8': c.U32;
    static 'Unorm8x2': c.U32;
    static 'Unorm8x4': c.U32;
    static 'Snorm8': c.U32;
    static 'Snorm8x2': c.U32;
    static 'Snorm8x4': c.U32;
    static 'Uint16': c.U32;
    static 'Uint16x2': c.U32;
    static 'Uint16x4': c.U32;
    static 'Sint16': c.U32;
    static 'Sint16x2': c.U32;
    static 'Sint16x4': c.U32;
    static 'Unorm16': c.U32;
    static 'Unorm16x2': c.U32;
    static 'Unorm16x4': c.U32;
    static 'Snorm16': c.U32;
    static 'Snorm16x2': c.U32;
    static 'Snorm16x4': c.U32;
    static 'Float16': c.U32;
    static 'Float16x2': c.U32;
    static 'Float16x4': c.U32;
    static 'Float32': c.U32;
    static 'Float32x2': c.U32;
    static 'Float32x3': c.U32;
    static 'Float32x4': c.U32;
    static 'Uint32': c.U32;
    static 'Uint32x2': c.U32;
    static 'Uint32x3': c.U32;
    static 'Uint32x4': c.U32;
    static 'Sint32': c.U32;
    static 'Sint32x2': c.U32;
    static 'Sint32x3': c.U32;
    static 'Sint32x4': c.U32;
    static 'Unorm10_10_10_2': c.U32;
    static 'Unorm8x4BGRA': c.U32;
    static 'Force32': c.U32;
}
export declare class VertexStepMode extends c.U32 {
    static 'Undefined': c.U32;
    static 'Vertex': c.U32;
    static 'Instance': c.U32;
    static 'Force32': c.U32;
}
export declare class WaitStatus extends c.U32 {
    static 'Success': c.U32;
    static 'TimedOut': c.U32;
    static 'UnsupportedTimeout': c.U32;
    static 'UnsupportedCount': c.U32;
    static 'UnsupportedMixedSources': c.U32;
    static 'Unknown': c.U32;
    static 'Force32': c.U32;
}
export declare class AdapterImpl extends c.Struct<{}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    static new: (val: Partial<{}>) => AdapterImpl;
}
export declare class BindGroupImpl extends c.Struct<{}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    static new: (val: Partial<{}>) => BindGroupImpl;
}
export declare class BindGroupLayoutImpl extends c.Struct<{}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    static new: (val: Partial<{}>) => BindGroupLayoutImpl;
}
export declare class BufferImpl extends c.Struct<{}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    static new: (val: Partial<{}>) => BufferImpl;
}
export declare class CommandBufferImpl extends c.Struct<{}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    static new: (val: Partial<{}>) => CommandBufferImpl;
}
export declare class CommandEncoderImpl extends c.Struct<{}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    static new: (val: Partial<{}>) => CommandEncoderImpl;
}
export declare class ComputePassEncoderImpl extends c.Struct<{}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    static new: (val: Partial<{}>) => ComputePassEncoderImpl;
}
export declare class ComputePipelineImpl extends c.Struct<{}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    static new: (val: Partial<{}>) => ComputePipelineImpl;
}
export declare class DeviceImpl extends c.Struct<{}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    static new: (val: Partial<{}>) => DeviceImpl;
}
export declare class ExternalTextureImpl extends c.Struct<{}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    static new: (val: Partial<{}>) => ExternalTextureImpl;
}
export declare class InstanceImpl extends c.Struct<{}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    static new: (val: Partial<{}>) => InstanceImpl;
}
export declare class PipelineLayoutImpl extends c.Struct<{}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    static new: (val: Partial<{}>) => PipelineLayoutImpl;
}
export declare class QuerySetImpl extends c.Struct<{}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    static new: (val: Partial<{}>) => QuerySetImpl;
}
export declare class QueueImpl extends c.Struct<{}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    static new: (val: Partial<{}>) => QueueImpl;
}
export declare class RenderBundleImpl extends c.Struct<{}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    static new: (val: Partial<{}>) => RenderBundleImpl;
}
export declare class RenderBundleEncoderImpl extends c.Struct<{}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    static new: (val: Partial<{}>) => RenderBundleEncoderImpl;
}
export declare class RenderPassEncoderImpl extends c.Struct<{}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    static new: (val: Partial<{}>) => RenderPassEncoderImpl;
}
export declare class RenderPipelineImpl extends c.Struct<{}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    static new: (val: Partial<{}>) => RenderPipelineImpl;
}
export declare class SamplerImpl extends c.Struct<{}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    static new: (val: Partial<{}>) => SamplerImpl;
}
export declare class ShaderModuleImpl extends c.Struct<{}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    static new: (val: Partial<{}>) => ShaderModuleImpl;
}
export declare class SharedBufferMemoryImpl extends c.Struct<{}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    static new: (val: Partial<{}>) => SharedBufferMemoryImpl;
}
export declare class SharedFenceImpl extends c.Struct<{}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    static new: (val: Partial<{}>) => SharedFenceImpl;
}
export declare class SharedTextureMemoryImpl extends c.Struct<{}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    static new: (val: Partial<{}>) => SharedTextureMemoryImpl;
}
export declare class SurfaceImpl extends c.Struct<{}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    static new: (val: Partial<{}>) => SurfaceImpl;
}
export declare class TextureImpl extends c.Struct<{}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    static new: (val: Partial<{}>) => TextureImpl;
}
export declare class TextureViewImpl extends c.Struct<{}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    static new: (val: Partial<{}>) => TextureViewImpl;
}
export declare class INTERNAL__HAVE_EMDAWNWEBGPU_HEADER extends c.Struct<{
    unused: Bool;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $unused(): Bool;
    protected _get: () => {
        unused: Bool;
    };
    static new: (val: Partial<{
        unused: Bool;
    }>) => INTERNAL__HAVE_EMDAWNWEBGPU_HEADER;
}
export declare class AdapterPropertiesD3D extends c.Struct<{
    chain: ChainedStructOut;
    shaderModel: c.U32;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $chain(): ChainedStructOut;
    get $shaderModel(): c.U32;
    protected _get: () => {
        chain: ChainedStructOut;
        shaderModel: c.U32;
    };
    static new: (val: Partial<{
        chain: ChainedStructOut;
        shaderModel: c.U32;
    }>) => AdapterPropertiesD3D;
}
export declare class AdapterPropertiesSubgroups extends c.Struct<{
    chain: ChainedStructOut;
    subgroupMinSize: c.U32;
    subgroupMaxSize: c.U32;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $chain(): ChainedStructOut;
    get $subgroupMinSize(): c.U32;
    get $subgroupMaxSize(): c.U32;
    protected _get: () => {
        chain: ChainedStructOut;
        subgroupMinSize: c.U32;
        subgroupMaxSize: c.U32;
    };
    static new: (val: Partial<{
        chain: ChainedStructOut;
        subgroupMinSize: c.U32;
        subgroupMaxSize: c.U32;
    }>) => AdapterPropertiesSubgroups;
}
export declare class AdapterPropertiesVk extends c.Struct<{
    chain: ChainedStructOut;
    driverVersion: c.U32;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $chain(): ChainedStructOut;
    get $driverVersion(): c.U32;
    protected _get: () => {
        chain: ChainedStructOut;
        driverVersion: c.U32;
    };
    static new: (val: Partial<{
        chain: ChainedStructOut;
        driverVersion: c.U32;
    }>) => AdapterPropertiesVk;
}
export declare class BindGroupEntry extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    binding: c.U32;
    buffer: Buffer;
    offset: c.U64;
    size: c.U64;
    sampler: Sampler;
    textureView: TextureView;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $binding(): c.U32;
    get $buffer(): Buffer;
    get $offset(): c.U64;
    get $size(): c.U64;
    get $sampler(): Sampler;
    get $textureView(): TextureView;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        binding: c.U32;
        buffer: Buffer;
        offset: c.U64;
        size: c.U64;
        sampler: Sampler;
        textureView: TextureView;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        binding: c.U32;
        buffer: Buffer;
        offset: c.U64;
        size: c.U64;
        sampler: Sampler;
        textureView: TextureView;
    }>) => BindGroupEntry;
}
export declare class BlendComponent extends c.Struct<{
    operation: BlendOperation;
    srcFactor: BlendFactor;
    dstFactor: BlendFactor;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $operation(): BlendOperation;
    get $srcFactor(): BlendFactor;
    get $dstFactor(): BlendFactor;
    protected _get: () => {
        operation: BlendOperation;
        srcFactor: BlendFactor;
        dstFactor: BlendFactor;
    };
    static new: (val: Partial<{
        operation: BlendOperation;
        srcFactor: BlendFactor;
        dstFactor: BlendFactor;
    }>) => BlendComponent;
}
export declare class BufferBindingLayout extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    type: BufferBindingType;
    hasDynamicOffset: Bool;
    minBindingSize: c.U64;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $type(): BufferBindingType;
    get $hasDynamicOffset(): Bool;
    get $minBindingSize(): c.U64;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        type: BufferBindingType;
        hasDynamicOffset: Bool;
        minBindingSize: c.U64;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        type: BufferBindingType;
        hasDynamicOffset: Bool;
        minBindingSize: c.U64;
    }>) => BufferBindingLayout;
}
export declare class BufferHostMappedPointer extends c.Struct<{
    chain: ChainedStruct;
    pointer: c.Pointer<c.Void>;
    disposeCallback: Callback;
    userdata: c.Pointer<c.Void>;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $chain(): ChainedStruct;
    get $pointer(): c.Pointer<c.Void>;
    get $disposeCallback(): Callback;
    get $userdata(): c.Pointer<c.Void>;
    protected _get: () => {
        chain: ChainedStruct;
        pointer: c.Pointer<c.Void>;
        disposeCallback: Callback;
        userdata: c.Pointer<c.Void>;
    };
    static new: (val: Partial<{
        chain: ChainedStruct;
        pointer: c.Pointer<c.Void>;
        disposeCallback: Callback;
        userdata: c.Pointer<c.Void>;
    }>) => BufferHostMappedPointer;
}
export declare class BufferMapCallbackInfo extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    mode: CallbackMode;
    callback: BufferMapCallback;
    userdata: c.Pointer<c.Void>;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $mode(): CallbackMode;
    get $callback(): BufferMapCallback;
    get $userdata(): c.Pointer<c.Void>;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        mode: CallbackMode;
        callback: BufferMapCallback;
        userdata: c.Pointer<c.Void>;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        mode: CallbackMode;
        callback: BufferMapCallback;
        userdata: c.Pointer<c.Void>;
    }>) => BufferMapCallbackInfo;
}
export declare class Color extends c.Struct<{
    r: c.F64;
    g: c.F64;
    b: c.F64;
    a: c.F64;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $r(): c.F64;
    get $g(): c.F64;
    get $b(): c.F64;
    get $a(): c.F64;
    protected _get: () => {
        r: c.F64;
        g: c.F64;
        b: c.F64;
        a: c.F64;
    };
    static new: (val: Partial<{
        r: c.F64;
        g: c.F64;
        b: c.F64;
        a: c.F64;
    }>) => Color;
}
export declare class ColorTargetStateExpandResolveTextureDawn extends c.Struct<{
    chain: ChainedStruct;
    enabled: Bool;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $chain(): ChainedStruct;
    get $enabled(): Bool;
    protected _get: () => {
        chain: ChainedStruct;
        enabled: Bool;
    };
    static new: (val: Partial<{
        chain: ChainedStruct;
        enabled: Bool;
    }>) => ColorTargetStateExpandResolveTextureDawn;
}
export declare class CompilationInfoCallbackInfo extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    mode: CallbackMode;
    callback: CompilationInfoCallback;
    userdata: c.Pointer<c.Void>;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $mode(): CallbackMode;
    get $callback(): CompilationInfoCallback;
    get $userdata(): c.Pointer<c.Void>;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        mode: CallbackMode;
        callback: CompilationInfoCallback;
        userdata: c.Pointer<c.Void>;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        mode: CallbackMode;
        callback: CompilationInfoCallback;
        userdata: c.Pointer<c.Void>;
    }>) => CompilationInfoCallbackInfo;
}
export declare class ComputePassTimestampWrites extends c.Struct<{
    querySet: QuerySet;
    beginningOfPassWriteIndex: c.U32;
    endOfPassWriteIndex: c.U32;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $querySet(): QuerySet;
    get $beginningOfPassWriteIndex(): c.U32;
    get $endOfPassWriteIndex(): c.U32;
    protected _get: () => {
        querySet: QuerySet;
        beginningOfPassWriteIndex: c.U32;
        endOfPassWriteIndex: c.U32;
    };
    static new: (val: Partial<{
        querySet: QuerySet;
        beginningOfPassWriteIndex: c.U32;
        endOfPassWriteIndex: c.U32;
    }>) => ComputePassTimestampWrites;
}
export declare class CopyTextureForBrowserOptions extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    flipY: Bool;
    needsColorSpaceConversion: Bool;
    srcAlphaMode: AlphaMode;
    srcTransferFunctionParameters: c.Pointer<c.F32>;
    conversionMatrix: c.Pointer<c.F32>;
    dstTransferFunctionParameters: c.Pointer<c.F32>;
    dstAlphaMode: AlphaMode;
    internalUsage: Bool;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $flipY(): Bool;
    get $needsColorSpaceConversion(): Bool;
    get $srcAlphaMode(): AlphaMode;
    get $srcTransferFunctionParameters(): c.Pointer<c.F32>;
    get $conversionMatrix(): c.Pointer<c.F32>;
    get $dstTransferFunctionParameters(): c.Pointer<c.F32>;
    get $dstAlphaMode(): AlphaMode;
    get $internalUsage(): Bool;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        flipY: Bool;
        needsColorSpaceConversion: Bool;
        srcAlphaMode: AlphaMode;
        srcTransferFunctionParameters: c.Pointer<c.F32>;
        conversionMatrix: c.Pointer<c.F32>;
        dstTransferFunctionParameters: c.Pointer<c.F32>;
        dstAlphaMode: AlphaMode;
        internalUsage: Bool;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        flipY: Bool;
        needsColorSpaceConversion: Bool;
        srcAlphaMode: AlphaMode;
        srcTransferFunctionParameters: c.Pointer<c.F32>;
        conversionMatrix: c.Pointer<c.F32>;
        dstTransferFunctionParameters: c.Pointer<c.F32>;
        dstAlphaMode: AlphaMode;
        internalUsage: Bool;
    }>) => CopyTextureForBrowserOptions;
}
export declare class CreateComputePipelineAsyncCallbackInfo extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    mode: CallbackMode;
    callback: CreateComputePipelineAsyncCallback;
    userdata: c.Pointer<c.Void>;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $mode(): CallbackMode;
    get $callback(): CreateComputePipelineAsyncCallback;
    get $userdata(): c.Pointer<c.Void>;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        mode: CallbackMode;
        callback: CreateComputePipelineAsyncCallback;
        userdata: c.Pointer<c.Void>;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        mode: CallbackMode;
        callback: CreateComputePipelineAsyncCallback;
        userdata: c.Pointer<c.Void>;
    }>) => CreateComputePipelineAsyncCallbackInfo;
}
export declare class CreateRenderPipelineAsyncCallbackInfo extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    mode: CallbackMode;
    callback: CreateRenderPipelineAsyncCallback;
    userdata: c.Pointer<c.Void>;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $mode(): CallbackMode;
    get $callback(): CreateRenderPipelineAsyncCallback;
    get $userdata(): c.Pointer<c.Void>;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        mode: CallbackMode;
        callback: CreateRenderPipelineAsyncCallback;
        userdata: c.Pointer<c.Void>;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        mode: CallbackMode;
        callback: CreateRenderPipelineAsyncCallback;
        userdata: c.Pointer<c.Void>;
    }>) => CreateRenderPipelineAsyncCallbackInfo;
}
export declare class DawnWGSLBlocklist extends c.Struct<{
    chain: ChainedStruct;
    blocklistedFeatureCount: c.Size;
    blocklistedFeatures: c.Pointer<c.Pointer<c.U8>>;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $chain(): ChainedStruct;
    get $blocklistedFeatureCount(): c.Size;
    get $blocklistedFeatures(): c.Pointer<c.Pointer<c.U8>>;
    protected _get: () => {
        chain: ChainedStruct;
        blocklistedFeatureCount: c.Size;
        blocklistedFeatures: c.Pointer<c.Pointer<c.U8>>;
    };
    static new: (val: Partial<{
        chain: ChainedStruct;
        blocklistedFeatureCount: c.Size;
        blocklistedFeatures: c.Pointer<c.Pointer<c.U8>>;
    }>) => DawnWGSLBlocklist;
}
export declare class DawnAdapterPropertiesPowerPreference extends c.Struct<{
    chain: ChainedStructOut;
    powerPreference: PowerPreference;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $chain(): ChainedStructOut;
    get $powerPreference(): PowerPreference;
    protected _get: () => {
        chain: ChainedStructOut;
        powerPreference: PowerPreference;
    };
    static new: (val: Partial<{
        chain: ChainedStructOut;
        powerPreference: PowerPreference;
    }>) => DawnAdapterPropertiesPowerPreference;
}
export declare class DawnBufferDescriptorErrorInfoFromWireClient extends c.Struct<{
    chain: ChainedStruct;
    outOfMemory: Bool;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $chain(): ChainedStruct;
    get $outOfMemory(): Bool;
    protected _get: () => {
        chain: ChainedStruct;
        outOfMemory: Bool;
    };
    static new: (val: Partial<{
        chain: ChainedStruct;
        outOfMemory: Bool;
    }>) => DawnBufferDescriptorErrorInfoFromWireClient;
}
export declare class DawnEncoderInternalUsageDescriptor extends c.Struct<{
    chain: ChainedStruct;
    useInternalUsages: Bool;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $chain(): ChainedStruct;
    get $useInternalUsages(): Bool;
    protected _get: () => {
        chain: ChainedStruct;
        useInternalUsages: Bool;
    };
    static new: (val: Partial<{
        chain: ChainedStruct;
        useInternalUsages: Bool;
    }>) => DawnEncoderInternalUsageDescriptor;
}
export declare class DawnExperimentalImmediateDataLimits extends c.Struct<{
    chain: ChainedStructOut;
    maxImmediateDataRangeByteSize: c.U32;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $chain(): ChainedStructOut;
    get $maxImmediateDataRangeByteSize(): c.U32;
    protected _get: () => {
        chain: ChainedStructOut;
        maxImmediateDataRangeByteSize: c.U32;
    };
    static new: (val: Partial<{
        chain: ChainedStructOut;
        maxImmediateDataRangeByteSize: c.U32;
    }>) => DawnExperimentalImmediateDataLimits;
}
export declare class DawnExperimentalSubgroupLimits extends c.Struct<{
    chain: ChainedStructOut;
    minSubgroupSize: c.U32;
    maxSubgroupSize: c.U32;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $chain(): ChainedStructOut;
    get $minSubgroupSize(): c.U32;
    get $maxSubgroupSize(): c.U32;
    protected _get: () => {
        chain: ChainedStructOut;
        minSubgroupSize: c.U32;
        maxSubgroupSize: c.U32;
    };
    static new: (val: Partial<{
        chain: ChainedStructOut;
        minSubgroupSize: c.U32;
        maxSubgroupSize: c.U32;
    }>) => DawnExperimentalSubgroupLimits;
}
export declare class DawnRenderPassColorAttachmentRenderToSingleSampled extends c.Struct<{
    chain: ChainedStruct;
    implicitSampleCount: c.U32;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $chain(): ChainedStruct;
    get $implicitSampleCount(): c.U32;
    protected _get: () => {
        chain: ChainedStruct;
        implicitSampleCount: c.U32;
    };
    static new: (val: Partial<{
        chain: ChainedStruct;
        implicitSampleCount: c.U32;
    }>) => DawnRenderPassColorAttachmentRenderToSingleSampled;
}
export declare class DawnShaderModuleSPIRVOptionsDescriptor extends c.Struct<{
    chain: ChainedStruct;
    allowNonUniformDerivatives: Bool;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $chain(): ChainedStruct;
    get $allowNonUniformDerivatives(): Bool;
    protected _get: () => {
        chain: ChainedStruct;
        allowNonUniformDerivatives: Bool;
    };
    static new: (val: Partial<{
        chain: ChainedStruct;
        allowNonUniformDerivatives: Bool;
    }>) => DawnShaderModuleSPIRVOptionsDescriptor;
}
export declare class DawnTexelCopyBufferRowAlignmentLimits extends c.Struct<{
    chain: ChainedStructOut;
    minTexelCopyBufferRowAlignment: c.U32;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $chain(): ChainedStructOut;
    get $minTexelCopyBufferRowAlignment(): c.U32;
    protected _get: () => {
        chain: ChainedStructOut;
        minTexelCopyBufferRowAlignment: c.U32;
    };
    static new: (val: Partial<{
        chain: ChainedStructOut;
        minTexelCopyBufferRowAlignment: c.U32;
    }>) => DawnTexelCopyBufferRowAlignmentLimits;
}
export declare class DawnTextureInternalUsageDescriptor extends c.Struct<{
    chain: ChainedStruct;
    internalUsage: TextureUsage;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $chain(): ChainedStruct;
    get $internalUsage(): TextureUsage;
    protected _get: () => {
        chain: ChainedStruct;
        internalUsage: TextureUsage;
    };
    static new: (val: Partial<{
        chain: ChainedStruct;
        internalUsage: TextureUsage;
    }>) => DawnTextureInternalUsageDescriptor;
}
export declare class DawnTogglesDescriptor extends c.Struct<{
    chain: ChainedStruct;
    enabledToggleCount: c.Size;
    enabledToggles: c.Pointer<c.Pointer<c.U8>>;
    disabledToggleCount: c.Size;
    disabledToggles: c.Pointer<c.Pointer<c.U8>>;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $chain(): ChainedStruct;
    get $enabledToggleCount(): c.Size;
    get $enabledToggles(): c.Pointer<c.Pointer<c.U8>>;
    get $disabledToggleCount(): c.Size;
    get $disabledToggles(): c.Pointer<c.Pointer<c.U8>>;
    protected _get: () => {
        chain: ChainedStruct;
        enabledToggleCount: c.Size;
        enabledToggles: c.Pointer<c.Pointer<c.U8>>;
        disabledToggleCount: c.Size;
        disabledToggles: c.Pointer<c.Pointer<c.U8>>;
    };
    static new: (val: Partial<{
        chain: ChainedStruct;
        enabledToggleCount: c.Size;
        enabledToggles: c.Pointer<c.Pointer<c.U8>>;
        disabledToggleCount: c.Size;
        disabledToggles: c.Pointer<c.Pointer<c.U8>>;
    }>) => DawnTogglesDescriptor;
}
export declare class DawnWireWGSLControl extends c.Struct<{
    chain: ChainedStruct;
    enableExperimental: Bool;
    enableUnsafe: Bool;
    enableTesting: Bool;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $chain(): ChainedStruct;
    get $enableExperimental(): Bool;
    get $enableUnsafe(): Bool;
    get $enableTesting(): Bool;
    protected _get: () => {
        chain: ChainedStruct;
        enableExperimental: Bool;
        enableUnsafe: Bool;
        enableTesting: Bool;
    };
    static new: (val: Partial<{
        chain: ChainedStruct;
        enableExperimental: Bool;
        enableUnsafe: Bool;
        enableTesting: Bool;
    }>) => DawnWireWGSLControl;
}
export declare class DeviceLostCallbackInfo extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    mode: CallbackMode;
    callback: DeviceLostCallbackNew;
    userdata: c.Pointer<c.Void>;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $mode(): CallbackMode;
    get $callback(): DeviceLostCallbackNew;
    get $userdata(): c.Pointer<c.Void>;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        mode: CallbackMode;
        callback: DeviceLostCallbackNew;
        userdata: c.Pointer<c.Void>;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        mode: CallbackMode;
        callback: DeviceLostCallbackNew;
        userdata: c.Pointer<c.Void>;
    }>) => DeviceLostCallbackInfo;
}
export declare class DrmFormatProperties extends c.Struct<{
    modifier: c.U64;
    modifierPlaneCount: c.U32;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $modifier(): c.U64;
    get $modifierPlaneCount(): c.U32;
    protected _get: () => {
        modifier: c.U64;
        modifierPlaneCount: c.U32;
    };
    static new: (val: Partial<{
        modifier: c.U64;
        modifierPlaneCount: c.U32;
    }>) => DrmFormatProperties;
}
export declare class Extent2D extends c.Struct<{
    width: c.U32;
    height: c.U32;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $width(): c.U32;
    get $height(): c.U32;
    protected _get: () => {
        width: c.U32;
        height: c.U32;
    };
    static new: (val: Partial<{
        width: c.U32;
        height: c.U32;
    }>) => Extent2D;
}
export declare class Extent3D extends c.Struct<{
    width: c.U32;
    height: c.U32;
    depthOrArrayLayers: c.U32;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $width(): c.U32;
    get $height(): c.U32;
    get $depthOrArrayLayers(): c.U32;
    protected _get: () => {
        width: c.U32;
        height: c.U32;
        depthOrArrayLayers: c.U32;
    };
    static new: (val: Partial<{
        width: c.U32;
        height: c.U32;
        depthOrArrayLayers: c.U32;
    }>) => Extent3D;
}
export declare class ExternalTextureBindingEntry extends c.Struct<{
    chain: ChainedStruct;
    externalTexture: ExternalTexture;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $chain(): ChainedStruct;
    get $externalTexture(): ExternalTexture;
    protected _get: () => {
        chain: ChainedStruct;
        externalTexture: ExternalTexture;
    };
    static new: (val: Partial<{
        chain: ChainedStruct;
        externalTexture: ExternalTexture;
    }>) => ExternalTextureBindingEntry;
}
export declare class ExternalTextureBindingLayout extends c.Struct<{
    chain: ChainedStruct;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $chain(): ChainedStruct;
    protected _get: () => {
        chain: ChainedStruct;
    };
    static new: (val: Partial<{
        chain: ChainedStruct;
    }>) => ExternalTextureBindingLayout;
}
export declare class FormatCapabilities extends c.Struct<{
    nextInChain: c.Pointer<ChainedStructOut>;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStructOut>;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStructOut>;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStructOut>;
    }>) => FormatCapabilities;
}
export declare class Future extends c.Struct<{
    id: c.U64;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $id(): c.U64;
    protected _get: () => {
        id: c.U64;
    };
    static new: (val: Partial<{
        id: c.U64;
    }>) => Future;
}
export declare class InstanceFeatures extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    timedWaitAnyEnable: Bool;
    timedWaitAnyMaxCount: c.Size;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $timedWaitAnyEnable(): Bool;
    get $timedWaitAnyMaxCount(): c.Size;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        timedWaitAnyEnable: Bool;
        timedWaitAnyMaxCount: c.Size;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        timedWaitAnyEnable: Bool;
        timedWaitAnyMaxCount: c.Size;
    }>) => InstanceFeatures;
}
export declare class Limits extends c.Struct<{
    maxTextureDimension1D: c.U32;
    maxTextureDimension2D: c.U32;
    maxTextureDimension3D: c.U32;
    maxTextureArrayLayers: c.U32;
    maxBindGroups: c.U32;
    maxBindGroupsPlusVertexBuffers: c.U32;
    maxBindingsPerBindGroup: c.U32;
    maxDynamicUniformBuffersPerPipelineLayout: c.U32;
    maxDynamicStorageBuffersPerPipelineLayout: c.U32;
    maxSampledTexturesPerShaderStage: c.U32;
    maxSamplersPerShaderStage: c.U32;
    maxStorageBuffersPerShaderStage: c.U32;
    maxStorageTexturesPerShaderStage: c.U32;
    maxUniformBuffersPerShaderStage: c.U32;
    maxUniformBufferBindingSize: c.U64;
    maxStorageBufferBindingSize: c.U64;
    minUniformBufferOffsetAlignment: c.U32;
    minStorageBufferOffsetAlignment: c.U32;
    maxVertexBuffers: c.U32;
    maxBufferSize: c.U64;
    maxVertexAttributes: c.U32;
    maxVertexBufferArrayStride: c.U32;
    maxInterStageShaderComponents: c.U32;
    maxInterStageShaderVariables: c.U32;
    maxColorAttachments: c.U32;
    maxColorAttachmentBytesPerSample: c.U32;
    maxComputeWorkgroupStorageSize: c.U32;
    maxComputeInvocationsPerWorkgroup: c.U32;
    maxComputeWorkgroupSizeX: c.U32;
    maxComputeWorkgroupSizeY: c.U32;
    maxComputeWorkgroupSizeZ: c.U32;
    maxComputeWorkgroupsPerDimension: c.U32;
    maxStorageBuffersInVertexStage: c.U32;
    maxStorageTexturesInVertexStage: c.U32;
    maxStorageBuffersInFragmentStage: c.U32;
    maxStorageTexturesInFragmentStage: c.U32;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $maxTextureDimension1D(): c.U32;
    get $maxTextureDimension2D(): c.U32;
    get $maxTextureDimension3D(): c.U32;
    get $maxTextureArrayLayers(): c.U32;
    get $maxBindGroups(): c.U32;
    get $maxBindGroupsPlusVertexBuffers(): c.U32;
    get $maxBindingsPerBindGroup(): c.U32;
    get $maxDynamicUniformBuffersPerPipelineLayout(): c.U32;
    get $maxDynamicStorageBuffersPerPipelineLayout(): c.U32;
    get $maxSampledTexturesPerShaderStage(): c.U32;
    get $maxSamplersPerShaderStage(): c.U32;
    get $maxStorageBuffersPerShaderStage(): c.U32;
    get $maxStorageTexturesPerShaderStage(): c.U32;
    get $maxUniformBuffersPerShaderStage(): c.U32;
    get $maxUniformBufferBindingSize(): c.U64;
    get $maxStorageBufferBindingSize(): c.U64;
    get $minUniformBufferOffsetAlignment(): c.U32;
    get $minStorageBufferOffsetAlignment(): c.U32;
    get $maxVertexBuffers(): c.U32;
    get $maxBufferSize(): c.U64;
    get $maxVertexAttributes(): c.U32;
    get $maxVertexBufferArrayStride(): c.U32;
    get $maxInterStageShaderComponents(): c.U32;
    get $maxInterStageShaderVariables(): c.U32;
    get $maxColorAttachments(): c.U32;
    get $maxColorAttachmentBytesPerSample(): c.U32;
    get $maxComputeWorkgroupStorageSize(): c.U32;
    get $maxComputeInvocationsPerWorkgroup(): c.U32;
    get $maxComputeWorkgroupSizeX(): c.U32;
    get $maxComputeWorkgroupSizeY(): c.U32;
    get $maxComputeWorkgroupSizeZ(): c.U32;
    get $maxComputeWorkgroupsPerDimension(): c.U32;
    get $maxStorageBuffersInVertexStage(): c.U32;
    get $maxStorageTexturesInVertexStage(): c.U32;
    get $maxStorageBuffersInFragmentStage(): c.U32;
    get $maxStorageTexturesInFragmentStage(): c.U32;
    protected _get: () => {
        maxTextureDimension1D: c.U32;
        maxTextureDimension2D: c.U32;
        maxTextureDimension3D: c.U32;
        maxTextureArrayLayers: c.U32;
        maxBindGroups: c.U32;
        maxBindGroupsPlusVertexBuffers: c.U32;
        maxBindingsPerBindGroup: c.U32;
        maxDynamicUniformBuffersPerPipelineLayout: c.U32;
        maxDynamicStorageBuffersPerPipelineLayout: c.U32;
        maxSampledTexturesPerShaderStage: c.U32;
        maxSamplersPerShaderStage: c.U32;
        maxStorageBuffersPerShaderStage: c.U32;
        maxStorageTexturesPerShaderStage: c.U32;
        maxUniformBuffersPerShaderStage: c.U32;
        maxUniformBufferBindingSize: c.U64;
        maxStorageBufferBindingSize: c.U64;
        minUniformBufferOffsetAlignment: c.U32;
        minStorageBufferOffsetAlignment: c.U32;
        maxVertexBuffers: c.U32;
        maxBufferSize: c.U64;
        maxVertexAttributes: c.U32;
        maxVertexBufferArrayStride: c.U32;
        maxInterStageShaderComponents: c.U32;
        maxInterStageShaderVariables: c.U32;
        maxColorAttachments: c.U32;
        maxColorAttachmentBytesPerSample: c.U32;
        maxComputeWorkgroupStorageSize: c.U32;
        maxComputeInvocationsPerWorkgroup: c.U32;
        maxComputeWorkgroupSizeX: c.U32;
        maxComputeWorkgroupSizeY: c.U32;
        maxComputeWorkgroupSizeZ: c.U32;
        maxComputeWorkgroupsPerDimension: c.U32;
        maxStorageBuffersInVertexStage: c.U32;
        maxStorageTexturesInVertexStage: c.U32;
        maxStorageBuffersInFragmentStage: c.U32;
        maxStorageTexturesInFragmentStage: c.U32;
    };
    static new: (val: Partial<{
        maxTextureDimension1D: c.U32;
        maxTextureDimension2D: c.U32;
        maxTextureDimension3D: c.U32;
        maxTextureArrayLayers: c.U32;
        maxBindGroups: c.U32;
        maxBindGroupsPlusVertexBuffers: c.U32;
        maxBindingsPerBindGroup: c.U32;
        maxDynamicUniformBuffersPerPipelineLayout: c.U32;
        maxDynamicStorageBuffersPerPipelineLayout: c.U32;
        maxSampledTexturesPerShaderStage: c.U32;
        maxSamplersPerShaderStage: c.U32;
        maxStorageBuffersPerShaderStage: c.U32;
        maxStorageTexturesPerShaderStage: c.U32;
        maxUniformBuffersPerShaderStage: c.U32;
        maxUniformBufferBindingSize: c.U64;
        maxStorageBufferBindingSize: c.U64;
        minUniformBufferOffsetAlignment: c.U32;
        minStorageBufferOffsetAlignment: c.U32;
        maxVertexBuffers: c.U32;
        maxBufferSize: c.U64;
        maxVertexAttributes: c.U32;
        maxVertexBufferArrayStride: c.U32;
        maxInterStageShaderComponents: c.U32;
        maxInterStageShaderVariables: c.U32;
        maxColorAttachments: c.U32;
        maxColorAttachmentBytesPerSample: c.U32;
        maxComputeWorkgroupStorageSize: c.U32;
        maxComputeInvocationsPerWorkgroup: c.U32;
        maxComputeWorkgroupSizeX: c.U32;
        maxComputeWorkgroupSizeY: c.U32;
        maxComputeWorkgroupSizeZ: c.U32;
        maxComputeWorkgroupsPerDimension: c.U32;
        maxStorageBuffersInVertexStage: c.U32;
        maxStorageTexturesInVertexStage: c.U32;
        maxStorageBuffersInFragmentStage: c.U32;
        maxStorageTexturesInFragmentStage: c.U32;
    }>) => Limits;
}
export declare class MemoryHeapInfo extends c.Struct<{
    properties: HeapProperty;
    size: c.U64;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $properties(): HeapProperty;
    get $size(): c.U64;
    protected _get: () => {
        properties: HeapProperty;
        size: c.U64;
    };
    static new: (val: Partial<{
        properties: HeapProperty;
        size: c.U64;
    }>) => MemoryHeapInfo;
}
export declare class MultisampleState extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    count: c.U32;
    mask: c.U32;
    alphaToCoverageEnabled: Bool;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $count(): c.U32;
    get $mask(): c.U32;
    get $alphaToCoverageEnabled(): Bool;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        count: c.U32;
        mask: c.U32;
        alphaToCoverageEnabled: Bool;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        count: c.U32;
        mask: c.U32;
        alphaToCoverageEnabled: Bool;
    }>) => MultisampleState;
}
export declare class Origin2D extends c.Struct<{
    x: c.U32;
    y: c.U32;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $x(): c.U32;
    get $y(): c.U32;
    protected _get: () => {
        x: c.U32;
        y: c.U32;
    };
    static new: (val: Partial<{
        x: c.U32;
        y: c.U32;
    }>) => Origin2D;
}
export declare class Origin3D extends c.Struct<{
    x: c.U32;
    y: c.U32;
    z: c.U32;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $x(): c.U32;
    get $y(): c.U32;
    get $z(): c.U32;
    protected _get: () => {
        x: c.U32;
        y: c.U32;
        z: c.U32;
    };
    static new: (val: Partial<{
        x: c.U32;
        y: c.U32;
        z: c.U32;
    }>) => Origin3D;
}
export declare class PipelineLayoutStorageAttachment extends c.Struct<{
    offset: c.U64;
    format: TextureFormat;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $offset(): c.U64;
    get $format(): TextureFormat;
    protected _get: () => {
        offset: c.U64;
        format: TextureFormat;
    };
    static new: (val: Partial<{
        offset: c.U64;
        format: TextureFormat;
    }>) => PipelineLayoutStorageAttachment;
}
export declare class PopErrorScopeCallbackInfo extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    mode: CallbackMode;
    callback: PopErrorScopeCallback;
    oldCallback: ErrorCallback;
    userdata: c.Pointer<c.Void>;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $mode(): CallbackMode;
    get $callback(): PopErrorScopeCallback;
    get $oldCallback(): ErrorCallback;
    get $userdata(): c.Pointer<c.Void>;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        mode: CallbackMode;
        callback: PopErrorScopeCallback;
        oldCallback: ErrorCallback;
        userdata: c.Pointer<c.Void>;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        mode: CallbackMode;
        callback: PopErrorScopeCallback;
        oldCallback: ErrorCallback;
        userdata: c.Pointer<c.Void>;
    }>) => PopErrorScopeCallbackInfo;
}
export declare class PrimitiveState extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    topology: PrimitiveTopology;
    stripIndexFormat: IndexFormat;
    frontFace: FrontFace;
    cullMode: CullMode;
    unclippedDepth: Bool;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $topology(): PrimitiveTopology;
    get $stripIndexFormat(): IndexFormat;
    get $frontFace(): FrontFace;
    get $cullMode(): CullMode;
    get $unclippedDepth(): Bool;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        topology: PrimitiveTopology;
        stripIndexFormat: IndexFormat;
        frontFace: FrontFace;
        cullMode: CullMode;
        unclippedDepth: Bool;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        topology: PrimitiveTopology;
        stripIndexFormat: IndexFormat;
        frontFace: FrontFace;
        cullMode: CullMode;
        unclippedDepth: Bool;
    }>) => PrimitiveState;
}
export declare class QueueWorkDoneCallbackInfo extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    mode: CallbackMode;
    callback: QueueWorkDoneCallback;
    userdata: c.Pointer<c.Void>;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $mode(): CallbackMode;
    get $callback(): QueueWorkDoneCallback;
    get $userdata(): c.Pointer<c.Void>;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        mode: CallbackMode;
        callback: QueueWorkDoneCallback;
        userdata: c.Pointer<c.Void>;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        mode: CallbackMode;
        callback: QueueWorkDoneCallback;
        userdata: c.Pointer<c.Void>;
    }>) => QueueWorkDoneCallbackInfo;
}
export declare class RenderPassDepthStencilAttachment extends c.Struct<{
    view: TextureView;
    depthLoadOp: LoadOp;
    depthStoreOp: StoreOp;
    depthClearValue: c.F32;
    depthReadOnly: Bool;
    stencilLoadOp: LoadOp;
    stencilStoreOp: StoreOp;
    stencilClearValue: c.U32;
    stencilReadOnly: Bool;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $view(): TextureView;
    get $depthLoadOp(): LoadOp;
    get $depthStoreOp(): StoreOp;
    get $depthClearValue(): c.F32;
    get $depthReadOnly(): Bool;
    get $stencilLoadOp(): LoadOp;
    get $stencilStoreOp(): StoreOp;
    get $stencilClearValue(): c.U32;
    get $stencilReadOnly(): Bool;
    protected _get: () => {
        view: TextureView;
        depthLoadOp: LoadOp;
        depthStoreOp: StoreOp;
        depthClearValue: c.F32;
        depthReadOnly: Bool;
        stencilLoadOp: LoadOp;
        stencilStoreOp: StoreOp;
        stencilClearValue: c.U32;
        stencilReadOnly: Bool;
    };
    static new: (val: Partial<{
        view: TextureView;
        depthLoadOp: LoadOp;
        depthStoreOp: StoreOp;
        depthClearValue: c.F32;
        depthReadOnly: Bool;
        stencilLoadOp: LoadOp;
        stencilStoreOp: StoreOp;
        stencilClearValue: c.U32;
        stencilReadOnly: Bool;
    }>) => RenderPassDepthStencilAttachment;
}
export declare class RenderPassDescriptorExpandResolveRect extends c.Struct<{
    chain: ChainedStruct;
    x: c.U32;
    y: c.U32;
    width: c.U32;
    height: c.U32;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $chain(): ChainedStruct;
    get $x(): c.U32;
    get $y(): c.U32;
    get $width(): c.U32;
    get $height(): c.U32;
    protected _get: () => {
        chain: ChainedStruct;
        x: c.U32;
        y: c.U32;
        width: c.U32;
        height: c.U32;
    };
    static new: (val: Partial<{
        chain: ChainedStruct;
        x: c.U32;
        y: c.U32;
        width: c.U32;
        height: c.U32;
    }>) => RenderPassDescriptorExpandResolveRect;
}
export declare class RenderPassMaxDrawCount extends c.Struct<{
    chain: ChainedStruct;
    maxDrawCount: c.U64;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $chain(): ChainedStruct;
    get $maxDrawCount(): c.U64;
    protected _get: () => {
        chain: ChainedStruct;
        maxDrawCount: c.U64;
    };
    static new: (val: Partial<{
        chain: ChainedStruct;
        maxDrawCount: c.U64;
    }>) => RenderPassMaxDrawCount;
}
export declare class RenderPassTimestampWrites extends c.Struct<{
    querySet: QuerySet;
    beginningOfPassWriteIndex: c.U32;
    endOfPassWriteIndex: c.U32;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $querySet(): QuerySet;
    get $beginningOfPassWriteIndex(): c.U32;
    get $endOfPassWriteIndex(): c.U32;
    protected _get: () => {
        querySet: QuerySet;
        beginningOfPassWriteIndex: c.U32;
        endOfPassWriteIndex: c.U32;
    };
    static new: (val: Partial<{
        querySet: QuerySet;
        beginningOfPassWriteIndex: c.U32;
        endOfPassWriteIndex: c.U32;
    }>) => RenderPassTimestampWrites;
}
export declare class RequestAdapterCallbackInfo extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    mode: CallbackMode;
    callback: RequestAdapterCallback;
    userdata: c.Pointer<c.Void>;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $mode(): CallbackMode;
    get $callback(): RequestAdapterCallback;
    get $userdata(): c.Pointer<c.Void>;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        mode: CallbackMode;
        callback: RequestAdapterCallback;
        userdata: c.Pointer<c.Void>;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        mode: CallbackMode;
        callback: RequestAdapterCallback;
        userdata: c.Pointer<c.Void>;
    }>) => RequestAdapterCallbackInfo;
}
export declare class RequestAdapterOptions extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    compatibleSurface: Surface;
    featureLevel: FeatureLevel;
    powerPreference: PowerPreference;
    backendType: BackendType;
    forceFallbackAdapter: Bool;
    compatibilityMode: Bool;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $compatibleSurface(): Surface;
    get $featureLevel(): FeatureLevel;
    get $powerPreference(): PowerPreference;
    get $backendType(): BackendType;
    get $forceFallbackAdapter(): Bool;
    get $compatibilityMode(): Bool;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        compatibleSurface: Surface;
        featureLevel: FeatureLevel;
        powerPreference: PowerPreference;
        backendType: BackendType;
        forceFallbackAdapter: Bool;
        compatibilityMode: Bool;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        compatibleSurface: Surface;
        featureLevel: FeatureLevel;
        powerPreference: PowerPreference;
        backendType: BackendType;
        forceFallbackAdapter: Bool;
        compatibilityMode: Bool;
    }>) => RequestAdapterOptions;
}
export declare class RequestDeviceCallbackInfo extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    mode: CallbackMode;
    callback: RequestDeviceCallback;
    userdata: c.Pointer<c.Void>;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $mode(): CallbackMode;
    get $callback(): RequestDeviceCallback;
    get $userdata(): c.Pointer<c.Void>;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        mode: CallbackMode;
        callback: RequestDeviceCallback;
        userdata: c.Pointer<c.Void>;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        mode: CallbackMode;
        callback: RequestDeviceCallback;
        userdata: c.Pointer<c.Void>;
    }>) => RequestDeviceCallbackInfo;
}
export declare class SamplerBindingLayout extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    type: SamplerBindingType;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $type(): SamplerBindingType;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        type: SamplerBindingType;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        type: SamplerBindingType;
    }>) => SamplerBindingLayout;
}
export declare class ShaderModuleCompilationOptions extends c.Struct<{
    chain: ChainedStruct;
    strictMath: Bool;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $chain(): ChainedStruct;
    get $strictMath(): Bool;
    protected _get: () => {
        chain: ChainedStruct;
        strictMath: Bool;
    };
    static new: (val: Partial<{
        chain: ChainedStruct;
        strictMath: Bool;
    }>) => ShaderModuleCompilationOptions;
}
export declare class ShaderSourceSPIRV extends c.Struct<{
    chain: ChainedStruct;
    codeSize: c.U32;
    code: c.Pointer<c.U32>;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $chain(): ChainedStruct;
    get $codeSize(): c.U32;
    get $code(): c.Pointer<c.U32>;
    protected _get: () => {
        chain: ChainedStruct;
        codeSize: c.U32;
        code: c.Pointer<c.U32>;
    };
    static new: (val: Partial<{
        chain: ChainedStruct;
        codeSize: c.U32;
        code: c.Pointer<c.U32>;
    }>) => ShaderSourceSPIRV;
}
export declare class SharedBufferMemoryBeginAccessDescriptor extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    initialized: Bool;
    fenceCount: c.Size;
    fences: c.Pointer<SharedFence>;
    signaledValues: c.Pointer<c.U64>;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $initialized(): Bool;
    get $fenceCount(): c.Size;
    get $fences(): c.Pointer<SharedFence>;
    get $signaledValues(): c.Pointer<c.U64>;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        initialized: Bool;
        fenceCount: c.Size;
        fences: c.Pointer<SharedFence>;
        signaledValues: c.Pointer<c.U64>;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        initialized: Bool;
        fenceCount: c.Size;
        fences: c.Pointer<SharedFence>;
        signaledValues: c.Pointer<c.U64>;
    }>) => SharedBufferMemoryBeginAccessDescriptor;
}
export declare class SharedBufferMemoryEndAccessState extends c.Struct<{
    nextInChain: c.Pointer<ChainedStructOut>;
    initialized: Bool;
    fenceCount: c.Size;
    fences: c.Pointer<SharedFence>;
    signaledValues: c.Pointer<c.U64>;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStructOut>;
    get $initialized(): Bool;
    get $fenceCount(): c.Size;
    get $fences(): c.Pointer<SharedFence>;
    get $signaledValues(): c.Pointer<c.U64>;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStructOut>;
        initialized: Bool;
        fenceCount: c.Size;
        fences: c.Pointer<SharedFence>;
        signaledValues: c.Pointer<c.U64>;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStructOut>;
        initialized: Bool;
        fenceCount: c.Size;
        fences: c.Pointer<SharedFence>;
        signaledValues: c.Pointer<c.U64>;
    }>) => SharedBufferMemoryEndAccessState;
}
export declare class SharedBufferMemoryProperties extends c.Struct<{
    nextInChain: c.Pointer<ChainedStructOut>;
    usage: BufferUsage;
    size: c.U64;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStructOut>;
    get $usage(): BufferUsage;
    get $size(): c.U64;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStructOut>;
        usage: BufferUsage;
        size: c.U64;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStructOut>;
        usage: BufferUsage;
        size: c.U64;
    }>) => SharedBufferMemoryProperties;
}
export declare class SharedFenceDXGISharedHandleDescriptor extends c.Struct<{
    chain: ChainedStruct;
    handle: c.Pointer<c.Void>;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $chain(): ChainedStruct;
    get $handle(): c.Pointer<c.Void>;
    protected _get: () => {
        chain: ChainedStruct;
        handle: c.Pointer<c.Void>;
    };
    static new: (val: Partial<{
        chain: ChainedStruct;
        handle: c.Pointer<c.Void>;
    }>) => SharedFenceDXGISharedHandleDescriptor;
}
export declare class SharedFenceDXGISharedHandleExportInfo extends c.Struct<{
    chain: ChainedStructOut;
    handle: c.Pointer<c.Void>;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $chain(): ChainedStructOut;
    get $handle(): c.Pointer<c.Void>;
    protected _get: () => {
        chain: ChainedStructOut;
        handle: c.Pointer<c.Void>;
    };
    static new: (val: Partial<{
        chain: ChainedStructOut;
        handle: c.Pointer<c.Void>;
    }>) => SharedFenceDXGISharedHandleExportInfo;
}
export declare class SharedFenceMTLSharedEventDescriptor extends c.Struct<{
    chain: ChainedStruct;
    sharedEvent: c.Pointer<c.Void>;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $chain(): ChainedStruct;
    get $sharedEvent(): c.Pointer<c.Void>;
    protected _get: () => {
        chain: ChainedStruct;
        sharedEvent: c.Pointer<c.Void>;
    };
    static new: (val: Partial<{
        chain: ChainedStruct;
        sharedEvent: c.Pointer<c.Void>;
    }>) => SharedFenceMTLSharedEventDescriptor;
}
export declare class SharedFenceMTLSharedEventExportInfo extends c.Struct<{
    chain: ChainedStructOut;
    sharedEvent: c.Pointer<c.Void>;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $chain(): ChainedStructOut;
    get $sharedEvent(): c.Pointer<c.Void>;
    protected _get: () => {
        chain: ChainedStructOut;
        sharedEvent: c.Pointer<c.Void>;
    };
    static new: (val: Partial<{
        chain: ChainedStructOut;
        sharedEvent: c.Pointer<c.Void>;
    }>) => SharedFenceMTLSharedEventExportInfo;
}
export declare class SharedFenceExportInfo extends c.Struct<{
    nextInChain: c.Pointer<ChainedStructOut>;
    type: SharedFenceType;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStructOut>;
    get $type(): SharedFenceType;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStructOut>;
        type: SharedFenceType;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStructOut>;
        type: SharedFenceType;
    }>) => SharedFenceExportInfo;
}
export declare class SharedFenceSyncFDDescriptor extends c.Struct<{
    chain: ChainedStruct;
    handle: c.I32;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $chain(): ChainedStruct;
    get $handle(): c.I32;
    protected _get: () => {
        chain: ChainedStruct;
        handle: c.I32;
    };
    static new: (val: Partial<{
        chain: ChainedStruct;
        handle: c.I32;
    }>) => SharedFenceSyncFDDescriptor;
}
export declare class SharedFenceSyncFDExportInfo extends c.Struct<{
    chain: ChainedStructOut;
    handle: c.I32;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $chain(): ChainedStructOut;
    get $handle(): c.I32;
    protected _get: () => {
        chain: ChainedStructOut;
        handle: c.I32;
    };
    static new: (val: Partial<{
        chain: ChainedStructOut;
        handle: c.I32;
    }>) => SharedFenceSyncFDExportInfo;
}
export declare class SharedFenceVkSemaphoreOpaqueFDDescriptor extends c.Struct<{
    chain: ChainedStruct;
    handle: c.I32;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $chain(): ChainedStruct;
    get $handle(): c.I32;
    protected _get: () => {
        chain: ChainedStruct;
        handle: c.I32;
    };
    static new: (val: Partial<{
        chain: ChainedStruct;
        handle: c.I32;
    }>) => SharedFenceVkSemaphoreOpaqueFDDescriptor;
}
export declare class SharedFenceVkSemaphoreOpaqueFDExportInfo extends c.Struct<{
    chain: ChainedStructOut;
    handle: c.I32;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $chain(): ChainedStructOut;
    get $handle(): c.I32;
    protected _get: () => {
        chain: ChainedStructOut;
        handle: c.I32;
    };
    static new: (val: Partial<{
        chain: ChainedStructOut;
        handle: c.I32;
    }>) => SharedFenceVkSemaphoreOpaqueFDExportInfo;
}
export declare class SharedFenceVkSemaphoreZirconHandleDescriptor extends c.Struct<{
    chain: ChainedStruct;
    handle: c.U32;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $chain(): ChainedStruct;
    get $handle(): c.U32;
    protected _get: () => {
        chain: ChainedStruct;
        handle: c.U32;
    };
    static new: (val: Partial<{
        chain: ChainedStruct;
        handle: c.U32;
    }>) => SharedFenceVkSemaphoreZirconHandleDescriptor;
}
export declare class SharedFenceVkSemaphoreZirconHandleExportInfo extends c.Struct<{
    chain: ChainedStructOut;
    handle: c.U32;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $chain(): ChainedStructOut;
    get $handle(): c.U32;
    protected _get: () => {
        chain: ChainedStructOut;
        handle: c.U32;
    };
    static new: (val: Partial<{
        chain: ChainedStructOut;
        handle: c.U32;
    }>) => SharedFenceVkSemaphoreZirconHandleExportInfo;
}
export declare class SharedTextureMemoryD3DSwapchainBeginState extends c.Struct<{
    chain: ChainedStruct;
    isSwapchain: Bool;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $chain(): ChainedStruct;
    get $isSwapchain(): Bool;
    protected _get: () => {
        chain: ChainedStruct;
        isSwapchain: Bool;
    };
    static new: (val: Partial<{
        chain: ChainedStruct;
        isSwapchain: Bool;
    }>) => SharedTextureMemoryD3DSwapchainBeginState;
}
export declare class SharedTextureMemoryDXGISharedHandleDescriptor extends c.Struct<{
    chain: ChainedStruct;
    handle: c.Pointer<c.Void>;
    useKeyedMutex: Bool;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $chain(): ChainedStruct;
    get $handle(): c.Pointer<c.Void>;
    get $useKeyedMutex(): Bool;
    protected _get: () => {
        chain: ChainedStruct;
        handle: c.Pointer<c.Void>;
        useKeyedMutex: Bool;
    };
    static new: (val: Partial<{
        chain: ChainedStruct;
        handle: c.Pointer<c.Void>;
        useKeyedMutex: Bool;
    }>) => SharedTextureMemoryDXGISharedHandleDescriptor;
}
export declare class SharedTextureMemoryEGLImageDescriptor extends c.Struct<{
    chain: ChainedStruct;
    image: c.Pointer<c.Void>;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $chain(): ChainedStruct;
    get $image(): c.Pointer<c.Void>;
    protected _get: () => {
        chain: ChainedStruct;
        image: c.Pointer<c.Void>;
    };
    static new: (val: Partial<{
        chain: ChainedStruct;
        image: c.Pointer<c.Void>;
    }>) => SharedTextureMemoryEGLImageDescriptor;
}
export declare class SharedTextureMemoryIOSurfaceDescriptor extends c.Struct<{
    chain: ChainedStruct;
    ioSurface: c.Pointer<c.Void>;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $chain(): ChainedStruct;
    get $ioSurface(): c.Pointer<c.Void>;
    protected _get: () => {
        chain: ChainedStruct;
        ioSurface: c.Pointer<c.Void>;
    };
    static new: (val: Partial<{
        chain: ChainedStruct;
        ioSurface: c.Pointer<c.Void>;
    }>) => SharedTextureMemoryIOSurfaceDescriptor;
}
export declare class SharedTextureMemoryAHardwareBufferDescriptor extends c.Struct<{
    chain: ChainedStruct;
    handle: c.Pointer<c.Void>;
    useExternalFormat: Bool;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $chain(): ChainedStruct;
    get $handle(): c.Pointer<c.Void>;
    get $useExternalFormat(): Bool;
    protected _get: () => {
        chain: ChainedStruct;
        handle: c.Pointer<c.Void>;
        useExternalFormat: Bool;
    };
    static new: (val: Partial<{
        chain: ChainedStruct;
        handle: c.Pointer<c.Void>;
        useExternalFormat: Bool;
    }>) => SharedTextureMemoryAHardwareBufferDescriptor;
}
export declare class SharedTextureMemoryBeginAccessDescriptor extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    concurrentRead: Bool;
    initialized: Bool;
    fenceCount: c.Size;
    fences: c.Pointer<SharedFence>;
    signaledValues: c.Pointer<c.U64>;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $concurrentRead(): Bool;
    get $initialized(): Bool;
    get $fenceCount(): c.Size;
    get $fences(): c.Pointer<SharedFence>;
    get $signaledValues(): c.Pointer<c.U64>;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        concurrentRead: Bool;
        initialized: Bool;
        fenceCount: c.Size;
        fences: c.Pointer<SharedFence>;
        signaledValues: c.Pointer<c.U64>;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        concurrentRead: Bool;
        initialized: Bool;
        fenceCount: c.Size;
        fences: c.Pointer<SharedFence>;
        signaledValues: c.Pointer<c.U64>;
    }>) => SharedTextureMemoryBeginAccessDescriptor;
}
export declare class SharedTextureMemoryDmaBufPlane extends c.Struct<{
    fd: c.I32;
    offset: c.U64;
    stride: c.U32;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $fd(): c.I32;
    get $offset(): c.U64;
    get $stride(): c.U32;
    protected _get: () => {
        fd: c.I32;
        offset: c.U64;
        stride: c.U32;
    };
    static new: (val: Partial<{
        fd: c.I32;
        offset: c.U64;
        stride: c.U32;
    }>) => SharedTextureMemoryDmaBufPlane;
}
export declare class SharedTextureMemoryEndAccessState extends c.Struct<{
    nextInChain: c.Pointer<ChainedStructOut>;
    initialized: Bool;
    fenceCount: c.Size;
    fences: c.Pointer<SharedFence>;
    signaledValues: c.Pointer<c.U64>;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStructOut>;
    get $initialized(): Bool;
    get $fenceCount(): c.Size;
    get $fences(): c.Pointer<SharedFence>;
    get $signaledValues(): c.Pointer<c.U64>;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStructOut>;
        initialized: Bool;
        fenceCount: c.Size;
        fences: c.Pointer<SharedFence>;
        signaledValues: c.Pointer<c.U64>;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStructOut>;
        initialized: Bool;
        fenceCount: c.Size;
        fences: c.Pointer<SharedFence>;
        signaledValues: c.Pointer<c.U64>;
    }>) => SharedTextureMemoryEndAccessState;
}
export declare class SharedTextureMemoryOpaqueFDDescriptor extends c.Struct<{
    chain: ChainedStruct;
    vkImageCreateInfo: c.Pointer<c.Void>;
    memoryFD: c.I32;
    memoryTypeIndex: c.U32;
    allocationSize: c.U64;
    dedicatedAllocation: Bool;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $chain(): ChainedStruct;
    get $vkImageCreateInfo(): c.Pointer<c.Void>;
    get $memoryFD(): c.I32;
    get $memoryTypeIndex(): c.U32;
    get $allocationSize(): c.U64;
    get $dedicatedAllocation(): Bool;
    protected _get: () => {
        chain: ChainedStruct;
        vkImageCreateInfo: c.Pointer<c.Void>;
        memoryFD: c.I32;
        memoryTypeIndex: c.U32;
        allocationSize: c.U64;
        dedicatedAllocation: Bool;
    };
    static new: (val: Partial<{
        chain: ChainedStruct;
        vkImageCreateInfo: c.Pointer<c.Void>;
        memoryFD: c.I32;
        memoryTypeIndex: c.U32;
        allocationSize: c.U64;
        dedicatedAllocation: Bool;
    }>) => SharedTextureMemoryOpaqueFDDescriptor;
}
export declare class SharedTextureMemoryVkDedicatedAllocationDescriptor extends c.Struct<{
    chain: ChainedStruct;
    dedicatedAllocation: Bool;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $chain(): ChainedStruct;
    get $dedicatedAllocation(): Bool;
    protected _get: () => {
        chain: ChainedStruct;
        dedicatedAllocation: Bool;
    };
    static new: (val: Partial<{
        chain: ChainedStruct;
        dedicatedAllocation: Bool;
    }>) => SharedTextureMemoryVkDedicatedAllocationDescriptor;
}
export declare class SharedTextureMemoryVkImageLayoutBeginState extends c.Struct<{
    chain: ChainedStruct;
    oldLayout: c.I32;
    newLayout: c.I32;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $chain(): ChainedStruct;
    get $oldLayout(): c.I32;
    get $newLayout(): c.I32;
    protected _get: () => {
        chain: ChainedStruct;
        oldLayout: c.I32;
        newLayout: c.I32;
    };
    static new: (val: Partial<{
        chain: ChainedStruct;
        oldLayout: c.I32;
        newLayout: c.I32;
    }>) => SharedTextureMemoryVkImageLayoutBeginState;
}
export declare class SharedTextureMemoryVkImageLayoutEndState extends c.Struct<{
    chain: ChainedStructOut;
    oldLayout: c.I32;
    newLayout: c.I32;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $chain(): ChainedStructOut;
    get $oldLayout(): c.I32;
    get $newLayout(): c.I32;
    protected _get: () => {
        chain: ChainedStructOut;
        oldLayout: c.I32;
        newLayout: c.I32;
    };
    static new: (val: Partial<{
        chain: ChainedStructOut;
        oldLayout: c.I32;
        newLayout: c.I32;
    }>) => SharedTextureMemoryVkImageLayoutEndState;
}
export declare class SharedTextureMemoryZirconHandleDescriptor extends c.Struct<{
    chain: ChainedStruct;
    memoryFD: c.U32;
    allocationSize: c.U64;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $chain(): ChainedStruct;
    get $memoryFD(): c.U32;
    get $allocationSize(): c.U64;
    protected _get: () => {
        chain: ChainedStruct;
        memoryFD: c.U32;
        allocationSize: c.U64;
    };
    static new: (val: Partial<{
        chain: ChainedStruct;
        memoryFD: c.U32;
        allocationSize: c.U64;
    }>) => SharedTextureMemoryZirconHandleDescriptor;
}
export declare class StaticSamplerBindingLayout extends c.Struct<{
    chain: ChainedStruct;
    sampler: Sampler;
    sampledTextureBinding: c.U32;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $chain(): ChainedStruct;
    get $sampler(): Sampler;
    get $sampledTextureBinding(): c.U32;
    protected _get: () => {
        chain: ChainedStruct;
        sampler: Sampler;
        sampledTextureBinding: c.U32;
    };
    static new: (val: Partial<{
        chain: ChainedStruct;
        sampler: Sampler;
        sampledTextureBinding: c.U32;
    }>) => StaticSamplerBindingLayout;
}
export declare class StencilFaceState extends c.Struct<{
    compare: CompareFunction;
    failOp: StencilOperation;
    depthFailOp: StencilOperation;
    passOp: StencilOperation;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $compare(): CompareFunction;
    get $failOp(): StencilOperation;
    get $depthFailOp(): StencilOperation;
    get $passOp(): StencilOperation;
    protected _get: () => {
        compare: CompareFunction;
        failOp: StencilOperation;
        depthFailOp: StencilOperation;
        passOp: StencilOperation;
    };
    static new: (val: Partial<{
        compare: CompareFunction;
        failOp: StencilOperation;
        depthFailOp: StencilOperation;
        passOp: StencilOperation;
    }>) => StencilFaceState;
}
export declare class StorageTextureBindingLayout extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    access: StorageTextureAccess;
    format: TextureFormat;
    viewDimension: TextureViewDimension;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $access(): StorageTextureAccess;
    get $format(): TextureFormat;
    get $viewDimension(): TextureViewDimension;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        access: StorageTextureAccess;
        format: TextureFormat;
        viewDimension: TextureViewDimension;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        access: StorageTextureAccess;
        format: TextureFormat;
        viewDimension: TextureViewDimension;
    }>) => StorageTextureBindingLayout;
}
export declare class StringView extends c.Struct<{
    data: c.Pointer<c.U8>;
    length: c.Size;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $data(): c.Pointer<c.U8>;
    get $length(): c.Size;
    protected _get: () => {
        data: c.Pointer<c.U8>;
        length: c.Size;
    };
    static new: (val: Partial<{
        data: c.Pointer<c.U8>;
        length: c.Size;
    }>) => StringView;
}
export declare class SupportedFeatures extends c.Struct<{
    featureCount: c.Size;
    features: c.Pointer<FeatureName>;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $featureCount(): c.Size;
    get $features(): c.Pointer<FeatureName>;
    protected _get: () => {
        featureCount: c.Size;
        features: c.Pointer<FeatureName>;
    };
    static new: (val: Partial<{
        featureCount: c.Size;
        features: c.Pointer<FeatureName>;
    }>) => SupportedFeatures;
}
export declare class SurfaceCapabilities extends c.Struct<{
    nextInChain: c.Pointer<ChainedStructOut>;
    usages: TextureUsage;
    formatCount: c.Size;
    formats: c.Pointer<TextureFormat>;
    presentModeCount: c.Size;
    presentModes: c.Pointer<PresentMode>;
    alphaModeCount: c.Size;
    alphaModes: c.Pointer<CompositeAlphaMode>;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStructOut>;
    get $usages(): TextureUsage;
    get $formatCount(): c.Size;
    get $formats(): c.Pointer<TextureFormat>;
    get $presentModeCount(): c.Size;
    get $presentModes(): c.Pointer<PresentMode>;
    get $alphaModeCount(): c.Size;
    get $alphaModes(): c.Pointer<CompositeAlphaMode>;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStructOut>;
        usages: TextureUsage;
        formatCount: c.Size;
        formats: c.Pointer<TextureFormat>;
        presentModeCount: c.Size;
        presentModes: c.Pointer<PresentMode>;
        alphaModeCount: c.Size;
        alphaModes: c.Pointer<CompositeAlphaMode>;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStructOut>;
        usages: TextureUsage;
        formatCount: c.Size;
        formats: c.Pointer<TextureFormat>;
        presentModeCount: c.Size;
        presentModes: c.Pointer<PresentMode>;
        alphaModeCount: c.Size;
        alphaModes: c.Pointer<CompositeAlphaMode>;
    }>) => SurfaceCapabilities;
}
export declare class SurfaceConfiguration extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    device: Device;
    format: TextureFormat;
    usage: TextureUsage;
    viewFormatCount: c.Size;
    viewFormats: c.Pointer<TextureFormat>;
    alphaMode: CompositeAlphaMode;
    width: c.U32;
    height: c.U32;
    presentMode: PresentMode;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $device(): Device;
    get $format(): TextureFormat;
    get $usage(): TextureUsage;
    get $viewFormatCount(): c.Size;
    get $viewFormats(): c.Pointer<TextureFormat>;
    get $alphaMode(): CompositeAlphaMode;
    get $width(): c.U32;
    get $height(): c.U32;
    get $presentMode(): PresentMode;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        device: Device;
        format: TextureFormat;
        usage: TextureUsage;
        viewFormatCount: c.Size;
        viewFormats: c.Pointer<TextureFormat>;
        alphaMode: CompositeAlphaMode;
        width: c.U32;
        height: c.U32;
        presentMode: PresentMode;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        device: Device;
        format: TextureFormat;
        usage: TextureUsage;
        viewFormatCount: c.Size;
        viewFormats: c.Pointer<TextureFormat>;
        alphaMode: CompositeAlphaMode;
        width: c.U32;
        height: c.U32;
        presentMode: PresentMode;
    }>) => SurfaceConfiguration;
}
export declare class SurfaceDescriptorFromWindowsCoreWindow extends c.Struct<{
    chain: ChainedStruct;
    coreWindow: c.Pointer<c.Void>;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $chain(): ChainedStruct;
    get $coreWindow(): c.Pointer<c.Void>;
    protected _get: () => {
        chain: ChainedStruct;
        coreWindow: c.Pointer<c.Void>;
    };
    static new: (val: Partial<{
        chain: ChainedStruct;
        coreWindow: c.Pointer<c.Void>;
    }>) => SurfaceDescriptorFromWindowsCoreWindow;
}
export declare class SurfaceDescriptorFromWindowsSwapChainPanel extends c.Struct<{
    chain: ChainedStruct;
    swapChainPanel: c.Pointer<c.Void>;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $chain(): ChainedStruct;
    get $swapChainPanel(): c.Pointer<c.Void>;
    protected _get: () => {
        chain: ChainedStruct;
        swapChainPanel: c.Pointer<c.Void>;
    };
    static new: (val: Partial<{
        chain: ChainedStruct;
        swapChainPanel: c.Pointer<c.Void>;
    }>) => SurfaceDescriptorFromWindowsSwapChainPanel;
}
export declare class SurfaceSourceXCBWindow extends c.Struct<{
    chain: ChainedStruct;
    connection: c.Pointer<c.Void>;
    window: c.U32;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $chain(): ChainedStruct;
    get $connection(): c.Pointer<c.Void>;
    get $window(): c.U32;
    protected _get: () => {
        chain: ChainedStruct;
        connection: c.Pointer<c.Void>;
        window: c.U32;
    };
    static new: (val: Partial<{
        chain: ChainedStruct;
        connection: c.Pointer<c.Void>;
        window: c.U32;
    }>) => SurfaceSourceXCBWindow;
}
export declare class SurfaceSourceAndroidNativeWindow extends c.Struct<{
    chain: ChainedStruct;
    window: c.Pointer<c.Void>;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $chain(): ChainedStruct;
    get $window(): c.Pointer<c.Void>;
    protected _get: () => {
        chain: ChainedStruct;
        window: c.Pointer<c.Void>;
    };
    static new: (val: Partial<{
        chain: ChainedStruct;
        window: c.Pointer<c.Void>;
    }>) => SurfaceSourceAndroidNativeWindow;
}
export declare class SurfaceSourceMetalLayer extends c.Struct<{
    chain: ChainedStruct;
    layer: c.Pointer<c.Void>;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $chain(): ChainedStruct;
    get $layer(): c.Pointer<c.Void>;
    protected _get: () => {
        chain: ChainedStruct;
        layer: c.Pointer<c.Void>;
    };
    static new: (val: Partial<{
        chain: ChainedStruct;
        layer: c.Pointer<c.Void>;
    }>) => SurfaceSourceMetalLayer;
}
export declare class SurfaceSourceWaylandSurface extends c.Struct<{
    chain: ChainedStruct;
    display: c.Pointer<c.Void>;
    surface: c.Pointer<c.Void>;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $chain(): ChainedStruct;
    get $display(): c.Pointer<c.Void>;
    get $surface(): c.Pointer<c.Void>;
    protected _get: () => {
        chain: ChainedStruct;
        display: c.Pointer<c.Void>;
        surface: c.Pointer<c.Void>;
    };
    static new: (val: Partial<{
        chain: ChainedStruct;
        display: c.Pointer<c.Void>;
        surface: c.Pointer<c.Void>;
    }>) => SurfaceSourceWaylandSurface;
}
export declare class SurfaceSourceWindowsHWND extends c.Struct<{
    chain: ChainedStruct;
    hinstance: c.Pointer<c.Void>;
    hwnd: c.Pointer<c.Void>;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $chain(): ChainedStruct;
    get $hinstance(): c.Pointer<c.Void>;
    get $hwnd(): c.Pointer<c.Void>;
    protected _get: () => {
        chain: ChainedStruct;
        hinstance: c.Pointer<c.Void>;
        hwnd: c.Pointer<c.Void>;
    };
    static new: (val: Partial<{
        chain: ChainedStruct;
        hinstance: c.Pointer<c.Void>;
        hwnd: c.Pointer<c.Void>;
    }>) => SurfaceSourceWindowsHWND;
}
export declare class SurfaceSourceXlibWindow extends c.Struct<{
    chain: ChainedStruct;
    display: c.Pointer<c.Void>;
    window: c.U64;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $chain(): ChainedStruct;
    get $display(): c.Pointer<c.Void>;
    get $window(): c.U64;
    protected _get: () => {
        chain: ChainedStruct;
        display: c.Pointer<c.Void>;
        window: c.U64;
    };
    static new: (val: Partial<{
        chain: ChainedStruct;
        display: c.Pointer<c.Void>;
        window: c.U64;
    }>) => SurfaceSourceXlibWindow;
}
export declare class SurfaceTexture extends c.Struct<{
    texture: Texture;
    suboptimal: Bool;
    status: SurfaceGetCurrentTextureStatus;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $texture(): Texture;
    get $suboptimal(): Bool;
    get $status(): SurfaceGetCurrentTextureStatus;
    protected _get: () => {
        texture: Texture;
        suboptimal: Bool;
        status: SurfaceGetCurrentTextureStatus;
    };
    static new: (val: Partial<{
        texture: Texture;
        suboptimal: Bool;
        status: SurfaceGetCurrentTextureStatus;
    }>) => SurfaceTexture;
}
export declare class TextureBindingLayout extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    sampleType: TextureSampleType;
    viewDimension: TextureViewDimension;
    multisampled: Bool;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $sampleType(): TextureSampleType;
    get $viewDimension(): TextureViewDimension;
    get $multisampled(): Bool;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        sampleType: TextureSampleType;
        viewDimension: TextureViewDimension;
        multisampled: Bool;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        sampleType: TextureSampleType;
        viewDimension: TextureViewDimension;
        multisampled: Bool;
    }>) => TextureBindingLayout;
}
export declare class TextureBindingViewDimensionDescriptor extends c.Struct<{
    chain: ChainedStruct;
    textureBindingViewDimension: TextureViewDimension;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $chain(): ChainedStruct;
    get $textureBindingViewDimension(): TextureViewDimension;
    protected _get: () => {
        chain: ChainedStruct;
        textureBindingViewDimension: TextureViewDimension;
    };
    static new: (val: Partial<{
        chain: ChainedStruct;
        textureBindingViewDimension: TextureViewDimension;
    }>) => TextureBindingViewDimensionDescriptor;
}
export declare class TextureDataLayout extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    offset: c.U64;
    bytesPerRow: c.U32;
    rowsPerImage: c.U32;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $offset(): c.U64;
    get $bytesPerRow(): c.U32;
    get $rowsPerImage(): c.U32;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        offset: c.U64;
        bytesPerRow: c.U32;
        rowsPerImage: c.U32;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        offset: c.U64;
        bytesPerRow: c.U32;
        rowsPerImage: c.U32;
    }>) => TextureDataLayout;
}
export declare class UncapturedErrorCallbackInfo extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    callback: ErrorCallback;
    userdata: c.Pointer<c.Void>;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $callback(): ErrorCallback;
    get $userdata(): c.Pointer<c.Void>;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        callback: ErrorCallback;
        userdata: c.Pointer<c.Void>;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        callback: ErrorCallback;
        userdata: c.Pointer<c.Void>;
    }>) => UncapturedErrorCallbackInfo;
}
export declare class VertexAttribute extends c.Struct<{
    format: VertexFormat;
    offset: c.U64;
    shaderLocation: c.U32;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $format(): VertexFormat;
    get $offset(): c.U64;
    get $shaderLocation(): c.U32;
    protected _get: () => {
        format: VertexFormat;
        offset: c.U64;
        shaderLocation: c.U32;
    };
    static new: (val: Partial<{
        format: VertexFormat;
        offset: c.U64;
        shaderLocation: c.U32;
    }>) => VertexAttribute;
}
export declare class YCbCrVkDescriptor extends c.Struct<{
    chain: ChainedStruct;
    vkFormat: c.U32;
    vkYCbCrModel: c.U32;
    vkYCbCrRange: c.U32;
    vkComponentSwizzleRed: c.U32;
    vkComponentSwizzleGreen: c.U32;
    vkComponentSwizzleBlue: c.U32;
    vkComponentSwizzleAlpha: c.U32;
    vkXChromaOffset: c.U32;
    vkYChromaOffset: c.U32;
    vkChromaFilter: FilterMode;
    forceExplicitReconstruction: Bool;
    externalFormat: c.U64;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $chain(): ChainedStruct;
    get $vkFormat(): c.U32;
    get $vkYCbCrModel(): c.U32;
    get $vkYCbCrRange(): c.U32;
    get $vkComponentSwizzleRed(): c.U32;
    get $vkComponentSwizzleGreen(): c.U32;
    get $vkComponentSwizzleBlue(): c.U32;
    get $vkComponentSwizzleAlpha(): c.U32;
    get $vkXChromaOffset(): c.U32;
    get $vkYChromaOffset(): c.U32;
    get $vkChromaFilter(): FilterMode;
    get $forceExplicitReconstruction(): Bool;
    get $externalFormat(): c.U64;
    protected _get: () => {
        chain: ChainedStruct;
        vkFormat: c.U32;
        vkYCbCrModel: c.U32;
        vkYCbCrRange: c.U32;
        vkComponentSwizzleRed: c.U32;
        vkComponentSwizzleGreen: c.U32;
        vkComponentSwizzleBlue: c.U32;
        vkComponentSwizzleAlpha: c.U32;
        vkXChromaOffset: c.U32;
        vkYChromaOffset: c.U32;
        vkChromaFilter: FilterMode;
        forceExplicitReconstruction: Bool;
        externalFormat: c.U64;
    };
    static new: (val: Partial<{
        chain: ChainedStruct;
        vkFormat: c.U32;
        vkYCbCrModel: c.U32;
        vkYCbCrRange: c.U32;
        vkComponentSwizzleRed: c.U32;
        vkComponentSwizzleGreen: c.U32;
        vkComponentSwizzleBlue: c.U32;
        vkComponentSwizzleAlpha: c.U32;
        vkXChromaOffset: c.U32;
        vkYChromaOffset: c.U32;
        vkChromaFilter: FilterMode;
        forceExplicitReconstruction: Bool;
        externalFormat: c.U64;
    }>) => YCbCrVkDescriptor;
}
export declare class AHardwareBufferProperties extends c.Struct<{
    yCbCrInfo: YCbCrVkDescriptor;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $yCbCrInfo(): YCbCrVkDescriptor;
    protected _get: () => {
        yCbCrInfo: YCbCrVkDescriptor;
    };
    static new: (val: Partial<{
        yCbCrInfo: YCbCrVkDescriptor;
    }>) => AHardwareBufferProperties;
}
export declare class AdapterInfo extends c.Struct<{
    nextInChain: c.Pointer<ChainedStructOut>;
    vendor: StringView;
    architecture: StringView;
    device: StringView;
    description: StringView;
    backendType: BackendType;
    adapterType: AdapterType;
    vendorID: c.U32;
    deviceID: c.U32;
    compatibilityMode: Bool;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStructOut>;
    get $vendor(): StringView;
    get $architecture(): StringView;
    get $device(): StringView;
    get $description(): StringView;
    get $backendType(): BackendType;
    get $adapterType(): AdapterType;
    get $vendorID(): c.U32;
    get $deviceID(): c.U32;
    get $compatibilityMode(): Bool;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStructOut>;
        vendor: StringView;
        architecture: StringView;
        device: StringView;
        description: StringView;
        backendType: BackendType;
        adapterType: AdapterType;
        vendorID: c.U32;
        deviceID: c.U32;
        compatibilityMode: Bool;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStructOut>;
        vendor: StringView;
        architecture: StringView;
        device: StringView;
        description: StringView;
        backendType: BackendType;
        adapterType: AdapterType;
        vendorID: c.U32;
        deviceID: c.U32;
        compatibilityMode: Bool;
    }>) => AdapterInfo;
}
export declare class AdapterPropertiesMemoryHeaps extends c.Struct<{
    chain: ChainedStructOut;
    heapCount: c.Size;
    heapInfo: c.Pointer<MemoryHeapInfo>;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $chain(): ChainedStructOut;
    get $heapCount(): c.Size;
    get $heapInfo(): c.Pointer<MemoryHeapInfo>;
    protected _get: () => {
        chain: ChainedStructOut;
        heapCount: c.Size;
        heapInfo: c.Pointer<MemoryHeapInfo>;
    };
    static new: (val: Partial<{
        chain: ChainedStructOut;
        heapCount: c.Size;
        heapInfo: c.Pointer<MemoryHeapInfo>;
    }>) => AdapterPropertiesMemoryHeaps;
}
export declare class BindGroupDescriptor extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    label: StringView;
    layout: BindGroupLayout;
    entryCount: c.Size;
    entries: c.Pointer<BindGroupEntry>;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $label(): StringView;
    get $layout(): BindGroupLayout;
    get $entryCount(): c.Size;
    get $entries(): c.Pointer<BindGroupEntry>;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        label: StringView;
        layout: BindGroupLayout;
        entryCount: c.Size;
        entries: c.Pointer<BindGroupEntry>;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        label: StringView;
        layout: BindGroupLayout;
        entryCount: c.Size;
        entries: c.Pointer<BindGroupEntry>;
    }>) => BindGroupDescriptor;
}
export declare class BindGroupLayoutEntry extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    binding: c.U32;
    visibility: ShaderStage;
    buffer: BufferBindingLayout;
    sampler: SamplerBindingLayout;
    texture: TextureBindingLayout;
    storageTexture: StorageTextureBindingLayout;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $binding(): c.U32;
    get $visibility(): ShaderStage;
    get $buffer(): BufferBindingLayout;
    get $sampler(): SamplerBindingLayout;
    get $texture(): TextureBindingLayout;
    get $storageTexture(): StorageTextureBindingLayout;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        binding: c.U32;
        visibility: ShaderStage;
        buffer: BufferBindingLayout;
        sampler: SamplerBindingLayout;
        texture: TextureBindingLayout;
        storageTexture: StorageTextureBindingLayout;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        binding: c.U32;
        visibility: ShaderStage;
        buffer: BufferBindingLayout;
        sampler: SamplerBindingLayout;
        texture: TextureBindingLayout;
        storageTexture: StorageTextureBindingLayout;
    }>) => BindGroupLayoutEntry;
}
export declare class BlendState extends c.Struct<{
    color: BlendComponent;
    alpha: BlendComponent;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $color(): BlendComponent;
    get $alpha(): BlendComponent;
    protected _get: () => {
        color: BlendComponent;
        alpha: BlendComponent;
    };
    static new: (val: Partial<{
        color: BlendComponent;
        alpha: BlendComponent;
    }>) => BlendState;
}
export declare class BufferDescriptor extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    label: StringView;
    usage: BufferUsage;
    size: c.U64;
    mappedAtCreation: Bool;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $label(): StringView;
    get $usage(): BufferUsage;
    get $size(): c.U64;
    get $mappedAtCreation(): Bool;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        label: StringView;
        usage: BufferUsage;
        size: c.U64;
        mappedAtCreation: Bool;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        label: StringView;
        usage: BufferUsage;
        size: c.U64;
        mappedAtCreation: Bool;
    }>) => BufferDescriptor;
}
export declare class CommandBufferDescriptor extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    label: StringView;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $label(): StringView;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        label: StringView;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        label: StringView;
    }>) => CommandBufferDescriptor;
}
export declare class CommandEncoderDescriptor extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    label: StringView;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $label(): StringView;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        label: StringView;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        label: StringView;
    }>) => CommandEncoderDescriptor;
}
export declare class CompilationMessage extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    message: StringView;
    type: CompilationMessageType;
    lineNum: c.U64;
    linePos: c.U64;
    offset: c.U64;
    length: c.U64;
    utf16LinePos: c.U64;
    utf16Offset: c.U64;
    utf16Length: c.U64;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $message(): StringView;
    get $type(): CompilationMessageType;
    get $lineNum(): c.U64;
    get $linePos(): c.U64;
    get $offset(): c.U64;
    get $length(): c.U64;
    get $utf16LinePos(): c.U64;
    get $utf16Offset(): c.U64;
    get $utf16Length(): c.U64;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        message: StringView;
        type: CompilationMessageType;
        lineNum: c.U64;
        linePos: c.U64;
        offset: c.U64;
        length: c.U64;
        utf16LinePos: c.U64;
        utf16Offset: c.U64;
        utf16Length: c.U64;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        message: StringView;
        type: CompilationMessageType;
        lineNum: c.U64;
        linePos: c.U64;
        offset: c.U64;
        length: c.U64;
        utf16LinePos: c.U64;
        utf16Offset: c.U64;
        utf16Length: c.U64;
    }>) => CompilationMessage;
}
export declare class ComputePassDescriptor extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    label: StringView;
    timestampWrites: c.Pointer<ComputePassTimestampWrites>;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $label(): StringView;
    get $timestampWrites(): c.Pointer<ComputePassTimestampWrites>;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        label: StringView;
        timestampWrites: c.Pointer<ComputePassTimestampWrites>;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        label: StringView;
        timestampWrites: c.Pointer<ComputePassTimestampWrites>;
    }>) => ComputePassDescriptor;
}
export declare class ConstantEntry extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    key: StringView;
    value: c.F64;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $key(): StringView;
    get $value(): c.F64;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        key: StringView;
        value: c.F64;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        key: StringView;
        value: c.F64;
    }>) => ConstantEntry;
}
export declare class DawnCacheDeviceDescriptor extends c.Struct<{
    chain: ChainedStruct;
    isolationKey: StringView;
    loadDataFunction: DawnLoadCacheDataFunction;
    storeDataFunction: DawnStoreCacheDataFunction;
    functionUserdata: c.Pointer<c.Void>;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $chain(): ChainedStruct;
    get $isolationKey(): StringView;
    get $loadDataFunction(): DawnLoadCacheDataFunction;
    get $storeDataFunction(): DawnStoreCacheDataFunction;
    get $functionUserdata(): c.Pointer<c.Void>;
    protected _get: () => {
        chain: ChainedStruct;
        isolationKey: StringView;
        loadDataFunction: DawnLoadCacheDataFunction;
        storeDataFunction: DawnStoreCacheDataFunction;
        functionUserdata: c.Pointer<c.Void>;
    };
    static new: (val: Partial<{
        chain: ChainedStruct;
        isolationKey: StringView;
        loadDataFunction: DawnLoadCacheDataFunction;
        storeDataFunction: DawnStoreCacheDataFunction;
        functionUserdata: c.Pointer<c.Void>;
    }>) => DawnCacheDeviceDescriptor;
}
export declare class DepthStencilState extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    format: TextureFormat;
    depthWriteEnabled: OptionalBool;
    depthCompare: CompareFunction;
    stencilFront: StencilFaceState;
    stencilBack: StencilFaceState;
    stencilReadMask: c.U32;
    stencilWriteMask: c.U32;
    depthBias: c.I32;
    depthBiasSlopeScale: c.F32;
    depthBiasClamp: c.F32;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $format(): TextureFormat;
    get $depthWriteEnabled(): OptionalBool;
    get $depthCompare(): CompareFunction;
    get $stencilFront(): StencilFaceState;
    get $stencilBack(): StencilFaceState;
    get $stencilReadMask(): c.U32;
    get $stencilWriteMask(): c.U32;
    get $depthBias(): c.I32;
    get $depthBiasSlopeScale(): c.F32;
    get $depthBiasClamp(): c.F32;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        format: TextureFormat;
        depthWriteEnabled: OptionalBool;
        depthCompare: CompareFunction;
        stencilFront: StencilFaceState;
        stencilBack: StencilFaceState;
        stencilReadMask: c.U32;
        stencilWriteMask: c.U32;
        depthBias: c.I32;
        depthBiasSlopeScale: c.F32;
        depthBiasClamp: c.F32;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        format: TextureFormat;
        depthWriteEnabled: OptionalBool;
        depthCompare: CompareFunction;
        stencilFront: StencilFaceState;
        stencilBack: StencilFaceState;
        stencilReadMask: c.U32;
        stencilWriteMask: c.U32;
        depthBias: c.I32;
        depthBiasSlopeScale: c.F32;
        depthBiasClamp: c.F32;
    }>) => DepthStencilState;
}
export declare class DrmFormatCapabilities extends c.Struct<{
    chain: ChainedStructOut;
    propertiesCount: c.Size;
    properties: c.Pointer<DrmFormatProperties>;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $chain(): ChainedStructOut;
    get $propertiesCount(): c.Size;
    get $properties(): c.Pointer<DrmFormatProperties>;
    protected _get: () => {
        chain: ChainedStructOut;
        propertiesCount: c.Size;
        properties: c.Pointer<DrmFormatProperties>;
    };
    static new: (val: Partial<{
        chain: ChainedStructOut;
        propertiesCount: c.Size;
        properties: c.Pointer<DrmFormatProperties>;
    }>) => DrmFormatCapabilities;
}
export declare class ExternalTextureDescriptor extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    label: StringView;
    plane0: TextureView;
    plane1: TextureView;
    cropOrigin: Origin2D;
    cropSize: Extent2D;
    apparentSize: Extent2D;
    doYuvToRgbConversionOnly: Bool;
    yuvToRgbConversionMatrix: c.Pointer<c.F32>;
    srcTransferFunctionParameters: c.Pointer<c.F32>;
    dstTransferFunctionParameters: c.Pointer<c.F32>;
    gamutConversionMatrix: c.Pointer<c.F32>;
    mirrored: Bool;
    rotation: ExternalTextureRotation;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $label(): StringView;
    get $plane0(): TextureView;
    get $plane1(): TextureView;
    get $cropOrigin(): Origin2D;
    get $cropSize(): Extent2D;
    get $apparentSize(): Extent2D;
    get $doYuvToRgbConversionOnly(): Bool;
    get $yuvToRgbConversionMatrix(): c.Pointer<c.F32>;
    get $srcTransferFunctionParameters(): c.Pointer<c.F32>;
    get $dstTransferFunctionParameters(): c.Pointer<c.F32>;
    get $gamutConversionMatrix(): c.Pointer<c.F32>;
    get $mirrored(): Bool;
    get $rotation(): ExternalTextureRotation;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        label: StringView;
        plane0: TextureView;
        plane1: TextureView;
        cropOrigin: Origin2D;
        cropSize: Extent2D;
        apparentSize: Extent2D;
        doYuvToRgbConversionOnly: Bool;
        yuvToRgbConversionMatrix: c.Pointer<c.F32>;
        srcTransferFunctionParameters: c.Pointer<c.F32>;
        dstTransferFunctionParameters: c.Pointer<c.F32>;
        gamutConversionMatrix: c.Pointer<c.F32>;
        mirrored: Bool;
        rotation: ExternalTextureRotation;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        label: StringView;
        plane0: TextureView;
        plane1: TextureView;
        cropOrigin: Origin2D;
        cropSize: Extent2D;
        apparentSize: Extent2D;
        doYuvToRgbConversionOnly: Bool;
        yuvToRgbConversionMatrix: c.Pointer<c.F32>;
        srcTransferFunctionParameters: c.Pointer<c.F32>;
        dstTransferFunctionParameters: c.Pointer<c.F32>;
        gamutConversionMatrix: c.Pointer<c.F32>;
        mirrored: Bool;
        rotation: ExternalTextureRotation;
    }>) => ExternalTextureDescriptor;
}
export declare class FutureWaitInfo extends c.Struct<{
    future: Future;
    completed: Bool;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $future(): Future;
    get $completed(): Bool;
    protected _get: () => {
        future: Future;
        completed: Bool;
    };
    static new: (val: Partial<{
        future: Future;
        completed: Bool;
    }>) => FutureWaitInfo;
}
export declare class ImageCopyBuffer extends c.Struct<{
    layout: TextureDataLayout;
    buffer: Buffer;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $layout(): TextureDataLayout;
    get $buffer(): Buffer;
    protected _get: () => {
        layout: TextureDataLayout;
        buffer: Buffer;
    };
    static new: (val: Partial<{
        layout: TextureDataLayout;
        buffer: Buffer;
    }>) => ImageCopyBuffer;
}
export declare class ImageCopyExternalTexture extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    externalTexture: ExternalTexture;
    origin: Origin3D;
    naturalSize: Extent2D;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $externalTexture(): ExternalTexture;
    get $origin(): Origin3D;
    get $naturalSize(): Extent2D;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        externalTexture: ExternalTexture;
        origin: Origin3D;
        naturalSize: Extent2D;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        externalTexture: ExternalTexture;
        origin: Origin3D;
        naturalSize: Extent2D;
    }>) => ImageCopyExternalTexture;
}
export declare class ImageCopyTexture extends c.Struct<{
    texture: Texture;
    mipLevel: c.U32;
    origin: Origin3D;
    aspect: TextureAspect;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $texture(): Texture;
    get $mipLevel(): c.U32;
    get $origin(): Origin3D;
    get $aspect(): TextureAspect;
    protected _get: () => {
        texture: Texture;
        mipLevel: c.U32;
        origin: Origin3D;
        aspect: TextureAspect;
    };
    static new: (val: Partial<{
        texture: Texture;
        mipLevel: c.U32;
        origin: Origin3D;
        aspect: TextureAspect;
    }>) => ImageCopyTexture;
}
export declare class InstanceDescriptor extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    features: InstanceFeatures;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $features(): InstanceFeatures;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        features: InstanceFeatures;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        features: InstanceFeatures;
    }>) => InstanceDescriptor;
}
export declare class PipelineLayoutDescriptor extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    label: StringView;
    bindGroupLayoutCount: c.Size;
    bindGroupLayouts: c.Pointer<BindGroupLayout>;
    immediateDataRangeByteSize: c.U32;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $label(): StringView;
    get $bindGroupLayoutCount(): c.Size;
    get $bindGroupLayouts(): c.Pointer<BindGroupLayout>;
    get $immediateDataRangeByteSize(): c.U32;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        label: StringView;
        bindGroupLayoutCount: c.Size;
        bindGroupLayouts: c.Pointer<BindGroupLayout>;
        immediateDataRangeByteSize: c.U32;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        label: StringView;
        bindGroupLayoutCount: c.Size;
        bindGroupLayouts: c.Pointer<BindGroupLayout>;
        immediateDataRangeByteSize: c.U32;
    }>) => PipelineLayoutDescriptor;
}
export declare class PipelineLayoutPixelLocalStorage extends c.Struct<{
    chain: ChainedStruct;
    totalPixelLocalStorageSize: c.U64;
    storageAttachmentCount: c.Size;
    storageAttachments: c.Pointer<PipelineLayoutStorageAttachment>;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $chain(): ChainedStruct;
    get $totalPixelLocalStorageSize(): c.U64;
    get $storageAttachmentCount(): c.Size;
    get $storageAttachments(): c.Pointer<PipelineLayoutStorageAttachment>;
    protected _get: () => {
        chain: ChainedStruct;
        totalPixelLocalStorageSize: c.U64;
        storageAttachmentCount: c.Size;
        storageAttachments: c.Pointer<PipelineLayoutStorageAttachment>;
    };
    static new: (val: Partial<{
        chain: ChainedStruct;
        totalPixelLocalStorageSize: c.U64;
        storageAttachmentCount: c.Size;
        storageAttachments: c.Pointer<PipelineLayoutStorageAttachment>;
    }>) => PipelineLayoutPixelLocalStorage;
}
export declare class QuerySetDescriptor extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    label: StringView;
    type: QueryType;
    count: c.U32;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $label(): StringView;
    get $type(): QueryType;
    get $count(): c.U32;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        label: StringView;
        type: QueryType;
        count: c.U32;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        label: StringView;
        type: QueryType;
        count: c.U32;
    }>) => QuerySetDescriptor;
}
export declare class QueueDescriptor extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    label: StringView;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $label(): StringView;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        label: StringView;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        label: StringView;
    }>) => QueueDescriptor;
}
export declare class RenderBundleDescriptor extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    label: StringView;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $label(): StringView;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        label: StringView;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        label: StringView;
    }>) => RenderBundleDescriptor;
}
export declare class RenderBundleEncoderDescriptor extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    label: StringView;
    colorFormatCount: c.Size;
    colorFormats: c.Pointer<TextureFormat>;
    depthStencilFormat: TextureFormat;
    sampleCount: c.U32;
    depthReadOnly: Bool;
    stencilReadOnly: Bool;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $label(): StringView;
    get $colorFormatCount(): c.Size;
    get $colorFormats(): c.Pointer<TextureFormat>;
    get $depthStencilFormat(): TextureFormat;
    get $sampleCount(): c.U32;
    get $depthReadOnly(): Bool;
    get $stencilReadOnly(): Bool;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        label: StringView;
        colorFormatCount: c.Size;
        colorFormats: c.Pointer<TextureFormat>;
        depthStencilFormat: TextureFormat;
        sampleCount: c.U32;
        depthReadOnly: Bool;
        stencilReadOnly: Bool;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        label: StringView;
        colorFormatCount: c.Size;
        colorFormats: c.Pointer<TextureFormat>;
        depthStencilFormat: TextureFormat;
        sampleCount: c.U32;
        depthReadOnly: Bool;
        stencilReadOnly: Bool;
    }>) => RenderBundleEncoderDescriptor;
}
export declare class RenderPassColorAttachment extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    view: TextureView;
    depthSlice: c.U32;
    resolveTarget: TextureView;
    loadOp: LoadOp;
    storeOp: StoreOp;
    clearValue: Color;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $view(): TextureView;
    get $depthSlice(): c.U32;
    get $resolveTarget(): TextureView;
    get $loadOp(): LoadOp;
    get $storeOp(): StoreOp;
    get $clearValue(): Color;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        view: TextureView;
        depthSlice: c.U32;
        resolveTarget: TextureView;
        loadOp: LoadOp;
        storeOp: StoreOp;
        clearValue: Color;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        view: TextureView;
        depthSlice: c.U32;
        resolveTarget: TextureView;
        loadOp: LoadOp;
        storeOp: StoreOp;
        clearValue: Color;
    }>) => RenderPassColorAttachment;
}
export declare class RenderPassStorageAttachment extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    offset: c.U64;
    storage: TextureView;
    loadOp: LoadOp;
    storeOp: StoreOp;
    clearValue: Color;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $offset(): c.U64;
    get $storage(): TextureView;
    get $loadOp(): LoadOp;
    get $storeOp(): StoreOp;
    get $clearValue(): Color;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        offset: c.U64;
        storage: TextureView;
        loadOp: LoadOp;
        storeOp: StoreOp;
        clearValue: Color;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        offset: c.U64;
        storage: TextureView;
        loadOp: LoadOp;
        storeOp: StoreOp;
        clearValue: Color;
    }>) => RenderPassStorageAttachment;
}
export declare class RequiredLimits extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    limits: Limits;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $limits(): Limits;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        limits: Limits;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        limits: Limits;
    }>) => RequiredLimits;
}
export declare class SamplerDescriptor extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    label: StringView;
    addressModeU: AddressMode;
    addressModeV: AddressMode;
    addressModeW: AddressMode;
    magFilter: FilterMode;
    minFilter: FilterMode;
    mipmapFilter: MipmapFilterMode;
    lodMinClamp: c.F32;
    lodMaxClamp: c.F32;
    compare: CompareFunction;
    maxAnisotropy: c.U16;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $label(): StringView;
    get $addressModeU(): AddressMode;
    get $addressModeV(): AddressMode;
    get $addressModeW(): AddressMode;
    get $magFilter(): FilterMode;
    get $minFilter(): FilterMode;
    get $mipmapFilter(): MipmapFilterMode;
    get $lodMinClamp(): c.F32;
    get $lodMaxClamp(): c.F32;
    get $compare(): CompareFunction;
    get $maxAnisotropy(): c.U16;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        label: StringView;
        addressModeU: AddressMode;
        addressModeV: AddressMode;
        addressModeW: AddressMode;
        magFilter: FilterMode;
        minFilter: FilterMode;
        mipmapFilter: MipmapFilterMode;
        lodMinClamp: c.F32;
        lodMaxClamp: c.F32;
        compare: CompareFunction;
        maxAnisotropy: c.U16;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        label: StringView;
        addressModeU: AddressMode;
        addressModeV: AddressMode;
        addressModeW: AddressMode;
        magFilter: FilterMode;
        minFilter: FilterMode;
        mipmapFilter: MipmapFilterMode;
        lodMinClamp: c.F32;
        lodMaxClamp: c.F32;
        compare: CompareFunction;
        maxAnisotropy: c.U16;
    }>) => SamplerDescriptor;
}
export declare class ShaderModuleDescriptor extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    label: StringView;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $label(): StringView;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        label: StringView;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        label: StringView;
    }>) => ShaderModuleDescriptor;
}
export declare class ShaderSourceWGSL extends c.Struct<{
    chain: ChainedStruct;
    code: StringView;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $chain(): ChainedStruct;
    get $code(): StringView;
    protected _get: () => {
        chain: ChainedStruct;
        code: StringView;
    };
    static new: (val: Partial<{
        chain: ChainedStruct;
        code: StringView;
    }>) => ShaderSourceWGSL;
}
export declare class SharedBufferMemoryDescriptor extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    label: StringView;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $label(): StringView;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        label: StringView;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        label: StringView;
    }>) => SharedBufferMemoryDescriptor;
}
export declare class SharedFenceDescriptor extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    label: StringView;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $label(): StringView;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        label: StringView;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        label: StringView;
    }>) => SharedFenceDescriptor;
}
export declare class SharedTextureMemoryAHardwareBufferProperties extends c.Struct<{
    chain: ChainedStructOut;
    yCbCrInfo: YCbCrVkDescriptor;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $chain(): ChainedStructOut;
    get $yCbCrInfo(): YCbCrVkDescriptor;
    protected _get: () => {
        chain: ChainedStructOut;
        yCbCrInfo: YCbCrVkDescriptor;
    };
    static new: (val: Partial<{
        chain: ChainedStructOut;
        yCbCrInfo: YCbCrVkDescriptor;
    }>) => SharedTextureMemoryAHardwareBufferProperties;
}
export declare class SharedTextureMemoryDescriptor extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    label: StringView;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $label(): StringView;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        label: StringView;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        label: StringView;
    }>) => SharedTextureMemoryDescriptor;
}
export declare class SharedTextureMemoryDmaBufDescriptor extends c.Struct<{
    chain: ChainedStruct;
    size: Extent3D;
    drmFormat: c.U32;
    drmModifier: c.U64;
    planeCount: c.Size;
    planes: c.Pointer<SharedTextureMemoryDmaBufPlane>;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $chain(): ChainedStruct;
    get $size(): Extent3D;
    get $drmFormat(): c.U32;
    get $drmModifier(): c.U64;
    get $planeCount(): c.Size;
    get $planes(): c.Pointer<SharedTextureMemoryDmaBufPlane>;
    protected _get: () => {
        chain: ChainedStruct;
        size: Extent3D;
        drmFormat: c.U32;
        drmModifier: c.U64;
        planeCount: c.Size;
        planes: c.Pointer<SharedTextureMemoryDmaBufPlane>;
    };
    static new: (val: Partial<{
        chain: ChainedStruct;
        size: Extent3D;
        drmFormat: c.U32;
        drmModifier: c.U64;
        planeCount: c.Size;
        planes: c.Pointer<SharedTextureMemoryDmaBufPlane>;
    }>) => SharedTextureMemoryDmaBufDescriptor;
}
export declare class SharedTextureMemoryProperties extends c.Struct<{
    nextInChain: c.Pointer<ChainedStructOut>;
    usage: TextureUsage;
    size: Extent3D;
    format: TextureFormat;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStructOut>;
    get $usage(): TextureUsage;
    get $size(): Extent3D;
    get $format(): TextureFormat;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStructOut>;
        usage: TextureUsage;
        size: Extent3D;
        format: TextureFormat;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStructOut>;
        usage: TextureUsage;
        size: Extent3D;
        format: TextureFormat;
    }>) => SharedTextureMemoryProperties;
}
export declare class SupportedLimits extends c.Struct<{
    nextInChain: c.Pointer<ChainedStructOut>;
    limits: Limits;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStructOut>;
    get $limits(): Limits;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStructOut>;
        limits: Limits;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStructOut>;
        limits: Limits;
    }>) => SupportedLimits;
}
export declare class SurfaceDescriptor extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    label: StringView;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $label(): StringView;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        label: StringView;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        label: StringView;
    }>) => SurfaceDescriptor;
}
export declare class SurfaceSourceCanvasHTMLSelector_Emscripten extends c.Struct<{
    chain: ChainedStruct;
    selector: StringView;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $chain(): ChainedStruct;
    get $selector(): StringView;
    protected _get: () => {
        chain: ChainedStruct;
        selector: StringView;
    };
    static new: (val: Partial<{
        chain: ChainedStruct;
        selector: StringView;
    }>) => SurfaceSourceCanvasHTMLSelector_Emscripten;
}
export declare class TextureDescriptor extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    label: StringView;
    usage: TextureUsage;
    dimension: TextureDimension;
    size: Extent3D;
    format: TextureFormat;
    mipLevelCount: c.U32;
    sampleCount: c.U32;
    viewFormatCount: c.Size;
    viewFormats: c.Pointer<TextureFormat>;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $label(): StringView;
    get $usage(): TextureUsage;
    get $dimension(): TextureDimension;
    get $size(): Extent3D;
    get $format(): TextureFormat;
    get $mipLevelCount(): c.U32;
    get $sampleCount(): c.U32;
    get $viewFormatCount(): c.Size;
    get $viewFormats(): c.Pointer<TextureFormat>;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        label: StringView;
        usage: TextureUsage;
        dimension: TextureDimension;
        size: Extent3D;
        format: TextureFormat;
        mipLevelCount: c.U32;
        sampleCount: c.U32;
        viewFormatCount: c.Size;
        viewFormats: c.Pointer<TextureFormat>;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        label: StringView;
        usage: TextureUsage;
        dimension: TextureDimension;
        size: Extent3D;
        format: TextureFormat;
        mipLevelCount: c.U32;
        sampleCount: c.U32;
        viewFormatCount: c.Size;
        viewFormats: c.Pointer<TextureFormat>;
    }>) => TextureDescriptor;
}
export declare class TextureViewDescriptor extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    label: StringView;
    format: TextureFormat;
    dimension: TextureViewDimension;
    baseMipLevel: c.U32;
    mipLevelCount: c.U32;
    baseArrayLayer: c.U32;
    arrayLayerCount: c.U32;
    aspect: TextureAspect;
    usage: TextureUsage;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $label(): StringView;
    get $format(): TextureFormat;
    get $dimension(): TextureViewDimension;
    get $baseMipLevel(): c.U32;
    get $mipLevelCount(): c.U32;
    get $baseArrayLayer(): c.U32;
    get $arrayLayerCount(): c.U32;
    get $aspect(): TextureAspect;
    get $usage(): TextureUsage;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        label: StringView;
        format: TextureFormat;
        dimension: TextureViewDimension;
        baseMipLevel: c.U32;
        mipLevelCount: c.U32;
        baseArrayLayer: c.U32;
        arrayLayerCount: c.U32;
        aspect: TextureAspect;
        usage: TextureUsage;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        label: StringView;
        format: TextureFormat;
        dimension: TextureViewDimension;
        baseMipLevel: c.U32;
        mipLevelCount: c.U32;
        baseArrayLayer: c.U32;
        arrayLayerCount: c.U32;
        aspect: TextureAspect;
        usage: TextureUsage;
    }>) => TextureViewDescriptor;
}
export declare class VertexBufferLayout extends c.Struct<{
    arrayStride: c.U64;
    stepMode: VertexStepMode;
    attributeCount: c.Size;
    attributes: c.Pointer<VertexAttribute>;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $arrayStride(): c.U64;
    get $stepMode(): VertexStepMode;
    get $attributeCount(): c.Size;
    get $attributes(): c.Pointer<VertexAttribute>;
    protected _get: () => {
        arrayStride: c.U64;
        stepMode: VertexStepMode;
        attributeCount: c.Size;
        attributes: c.Pointer<VertexAttribute>;
    };
    static new: (val: Partial<{
        arrayStride: c.U64;
        stepMode: VertexStepMode;
        attributeCount: c.Size;
        attributes: c.Pointer<VertexAttribute>;
    }>) => VertexBufferLayout;
}
export declare class BindGroupLayoutDescriptor extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    label: StringView;
    entryCount: c.Size;
    entries: c.Pointer<BindGroupLayoutEntry>;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $label(): StringView;
    get $entryCount(): c.Size;
    get $entries(): c.Pointer<BindGroupLayoutEntry>;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        label: StringView;
        entryCount: c.Size;
        entries: c.Pointer<BindGroupLayoutEntry>;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        label: StringView;
        entryCount: c.Size;
        entries: c.Pointer<BindGroupLayoutEntry>;
    }>) => BindGroupLayoutDescriptor;
}
export declare class ColorTargetState extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    format: TextureFormat;
    blend: c.Pointer<BlendState>;
    writeMask: ColorWriteMask;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $format(): TextureFormat;
    get $blend(): c.Pointer<BlendState>;
    get $writeMask(): ColorWriteMask;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        format: TextureFormat;
        blend: c.Pointer<BlendState>;
        writeMask: ColorWriteMask;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        format: TextureFormat;
        blend: c.Pointer<BlendState>;
        writeMask: ColorWriteMask;
    }>) => ColorTargetState;
}
export declare class CompilationInfo extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    messageCount: c.Size;
    messages: c.Pointer<CompilationMessage>;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $messageCount(): c.Size;
    get $messages(): c.Pointer<CompilationMessage>;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        messageCount: c.Size;
        messages: c.Pointer<CompilationMessage>;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        messageCount: c.Size;
        messages: c.Pointer<CompilationMessage>;
    }>) => CompilationInfo;
}
export declare class ComputeState extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    module: ShaderModule;
    entryPoint: StringView;
    constantCount: c.Size;
    constants: c.Pointer<ConstantEntry>;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $module(): ShaderModule;
    get $entryPoint(): StringView;
    get $constantCount(): c.Size;
    get $constants(): c.Pointer<ConstantEntry>;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        module: ShaderModule;
        entryPoint: StringView;
        constantCount: c.Size;
        constants: c.Pointer<ConstantEntry>;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        module: ShaderModule;
        entryPoint: StringView;
        constantCount: c.Size;
        constants: c.Pointer<ConstantEntry>;
    }>) => ComputeState;
}
export declare class DeviceDescriptor extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    label: StringView;
    requiredFeatureCount: c.Size;
    requiredFeatures: c.Pointer<FeatureName>;
    requiredLimits: c.Pointer<RequiredLimits>;
    defaultQueue: QueueDescriptor;
    deviceLostCallbackInfo2: DeviceLostCallbackInfo2;
    uncapturedErrorCallbackInfo2: UncapturedErrorCallbackInfo2;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $label(): StringView;
    get $requiredFeatureCount(): c.Size;
    get $requiredFeatures(): c.Pointer<FeatureName>;
    get $requiredLimits(): c.Pointer<RequiredLimits>;
    get $defaultQueue(): QueueDescriptor;
    get $deviceLostCallbackInfo2(): DeviceLostCallbackInfo2;
    get $uncapturedErrorCallbackInfo2(): UncapturedErrorCallbackInfo2;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        label: StringView;
        requiredFeatureCount: c.Size;
        requiredFeatures: c.Pointer<FeatureName>;
        requiredLimits: c.Pointer<RequiredLimits>;
        defaultQueue: QueueDescriptor;
        deviceLostCallbackInfo2: DeviceLostCallbackInfo2;
        uncapturedErrorCallbackInfo2: UncapturedErrorCallbackInfo2;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        label: StringView;
        requiredFeatureCount: c.Size;
        requiredFeatures: c.Pointer<FeatureName>;
        requiredLimits: c.Pointer<RequiredLimits>;
        defaultQueue: QueueDescriptor;
        deviceLostCallbackInfo2: DeviceLostCallbackInfo2;
        uncapturedErrorCallbackInfo2: UncapturedErrorCallbackInfo2;
    }>) => DeviceDescriptor;
}
export declare class RenderPassDescriptor extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    label: StringView;
    colorAttachmentCount: c.Size;
    colorAttachments: c.Pointer<RenderPassColorAttachment>;
    depthStencilAttachment: c.Pointer<RenderPassDepthStencilAttachment>;
    occlusionQuerySet: QuerySet;
    timestampWrites: c.Pointer<RenderPassTimestampWrites>;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $label(): StringView;
    get $colorAttachmentCount(): c.Size;
    get $colorAttachments(): c.Pointer<RenderPassColorAttachment>;
    get $depthStencilAttachment(): c.Pointer<RenderPassDepthStencilAttachment>;
    get $occlusionQuerySet(): QuerySet;
    get $timestampWrites(): c.Pointer<RenderPassTimestampWrites>;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        label: StringView;
        colorAttachmentCount: c.Size;
        colorAttachments: c.Pointer<RenderPassColorAttachment>;
        depthStencilAttachment: c.Pointer<RenderPassDepthStencilAttachment>;
        occlusionQuerySet: QuerySet;
        timestampWrites: c.Pointer<RenderPassTimestampWrites>;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        label: StringView;
        colorAttachmentCount: c.Size;
        colorAttachments: c.Pointer<RenderPassColorAttachment>;
        depthStencilAttachment: c.Pointer<RenderPassDepthStencilAttachment>;
        occlusionQuerySet: QuerySet;
        timestampWrites: c.Pointer<RenderPassTimestampWrites>;
    }>) => RenderPassDescriptor;
}
export declare class RenderPassPixelLocalStorage extends c.Struct<{
    chain: ChainedStruct;
    totalPixelLocalStorageSize: c.U64;
    storageAttachmentCount: c.Size;
    storageAttachments: c.Pointer<RenderPassStorageAttachment>;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $chain(): ChainedStruct;
    get $totalPixelLocalStorageSize(): c.U64;
    get $storageAttachmentCount(): c.Size;
    get $storageAttachments(): c.Pointer<RenderPassStorageAttachment>;
    protected _get: () => {
        chain: ChainedStruct;
        totalPixelLocalStorageSize: c.U64;
        storageAttachmentCount: c.Size;
        storageAttachments: c.Pointer<RenderPassStorageAttachment>;
    };
    static new: (val: Partial<{
        chain: ChainedStruct;
        totalPixelLocalStorageSize: c.U64;
        storageAttachmentCount: c.Size;
        storageAttachments: c.Pointer<RenderPassStorageAttachment>;
    }>) => RenderPassPixelLocalStorage;
}
export declare class VertexState extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    module: ShaderModule;
    entryPoint: StringView;
    constantCount: c.Size;
    constants: c.Pointer<ConstantEntry>;
    bufferCount: c.Size;
    buffers: c.Pointer<VertexBufferLayout>;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $module(): ShaderModule;
    get $entryPoint(): StringView;
    get $constantCount(): c.Size;
    get $constants(): c.Pointer<ConstantEntry>;
    get $bufferCount(): c.Size;
    get $buffers(): c.Pointer<VertexBufferLayout>;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        module: ShaderModule;
        entryPoint: StringView;
        constantCount: c.Size;
        constants: c.Pointer<ConstantEntry>;
        bufferCount: c.Size;
        buffers: c.Pointer<VertexBufferLayout>;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        module: ShaderModule;
        entryPoint: StringView;
        constantCount: c.Size;
        constants: c.Pointer<ConstantEntry>;
        bufferCount: c.Size;
        buffers: c.Pointer<VertexBufferLayout>;
    }>) => VertexState;
}
export declare class ComputePipelineDescriptor extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    label: StringView;
    layout: PipelineLayout;
    compute: ComputeState;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $label(): StringView;
    get $layout(): PipelineLayout;
    get $compute(): ComputeState;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        label: StringView;
        layout: PipelineLayout;
        compute: ComputeState;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        label: StringView;
        layout: PipelineLayout;
        compute: ComputeState;
    }>) => ComputePipelineDescriptor;
}
export declare class FragmentState extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    module: ShaderModule;
    entryPoint: StringView;
    constantCount: c.Size;
    constants: c.Pointer<ConstantEntry>;
    targetCount: c.Size;
    targets: c.Pointer<ColorTargetState>;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $module(): ShaderModule;
    get $entryPoint(): StringView;
    get $constantCount(): c.Size;
    get $constants(): c.Pointer<ConstantEntry>;
    get $targetCount(): c.Size;
    get $targets(): c.Pointer<ColorTargetState>;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        module: ShaderModule;
        entryPoint: StringView;
        constantCount: c.Size;
        constants: c.Pointer<ConstantEntry>;
        targetCount: c.Size;
        targets: c.Pointer<ColorTargetState>;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        module: ShaderModule;
        entryPoint: StringView;
        constantCount: c.Size;
        constants: c.Pointer<ConstantEntry>;
        targetCount: c.Size;
        targets: c.Pointer<ColorTargetState>;
    }>) => FragmentState;
}
export declare class RenderPipelineDescriptor extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    label: StringView;
    layout: PipelineLayout;
    vertex: VertexState;
    primitive: PrimitiveState;
    depthStencil: c.Pointer<DepthStencilState>;
    multisample: MultisampleState;
    fragment: c.Pointer<FragmentState>;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $label(): StringView;
    get $layout(): PipelineLayout;
    get $vertex(): VertexState;
    get $primitive(): PrimitiveState;
    get $depthStencil(): c.Pointer<DepthStencilState>;
    get $multisample(): MultisampleState;
    get $fragment(): c.Pointer<FragmentState>;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        label: StringView;
        layout: PipelineLayout;
        vertex: VertexState;
        primitive: PrimitiveState;
        depthStencil: c.Pointer<DepthStencilState>;
        multisample: MultisampleState;
        fragment: c.Pointer<FragmentState>;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        label: StringView;
        layout: PipelineLayout;
        vertex: VertexState;
        primitive: PrimitiveState;
        depthStencil: c.Pointer<DepthStencilState>;
        multisample: MultisampleState;
        fragment: c.Pointer<FragmentState>;
    }>) => RenderPipelineDescriptor;
}
export declare class ChainedStruct extends c.Struct<{
    next: c.Pointer<ChainedStruct>;
    sType: SType;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $next(): c.Pointer<ChainedStruct>;
    get $sType(): SType;
    protected _get: () => {
        next: c.Pointer<ChainedStruct>;
        sType: SType;
    };
    static new: (val: Partial<{
        next: c.Pointer<ChainedStruct>;
        sType: SType;
    }>) => ChainedStruct;
}
export declare class ChainedStructOut extends c.Struct<{
    next: c.Pointer<ChainedStructOut>;
    sType: SType;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $next(): c.Pointer<ChainedStructOut>;
    get $sType(): SType;
    protected _get: () => {
        next: c.Pointer<ChainedStructOut>;
        sType: SType;
    };
    static new: (val: Partial<{
        next: c.Pointer<ChainedStructOut>;
        sType: SType;
    }>) => ChainedStructOut;
}
export declare class BufferMapCallbackInfo2 extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    mode: CallbackMode;
    callback: BufferMapCallback2;
    userdata1: c.Pointer<c.Void>;
    userdata2: c.Pointer<c.Void>;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $mode(): CallbackMode;
    get $callback(): BufferMapCallback2;
    get $userdata1(): c.Pointer<c.Void>;
    get $userdata2(): c.Pointer<c.Void>;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        mode: CallbackMode;
        callback: BufferMapCallback2;
        userdata1: c.Pointer<c.Void>;
        userdata2: c.Pointer<c.Void>;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        mode: CallbackMode;
        callback: BufferMapCallback2;
        userdata1: c.Pointer<c.Void>;
        userdata2: c.Pointer<c.Void>;
    }>) => BufferMapCallbackInfo2;
}
export declare class CompilationInfoCallbackInfo2 extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    mode: CallbackMode;
    callback: CompilationInfoCallback2;
    userdata1: c.Pointer<c.Void>;
    userdata2: c.Pointer<c.Void>;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $mode(): CallbackMode;
    get $callback(): CompilationInfoCallback2;
    get $userdata1(): c.Pointer<c.Void>;
    get $userdata2(): c.Pointer<c.Void>;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        mode: CallbackMode;
        callback: CompilationInfoCallback2;
        userdata1: c.Pointer<c.Void>;
        userdata2: c.Pointer<c.Void>;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        mode: CallbackMode;
        callback: CompilationInfoCallback2;
        userdata1: c.Pointer<c.Void>;
        userdata2: c.Pointer<c.Void>;
    }>) => CompilationInfoCallbackInfo2;
}
export declare class CreateComputePipelineAsyncCallbackInfo2 extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    mode: CallbackMode;
    callback: CreateComputePipelineAsyncCallback2;
    userdata1: c.Pointer<c.Void>;
    userdata2: c.Pointer<c.Void>;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $mode(): CallbackMode;
    get $callback(): CreateComputePipelineAsyncCallback2;
    get $userdata1(): c.Pointer<c.Void>;
    get $userdata2(): c.Pointer<c.Void>;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        mode: CallbackMode;
        callback: CreateComputePipelineAsyncCallback2;
        userdata1: c.Pointer<c.Void>;
        userdata2: c.Pointer<c.Void>;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        mode: CallbackMode;
        callback: CreateComputePipelineAsyncCallback2;
        userdata1: c.Pointer<c.Void>;
        userdata2: c.Pointer<c.Void>;
    }>) => CreateComputePipelineAsyncCallbackInfo2;
}
export declare class CreateRenderPipelineAsyncCallbackInfo2 extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    mode: CallbackMode;
    callback: CreateRenderPipelineAsyncCallback2;
    userdata1: c.Pointer<c.Void>;
    userdata2: c.Pointer<c.Void>;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $mode(): CallbackMode;
    get $callback(): CreateRenderPipelineAsyncCallback2;
    get $userdata1(): c.Pointer<c.Void>;
    get $userdata2(): c.Pointer<c.Void>;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        mode: CallbackMode;
        callback: CreateRenderPipelineAsyncCallback2;
        userdata1: c.Pointer<c.Void>;
        userdata2: c.Pointer<c.Void>;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        mode: CallbackMode;
        callback: CreateRenderPipelineAsyncCallback2;
        userdata1: c.Pointer<c.Void>;
        userdata2: c.Pointer<c.Void>;
    }>) => CreateRenderPipelineAsyncCallbackInfo2;
}
export declare class DeviceLostCallbackInfo2 extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    mode: CallbackMode;
    callback: DeviceLostCallback2;
    userdata1: c.Pointer<c.Void>;
    userdata2: c.Pointer<c.Void>;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $mode(): CallbackMode;
    get $callback(): DeviceLostCallback2;
    get $userdata1(): c.Pointer<c.Void>;
    get $userdata2(): c.Pointer<c.Void>;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        mode: CallbackMode;
        callback: DeviceLostCallback2;
        userdata1: c.Pointer<c.Void>;
        userdata2: c.Pointer<c.Void>;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        mode: CallbackMode;
        callback: DeviceLostCallback2;
        userdata1: c.Pointer<c.Void>;
        userdata2: c.Pointer<c.Void>;
    }>) => DeviceLostCallbackInfo2;
}
export declare class PopErrorScopeCallbackInfo2 extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    mode: CallbackMode;
    callback: PopErrorScopeCallback2;
    userdata1: c.Pointer<c.Void>;
    userdata2: c.Pointer<c.Void>;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $mode(): CallbackMode;
    get $callback(): PopErrorScopeCallback2;
    get $userdata1(): c.Pointer<c.Void>;
    get $userdata2(): c.Pointer<c.Void>;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        mode: CallbackMode;
        callback: PopErrorScopeCallback2;
        userdata1: c.Pointer<c.Void>;
        userdata2: c.Pointer<c.Void>;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        mode: CallbackMode;
        callback: PopErrorScopeCallback2;
        userdata1: c.Pointer<c.Void>;
        userdata2: c.Pointer<c.Void>;
    }>) => PopErrorScopeCallbackInfo2;
}
export declare class QueueWorkDoneCallbackInfo2 extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    mode: CallbackMode;
    callback: QueueWorkDoneCallback2;
    userdata1: c.Pointer<c.Void>;
    userdata2: c.Pointer<c.Void>;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $mode(): CallbackMode;
    get $callback(): QueueWorkDoneCallback2;
    get $userdata1(): c.Pointer<c.Void>;
    get $userdata2(): c.Pointer<c.Void>;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        mode: CallbackMode;
        callback: QueueWorkDoneCallback2;
        userdata1: c.Pointer<c.Void>;
        userdata2: c.Pointer<c.Void>;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        mode: CallbackMode;
        callback: QueueWorkDoneCallback2;
        userdata1: c.Pointer<c.Void>;
        userdata2: c.Pointer<c.Void>;
    }>) => QueueWorkDoneCallbackInfo2;
}
export declare class RequestAdapterCallbackInfo2 extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    mode: CallbackMode;
    callback: RequestAdapterCallback2;
    userdata1: c.Pointer<c.Void>;
    userdata2: c.Pointer<c.Void>;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $mode(): CallbackMode;
    get $callback(): RequestAdapterCallback2;
    get $userdata1(): c.Pointer<c.Void>;
    get $userdata2(): c.Pointer<c.Void>;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        mode: CallbackMode;
        callback: RequestAdapterCallback2;
        userdata1: c.Pointer<c.Void>;
        userdata2: c.Pointer<c.Void>;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        mode: CallbackMode;
        callback: RequestAdapterCallback2;
        userdata1: c.Pointer<c.Void>;
        userdata2: c.Pointer<c.Void>;
    }>) => RequestAdapterCallbackInfo2;
}
export declare class RequestDeviceCallbackInfo2 extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    mode: CallbackMode;
    callback: RequestDeviceCallback2;
    userdata1: c.Pointer<c.Void>;
    userdata2: c.Pointer<c.Void>;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $mode(): CallbackMode;
    get $callback(): RequestDeviceCallback2;
    get $userdata1(): c.Pointer<c.Void>;
    get $userdata2(): c.Pointer<c.Void>;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        mode: CallbackMode;
        callback: RequestDeviceCallback2;
        userdata1: c.Pointer<c.Void>;
        userdata2: c.Pointer<c.Void>;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        mode: CallbackMode;
        callback: RequestDeviceCallback2;
        userdata1: c.Pointer<c.Void>;
        userdata2: c.Pointer<c.Void>;
    }>) => RequestDeviceCallbackInfo2;
}
export declare class UncapturedErrorCallbackInfo2 extends c.Struct<{
    nextInChain: c.Pointer<ChainedStruct>;
    callback: UncapturedErrorCallback;
    userdata1: c.Pointer<c.Void>;
    userdata2: c.Pointer<c.Void>;
}> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    get $nextInChain(): c.Pointer<ChainedStruct>;
    get $callback(): UncapturedErrorCallback;
    get $userdata1(): c.Pointer<c.Void>;
    get $userdata2(): c.Pointer<c.Void>;
    protected _get: () => {
        nextInChain: c.Pointer<ChainedStruct>;
        callback: UncapturedErrorCallback;
        userdata1: c.Pointer<c.Void>;
        userdata2: c.Pointer<c.Void>;
    };
    static new: (val: Partial<{
        nextInChain: c.Pointer<ChainedStruct>;
        callback: UncapturedErrorCallback;
        userdata1: c.Pointer<c.Void>;
        userdata2: c.Pointer<c.Void>;
    }>) => UncapturedErrorCallbackInfo2;
}
export declare class Flags extends c.U64 {
}
export declare class Bool extends c.U32 {
}
export declare class Adapter extends c.Pointer<AdapterImpl> {
}
export declare class BindGroup extends c.Pointer<BindGroupImpl> {
}
export declare class BindGroupLayout extends c.Pointer<BindGroupLayoutImpl> {
}
export declare class Buffer extends c.Pointer<BufferImpl> {
}
export declare class CommandBuffer extends c.Pointer<CommandBufferImpl> {
}
export declare class CommandEncoder extends c.Pointer<CommandEncoderImpl> {
}
export declare class ComputePassEncoder extends c.Pointer<ComputePassEncoderImpl> {
}
export declare class ComputePipeline extends c.Pointer<ComputePipelineImpl> {
}
export declare class Device extends c.Pointer<DeviceImpl> {
}
export declare class ExternalTexture extends c.Pointer<ExternalTextureImpl> {
}
export declare class Instance extends c.Pointer<InstanceImpl> {
}
export declare class PipelineLayout extends c.Pointer<PipelineLayoutImpl> {
}
export declare class QuerySet extends c.Pointer<QuerySetImpl> {
}
export declare class Queue extends c.Pointer<QueueImpl> {
}
export declare class RenderBundle extends c.Pointer<RenderBundleImpl> {
}
export declare class RenderBundleEncoder extends c.Pointer<RenderBundleEncoderImpl> {
}
export declare class RenderPassEncoder extends c.Pointer<RenderPassEncoderImpl> {
}
export declare class RenderPipeline extends c.Pointer<RenderPipelineImpl> {
}
export declare class Sampler extends c.Pointer<SamplerImpl> {
}
export declare class ShaderModule extends c.Pointer<ShaderModuleImpl> {
}
export declare class SharedBufferMemory extends c.Pointer<SharedBufferMemoryImpl> {
}
export declare class SharedFence extends c.Pointer<SharedFenceImpl> {
}
export declare class SharedTextureMemory extends c.Pointer<SharedTextureMemoryImpl> {
}
export declare class Surface extends c.Pointer<SurfaceImpl> {
}
export declare class Texture extends c.Pointer<TextureImpl> {
}
export declare class TextureView extends c.Pointer<TextureViewImpl> {
}
export declare class BufferUsage extends Flags {
}
export declare class ColorWriteMask extends Flags {
}
export declare class HeapProperty extends Flags {
}
export declare class MapMode extends Flags {
}
export declare class ShaderStage extends Flags {
}
export declare class TextureUsage extends Flags {
}
export declare class RenderPassDescriptorMaxDrawCount extends RenderPassMaxDrawCount {
}
export declare class ShaderModuleSPIRVDescriptor extends ShaderSourceSPIRV {
}
export declare class ShaderModuleWGSLDescriptor extends ShaderSourceWGSL {
}
export declare class SurfaceDescriptorFromAndroidNativeWindow extends SurfaceSourceAndroidNativeWindow {
}
export declare class SurfaceDescriptorFromCanvasHTMLSelector extends SurfaceSourceCanvasHTMLSelector_Emscripten {
}
export declare class SurfaceDescriptorFromMetalLayer extends SurfaceSourceMetalLayer {
}
export declare class SurfaceDescriptorFromWaylandSurface extends SurfaceSourceWaylandSurface {
}
export declare class SurfaceDescriptorFromWindowsHWND extends SurfaceSourceWindowsHWND {
}
export declare class SurfaceDescriptorFromXcbWindow extends SurfaceSourceXCBWindow {
}
export declare class SurfaceDescriptorFromXlibWindow extends SurfaceSourceXlibWindow {
}
export declare class BufferMapCallback extends c.Function<[status: BufferMapAsyncStatus, userdata: c.Pointer<any>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (status: BufferMapAsyncStatus, userdata: c.Pointer<any>) => void) => (status: any, userdata: any) => undefined;
    static new: (fn: (status: BufferMapAsyncStatus, userdata: c.Pointer<any>) => void) => BufferMapCallback;
}
export declare class Callback extends c.Function<[userdata: c.Pointer<any>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (userdata: c.Pointer<any>) => void) => (userdata: any) => undefined;
    static new: (fn: (userdata: c.Pointer<any>) => void) => Callback;
}
export declare class CompilationInfoCallback extends c.Function<[status: CompilationInfoRequestStatus, compilationInfo: c.Pointer<CompilationInfo>, userdata: c.Pointer<any>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (status: CompilationInfoRequestStatus, compilationInfo: c.Pointer<CompilationInfo>, userdata: c.Pointer<any>) => void) => (status: any, compilationInfo: any, userdata: any) => undefined;
    static new: (fn: (status: CompilationInfoRequestStatus, compilationInfo: c.Pointer<CompilationInfo>, userdata: c.Pointer<any>) => void) => CompilationInfoCallback;
}
export declare class CreateComputePipelineAsyncCallback extends c.Function<[status: CreatePipelineAsyncStatus, pipeline: ComputePipeline, message: StringView, userdata: c.Pointer<any>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (status: CreatePipelineAsyncStatus, pipeline: ComputePipeline, message: StringView, userdata: c.Pointer<any>) => void) => (status: any, pipeline: any, message: any, userdata: any) => undefined;
    static new: (fn: (status: CreatePipelineAsyncStatus, pipeline: ComputePipeline, message: StringView, userdata: c.Pointer<any>) => void) => CreateComputePipelineAsyncCallback;
}
export declare class CreateRenderPipelineAsyncCallback extends c.Function<[status: CreatePipelineAsyncStatus, pipeline: RenderPipeline, message: StringView, userdata: c.Pointer<any>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (status: CreatePipelineAsyncStatus, pipeline: RenderPipeline, message: StringView, userdata: c.Pointer<any>) => void) => (status: any, pipeline: any, message: any, userdata: any) => undefined;
    static new: (fn: (status: CreatePipelineAsyncStatus, pipeline: RenderPipeline, message: StringView, userdata: c.Pointer<any>) => void) => CreateRenderPipelineAsyncCallback;
}
export declare class DawnLoadCacheDataFunction extends c.Function<[key: c.Pointer<any>, keySize: c.Size, value: c.Pointer<any>, valueSize: c.Size, userdata: c.Pointer<any>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (key: c.Pointer<any>, keySize: c.Size, value: c.Pointer<any>, valueSize: c.Size, userdata: c.Pointer<any>) => void) => (key: any, keySize: any, value: any, valueSize: any, userdata: any) => undefined;
    static new: (fn: (key: c.Pointer<any>, keySize: c.Size, value: c.Pointer<any>, valueSize: c.Size, userdata: c.Pointer<any>) => void) => DawnLoadCacheDataFunction;
}
export declare class DawnStoreCacheDataFunction extends c.Function<[key: c.Pointer<any>, keySize: c.Size, value: c.Pointer<any>, valueSize: c.Size, userdata: c.Pointer<any>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (key: c.Pointer<any>, keySize: c.Size, value: c.Pointer<any>, valueSize: c.Size, userdata: c.Pointer<any>) => void) => (key: any, keySize: any, value: any, valueSize: any, userdata: any) => undefined;
    static new: (fn: (key: c.Pointer<any>, keySize: c.Size, value: c.Pointer<any>, valueSize: c.Size, userdata: c.Pointer<any>) => void) => DawnStoreCacheDataFunction;
}
export declare class DeviceLostCallback extends c.Function<[reason: DeviceLostReason, message: StringView, userdata: c.Pointer<any>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (reason: DeviceLostReason, message: StringView, userdata: c.Pointer<any>) => void) => (reason: any, message: any, userdata: any) => undefined;
    static new: (fn: (reason: DeviceLostReason, message: StringView, userdata: c.Pointer<any>) => void) => DeviceLostCallback;
}
export declare class DeviceLostCallbackNew extends c.Function<[device: c.Pointer<Device>, reason: DeviceLostReason, message: StringView, userdata: c.Pointer<any>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (device: c.Pointer<Device>, reason: DeviceLostReason, message: StringView, userdata: c.Pointer<any>) => void) => (device: any, reason: any, message: any, userdata: any) => undefined;
    static new: (fn: (device: c.Pointer<Device>, reason: DeviceLostReason, message: StringView, userdata: c.Pointer<any>) => void) => DeviceLostCallbackNew;
}
export declare class ErrorCallback extends c.Function<[type: ErrorType, message: StringView, userdata: c.Pointer<any>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (type: ErrorType, message: StringView, userdata: c.Pointer<any>) => void) => (type: any, message: any, userdata: any) => undefined;
    static new: (fn: (type: ErrorType, message: StringView, userdata: c.Pointer<any>) => void) => ErrorCallback;
}
export declare class LoggingCallback extends c.Function<[type: LoggingType, message: StringView, userdata: c.Pointer<any>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (type: LoggingType, message: StringView, userdata: c.Pointer<any>) => void) => (type: any, message: any, userdata: any) => undefined;
    static new: (fn: (type: LoggingType, message: StringView, userdata: c.Pointer<any>) => void) => LoggingCallback;
}
export declare class PopErrorScopeCallback extends c.Function<[status: PopErrorScopeStatus, type: ErrorType, message: StringView, userdata: c.Pointer<any>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (status: PopErrorScopeStatus, type: ErrorType, message: StringView, userdata: c.Pointer<any>) => void) => (status: any, type: any, message: any, userdata: any) => undefined;
    static new: (fn: (status: PopErrorScopeStatus, type: ErrorType, message: StringView, userdata: c.Pointer<any>) => void) => PopErrorScopeCallback;
}
export declare class Proc extends c.Function<[]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: () => void) => () => undefined;
    static new: (fn: () => void) => Proc;
}
export declare class QueueWorkDoneCallback extends c.Function<[status: QueueWorkDoneStatus, userdata: c.Pointer<any>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (status: QueueWorkDoneStatus, userdata: c.Pointer<any>) => void) => (status: any, userdata: any) => undefined;
    static new: (fn: (status: QueueWorkDoneStatus, userdata: c.Pointer<any>) => void) => QueueWorkDoneCallback;
}
export declare class RequestAdapterCallback extends c.Function<[status: RequestAdapterStatus, adapter: Adapter, message: StringView, userdata: c.Pointer<any>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (status: RequestAdapterStatus, adapter: Adapter, message: StringView, userdata: c.Pointer<any>) => void) => (status: any, adapter: any, message: any, userdata: any) => undefined;
    static new: (fn: (status: RequestAdapterStatus, adapter: Adapter, message: StringView, userdata: c.Pointer<any>) => void) => RequestAdapterCallback;
}
export declare class RequestDeviceCallback extends c.Function<[status: RequestDeviceStatus, device: Device, message: StringView, userdata: c.Pointer<any>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (status: RequestDeviceStatus, device: Device, message: StringView, userdata: c.Pointer<any>) => void) => (status: any, device: any, message: any, userdata: any) => undefined;
    static new: (fn: (status: RequestDeviceStatus, device: Device, message: StringView, userdata: c.Pointer<any>) => void) => RequestDeviceCallback;
}
export declare class BufferMapCallback2 extends c.Function<[status: MapAsyncStatus, message: StringView, userdata1: c.Pointer<any>, userdata2: c.Pointer<any>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (status: MapAsyncStatus, message: StringView, userdata1: c.Pointer<any>, userdata2: c.Pointer<any>) => void) => (status: any, message: any, userdata1: any, userdata2: any) => undefined;
    static new: (fn: (status: MapAsyncStatus, message: StringView, userdata1: c.Pointer<any>, userdata2: c.Pointer<any>) => void) => BufferMapCallback2;
}
export declare class CompilationInfoCallback2 extends c.Function<[status: CompilationInfoRequestStatus, compilationInfo: c.Pointer<CompilationInfo>, userdata1: c.Pointer<any>, userdata2: c.Pointer<any>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (status: CompilationInfoRequestStatus, compilationInfo: c.Pointer<CompilationInfo>, userdata1: c.Pointer<any>, userdata2: c.Pointer<any>) => void) => (status: any, compilationInfo: any, userdata1: any, userdata2: any) => undefined;
    static new: (fn: (status: CompilationInfoRequestStatus, compilationInfo: c.Pointer<CompilationInfo>, userdata1: c.Pointer<any>, userdata2: c.Pointer<any>) => void) => CompilationInfoCallback2;
}
export declare class CreateComputePipelineAsyncCallback2 extends c.Function<[status: CreatePipelineAsyncStatus, pipeline: ComputePipeline, message: StringView, userdata1: c.Pointer<any>, userdata2: c.Pointer<any>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (status: CreatePipelineAsyncStatus, pipeline: ComputePipeline, message: StringView, userdata1: c.Pointer<any>, userdata2: c.Pointer<any>) => void) => (status: any, pipeline: any, message: any, userdata1: any, userdata2: any) => undefined;
    static new: (fn: (status: CreatePipelineAsyncStatus, pipeline: ComputePipeline, message: StringView, userdata1: c.Pointer<any>, userdata2: c.Pointer<any>) => void) => CreateComputePipelineAsyncCallback2;
}
export declare class CreateRenderPipelineAsyncCallback2 extends c.Function<[status: CreatePipelineAsyncStatus, pipeline: RenderPipeline, message: StringView, userdata1: c.Pointer<any>, userdata2: c.Pointer<any>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (status: CreatePipelineAsyncStatus, pipeline: RenderPipeline, message: StringView, userdata1: c.Pointer<any>, userdata2: c.Pointer<any>) => void) => (status: any, pipeline: any, message: any, userdata1: any, userdata2: any) => undefined;
    static new: (fn: (status: CreatePipelineAsyncStatus, pipeline: RenderPipeline, message: StringView, userdata1: c.Pointer<any>, userdata2: c.Pointer<any>) => void) => CreateRenderPipelineAsyncCallback2;
}
export declare class DeviceLostCallback2 extends c.Function<[device: c.Pointer<Device>, reason: DeviceLostReason, message: StringView, userdata1: c.Pointer<any>, userdata2: c.Pointer<any>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (device: c.Pointer<Device>, reason: DeviceLostReason, message: StringView, userdata1: c.Pointer<any>, userdata2: c.Pointer<any>) => void) => (device: any, reason: any, message: any, userdata1: any, userdata2: any) => undefined;
    static new: (fn: (device: c.Pointer<Device>, reason: DeviceLostReason, message: StringView, userdata1: c.Pointer<any>, userdata2: c.Pointer<any>) => void) => DeviceLostCallback2;
}
export declare class PopErrorScopeCallback2 extends c.Function<[status: PopErrorScopeStatus, type: ErrorType, message: StringView, userdata1: c.Pointer<any>, userdata2: c.Pointer<any>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (status: PopErrorScopeStatus, type: ErrorType, message: StringView, userdata1: c.Pointer<any>, userdata2: c.Pointer<any>) => void) => (status: any, type: any, message: any, userdata1: any, userdata2: any) => undefined;
    static new: (fn: (status: PopErrorScopeStatus, type: ErrorType, message: StringView, userdata1: c.Pointer<any>, userdata2: c.Pointer<any>) => void) => PopErrorScopeCallback2;
}
export declare class QueueWorkDoneCallback2 extends c.Function<[status: QueueWorkDoneStatus, userdata1: c.Pointer<any>, userdata2: c.Pointer<any>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (status: QueueWorkDoneStatus, userdata1: c.Pointer<any>, userdata2: c.Pointer<any>) => void) => (status: any, userdata1: any, userdata2: any) => undefined;
    static new: (fn: (status: QueueWorkDoneStatus, userdata1: c.Pointer<any>, userdata2: c.Pointer<any>) => void) => QueueWorkDoneCallback2;
}
export declare class RequestAdapterCallback2 extends c.Function<[status: RequestAdapterStatus, adapter: Adapter, message: StringView, userdata1: c.Pointer<any>, userdata2: c.Pointer<any>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (status: RequestAdapterStatus, adapter: Adapter, message: StringView, userdata1: c.Pointer<any>, userdata2: c.Pointer<any>) => void) => (status: any, adapter: any, message: any, userdata1: any, userdata2: any) => undefined;
    static new: (fn: (status: RequestAdapterStatus, adapter: Adapter, message: StringView, userdata1: c.Pointer<any>, userdata2: c.Pointer<any>) => void) => RequestAdapterCallback2;
}
export declare class RequestDeviceCallback2 extends c.Function<[status: RequestDeviceStatus, device: Device, message: StringView, userdata1: c.Pointer<any>, userdata2: c.Pointer<any>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (status: RequestDeviceStatus, device: Device, message: StringView, userdata1: c.Pointer<any>, userdata2: c.Pointer<any>) => void) => (status: any, device: any, message: any, userdata1: any, userdata2: any) => undefined;
    static new: (fn: (status: RequestDeviceStatus, device: Device, message: StringView, userdata1: c.Pointer<any>, userdata2: c.Pointer<any>) => void) => RequestDeviceCallback2;
}
export declare class UncapturedErrorCallback extends c.Function<[device: c.Pointer<Device>, type: ErrorType, message: StringView, userdata1: c.Pointer<any>, userdata2: c.Pointer<any>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (device: c.Pointer<Device>, type: ErrorType, message: StringView, userdata1: c.Pointer<any>, userdata2: c.Pointer<any>) => void) => (device: any, type: any, message: any, userdata1: any, userdata2: any) => undefined;
    static new: (fn: (device: c.Pointer<Device>, type: ErrorType, message: StringView, userdata1: c.Pointer<any>, userdata2: c.Pointer<any>) => void) => UncapturedErrorCallback;
}
export declare class ProcAdapterInfoFreeMembers extends c.Function<[value: AdapterInfo]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (value: AdapterInfo) => void) => (value: any) => undefined;
    static new: (fn: (value: AdapterInfo) => void) => ProcAdapterInfoFreeMembers;
}
export declare class ProcAdapterPropertiesMemoryHeapsFreeMembers extends c.Function<[value: AdapterPropertiesMemoryHeaps]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (value: AdapterPropertiesMemoryHeaps) => void) => (value: any) => undefined;
    static new: (fn: (value: AdapterPropertiesMemoryHeaps) => void) => ProcAdapterPropertiesMemoryHeapsFreeMembers;
}
export declare class ProcCreateInstance extends c.Function<[descriptor: c.Pointer<InstanceDescriptor>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (descriptor: c.Pointer<InstanceDescriptor>) => void) => (descriptor: any) => undefined;
    static new: (fn: (descriptor: c.Pointer<InstanceDescriptor>) => void) => ProcCreateInstance;
}
export declare class ProcDrmFormatCapabilitiesFreeMembers extends c.Function<[value: DrmFormatCapabilities]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (value: DrmFormatCapabilities) => void) => (value: any) => undefined;
    static new: (fn: (value: DrmFormatCapabilities) => void) => ProcDrmFormatCapabilitiesFreeMembers;
}
export declare class ProcGetInstanceFeatures extends c.Function<[features: c.Pointer<InstanceFeatures>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (features: c.Pointer<InstanceFeatures>) => void) => (features: any) => undefined;
    static new: (fn: (features: c.Pointer<InstanceFeatures>) => void) => ProcGetInstanceFeatures;
}
export declare class ProcGetProcAddress extends c.Function<[procName: StringView]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (procName: StringView) => void) => (procName: any) => undefined;
    static new: (fn: (procName: StringView) => void) => ProcGetProcAddress;
}
export declare class ProcSharedBufferMemoryEndAccessStateFreeMembers extends c.Function<[value: SharedBufferMemoryEndAccessState]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (value: SharedBufferMemoryEndAccessState) => void) => (value: any) => undefined;
    static new: (fn: (value: SharedBufferMemoryEndAccessState) => void) => ProcSharedBufferMemoryEndAccessStateFreeMembers;
}
export declare class ProcSharedTextureMemoryEndAccessStateFreeMembers extends c.Function<[value: SharedTextureMemoryEndAccessState]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (value: SharedTextureMemoryEndAccessState) => void) => (value: any) => undefined;
    static new: (fn: (value: SharedTextureMemoryEndAccessState) => void) => ProcSharedTextureMemoryEndAccessStateFreeMembers;
}
export declare class ProcSupportedFeaturesFreeMembers extends c.Function<[value: SupportedFeatures]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (value: SupportedFeatures) => void) => (value: any) => undefined;
    static new: (fn: (value: SupportedFeatures) => void) => ProcSupportedFeaturesFreeMembers;
}
export declare class ProcSurfaceCapabilitiesFreeMembers extends c.Function<[value: SurfaceCapabilities]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (value: SurfaceCapabilities) => void) => (value: any) => undefined;
    static new: (fn: (value: SurfaceCapabilities) => void) => ProcSurfaceCapabilitiesFreeMembers;
}
export declare class ProcAdapterCreateDevice extends c.Function<[adapter: Adapter, descriptor: c.Pointer<DeviceDescriptor>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (adapter: Adapter, descriptor: c.Pointer<DeviceDescriptor>) => void) => (adapter: any, descriptor: any) => undefined;
    static new: (fn: (adapter: Adapter, descriptor: c.Pointer<DeviceDescriptor>) => void) => ProcAdapterCreateDevice;
}
export declare class ProcAdapterGetFeatures extends c.Function<[adapter: Adapter, features: c.Pointer<SupportedFeatures>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (adapter: Adapter, features: c.Pointer<SupportedFeatures>) => void) => (adapter: any, features: any) => undefined;
    static new: (fn: (adapter: Adapter, features: c.Pointer<SupportedFeatures>) => void) => ProcAdapterGetFeatures;
}
export declare class ProcAdapterGetFormatCapabilities extends c.Function<[adapter: Adapter, format: TextureFormat, capabilities: c.Pointer<FormatCapabilities>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (adapter: Adapter, format: TextureFormat, capabilities: c.Pointer<FormatCapabilities>) => void) => (adapter: any, format: any, capabilities: any) => undefined;
    static new: (fn: (adapter: Adapter, format: TextureFormat, capabilities: c.Pointer<FormatCapabilities>) => void) => ProcAdapterGetFormatCapabilities;
}
export declare class ProcAdapterGetInfo extends c.Function<[adapter: Adapter, info: c.Pointer<AdapterInfo>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (adapter: Adapter, info: c.Pointer<AdapterInfo>) => void) => (adapter: any, info: any) => undefined;
    static new: (fn: (adapter: Adapter, info: c.Pointer<AdapterInfo>) => void) => ProcAdapterGetInfo;
}
export declare class ProcAdapterGetInstance extends c.Function<[adapter: Adapter]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (adapter: Adapter) => void) => (adapter: any) => undefined;
    static new: (fn: (adapter: Adapter) => void) => ProcAdapterGetInstance;
}
export declare class ProcAdapterGetLimits extends c.Function<[adapter: Adapter, limits: c.Pointer<SupportedLimits>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (adapter: Adapter, limits: c.Pointer<SupportedLimits>) => void) => (adapter: any, limits: any) => undefined;
    static new: (fn: (adapter: Adapter, limits: c.Pointer<SupportedLimits>) => void) => ProcAdapterGetLimits;
}
export declare class ProcAdapterHasFeature extends c.Function<[adapter: Adapter, feature: FeatureName]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (adapter: Adapter, feature: FeatureName) => void) => (adapter: any, feature: any) => undefined;
    static new: (fn: (adapter: Adapter, feature: FeatureName) => void) => ProcAdapterHasFeature;
}
export declare class ProcAdapterRequestDevice extends c.Function<[adapter: Adapter, descriptor: c.Pointer<DeviceDescriptor>, callback: RequestDeviceCallback, userdata: c.Pointer<any>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (adapter: Adapter, descriptor: c.Pointer<DeviceDescriptor>, callback: RequestDeviceCallback, userdata: c.Pointer<any>) => void) => (adapter: any, descriptor: any, callback: any, userdata: any) => undefined;
    static new: (fn: (adapter: Adapter, descriptor: c.Pointer<DeviceDescriptor>, callback: RequestDeviceCallback, userdata: c.Pointer<any>) => void) => ProcAdapterRequestDevice;
}
export declare class ProcAdapterRequestDevice2 extends c.Function<[adapter: Adapter, options: c.Pointer<DeviceDescriptor>, callbackInfo: RequestDeviceCallbackInfo2]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (adapter: Adapter, options: c.Pointer<DeviceDescriptor>, callbackInfo: RequestDeviceCallbackInfo2) => void) => (adapter: any, options: any, callbackInfo: any) => undefined;
    static new: (fn: (adapter: Adapter, options: c.Pointer<DeviceDescriptor>, callbackInfo: RequestDeviceCallbackInfo2) => void) => ProcAdapterRequestDevice2;
}
export declare class ProcAdapterRequestDeviceF extends c.Function<[adapter: Adapter, options: c.Pointer<DeviceDescriptor>, callbackInfo: RequestDeviceCallbackInfo]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (adapter: Adapter, options: c.Pointer<DeviceDescriptor>, callbackInfo: RequestDeviceCallbackInfo) => void) => (adapter: any, options: any, callbackInfo: any) => undefined;
    static new: (fn: (adapter: Adapter, options: c.Pointer<DeviceDescriptor>, callbackInfo: RequestDeviceCallbackInfo) => void) => ProcAdapterRequestDeviceF;
}
export declare class ProcAdapterAddRef extends c.Function<[adapter: Adapter]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (adapter: Adapter) => void) => (adapter: any) => undefined;
    static new: (fn: (adapter: Adapter) => void) => ProcAdapterAddRef;
}
export declare class ProcAdapterRelease extends c.Function<[adapter: Adapter]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (adapter: Adapter) => void) => (adapter: any) => undefined;
    static new: (fn: (adapter: Adapter) => void) => ProcAdapterRelease;
}
export declare class ProcBindGroupSetLabel extends c.Function<[bindGroup: BindGroup, label: StringView]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (bindGroup: BindGroup, label: StringView) => void) => (bindGroup: any, label: any) => undefined;
    static new: (fn: (bindGroup: BindGroup, label: StringView) => void) => ProcBindGroupSetLabel;
}
export declare class ProcBindGroupAddRef extends c.Function<[bindGroup: BindGroup]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (bindGroup: BindGroup) => void) => (bindGroup: any) => undefined;
    static new: (fn: (bindGroup: BindGroup) => void) => ProcBindGroupAddRef;
}
export declare class ProcBindGroupRelease extends c.Function<[bindGroup: BindGroup]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (bindGroup: BindGroup) => void) => (bindGroup: any) => undefined;
    static new: (fn: (bindGroup: BindGroup) => void) => ProcBindGroupRelease;
}
export declare class ProcBindGroupLayoutSetLabel extends c.Function<[bindGroupLayout: BindGroupLayout, label: StringView]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (bindGroupLayout: BindGroupLayout, label: StringView) => void) => (bindGroupLayout: any, label: any) => undefined;
    static new: (fn: (bindGroupLayout: BindGroupLayout, label: StringView) => void) => ProcBindGroupLayoutSetLabel;
}
export declare class ProcBindGroupLayoutAddRef extends c.Function<[bindGroupLayout: BindGroupLayout]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (bindGroupLayout: BindGroupLayout) => void) => (bindGroupLayout: any) => undefined;
    static new: (fn: (bindGroupLayout: BindGroupLayout) => void) => ProcBindGroupLayoutAddRef;
}
export declare class ProcBindGroupLayoutRelease extends c.Function<[bindGroupLayout: BindGroupLayout]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (bindGroupLayout: BindGroupLayout) => void) => (bindGroupLayout: any) => undefined;
    static new: (fn: (bindGroupLayout: BindGroupLayout) => void) => ProcBindGroupLayoutRelease;
}
export declare class ProcBufferDestroy extends c.Function<[buffer: Buffer]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (buffer: Buffer) => void) => (buffer: any) => undefined;
    static new: (fn: (buffer: Buffer) => void) => ProcBufferDestroy;
}
export declare class ProcBufferGetConstMappedRange extends c.Function<[buffer: Buffer, offset: c.Size, size: c.Size]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (buffer: Buffer, offset: c.Size, size: c.Size) => void) => (buffer: any, offset: any, size: any) => undefined;
    static new: (fn: (buffer: Buffer, offset: c.Size, size: c.Size) => void) => ProcBufferGetConstMappedRange;
}
export declare class ProcBufferGetMapState extends c.Function<[buffer: Buffer]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (buffer: Buffer) => void) => (buffer: any) => undefined;
    static new: (fn: (buffer: Buffer) => void) => ProcBufferGetMapState;
}
export declare class ProcBufferGetMappedRange extends c.Function<[buffer: Buffer, offset: c.Size, size: c.Size]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (buffer: Buffer, offset: c.Size, size: c.Size) => void) => (buffer: any, offset: any, size: any) => undefined;
    static new: (fn: (buffer: Buffer, offset: c.Size, size: c.Size) => void) => ProcBufferGetMappedRange;
}
export declare class ProcBufferGetSize extends c.Function<[buffer: Buffer]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (buffer: Buffer) => void) => (buffer: any) => undefined;
    static new: (fn: (buffer: Buffer) => void) => ProcBufferGetSize;
}
export declare class ProcBufferGetUsage extends c.Function<[buffer: Buffer]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (buffer: Buffer) => void) => (buffer: any) => undefined;
    static new: (fn: (buffer: Buffer) => void) => ProcBufferGetUsage;
}
export declare class ProcBufferMapAsync extends c.Function<[buffer: Buffer, mode: MapMode, offset: c.Size, size: c.Size, callback: BufferMapCallback, userdata: c.Pointer<any>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (buffer: Buffer, mode: MapMode, offset: c.Size, size: c.Size, callback: BufferMapCallback, userdata: c.Pointer<any>) => void) => (buffer: any, mode: any, offset: any, size: any, callback: any, userdata: any) => undefined;
    static new: (fn: (buffer: Buffer, mode: MapMode, offset: c.Size, size: c.Size, callback: BufferMapCallback, userdata: c.Pointer<any>) => void) => ProcBufferMapAsync;
}
export declare class ProcBufferMapAsync2 extends c.Function<[buffer: Buffer, mode: MapMode, offset: c.Size, size: c.Size, callbackInfo: BufferMapCallbackInfo2]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (buffer: Buffer, mode: MapMode, offset: c.Size, size: c.Size, callbackInfo: BufferMapCallbackInfo2) => void) => (buffer: any, mode: any, offset: any, size: any, callbackInfo: any) => undefined;
    static new: (fn: (buffer: Buffer, mode: MapMode, offset: c.Size, size: c.Size, callbackInfo: BufferMapCallbackInfo2) => void) => ProcBufferMapAsync2;
}
export declare class ProcBufferMapAsyncF extends c.Function<[buffer: Buffer, mode: MapMode, offset: c.Size, size: c.Size, callbackInfo: BufferMapCallbackInfo]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (buffer: Buffer, mode: MapMode, offset: c.Size, size: c.Size, callbackInfo: BufferMapCallbackInfo) => void) => (buffer: any, mode: any, offset: any, size: any, callbackInfo: any) => undefined;
    static new: (fn: (buffer: Buffer, mode: MapMode, offset: c.Size, size: c.Size, callbackInfo: BufferMapCallbackInfo) => void) => ProcBufferMapAsyncF;
}
export declare class ProcBufferSetLabel extends c.Function<[buffer: Buffer, label: StringView]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (buffer: Buffer, label: StringView) => void) => (buffer: any, label: any) => undefined;
    static new: (fn: (buffer: Buffer, label: StringView) => void) => ProcBufferSetLabel;
}
export declare class ProcBufferUnmap extends c.Function<[buffer: Buffer]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (buffer: Buffer) => void) => (buffer: any) => undefined;
    static new: (fn: (buffer: Buffer) => void) => ProcBufferUnmap;
}
export declare class ProcBufferAddRef extends c.Function<[buffer: Buffer]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (buffer: Buffer) => void) => (buffer: any) => undefined;
    static new: (fn: (buffer: Buffer) => void) => ProcBufferAddRef;
}
export declare class ProcBufferRelease extends c.Function<[buffer: Buffer]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (buffer: Buffer) => void) => (buffer: any) => undefined;
    static new: (fn: (buffer: Buffer) => void) => ProcBufferRelease;
}
export declare class ProcCommandBufferSetLabel extends c.Function<[commandBuffer: CommandBuffer, label: StringView]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (commandBuffer: CommandBuffer, label: StringView) => void) => (commandBuffer: any, label: any) => undefined;
    static new: (fn: (commandBuffer: CommandBuffer, label: StringView) => void) => ProcCommandBufferSetLabel;
}
export declare class ProcCommandBufferAddRef extends c.Function<[commandBuffer: CommandBuffer]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (commandBuffer: CommandBuffer) => void) => (commandBuffer: any) => undefined;
    static new: (fn: (commandBuffer: CommandBuffer) => void) => ProcCommandBufferAddRef;
}
export declare class ProcCommandBufferRelease extends c.Function<[commandBuffer: CommandBuffer]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (commandBuffer: CommandBuffer) => void) => (commandBuffer: any) => undefined;
    static new: (fn: (commandBuffer: CommandBuffer) => void) => ProcCommandBufferRelease;
}
export declare class ProcCommandEncoderBeginComputePass extends c.Function<[commandEncoder: CommandEncoder, descriptor: c.Pointer<ComputePassDescriptor>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (commandEncoder: CommandEncoder, descriptor: c.Pointer<ComputePassDescriptor>) => void) => (commandEncoder: any, descriptor: any) => undefined;
    static new: (fn: (commandEncoder: CommandEncoder, descriptor: c.Pointer<ComputePassDescriptor>) => void) => ProcCommandEncoderBeginComputePass;
}
export declare class ProcCommandEncoderBeginRenderPass extends c.Function<[commandEncoder: CommandEncoder, descriptor: c.Pointer<RenderPassDescriptor>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (commandEncoder: CommandEncoder, descriptor: c.Pointer<RenderPassDescriptor>) => void) => (commandEncoder: any, descriptor: any) => undefined;
    static new: (fn: (commandEncoder: CommandEncoder, descriptor: c.Pointer<RenderPassDescriptor>) => void) => ProcCommandEncoderBeginRenderPass;
}
export declare class ProcCommandEncoderClearBuffer extends c.Function<[commandEncoder: CommandEncoder, buffer: Buffer, offset: c.U64, size: c.U64]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (commandEncoder: CommandEncoder, buffer: Buffer, offset: c.U64, size: c.U64) => void) => (commandEncoder: any, buffer: any, offset: any, size: any) => undefined;
    static new: (fn: (commandEncoder: CommandEncoder, buffer: Buffer, offset: c.U64, size: c.U64) => void) => ProcCommandEncoderClearBuffer;
}
export declare class ProcCommandEncoderCopyBufferToBuffer extends c.Function<[commandEncoder: CommandEncoder, source: Buffer, sourceOffset: c.U64, destination: Buffer, destinationOffset: c.U64, size: c.U64]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (commandEncoder: CommandEncoder, source: Buffer, sourceOffset: c.U64, destination: Buffer, destinationOffset: c.U64, size: c.U64) => void) => (commandEncoder: any, source: any, sourceOffset: any, destination: any, destinationOffset: any, size: any) => undefined;
    static new: (fn: (commandEncoder: CommandEncoder, source: Buffer, sourceOffset: c.U64, destination: Buffer, destinationOffset: c.U64, size: c.U64) => void) => ProcCommandEncoderCopyBufferToBuffer;
}
export declare class ProcCommandEncoderCopyBufferToTexture extends c.Function<[commandEncoder: CommandEncoder, source: c.Pointer<ImageCopyBuffer>, destination: c.Pointer<ImageCopyTexture>, copySize: c.Pointer<Extent3D>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (commandEncoder: CommandEncoder, source: c.Pointer<ImageCopyBuffer>, destination: c.Pointer<ImageCopyTexture>, copySize: c.Pointer<Extent3D>) => void) => (commandEncoder: any, source: any, destination: any, copySize: any) => undefined;
    static new: (fn: (commandEncoder: CommandEncoder, source: c.Pointer<ImageCopyBuffer>, destination: c.Pointer<ImageCopyTexture>, copySize: c.Pointer<Extent3D>) => void) => ProcCommandEncoderCopyBufferToTexture;
}
export declare class ProcCommandEncoderCopyTextureToBuffer extends c.Function<[commandEncoder: CommandEncoder, source: c.Pointer<ImageCopyTexture>, destination: c.Pointer<ImageCopyBuffer>, copySize: c.Pointer<Extent3D>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (commandEncoder: CommandEncoder, source: c.Pointer<ImageCopyTexture>, destination: c.Pointer<ImageCopyBuffer>, copySize: c.Pointer<Extent3D>) => void) => (commandEncoder: any, source: any, destination: any, copySize: any) => undefined;
    static new: (fn: (commandEncoder: CommandEncoder, source: c.Pointer<ImageCopyTexture>, destination: c.Pointer<ImageCopyBuffer>, copySize: c.Pointer<Extent3D>) => void) => ProcCommandEncoderCopyTextureToBuffer;
}
export declare class ProcCommandEncoderCopyTextureToTexture extends c.Function<[commandEncoder: CommandEncoder, source: c.Pointer<ImageCopyTexture>, destination: c.Pointer<ImageCopyTexture>, copySize: c.Pointer<Extent3D>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (commandEncoder: CommandEncoder, source: c.Pointer<ImageCopyTexture>, destination: c.Pointer<ImageCopyTexture>, copySize: c.Pointer<Extent3D>) => void) => (commandEncoder: any, source: any, destination: any, copySize: any) => undefined;
    static new: (fn: (commandEncoder: CommandEncoder, source: c.Pointer<ImageCopyTexture>, destination: c.Pointer<ImageCopyTexture>, copySize: c.Pointer<Extent3D>) => void) => ProcCommandEncoderCopyTextureToTexture;
}
export declare class ProcCommandEncoderFinish extends c.Function<[commandEncoder: CommandEncoder, descriptor: c.Pointer<CommandBufferDescriptor>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (commandEncoder: CommandEncoder, descriptor: c.Pointer<CommandBufferDescriptor>) => void) => (commandEncoder: any, descriptor: any) => undefined;
    static new: (fn: (commandEncoder: CommandEncoder, descriptor: c.Pointer<CommandBufferDescriptor>) => void) => ProcCommandEncoderFinish;
}
export declare class ProcCommandEncoderInjectValidationError extends c.Function<[commandEncoder: CommandEncoder, message: StringView]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (commandEncoder: CommandEncoder, message: StringView) => void) => (commandEncoder: any, message: any) => undefined;
    static new: (fn: (commandEncoder: CommandEncoder, message: StringView) => void) => ProcCommandEncoderInjectValidationError;
}
export declare class ProcCommandEncoderInsertDebugMarker extends c.Function<[commandEncoder: CommandEncoder, markerLabel: StringView]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (commandEncoder: CommandEncoder, markerLabel: StringView) => void) => (commandEncoder: any, markerLabel: any) => undefined;
    static new: (fn: (commandEncoder: CommandEncoder, markerLabel: StringView) => void) => ProcCommandEncoderInsertDebugMarker;
}
export declare class ProcCommandEncoderPopDebugGroup extends c.Function<[commandEncoder: CommandEncoder]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (commandEncoder: CommandEncoder) => void) => (commandEncoder: any) => undefined;
    static new: (fn: (commandEncoder: CommandEncoder) => void) => ProcCommandEncoderPopDebugGroup;
}
export declare class ProcCommandEncoderPushDebugGroup extends c.Function<[commandEncoder: CommandEncoder, groupLabel: StringView]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (commandEncoder: CommandEncoder, groupLabel: StringView) => void) => (commandEncoder: any, groupLabel: any) => undefined;
    static new: (fn: (commandEncoder: CommandEncoder, groupLabel: StringView) => void) => ProcCommandEncoderPushDebugGroup;
}
export declare class ProcCommandEncoderResolveQuerySet extends c.Function<[commandEncoder: CommandEncoder, querySet: QuerySet, firstQuery: c.U32, queryCount: c.U32, destination: Buffer, destinationOffset: c.U64]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (commandEncoder: CommandEncoder, querySet: QuerySet, firstQuery: c.U32, queryCount: c.U32, destination: Buffer, destinationOffset: c.U64) => void) => (commandEncoder: any, querySet: any, firstQuery: any, queryCount: any, destination: any, destinationOffset: any) => undefined;
    static new: (fn: (commandEncoder: CommandEncoder, querySet: QuerySet, firstQuery: c.U32, queryCount: c.U32, destination: Buffer, destinationOffset: c.U64) => void) => ProcCommandEncoderResolveQuerySet;
}
export declare class ProcCommandEncoderSetLabel extends c.Function<[commandEncoder: CommandEncoder, label: StringView]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (commandEncoder: CommandEncoder, label: StringView) => void) => (commandEncoder: any, label: any) => undefined;
    static new: (fn: (commandEncoder: CommandEncoder, label: StringView) => void) => ProcCommandEncoderSetLabel;
}
export declare class ProcCommandEncoderWriteBuffer extends c.Function<[commandEncoder: CommandEncoder, buffer: Buffer, bufferOffset: c.U64, data: c.Pointer<c.U8>, size: c.U64]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (commandEncoder: CommandEncoder, buffer: Buffer, bufferOffset: c.U64, data: c.Pointer<c.U8>, size: c.U64) => void) => (commandEncoder: any, buffer: any, bufferOffset: any, data: any, size: any) => undefined;
    static new: (fn: (commandEncoder: CommandEncoder, buffer: Buffer, bufferOffset: c.U64, data: c.Pointer<c.U8>, size: c.U64) => void) => ProcCommandEncoderWriteBuffer;
}
export declare class ProcCommandEncoderWriteTimestamp extends c.Function<[commandEncoder: CommandEncoder, querySet: QuerySet, queryIndex: c.U32]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (commandEncoder: CommandEncoder, querySet: QuerySet, queryIndex: c.U32) => void) => (commandEncoder: any, querySet: any, queryIndex: any) => undefined;
    static new: (fn: (commandEncoder: CommandEncoder, querySet: QuerySet, queryIndex: c.U32) => void) => ProcCommandEncoderWriteTimestamp;
}
export declare class ProcCommandEncoderAddRef extends c.Function<[commandEncoder: CommandEncoder]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (commandEncoder: CommandEncoder) => void) => (commandEncoder: any) => undefined;
    static new: (fn: (commandEncoder: CommandEncoder) => void) => ProcCommandEncoderAddRef;
}
export declare class ProcCommandEncoderRelease extends c.Function<[commandEncoder: CommandEncoder]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (commandEncoder: CommandEncoder) => void) => (commandEncoder: any) => undefined;
    static new: (fn: (commandEncoder: CommandEncoder) => void) => ProcCommandEncoderRelease;
}
export declare class ProcComputePassEncoderDispatchWorkgroups extends c.Function<[computePassEncoder: ComputePassEncoder, workgroupCountX: c.U32, workgroupCountY: c.U32, workgroupCountZ: c.U32]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (computePassEncoder: ComputePassEncoder, workgroupCountX: c.U32, workgroupCountY: c.U32, workgroupCountZ: c.U32) => void) => (computePassEncoder: any, workgroupCountX: any, workgroupCountY: any, workgroupCountZ: any) => undefined;
    static new: (fn: (computePassEncoder: ComputePassEncoder, workgroupCountX: c.U32, workgroupCountY: c.U32, workgroupCountZ: c.U32) => void) => ProcComputePassEncoderDispatchWorkgroups;
}
export declare class ProcComputePassEncoderDispatchWorkgroupsIndirect extends c.Function<[computePassEncoder: ComputePassEncoder, indirectBuffer: Buffer, indirectOffset: c.U64]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (computePassEncoder: ComputePassEncoder, indirectBuffer: Buffer, indirectOffset: c.U64) => void) => (computePassEncoder: any, indirectBuffer: any, indirectOffset: any) => undefined;
    static new: (fn: (computePassEncoder: ComputePassEncoder, indirectBuffer: Buffer, indirectOffset: c.U64) => void) => ProcComputePassEncoderDispatchWorkgroupsIndirect;
}
export declare class ProcComputePassEncoderEnd extends c.Function<[computePassEncoder: ComputePassEncoder]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (computePassEncoder: ComputePassEncoder) => void) => (computePassEncoder: any) => undefined;
    static new: (fn: (computePassEncoder: ComputePassEncoder) => void) => ProcComputePassEncoderEnd;
}
export declare class ProcComputePassEncoderInsertDebugMarker extends c.Function<[computePassEncoder: ComputePassEncoder, markerLabel: StringView]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (computePassEncoder: ComputePassEncoder, markerLabel: StringView) => void) => (computePassEncoder: any, markerLabel: any) => undefined;
    static new: (fn: (computePassEncoder: ComputePassEncoder, markerLabel: StringView) => void) => ProcComputePassEncoderInsertDebugMarker;
}
export declare class ProcComputePassEncoderPopDebugGroup extends c.Function<[computePassEncoder: ComputePassEncoder]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (computePassEncoder: ComputePassEncoder) => void) => (computePassEncoder: any) => undefined;
    static new: (fn: (computePassEncoder: ComputePassEncoder) => void) => ProcComputePassEncoderPopDebugGroup;
}
export declare class ProcComputePassEncoderPushDebugGroup extends c.Function<[computePassEncoder: ComputePassEncoder, groupLabel: StringView]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (computePassEncoder: ComputePassEncoder, groupLabel: StringView) => void) => (computePassEncoder: any, groupLabel: any) => undefined;
    static new: (fn: (computePassEncoder: ComputePassEncoder, groupLabel: StringView) => void) => ProcComputePassEncoderPushDebugGroup;
}
export declare class ProcComputePassEncoderSetBindGroup extends c.Function<[computePassEncoder: ComputePassEncoder, groupIndex: c.U32, group: BindGroup, dynamicOffsetCount: c.Size, dynamicOffsets: c.Pointer<c.U32>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (computePassEncoder: ComputePassEncoder, groupIndex: c.U32, group: BindGroup, dynamicOffsetCount: c.Size, dynamicOffsets: c.Pointer<c.U32>) => void) => (computePassEncoder: any, groupIndex: any, group: any, dynamicOffsetCount: any, dynamicOffsets: any) => undefined;
    static new: (fn: (computePassEncoder: ComputePassEncoder, groupIndex: c.U32, group: BindGroup, dynamicOffsetCount: c.Size, dynamicOffsets: c.Pointer<c.U32>) => void) => ProcComputePassEncoderSetBindGroup;
}
export declare class ProcComputePassEncoderSetLabel extends c.Function<[computePassEncoder: ComputePassEncoder, label: StringView]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (computePassEncoder: ComputePassEncoder, label: StringView) => void) => (computePassEncoder: any, label: any) => undefined;
    static new: (fn: (computePassEncoder: ComputePassEncoder, label: StringView) => void) => ProcComputePassEncoderSetLabel;
}
export declare class ProcComputePassEncoderSetPipeline extends c.Function<[computePassEncoder: ComputePassEncoder, pipeline: ComputePipeline]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (computePassEncoder: ComputePassEncoder, pipeline: ComputePipeline) => void) => (computePassEncoder: any, pipeline: any) => undefined;
    static new: (fn: (computePassEncoder: ComputePassEncoder, pipeline: ComputePipeline) => void) => ProcComputePassEncoderSetPipeline;
}
export declare class ProcComputePassEncoderWriteTimestamp extends c.Function<[computePassEncoder: ComputePassEncoder, querySet: QuerySet, queryIndex: c.U32]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (computePassEncoder: ComputePassEncoder, querySet: QuerySet, queryIndex: c.U32) => void) => (computePassEncoder: any, querySet: any, queryIndex: any) => undefined;
    static new: (fn: (computePassEncoder: ComputePassEncoder, querySet: QuerySet, queryIndex: c.U32) => void) => ProcComputePassEncoderWriteTimestamp;
}
export declare class ProcComputePassEncoderAddRef extends c.Function<[computePassEncoder: ComputePassEncoder]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (computePassEncoder: ComputePassEncoder) => void) => (computePassEncoder: any) => undefined;
    static new: (fn: (computePassEncoder: ComputePassEncoder) => void) => ProcComputePassEncoderAddRef;
}
export declare class ProcComputePassEncoderRelease extends c.Function<[computePassEncoder: ComputePassEncoder]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (computePassEncoder: ComputePassEncoder) => void) => (computePassEncoder: any) => undefined;
    static new: (fn: (computePassEncoder: ComputePassEncoder) => void) => ProcComputePassEncoderRelease;
}
export declare class ProcComputePipelineGetBindGroupLayout extends c.Function<[computePipeline: ComputePipeline, groupIndex: c.U32]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (computePipeline: ComputePipeline, groupIndex: c.U32) => void) => (computePipeline: any, groupIndex: any) => undefined;
    static new: (fn: (computePipeline: ComputePipeline, groupIndex: c.U32) => void) => ProcComputePipelineGetBindGroupLayout;
}
export declare class ProcComputePipelineSetLabel extends c.Function<[computePipeline: ComputePipeline, label: StringView]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (computePipeline: ComputePipeline, label: StringView) => void) => (computePipeline: any, label: any) => undefined;
    static new: (fn: (computePipeline: ComputePipeline, label: StringView) => void) => ProcComputePipelineSetLabel;
}
export declare class ProcComputePipelineAddRef extends c.Function<[computePipeline: ComputePipeline]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (computePipeline: ComputePipeline) => void) => (computePipeline: any) => undefined;
    static new: (fn: (computePipeline: ComputePipeline) => void) => ProcComputePipelineAddRef;
}
export declare class ProcComputePipelineRelease extends c.Function<[computePipeline: ComputePipeline]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (computePipeline: ComputePipeline) => void) => (computePipeline: any) => undefined;
    static new: (fn: (computePipeline: ComputePipeline) => void) => ProcComputePipelineRelease;
}
export declare class ProcDeviceCreateBindGroup extends c.Function<[device: Device, descriptor: c.Pointer<BindGroupDescriptor>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (device: Device, descriptor: c.Pointer<BindGroupDescriptor>) => void) => (device: any, descriptor: any) => undefined;
    static new: (fn: (device: Device, descriptor: c.Pointer<BindGroupDescriptor>) => void) => ProcDeviceCreateBindGroup;
}
export declare class ProcDeviceCreateBindGroupLayout extends c.Function<[device: Device, descriptor: c.Pointer<BindGroupLayoutDescriptor>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (device: Device, descriptor: c.Pointer<BindGroupLayoutDescriptor>) => void) => (device: any, descriptor: any) => undefined;
    static new: (fn: (device: Device, descriptor: c.Pointer<BindGroupLayoutDescriptor>) => void) => ProcDeviceCreateBindGroupLayout;
}
export declare class ProcDeviceCreateBuffer extends c.Function<[device: Device, descriptor: c.Pointer<BufferDescriptor>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (device: Device, descriptor: c.Pointer<BufferDescriptor>) => void) => (device: any, descriptor: any) => undefined;
    static new: (fn: (device: Device, descriptor: c.Pointer<BufferDescriptor>) => void) => ProcDeviceCreateBuffer;
}
export declare class ProcDeviceCreateCommandEncoder extends c.Function<[device: Device, descriptor: c.Pointer<CommandEncoderDescriptor>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (device: Device, descriptor: c.Pointer<CommandEncoderDescriptor>) => void) => (device: any, descriptor: any) => undefined;
    static new: (fn: (device: Device, descriptor: c.Pointer<CommandEncoderDescriptor>) => void) => ProcDeviceCreateCommandEncoder;
}
export declare class ProcDeviceCreateComputePipeline extends c.Function<[device: Device, descriptor: c.Pointer<ComputePipelineDescriptor>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (device: Device, descriptor: c.Pointer<ComputePipelineDescriptor>) => void) => (device: any, descriptor: any) => undefined;
    static new: (fn: (device: Device, descriptor: c.Pointer<ComputePipelineDescriptor>) => void) => ProcDeviceCreateComputePipeline;
}
export declare class ProcDeviceCreateComputePipelineAsync extends c.Function<[device: Device, descriptor: c.Pointer<ComputePipelineDescriptor>, callback: CreateComputePipelineAsyncCallback, userdata: c.Pointer<any>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (device: Device, descriptor: c.Pointer<ComputePipelineDescriptor>, callback: CreateComputePipelineAsyncCallback, userdata: c.Pointer<any>) => void) => (device: any, descriptor: any, callback: any, userdata: any) => undefined;
    static new: (fn: (device: Device, descriptor: c.Pointer<ComputePipelineDescriptor>, callback: CreateComputePipelineAsyncCallback, userdata: c.Pointer<any>) => void) => ProcDeviceCreateComputePipelineAsync;
}
export declare class ProcDeviceCreateComputePipelineAsync2 extends c.Function<[device: Device, descriptor: c.Pointer<ComputePipelineDescriptor>, callbackInfo: CreateComputePipelineAsyncCallbackInfo2]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (device: Device, descriptor: c.Pointer<ComputePipelineDescriptor>, callbackInfo: CreateComputePipelineAsyncCallbackInfo2) => void) => (device: any, descriptor: any, callbackInfo: any) => undefined;
    static new: (fn: (device: Device, descriptor: c.Pointer<ComputePipelineDescriptor>, callbackInfo: CreateComputePipelineAsyncCallbackInfo2) => void) => ProcDeviceCreateComputePipelineAsync2;
}
export declare class ProcDeviceCreateComputePipelineAsyncF extends c.Function<[device: Device, descriptor: c.Pointer<ComputePipelineDescriptor>, callbackInfo: CreateComputePipelineAsyncCallbackInfo]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (device: Device, descriptor: c.Pointer<ComputePipelineDescriptor>, callbackInfo: CreateComputePipelineAsyncCallbackInfo) => void) => (device: any, descriptor: any, callbackInfo: any) => undefined;
    static new: (fn: (device: Device, descriptor: c.Pointer<ComputePipelineDescriptor>, callbackInfo: CreateComputePipelineAsyncCallbackInfo) => void) => ProcDeviceCreateComputePipelineAsyncF;
}
export declare class ProcDeviceCreateErrorBuffer extends c.Function<[device: Device, descriptor: c.Pointer<BufferDescriptor>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (device: Device, descriptor: c.Pointer<BufferDescriptor>) => void) => (device: any, descriptor: any) => undefined;
    static new: (fn: (device: Device, descriptor: c.Pointer<BufferDescriptor>) => void) => ProcDeviceCreateErrorBuffer;
}
export declare class ProcDeviceCreateErrorExternalTexture extends c.Function<[device: Device]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (device: Device) => void) => (device: any) => undefined;
    static new: (fn: (device: Device) => void) => ProcDeviceCreateErrorExternalTexture;
}
export declare class ProcDeviceCreateErrorShaderModule extends c.Function<[device: Device, descriptor: c.Pointer<ShaderModuleDescriptor>, errorMessage: StringView]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (device: Device, descriptor: c.Pointer<ShaderModuleDescriptor>, errorMessage: StringView) => void) => (device: any, descriptor: any, errorMessage: any) => undefined;
    static new: (fn: (device: Device, descriptor: c.Pointer<ShaderModuleDescriptor>, errorMessage: StringView) => void) => ProcDeviceCreateErrorShaderModule;
}
export declare class ProcDeviceCreateErrorTexture extends c.Function<[device: Device, descriptor: c.Pointer<TextureDescriptor>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (device: Device, descriptor: c.Pointer<TextureDescriptor>) => void) => (device: any, descriptor: any) => undefined;
    static new: (fn: (device: Device, descriptor: c.Pointer<TextureDescriptor>) => void) => ProcDeviceCreateErrorTexture;
}
export declare class ProcDeviceCreateExternalTexture extends c.Function<[device: Device, externalTextureDescriptor: c.Pointer<ExternalTextureDescriptor>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (device: Device, externalTextureDescriptor: c.Pointer<ExternalTextureDescriptor>) => void) => (device: any, externalTextureDescriptor: any) => undefined;
    static new: (fn: (device: Device, externalTextureDescriptor: c.Pointer<ExternalTextureDescriptor>) => void) => ProcDeviceCreateExternalTexture;
}
export declare class ProcDeviceCreatePipelineLayout extends c.Function<[device: Device, descriptor: c.Pointer<PipelineLayoutDescriptor>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (device: Device, descriptor: c.Pointer<PipelineLayoutDescriptor>) => void) => (device: any, descriptor: any) => undefined;
    static new: (fn: (device: Device, descriptor: c.Pointer<PipelineLayoutDescriptor>) => void) => ProcDeviceCreatePipelineLayout;
}
export declare class ProcDeviceCreateQuerySet extends c.Function<[device: Device, descriptor: c.Pointer<QuerySetDescriptor>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (device: Device, descriptor: c.Pointer<QuerySetDescriptor>) => void) => (device: any, descriptor: any) => undefined;
    static new: (fn: (device: Device, descriptor: c.Pointer<QuerySetDescriptor>) => void) => ProcDeviceCreateQuerySet;
}
export declare class ProcDeviceCreateRenderBundleEncoder extends c.Function<[device: Device, descriptor: c.Pointer<RenderBundleEncoderDescriptor>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (device: Device, descriptor: c.Pointer<RenderBundleEncoderDescriptor>) => void) => (device: any, descriptor: any) => undefined;
    static new: (fn: (device: Device, descriptor: c.Pointer<RenderBundleEncoderDescriptor>) => void) => ProcDeviceCreateRenderBundleEncoder;
}
export declare class ProcDeviceCreateRenderPipeline extends c.Function<[device: Device, descriptor: c.Pointer<RenderPipelineDescriptor>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (device: Device, descriptor: c.Pointer<RenderPipelineDescriptor>) => void) => (device: any, descriptor: any) => undefined;
    static new: (fn: (device: Device, descriptor: c.Pointer<RenderPipelineDescriptor>) => void) => ProcDeviceCreateRenderPipeline;
}
export declare class ProcDeviceCreateRenderPipelineAsync extends c.Function<[device: Device, descriptor: c.Pointer<RenderPipelineDescriptor>, callback: CreateRenderPipelineAsyncCallback, userdata: c.Pointer<any>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (device: Device, descriptor: c.Pointer<RenderPipelineDescriptor>, callback: CreateRenderPipelineAsyncCallback, userdata: c.Pointer<any>) => void) => (device: any, descriptor: any, callback: any, userdata: any) => undefined;
    static new: (fn: (device: Device, descriptor: c.Pointer<RenderPipelineDescriptor>, callback: CreateRenderPipelineAsyncCallback, userdata: c.Pointer<any>) => void) => ProcDeviceCreateRenderPipelineAsync;
}
export declare class ProcDeviceCreateRenderPipelineAsync2 extends c.Function<[device: Device, descriptor: c.Pointer<RenderPipelineDescriptor>, callbackInfo: CreateRenderPipelineAsyncCallbackInfo2]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (device: Device, descriptor: c.Pointer<RenderPipelineDescriptor>, callbackInfo: CreateRenderPipelineAsyncCallbackInfo2) => void) => (device: any, descriptor: any, callbackInfo: any) => undefined;
    static new: (fn: (device: Device, descriptor: c.Pointer<RenderPipelineDescriptor>, callbackInfo: CreateRenderPipelineAsyncCallbackInfo2) => void) => ProcDeviceCreateRenderPipelineAsync2;
}
export declare class ProcDeviceCreateRenderPipelineAsyncF extends c.Function<[device: Device, descriptor: c.Pointer<RenderPipelineDescriptor>, callbackInfo: CreateRenderPipelineAsyncCallbackInfo]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (device: Device, descriptor: c.Pointer<RenderPipelineDescriptor>, callbackInfo: CreateRenderPipelineAsyncCallbackInfo) => void) => (device: any, descriptor: any, callbackInfo: any) => undefined;
    static new: (fn: (device: Device, descriptor: c.Pointer<RenderPipelineDescriptor>, callbackInfo: CreateRenderPipelineAsyncCallbackInfo) => void) => ProcDeviceCreateRenderPipelineAsyncF;
}
export declare class ProcDeviceCreateSampler extends c.Function<[device: Device, descriptor: c.Pointer<SamplerDescriptor>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (device: Device, descriptor: c.Pointer<SamplerDescriptor>) => void) => (device: any, descriptor: any) => undefined;
    static new: (fn: (device: Device, descriptor: c.Pointer<SamplerDescriptor>) => void) => ProcDeviceCreateSampler;
}
export declare class ProcDeviceCreateShaderModule extends c.Function<[device: Device, descriptor: c.Pointer<ShaderModuleDescriptor>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (device: Device, descriptor: c.Pointer<ShaderModuleDescriptor>) => void) => (device: any, descriptor: any) => undefined;
    static new: (fn: (device: Device, descriptor: c.Pointer<ShaderModuleDescriptor>) => void) => ProcDeviceCreateShaderModule;
}
export declare class ProcDeviceCreateTexture extends c.Function<[device: Device, descriptor: c.Pointer<TextureDescriptor>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (device: Device, descriptor: c.Pointer<TextureDescriptor>) => void) => (device: any, descriptor: any) => undefined;
    static new: (fn: (device: Device, descriptor: c.Pointer<TextureDescriptor>) => void) => ProcDeviceCreateTexture;
}
export declare class ProcDeviceDestroy extends c.Function<[device: Device]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (device: Device) => void) => (device: any) => undefined;
    static new: (fn: (device: Device) => void) => ProcDeviceDestroy;
}
export declare class ProcDeviceForceLoss extends c.Function<[device: Device, type: DeviceLostReason, message: StringView]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (device: Device, type: DeviceLostReason, message: StringView) => void) => (device: any, type: any, message: any) => undefined;
    static new: (fn: (device: Device, type: DeviceLostReason, message: StringView) => void) => ProcDeviceForceLoss;
}
export declare class ProcDeviceGetAHardwareBufferProperties extends c.Function<[device: Device, handle: c.Pointer<any>, properties: c.Pointer<AHardwareBufferProperties>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (device: Device, handle: c.Pointer<any>, properties: c.Pointer<AHardwareBufferProperties>) => void) => (device: any, handle: any, properties: any) => undefined;
    static new: (fn: (device: Device, handle: c.Pointer<any>, properties: c.Pointer<AHardwareBufferProperties>) => void) => ProcDeviceGetAHardwareBufferProperties;
}
export declare class ProcDeviceGetAdapter extends c.Function<[device: Device]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (device: Device) => void) => (device: any) => undefined;
    static new: (fn: (device: Device) => void) => ProcDeviceGetAdapter;
}
export declare class ProcDeviceGetAdapterInfo extends c.Function<[device: Device, adapterInfo: c.Pointer<AdapterInfo>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (device: Device, adapterInfo: c.Pointer<AdapterInfo>) => void) => (device: any, adapterInfo: any) => undefined;
    static new: (fn: (device: Device, adapterInfo: c.Pointer<AdapterInfo>) => void) => ProcDeviceGetAdapterInfo;
}
export declare class ProcDeviceGetFeatures extends c.Function<[device: Device, features: c.Pointer<SupportedFeatures>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (device: Device, features: c.Pointer<SupportedFeatures>) => void) => (device: any, features: any) => undefined;
    static new: (fn: (device: Device, features: c.Pointer<SupportedFeatures>) => void) => ProcDeviceGetFeatures;
}
export declare class ProcDeviceGetLimits extends c.Function<[device: Device, limits: c.Pointer<SupportedLimits>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (device: Device, limits: c.Pointer<SupportedLimits>) => void) => (device: any, limits: any) => undefined;
    static new: (fn: (device: Device, limits: c.Pointer<SupportedLimits>) => void) => ProcDeviceGetLimits;
}
export declare class ProcDeviceGetLostFuture extends c.Function<[device: Device]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (device: Device) => void) => (device: any) => undefined;
    static new: (fn: (device: Device) => void) => ProcDeviceGetLostFuture;
}
export declare class ProcDeviceGetQueue extends c.Function<[device: Device]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (device: Device) => void) => (device: any) => undefined;
    static new: (fn: (device: Device) => void) => ProcDeviceGetQueue;
}
export declare class ProcDeviceHasFeature extends c.Function<[device: Device, feature: FeatureName]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (device: Device, feature: FeatureName) => void) => (device: any, feature: any) => undefined;
    static new: (fn: (device: Device, feature: FeatureName) => void) => ProcDeviceHasFeature;
}
export declare class ProcDeviceImportSharedBufferMemory extends c.Function<[device: Device, descriptor: c.Pointer<SharedBufferMemoryDescriptor>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (device: Device, descriptor: c.Pointer<SharedBufferMemoryDescriptor>) => void) => (device: any, descriptor: any) => undefined;
    static new: (fn: (device: Device, descriptor: c.Pointer<SharedBufferMemoryDescriptor>) => void) => ProcDeviceImportSharedBufferMemory;
}
export declare class ProcDeviceImportSharedFence extends c.Function<[device: Device, descriptor: c.Pointer<SharedFenceDescriptor>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (device: Device, descriptor: c.Pointer<SharedFenceDescriptor>) => void) => (device: any, descriptor: any) => undefined;
    static new: (fn: (device: Device, descriptor: c.Pointer<SharedFenceDescriptor>) => void) => ProcDeviceImportSharedFence;
}
export declare class ProcDeviceImportSharedTextureMemory extends c.Function<[device: Device, descriptor: c.Pointer<SharedTextureMemoryDescriptor>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (device: Device, descriptor: c.Pointer<SharedTextureMemoryDescriptor>) => void) => (device: any, descriptor: any) => undefined;
    static new: (fn: (device: Device, descriptor: c.Pointer<SharedTextureMemoryDescriptor>) => void) => ProcDeviceImportSharedTextureMemory;
}
export declare class ProcDeviceInjectError extends c.Function<[device: Device, type: ErrorType, message: StringView]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (device: Device, type: ErrorType, message: StringView) => void) => (device: any, type: any, message: any) => undefined;
    static new: (fn: (device: Device, type: ErrorType, message: StringView) => void) => ProcDeviceInjectError;
}
export declare class ProcDevicePopErrorScope extends c.Function<[device: Device, oldCallback: ErrorCallback, userdata: c.Pointer<any>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (device: Device, oldCallback: ErrorCallback, userdata: c.Pointer<any>) => void) => (device: any, oldCallback: any, userdata: any) => undefined;
    static new: (fn: (device: Device, oldCallback: ErrorCallback, userdata: c.Pointer<any>) => void) => ProcDevicePopErrorScope;
}
export declare class ProcDevicePopErrorScope2 extends c.Function<[device: Device, callbackInfo: PopErrorScopeCallbackInfo2]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (device: Device, callbackInfo: PopErrorScopeCallbackInfo2) => void) => (device: any, callbackInfo: any) => undefined;
    static new: (fn: (device: Device, callbackInfo: PopErrorScopeCallbackInfo2) => void) => ProcDevicePopErrorScope2;
}
export declare class ProcDevicePopErrorScopeF extends c.Function<[device: Device, callbackInfo: PopErrorScopeCallbackInfo]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (device: Device, callbackInfo: PopErrorScopeCallbackInfo) => void) => (device: any, callbackInfo: any) => undefined;
    static new: (fn: (device: Device, callbackInfo: PopErrorScopeCallbackInfo) => void) => ProcDevicePopErrorScopeF;
}
export declare class ProcDevicePushErrorScope extends c.Function<[device: Device, filter: ErrorFilter]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (device: Device, filter: ErrorFilter) => void) => (device: any, filter: any) => undefined;
    static new: (fn: (device: Device, filter: ErrorFilter) => void) => ProcDevicePushErrorScope;
}
export declare class ProcDeviceSetLabel extends c.Function<[device: Device, label: StringView]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (device: Device, label: StringView) => void) => (device: any, label: any) => undefined;
    static new: (fn: (device: Device, label: StringView) => void) => ProcDeviceSetLabel;
}
export declare class ProcDeviceSetLoggingCallback extends c.Function<[device: Device, callback: LoggingCallback, userdata: c.Pointer<any>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (device: Device, callback: LoggingCallback, userdata: c.Pointer<any>) => void) => (device: any, callback: any, userdata: any) => undefined;
    static new: (fn: (device: Device, callback: LoggingCallback, userdata: c.Pointer<any>) => void) => ProcDeviceSetLoggingCallback;
}
export declare class ProcDeviceTick extends c.Function<[device: Device]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (device: Device) => void) => (device: any) => undefined;
    static new: (fn: (device: Device) => void) => ProcDeviceTick;
}
export declare class ProcDeviceValidateTextureDescriptor extends c.Function<[device: Device, descriptor: c.Pointer<TextureDescriptor>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (device: Device, descriptor: c.Pointer<TextureDescriptor>) => void) => (device: any, descriptor: any) => undefined;
    static new: (fn: (device: Device, descriptor: c.Pointer<TextureDescriptor>) => void) => ProcDeviceValidateTextureDescriptor;
}
export declare class ProcDeviceAddRef extends c.Function<[device: Device]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (device: Device) => void) => (device: any) => undefined;
    static new: (fn: (device: Device) => void) => ProcDeviceAddRef;
}
export declare class ProcDeviceRelease extends c.Function<[device: Device]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (device: Device) => void) => (device: any) => undefined;
    static new: (fn: (device: Device) => void) => ProcDeviceRelease;
}
export declare class ProcExternalTextureDestroy extends c.Function<[externalTexture: ExternalTexture]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (externalTexture: ExternalTexture) => void) => (externalTexture: any) => undefined;
    static new: (fn: (externalTexture: ExternalTexture) => void) => ProcExternalTextureDestroy;
}
export declare class ProcExternalTextureExpire extends c.Function<[externalTexture: ExternalTexture]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (externalTexture: ExternalTexture) => void) => (externalTexture: any) => undefined;
    static new: (fn: (externalTexture: ExternalTexture) => void) => ProcExternalTextureExpire;
}
export declare class ProcExternalTextureRefresh extends c.Function<[externalTexture: ExternalTexture]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (externalTexture: ExternalTexture) => void) => (externalTexture: any) => undefined;
    static new: (fn: (externalTexture: ExternalTexture) => void) => ProcExternalTextureRefresh;
}
export declare class ProcExternalTextureSetLabel extends c.Function<[externalTexture: ExternalTexture, label: StringView]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (externalTexture: ExternalTexture, label: StringView) => void) => (externalTexture: any, label: any) => undefined;
    static new: (fn: (externalTexture: ExternalTexture, label: StringView) => void) => ProcExternalTextureSetLabel;
}
export declare class ProcExternalTextureAddRef extends c.Function<[externalTexture: ExternalTexture]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (externalTexture: ExternalTexture) => void) => (externalTexture: any) => undefined;
    static new: (fn: (externalTexture: ExternalTexture) => void) => ProcExternalTextureAddRef;
}
export declare class ProcExternalTextureRelease extends c.Function<[externalTexture: ExternalTexture]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (externalTexture: ExternalTexture) => void) => (externalTexture: any) => undefined;
    static new: (fn: (externalTexture: ExternalTexture) => void) => ProcExternalTextureRelease;
}
export declare class ProcInstanceCreateSurface extends c.Function<[instance: Instance, descriptor: c.Pointer<SurfaceDescriptor>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (instance: Instance, descriptor: c.Pointer<SurfaceDescriptor>) => void) => (instance: any, descriptor: any) => undefined;
    static new: (fn: (instance: Instance, descriptor: c.Pointer<SurfaceDescriptor>) => void) => ProcInstanceCreateSurface;
}
export declare class ProcInstanceEnumerateWGSLLanguageFeatures extends c.Function<[instance: Instance, features: c.Pointer<WGSLFeatureName>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (instance: Instance, features: c.Pointer<WGSLFeatureName>) => void) => (instance: any, features: any) => undefined;
    static new: (fn: (instance: Instance, features: c.Pointer<WGSLFeatureName>) => void) => ProcInstanceEnumerateWGSLLanguageFeatures;
}
export declare class ProcInstanceHasWGSLLanguageFeature extends c.Function<[instance: Instance, feature: WGSLFeatureName]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (instance: Instance, feature: WGSLFeatureName) => void) => (instance: any, feature: any) => undefined;
    static new: (fn: (instance: Instance, feature: WGSLFeatureName) => void) => ProcInstanceHasWGSLLanguageFeature;
}
export declare class ProcInstanceProcessEvents extends c.Function<[instance: Instance]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (instance: Instance) => void) => (instance: any) => undefined;
    static new: (fn: (instance: Instance) => void) => ProcInstanceProcessEvents;
}
export declare class ProcInstanceRequestAdapter extends c.Function<[instance: Instance, options: c.Pointer<RequestAdapterOptions>, callback: RequestAdapterCallback, userdata: c.Pointer<any>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (instance: Instance, options: c.Pointer<RequestAdapterOptions>, callback: RequestAdapterCallback, userdata: c.Pointer<any>) => void) => (instance: any, options: any, callback: any, userdata: any) => undefined;
    static new: (fn: (instance: Instance, options: c.Pointer<RequestAdapterOptions>, callback: RequestAdapterCallback, userdata: c.Pointer<any>) => void) => ProcInstanceRequestAdapter;
}
export declare class ProcInstanceRequestAdapter2 extends c.Function<[instance: Instance, options: c.Pointer<RequestAdapterOptions>, callbackInfo: RequestAdapterCallbackInfo2]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (instance: Instance, options: c.Pointer<RequestAdapterOptions>, callbackInfo: RequestAdapterCallbackInfo2) => void) => (instance: any, options: any, callbackInfo: any) => undefined;
    static new: (fn: (instance: Instance, options: c.Pointer<RequestAdapterOptions>, callbackInfo: RequestAdapterCallbackInfo2) => void) => ProcInstanceRequestAdapter2;
}
export declare class ProcInstanceRequestAdapterF extends c.Function<[instance: Instance, options: c.Pointer<RequestAdapterOptions>, callbackInfo: RequestAdapterCallbackInfo]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (instance: Instance, options: c.Pointer<RequestAdapterOptions>, callbackInfo: RequestAdapterCallbackInfo) => void) => (instance: any, options: any, callbackInfo: any) => undefined;
    static new: (fn: (instance: Instance, options: c.Pointer<RequestAdapterOptions>, callbackInfo: RequestAdapterCallbackInfo) => void) => ProcInstanceRequestAdapterF;
}
export declare class ProcInstanceWaitAny extends c.Function<[instance: Instance, futureCount: c.Size, futures: c.Pointer<FutureWaitInfo>, timeoutNS: c.U64]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (instance: Instance, futureCount: c.Size, futures: c.Pointer<FutureWaitInfo>, timeoutNS: c.U64) => void) => (instance: any, futureCount: any, futures: any, timeoutNS: any) => undefined;
    static new: (fn: (instance: Instance, futureCount: c.Size, futures: c.Pointer<FutureWaitInfo>, timeoutNS: c.U64) => void) => ProcInstanceWaitAny;
}
export declare class ProcInstanceAddRef extends c.Function<[instance: Instance]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (instance: Instance) => void) => (instance: any) => undefined;
    static new: (fn: (instance: Instance) => void) => ProcInstanceAddRef;
}
export declare class ProcInstanceRelease extends c.Function<[instance: Instance]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (instance: Instance) => void) => (instance: any) => undefined;
    static new: (fn: (instance: Instance) => void) => ProcInstanceRelease;
}
export declare class ProcPipelineLayoutSetLabel extends c.Function<[pipelineLayout: PipelineLayout, label: StringView]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (pipelineLayout: PipelineLayout, label: StringView) => void) => (pipelineLayout: any, label: any) => undefined;
    static new: (fn: (pipelineLayout: PipelineLayout, label: StringView) => void) => ProcPipelineLayoutSetLabel;
}
export declare class ProcPipelineLayoutAddRef extends c.Function<[pipelineLayout: PipelineLayout]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (pipelineLayout: PipelineLayout) => void) => (pipelineLayout: any) => undefined;
    static new: (fn: (pipelineLayout: PipelineLayout) => void) => ProcPipelineLayoutAddRef;
}
export declare class ProcPipelineLayoutRelease extends c.Function<[pipelineLayout: PipelineLayout]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (pipelineLayout: PipelineLayout) => void) => (pipelineLayout: any) => undefined;
    static new: (fn: (pipelineLayout: PipelineLayout) => void) => ProcPipelineLayoutRelease;
}
export declare class ProcQuerySetDestroy extends c.Function<[querySet: QuerySet]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (querySet: QuerySet) => void) => (querySet: any) => undefined;
    static new: (fn: (querySet: QuerySet) => void) => ProcQuerySetDestroy;
}
export declare class ProcQuerySetGetCount extends c.Function<[querySet: QuerySet]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (querySet: QuerySet) => void) => (querySet: any) => undefined;
    static new: (fn: (querySet: QuerySet) => void) => ProcQuerySetGetCount;
}
export declare class ProcQuerySetGetType extends c.Function<[querySet: QuerySet]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (querySet: QuerySet) => void) => (querySet: any) => undefined;
    static new: (fn: (querySet: QuerySet) => void) => ProcQuerySetGetType;
}
export declare class ProcQuerySetSetLabel extends c.Function<[querySet: QuerySet, label: StringView]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (querySet: QuerySet, label: StringView) => void) => (querySet: any, label: any) => undefined;
    static new: (fn: (querySet: QuerySet, label: StringView) => void) => ProcQuerySetSetLabel;
}
export declare class ProcQuerySetAddRef extends c.Function<[querySet: QuerySet]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (querySet: QuerySet) => void) => (querySet: any) => undefined;
    static new: (fn: (querySet: QuerySet) => void) => ProcQuerySetAddRef;
}
export declare class ProcQuerySetRelease extends c.Function<[querySet: QuerySet]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (querySet: QuerySet) => void) => (querySet: any) => undefined;
    static new: (fn: (querySet: QuerySet) => void) => ProcQuerySetRelease;
}
export declare class ProcQueueCopyExternalTextureForBrowser extends c.Function<[queue: Queue, source: c.Pointer<ImageCopyExternalTexture>, destination: c.Pointer<ImageCopyTexture>, copySize: c.Pointer<Extent3D>, options: c.Pointer<CopyTextureForBrowserOptions>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (queue: Queue, source: c.Pointer<ImageCopyExternalTexture>, destination: c.Pointer<ImageCopyTexture>, copySize: c.Pointer<Extent3D>, options: c.Pointer<CopyTextureForBrowserOptions>) => void) => (queue: any, source: any, destination: any, copySize: any, options: any) => undefined;
    static new: (fn: (queue: Queue, source: c.Pointer<ImageCopyExternalTexture>, destination: c.Pointer<ImageCopyTexture>, copySize: c.Pointer<Extent3D>, options: c.Pointer<CopyTextureForBrowserOptions>) => void) => ProcQueueCopyExternalTextureForBrowser;
}
export declare class ProcQueueCopyTextureForBrowser extends c.Function<[queue: Queue, source: c.Pointer<ImageCopyTexture>, destination: c.Pointer<ImageCopyTexture>, copySize: c.Pointer<Extent3D>, options: c.Pointer<CopyTextureForBrowserOptions>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (queue: Queue, source: c.Pointer<ImageCopyTexture>, destination: c.Pointer<ImageCopyTexture>, copySize: c.Pointer<Extent3D>, options: c.Pointer<CopyTextureForBrowserOptions>) => void) => (queue: any, source: any, destination: any, copySize: any, options: any) => undefined;
    static new: (fn: (queue: Queue, source: c.Pointer<ImageCopyTexture>, destination: c.Pointer<ImageCopyTexture>, copySize: c.Pointer<Extent3D>, options: c.Pointer<CopyTextureForBrowserOptions>) => void) => ProcQueueCopyTextureForBrowser;
}
export declare class ProcQueueOnSubmittedWorkDone extends c.Function<[queue: Queue, callback: QueueWorkDoneCallback, userdata: c.Pointer<any>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (queue: Queue, callback: QueueWorkDoneCallback, userdata: c.Pointer<any>) => void) => (queue: any, callback: any, userdata: any) => undefined;
    static new: (fn: (queue: Queue, callback: QueueWorkDoneCallback, userdata: c.Pointer<any>) => void) => ProcQueueOnSubmittedWorkDone;
}
export declare class ProcQueueOnSubmittedWorkDone2 extends c.Function<[queue: Queue, callbackInfo: QueueWorkDoneCallbackInfo2]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (queue: Queue, callbackInfo: QueueWorkDoneCallbackInfo2) => void) => (queue: any, callbackInfo: any) => undefined;
    static new: (fn: (queue: Queue, callbackInfo: QueueWorkDoneCallbackInfo2) => void) => ProcQueueOnSubmittedWorkDone2;
}
export declare class ProcQueueOnSubmittedWorkDoneF extends c.Function<[queue: Queue, callbackInfo: QueueWorkDoneCallbackInfo]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (queue: Queue, callbackInfo: QueueWorkDoneCallbackInfo) => void) => (queue: any, callbackInfo: any) => undefined;
    static new: (fn: (queue: Queue, callbackInfo: QueueWorkDoneCallbackInfo) => void) => ProcQueueOnSubmittedWorkDoneF;
}
export declare class ProcQueueSetLabel extends c.Function<[queue: Queue, label: StringView]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (queue: Queue, label: StringView) => void) => (queue: any, label: any) => undefined;
    static new: (fn: (queue: Queue, label: StringView) => void) => ProcQueueSetLabel;
}
export declare class ProcQueueSubmit extends c.Function<[queue: Queue, commandCount: c.Size, commands: c.Pointer<CommandBuffer>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (queue: Queue, commandCount: c.Size, commands: c.Pointer<CommandBuffer>) => void) => (queue: any, commandCount: any, commands: any) => undefined;
    static new: (fn: (queue: Queue, commandCount: c.Size, commands: c.Pointer<CommandBuffer>) => void) => ProcQueueSubmit;
}
export declare class ProcQueueWriteBuffer extends c.Function<[queue: Queue, buffer: Buffer, bufferOffset: c.U64, data: c.Pointer<any>, size: c.Size]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (queue: Queue, buffer: Buffer, bufferOffset: c.U64, data: c.Pointer<any>, size: c.Size) => void) => (queue: any, buffer: any, bufferOffset: any, data: any, size: any) => undefined;
    static new: (fn: (queue: Queue, buffer: Buffer, bufferOffset: c.U64, data: c.Pointer<any>, size: c.Size) => void) => ProcQueueWriteBuffer;
}
export declare class ProcQueueWriteTexture extends c.Function<[queue: Queue, destination: c.Pointer<ImageCopyTexture>, data: c.Pointer<any>, dataSize: c.Size, dataLayout: c.Pointer<TextureDataLayout>, writeSize: c.Pointer<Extent3D>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (queue: Queue, destination: c.Pointer<ImageCopyTexture>, data: c.Pointer<any>, dataSize: c.Size, dataLayout: c.Pointer<TextureDataLayout>, writeSize: c.Pointer<Extent3D>) => void) => (queue: any, destination: any, data: any, dataSize: any, dataLayout: any, writeSize: any) => undefined;
    static new: (fn: (queue: Queue, destination: c.Pointer<ImageCopyTexture>, data: c.Pointer<any>, dataSize: c.Size, dataLayout: c.Pointer<TextureDataLayout>, writeSize: c.Pointer<Extent3D>) => void) => ProcQueueWriteTexture;
}
export declare class ProcQueueAddRef extends c.Function<[queue: Queue]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (queue: Queue) => void) => (queue: any) => undefined;
    static new: (fn: (queue: Queue) => void) => ProcQueueAddRef;
}
export declare class ProcQueueRelease extends c.Function<[queue: Queue]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (queue: Queue) => void) => (queue: any) => undefined;
    static new: (fn: (queue: Queue) => void) => ProcQueueRelease;
}
export declare class ProcRenderBundleSetLabel extends c.Function<[renderBundle: RenderBundle, label: StringView]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (renderBundle: RenderBundle, label: StringView) => void) => (renderBundle: any, label: any) => undefined;
    static new: (fn: (renderBundle: RenderBundle, label: StringView) => void) => ProcRenderBundleSetLabel;
}
export declare class ProcRenderBundleAddRef extends c.Function<[renderBundle: RenderBundle]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (renderBundle: RenderBundle) => void) => (renderBundle: any) => undefined;
    static new: (fn: (renderBundle: RenderBundle) => void) => ProcRenderBundleAddRef;
}
export declare class ProcRenderBundleRelease extends c.Function<[renderBundle: RenderBundle]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (renderBundle: RenderBundle) => void) => (renderBundle: any) => undefined;
    static new: (fn: (renderBundle: RenderBundle) => void) => ProcRenderBundleRelease;
}
export declare class ProcRenderBundleEncoderDraw extends c.Function<[renderBundleEncoder: RenderBundleEncoder, vertexCount: c.U32, instanceCount: c.U32, firstVertex: c.U32, firstInstance: c.U32]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (renderBundleEncoder: RenderBundleEncoder, vertexCount: c.U32, instanceCount: c.U32, firstVertex: c.U32, firstInstance: c.U32) => void) => (renderBundleEncoder: any, vertexCount: any, instanceCount: any, firstVertex: any, firstInstance: any) => undefined;
    static new: (fn: (renderBundleEncoder: RenderBundleEncoder, vertexCount: c.U32, instanceCount: c.U32, firstVertex: c.U32, firstInstance: c.U32) => void) => ProcRenderBundleEncoderDraw;
}
export declare class ProcRenderBundleEncoderDrawIndexed extends c.Function<[renderBundleEncoder: RenderBundleEncoder, indexCount: c.U32, instanceCount: c.U32, firstIndex: c.U32, baseVertex: c.I32, firstInstance: c.U32]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (renderBundleEncoder: RenderBundleEncoder, indexCount: c.U32, instanceCount: c.U32, firstIndex: c.U32, baseVertex: c.I32, firstInstance: c.U32) => void) => (renderBundleEncoder: any, indexCount: any, instanceCount: any, firstIndex: any, baseVertex: any, firstInstance: any) => undefined;
    static new: (fn: (renderBundleEncoder: RenderBundleEncoder, indexCount: c.U32, instanceCount: c.U32, firstIndex: c.U32, baseVertex: c.I32, firstInstance: c.U32) => void) => ProcRenderBundleEncoderDrawIndexed;
}
export declare class ProcRenderBundleEncoderDrawIndexedIndirect extends c.Function<[renderBundleEncoder: RenderBundleEncoder, indirectBuffer: Buffer, indirectOffset: c.U64]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (renderBundleEncoder: RenderBundleEncoder, indirectBuffer: Buffer, indirectOffset: c.U64) => void) => (renderBundleEncoder: any, indirectBuffer: any, indirectOffset: any) => undefined;
    static new: (fn: (renderBundleEncoder: RenderBundleEncoder, indirectBuffer: Buffer, indirectOffset: c.U64) => void) => ProcRenderBundleEncoderDrawIndexedIndirect;
}
export declare class ProcRenderBundleEncoderDrawIndirect extends c.Function<[renderBundleEncoder: RenderBundleEncoder, indirectBuffer: Buffer, indirectOffset: c.U64]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (renderBundleEncoder: RenderBundleEncoder, indirectBuffer: Buffer, indirectOffset: c.U64) => void) => (renderBundleEncoder: any, indirectBuffer: any, indirectOffset: any) => undefined;
    static new: (fn: (renderBundleEncoder: RenderBundleEncoder, indirectBuffer: Buffer, indirectOffset: c.U64) => void) => ProcRenderBundleEncoderDrawIndirect;
}
export declare class ProcRenderBundleEncoderFinish extends c.Function<[renderBundleEncoder: RenderBundleEncoder, descriptor: c.Pointer<RenderBundleDescriptor>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (renderBundleEncoder: RenderBundleEncoder, descriptor: c.Pointer<RenderBundleDescriptor>) => void) => (renderBundleEncoder: any, descriptor: any) => undefined;
    static new: (fn: (renderBundleEncoder: RenderBundleEncoder, descriptor: c.Pointer<RenderBundleDescriptor>) => void) => ProcRenderBundleEncoderFinish;
}
export declare class ProcRenderBundleEncoderInsertDebugMarker extends c.Function<[renderBundleEncoder: RenderBundleEncoder, markerLabel: StringView]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (renderBundleEncoder: RenderBundleEncoder, markerLabel: StringView) => void) => (renderBundleEncoder: any, markerLabel: any) => undefined;
    static new: (fn: (renderBundleEncoder: RenderBundleEncoder, markerLabel: StringView) => void) => ProcRenderBundleEncoderInsertDebugMarker;
}
export declare class ProcRenderBundleEncoderPopDebugGroup extends c.Function<[renderBundleEncoder: RenderBundleEncoder]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (renderBundleEncoder: RenderBundleEncoder) => void) => (renderBundleEncoder: any) => undefined;
    static new: (fn: (renderBundleEncoder: RenderBundleEncoder) => void) => ProcRenderBundleEncoderPopDebugGroup;
}
export declare class ProcRenderBundleEncoderPushDebugGroup extends c.Function<[renderBundleEncoder: RenderBundleEncoder, groupLabel: StringView]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (renderBundleEncoder: RenderBundleEncoder, groupLabel: StringView) => void) => (renderBundleEncoder: any, groupLabel: any) => undefined;
    static new: (fn: (renderBundleEncoder: RenderBundleEncoder, groupLabel: StringView) => void) => ProcRenderBundleEncoderPushDebugGroup;
}
export declare class ProcRenderBundleEncoderSetBindGroup extends c.Function<[renderBundleEncoder: RenderBundleEncoder, groupIndex: c.U32, group: BindGroup, dynamicOffsetCount: c.Size, dynamicOffsets: c.Pointer<c.U32>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (renderBundleEncoder: RenderBundleEncoder, groupIndex: c.U32, group: BindGroup, dynamicOffsetCount: c.Size, dynamicOffsets: c.Pointer<c.U32>) => void) => (renderBundleEncoder: any, groupIndex: any, group: any, dynamicOffsetCount: any, dynamicOffsets: any) => undefined;
    static new: (fn: (renderBundleEncoder: RenderBundleEncoder, groupIndex: c.U32, group: BindGroup, dynamicOffsetCount: c.Size, dynamicOffsets: c.Pointer<c.U32>) => void) => ProcRenderBundleEncoderSetBindGroup;
}
export declare class ProcRenderBundleEncoderSetIndexBuffer extends c.Function<[renderBundleEncoder: RenderBundleEncoder, buffer: Buffer, format: IndexFormat, offset: c.U64, size: c.U64]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (renderBundleEncoder: RenderBundleEncoder, buffer: Buffer, format: IndexFormat, offset: c.U64, size: c.U64) => void) => (renderBundleEncoder: any, buffer: any, format: any, offset: any, size: any) => undefined;
    static new: (fn: (renderBundleEncoder: RenderBundleEncoder, buffer: Buffer, format: IndexFormat, offset: c.U64, size: c.U64) => void) => ProcRenderBundleEncoderSetIndexBuffer;
}
export declare class ProcRenderBundleEncoderSetLabel extends c.Function<[renderBundleEncoder: RenderBundleEncoder, label: StringView]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (renderBundleEncoder: RenderBundleEncoder, label: StringView) => void) => (renderBundleEncoder: any, label: any) => undefined;
    static new: (fn: (renderBundleEncoder: RenderBundleEncoder, label: StringView) => void) => ProcRenderBundleEncoderSetLabel;
}
export declare class ProcRenderBundleEncoderSetPipeline extends c.Function<[renderBundleEncoder: RenderBundleEncoder, pipeline: RenderPipeline]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (renderBundleEncoder: RenderBundleEncoder, pipeline: RenderPipeline) => void) => (renderBundleEncoder: any, pipeline: any) => undefined;
    static new: (fn: (renderBundleEncoder: RenderBundleEncoder, pipeline: RenderPipeline) => void) => ProcRenderBundleEncoderSetPipeline;
}
export declare class ProcRenderBundleEncoderSetVertexBuffer extends c.Function<[renderBundleEncoder: RenderBundleEncoder, slot: c.U32, buffer: Buffer, offset: c.U64, size: c.U64]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (renderBundleEncoder: RenderBundleEncoder, slot: c.U32, buffer: Buffer, offset: c.U64, size: c.U64) => void) => (renderBundleEncoder: any, slot: any, buffer: any, offset: any, size: any) => undefined;
    static new: (fn: (renderBundleEncoder: RenderBundleEncoder, slot: c.U32, buffer: Buffer, offset: c.U64, size: c.U64) => void) => ProcRenderBundleEncoderSetVertexBuffer;
}
export declare class ProcRenderBundleEncoderAddRef extends c.Function<[renderBundleEncoder: RenderBundleEncoder]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (renderBundleEncoder: RenderBundleEncoder) => void) => (renderBundleEncoder: any) => undefined;
    static new: (fn: (renderBundleEncoder: RenderBundleEncoder) => void) => ProcRenderBundleEncoderAddRef;
}
export declare class ProcRenderBundleEncoderRelease extends c.Function<[renderBundleEncoder: RenderBundleEncoder]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (renderBundleEncoder: RenderBundleEncoder) => void) => (renderBundleEncoder: any) => undefined;
    static new: (fn: (renderBundleEncoder: RenderBundleEncoder) => void) => ProcRenderBundleEncoderRelease;
}
export declare class ProcRenderPassEncoderBeginOcclusionQuery extends c.Function<[renderPassEncoder: RenderPassEncoder, queryIndex: c.U32]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (renderPassEncoder: RenderPassEncoder, queryIndex: c.U32) => void) => (renderPassEncoder: any, queryIndex: any) => undefined;
    static new: (fn: (renderPassEncoder: RenderPassEncoder, queryIndex: c.U32) => void) => ProcRenderPassEncoderBeginOcclusionQuery;
}
export declare class ProcRenderPassEncoderDraw extends c.Function<[renderPassEncoder: RenderPassEncoder, vertexCount: c.U32, instanceCount: c.U32, firstVertex: c.U32, firstInstance: c.U32]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (renderPassEncoder: RenderPassEncoder, vertexCount: c.U32, instanceCount: c.U32, firstVertex: c.U32, firstInstance: c.U32) => void) => (renderPassEncoder: any, vertexCount: any, instanceCount: any, firstVertex: any, firstInstance: any) => undefined;
    static new: (fn: (renderPassEncoder: RenderPassEncoder, vertexCount: c.U32, instanceCount: c.U32, firstVertex: c.U32, firstInstance: c.U32) => void) => ProcRenderPassEncoderDraw;
}
export declare class ProcRenderPassEncoderDrawIndexed extends c.Function<[renderPassEncoder: RenderPassEncoder, indexCount: c.U32, instanceCount: c.U32, firstIndex: c.U32, baseVertex: c.I32, firstInstance: c.U32]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (renderPassEncoder: RenderPassEncoder, indexCount: c.U32, instanceCount: c.U32, firstIndex: c.U32, baseVertex: c.I32, firstInstance: c.U32) => void) => (renderPassEncoder: any, indexCount: any, instanceCount: any, firstIndex: any, baseVertex: any, firstInstance: any) => undefined;
    static new: (fn: (renderPassEncoder: RenderPassEncoder, indexCount: c.U32, instanceCount: c.U32, firstIndex: c.U32, baseVertex: c.I32, firstInstance: c.U32) => void) => ProcRenderPassEncoderDrawIndexed;
}
export declare class ProcRenderPassEncoderDrawIndexedIndirect extends c.Function<[renderPassEncoder: RenderPassEncoder, indirectBuffer: Buffer, indirectOffset: c.U64]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (renderPassEncoder: RenderPassEncoder, indirectBuffer: Buffer, indirectOffset: c.U64) => void) => (renderPassEncoder: any, indirectBuffer: any, indirectOffset: any) => undefined;
    static new: (fn: (renderPassEncoder: RenderPassEncoder, indirectBuffer: Buffer, indirectOffset: c.U64) => void) => ProcRenderPassEncoderDrawIndexedIndirect;
}
export declare class ProcRenderPassEncoderDrawIndirect extends c.Function<[renderPassEncoder: RenderPassEncoder, indirectBuffer: Buffer, indirectOffset: c.U64]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (renderPassEncoder: RenderPassEncoder, indirectBuffer: Buffer, indirectOffset: c.U64) => void) => (renderPassEncoder: any, indirectBuffer: any, indirectOffset: any) => undefined;
    static new: (fn: (renderPassEncoder: RenderPassEncoder, indirectBuffer: Buffer, indirectOffset: c.U64) => void) => ProcRenderPassEncoderDrawIndirect;
}
export declare class ProcRenderPassEncoderEnd extends c.Function<[renderPassEncoder: RenderPassEncoder]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (renderPassEncoder: RenderPassEncoder) => void) => (renderPassEncoder: any) => undefined;
    static new: (fn: (renderPassEncoder: RenderPassEncoder) => void) => ProcRenderPassEncoderEnd;
}
export declare class ProcRenderPassEncoderEndOcclusionQuery extends c.Function<[renderPassEncoder: RenderPassEncoder]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (renderPassEncoder: RenderPassEncoder) => void) => (renderPassEncoder: any) => undefined;
    static new: (fn: (renderPassEncoder: RenderPassEncoder) => void) => ProcRenderPassEncoderEndOcclusionQuery;
}
export declare class ProcRenderPassEncoderExecuteBundles extends c.Function<[renderPassEncoder: RenderPassEncoder, bundleCount: c.Size, bundles: c.Pointer<RenderBundle>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (renderPassEncoder: RenderPassEncoder, bundleCount: c.Size, bundles: c.Pointer<RenderBundle>) => void) => (renderPassEncoder: any, bundleCount: any, bundles: any) => undefined;
    static new: (fn: (renderPassEncoder: RenderPassEncoder, bundleCount: c.Size, bundles: c.Pointer<RenderBundle>) => void) => ProcRenderPassEncoderExecuteBundles;
}
export declare class ProcRenderPassEncoderInsertDebugMarker extends c.Function<[renderPassEncoder: RenderPassEncoder, markerLabel: StringView]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (renderPassEncoder: RenderPassEncoder, markerLabel: StringView) => void) => (renderPassEncoder: any, markerLabel: any) => undefined;
    static new: (fn: (renderPassEncoder: RenderPassEncoder, markerLabel: StringView) => void) => ProcRenderPassEncoderInsertDebugMarker;
}
export declare class ProcRenderPassEncoderMultiDrawIndexedIndirect extends c.Function<[renderPassEncoder: RenderPassEncoder, indirectBuffer: Buffer, indirectOffset: c.U64, maxDrawCount: c.U32, drawCountBuffer: Buffer, drawCountBufferOffset: c.U64]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (renderPassEncoder: RenderPassEncoder, indirectBuffer: Buffer, indirectOffset: c.U64, maxDrawCount: c.U32, drawCountBuffer: Buffer, drawCountBufferOffset: c.U64) => void) => (renderPassEncoder: any, indirectBuffer: any, indirectOffset: any, maxDrawCount: any, drawCountBuffer: any, drawCountBufferOffset: any) => undefined;
    static new: (fn: (renderPassEncoder: RenderPassEncoder, indirectBuffer: Buffer, indirectOffset: c.U64, maxDrawCount: c.U32, drawCountBuffer: Buffer, drawCountBufferOffset: c.U64) => void) => ProcRenderPassEncoderMultiDrawIndexedIndirect;
}
export declare class ProcRenderPassEncoderMultiDrawIndirect extends c.Function<[renderPassEncoder: RenderPassEncoder, indirectBuffer: Buffer, indirectOffset: c.U64, maxDrawCount: c.U32, drawCountBuffer: Buffer, drawCountBufferOffset: c.U64]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (renderPassEncoder: RenderPassEncoder, indirectBuffer: Buffer, indirectOffset: c.U64, maxDrawCount: c.U32, drawCountBuffer: Buffer, drawCountBufferOffset: c.U64) => void) => (renderPassEncoder: any, indirectBuffer: any, indirectOffset: any, maxDrawCount: any, drawCountBuffer: any, drawCountBufferOffset: any) => undefined;
    static new: (fn: (renderPassEncoder: RenderPassEncoder, indirectBuffer: Buffer, indirectOffset: c.U64, maxDrawCount: c.U32, drawCountBuffer: Buffer, drawCountBufferOffset: c.U64) => void) => ProcRenderPassEncoderMultiDrawIndirect;
}
export declare class ProcRenderPassEncoderPixelLocalStorageBarrier extends c.Function<[renderPassEncoder: RenderPassEncoder]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (renderPassEncoder: RenderPassEncoder) => void) => (renderPassEncoder: any) => undefined;
    static new: (fn: (renderPassEncoder: RenderPassEncoder) => void) => ProcRenderPassEncoderPixelLocalStorageBarrier;
}
export declare class ProcRenderPassEncoderPopDebugGroup extends c.Function<[renderPassEncoder: RenderPassEncoder]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (renderPassEncoder: RenderPassEncoder) => void) => (renderPassEncoder: any) => undefined;
    static new: (fn: (renderPassEncoder: RenderPassEncoder) => void) => ProcRenderPassEncoderPopDebugGroup;
}
export declare class ProcRenderPassEncoderPushDebugGroup extends c.Function<[renderPassEncoder: RenderPassEncoder, groupLabel: StringView]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (renderPassEncoder: RenderPassEncoder, groupLabel: StringView) => void) => (renderPassEncoder: any, groupLabel: any) => undefined;
    static new: (fn: (renderPassEncoder: RenderPassEncoder, groupLabel: StringView) => void) => ProcRenderPassEncoderPushDebugGroup;
}
export declare class ProcRenderPassEncoderSetBindGroup extends c.Function<[renderPassEncoder: RenderPassEncoder, groupIndex: c.U32, group: BindGroup, dynamicOffsetCount: c.Size, dynamicOffsets: c.Pointer<c.U32>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (renderPassEncoder: RenderPassEncoder, groupIndex: c.U32, group: BindGroup, dynamicOffsetCount: c.Size, dynamicOffsets: c.Pointer<c.U32>) => void) => (renderPassEncoder: any, groupIndex: any, group: any, dynamicOffsetCount: any, dynamicOffsets: any) => undefined;
    static new: (fn: (renderPassEncoder: RenderPassEncoder, groupIndex: c.U32, group: BindGroup, dynamicOffsetCount: c.Size, dynamicOffsets: c.Pointer<c.U32>) => void) => ProcRenderPassEncoderSetBindGroup;
}
export declare class ProcRenderPassEncoderSetBlendConstant extends c.Function<[renderPassEncoder: RenderPassEncoder, color: c.Pointer<Color>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (renderPassEncoder: RenderPassEncoder, color: c.Pointer<Color>) => void) => (renderPassEncoder: any, color: any) => undefined;
    static new: (fn: (renderPassEncoder: RenderPassEncoder, color: c.Pointer<Color>) => void) => ProcRenderPassEncoderSetBlendConstant;
}
export declare class ProcRenderPassEncoderSetIndexBuffer extends c.Function<[renderPassEncoder: RenderPassEncoder, buffer: Buffer, format: IndexFormat, offset: c.U64, size: c.U64]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (renderPassEncoder: RenderPassEncoder, buffer: Buffer, format: IndexFormat, offset: c.U64, size: c.U64) => void) => (renderPassEncoder: any, buffer: any, format: any, offset: any, size: any) => undefined;
    static new: (fn: (renderPassEncoder: RenderPassEncoder, buffer: Buffer, format: IndexFormat, offset: c.U64, size: c.U64) => void) => ProcRenderPassEncoderSetIndexBuffer;
}
export declare class ProcRenderPassEncoderSetLabel extends c.Function<[renderPassEncoder: RenderPassEncoder, label: StringView]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (renderPassEncoder: RenderPassEncoder, label: StringView) => void) => (renderPassEncoder: any, label: any) => undefined;
    static new: (fn: (renderPassEncoder: RenderPassEncoder, label: StringView) => void) => ProcRenderPassEncoderSetLabel;
}
export declare class ProcRenderPassEncoderSetPipeline extends c.Function<[renderPassEncoder: RenderPassEncoder, pipeline: RenderPipeline]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (renderPassEncoder: RenderPassEncoder, pipeline: RenderPipeline) => void) => (renderPassEncoder: any, pipeline: any) => undefined;
    static new: (fn: (renderPassEncoder: RenderPassEncoder, pipeline: RenderPipeline) => void) => ProcRenderPassEncoderSetPipeline;
}
export declare class ProcRenderPassEncoderSetScissorRect extends c.Function<[renderPassEncoder: RenderPassEncoder, x: c.U32, y: c.U32, width: c.U32, height: c.U32]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (renderPassEncoder: RenderPassEncoder, x: c.U32, y: c.U32, width: c.U32, height: c.U32) => void) => (renderPassEncoder: any, x: any, y: any, width: any, height: any) => undefined;
    static new: (fn: (renderPassEncoder: RenderPassEncoder, x: c.U32, y: c.U32, width: c.U32, height: c.U32) => void) => ProcRenderPassEncoderSetScissorRect;
}
export declare class ProcRenderPassEncoderSetStencilReference extends c.Function<[renderPassEncoder: RenderPassEncoder, reference: c.U32]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (renderPassEncoder: RenderPassEncoder, reference: c.U32) => void) => (renderPassEncoder: any, reference: any) => undefined;
    static new: (fn: (renderPassEncoder: RenderPassEncoder, reference: c.U32) => void) => ProcRenderPassEncoderSetStencilReference;
}
export declare class ProcRenderPassEncoderSetVertexBuffer extends c.Function<[renderPassEncoder: RenderPassEncoder, slot: c.U32, buffer: Buffer, offset: c.U64, size: c.U64]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (renderPassEncoder: RenderPassEncoder, slot: c.U32, buffer: Buffer, offset: c.U64, size: c.U64) => void) => (renderPassEncoder: any, slot: any, buffer: any, offset: any, size: any) => undefined;
    static new: (fn: (renderPassEncoder: RenderPassEncoder, slot: c.U32, buffer: Buffer, offset: c.U64, size: c.U64) => void) => ProcRenderPassEncoderSetVertexBuffer;
}
export declare class ProcRenderPassEncoderSetViewport extends c.Function<[renderPassEncoder: RenderPassEncoder, x: c.F32, y: c.F32, width: c.F32, height: c.F32, minDepth: c.F32, maxDepth: c.F32]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (renderPassEncoder: RenderPassEncoder, x: c.F32, y: c.F32, width: c.F32, height: c.F32, minDepth: c.F32, maxDepth: c.F32) => void) => (renderPassEncoder: any, x: any, y: any, width: any, height: any, minDepth: any, maxDepth: any) => undefined;
    static new: (fn: (renderPassEncoder: RenderPassEncoder, x: c.F32, y: c.F32, width: c.F32, height: c.F32, minDepth: c.F32, maxDepth: c.F32) => void) => ProcRenderPassEncoderSetViewport;
}
export declare class ProcRenderPassEncoderWriteTimestamp extends c.Function<[renderPassEncoder: RenderPassEncoder, querySet: QuerySet, queryIndex: c.U32]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (renderPassEncoder: RenderPassEncoder, querySet: QuerySet, queryIndex: c.U32) => void) => (renderPassEncoder: any, querySet: any, queryIndex: any) => undefined;
    static new: (fn: (renderPassEncoder: RenderPassEncoder, querySet: QuerySet, queryIndex: c.U32) => void) => ProcRenderPassEncoderWriteTimestamp;
}
export declare class ProcRenderPassEncoderAddRef extends c.Function<[renderPassEncoder: RenderPassEncoder]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (renderPassEncoder: RenderPassEncoder) => void) => (renderPassEncoder: any) => undefined;
    static new: (fn: (renderPassEncoder: RenderPassEncoder) => void) => ProcRenderPassEncoderAddRef;
}
export declare class ProcRenderPassEncoderRelease extends c.Function<[renderPassEncoder: RenderPassEncoder]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (renderPassEncoder: RenderPassEncoder) => void) => (renderPassEncoder: any) => undefined;
    static new: (fn: (renderPassEncoder: RenderPassEncoder) => void) => ProcRenderPassEncoderRelease;
}
export declare class ProcRenderPipelineGetBindGroupLayout extends c.Function<[renderPipeline: RenderPipeline, groupIndex: c.U32]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (renderPipeline: RenderPipeline, groupIndex: c.U32) => void) => (renderPipeline: any, groupIndex: any) => undefined;
    static new: (fn: (renderPipeline: RenderPipeline, groupIndex: c.U32) => void) => ProcRenderPipelineGetBindGroupLayout;
}
export declare class ProcRenderPipelineSetLabel extends c.Function<[renderPipeline: RenderPipeline, label: StringView]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (renderPipeline: RenderPipeline, label: StringView) => void) => (renderPipeline: any, label: any) => undefined;
    static new: (fn: (renderPipeline: RenderPipeline, label: StringView) => void) => ProcRenderPipelineSetLabel;
}
export declare class ProcRenderPipelineAddRef extends c.Function<[renderPipeline: RenderPipeline]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (renderPipeline: RenderPipeline) => void) => (renderPipeline: any) => undefined;
    static new: (fn: (renderPipeline: RenderPipeline) => void) => ProcRenderPipelineAddRef;
}
export declare class ProcRenderPipelineRelease extends c.Function<[renderPipeline: RenderPipeline]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (renderPipeline: RenderPipeline) => void) => (renderPipeline: any) => undefined;
    static new: (fn: (renderPipeline: RenderPipeline) => void) => ProcRenderPipelineRelease;
}
export declare class ProcSamplerSetLabel extends c.Function<[sampler: Sampler, label: StringView]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (sampler: Sampler, label: StringView) => void) => (sampler: any, label: any) => undefined;
    static new: (fn: (sampler: Sampler, label: StringView) => void) => ProcSamplerSetLabel;
}
export declare class ProcSamplerAddRef extends c.Function<[sampler: Sampler]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (sampler: Sampler) => void) => (sampler: any) => undefined;
    static new: (fn: (sampler: Sampler) => void) => ProcSamplerAddRef;
}
export declare class ProcSamplerRelease extends c.Function<[sampler: Sampler]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (sampler: Sampler) => void) => (sampler: any) => undefined;
    static new: (fn: (sampler: Sampler) => void) => ProcSamplerRelease;
}
export declare class ProcShaderModuleGetCompilationInfo extends c.Function<[shaderModule: ShaderModule, callback: CompilationInfoCallback, userdata: c.Pointer<any>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (shaderModule: ShaderModule, callback: CompilationInfoCallback, userdata: c.Pointer<any>) => void) => (shaderModule: any, callback: any, userdata: any) => undefined;
    static new: (fn: (shaderModule: ShaderModule, callback: CompilationInfoCallback, userdata: c.Pointer<any>) => void) => ProcShaderModuleGetCompilationInfo;
}
export declare class ProcShaderModuleGetCompilationInfo2 extends c.Function<[shaderModule: ShaderModule, callbackInfo: CompilationInfoCallbackInfo2]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (shaderModule: ShaderModule, callbackInfo: CompilationInfoCallbackInfo2) => void) => (shaderModule: any, callbackInfo: any) => undefined;
    static new: (fn: (shaderModule: ShaderModule, callbackInfo: CompilationInfoCallbackInfo2) => void) => ProcShaderModuleGetCompilationInfo2;
}
export declare class ProcShaderModuleGetCompilationInfoF extends c.Function<[shaderModule: ShaderModule, callbackInfo: CompilationInfoCallbackInfo]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (shaderModule: ShaderModule, callbackInfo: CompilationInfoCallbackInfo) => void) => (shaderModule: any, callbackInfo: any) => undefined;
    static new: (fn: (shaderModule: ShaderModule, callbackInfo: CompilationInfoCallbackInfo) => void) => ProcShaderModuleGetCompilationInfoF;
}
export declare class ProcShaderModuleSetLabel extends c.Function<[shaderModule: ShaderModule, label: StringView]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (shaderModule: ShaderModule, label: StringView) => void) => (shaderModule: any, label: any) => undefined;
    static new: (fn: (shaderModule: ShaderModule, label: StringView) => void) => ProcShaderModuleSetLabel;
}
export declare class ProcShaderModuleAddRef extends c.Function<[shaderModule: ShaderModule]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (shaderModule: ShaderModule) => void) => (shaderModule: any) => undefined;
    static new: (fn: (shaderModule: ShaderModule) => void) => ProcShaderModuleAddRef;
}
export declare class ProcShaderModuleRelease extends c.Function<[shaderModule: ShaderModule]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (shaderModule: ShaderModule) => void) => (shaderModule: any) => undefined;
    static new: (fn: (shaderModule: ShaderModule) => void) => ProcShaderModuleRelease;
}
export declare class ProcSharedBufferMemoryBeginAccess extends c.Function<[sharedBufferMemory: SharedBufferMemory, buffer: Buffer, descriptor: c.Pointer<SharedBufferMemoryBeginAccessDescriptor>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (sharedBufferMemory: SharedBufferMemory, buffer: Buffer, descriptor: c.Pointer<SharedBufferMemoryBeginAccessDescriptor>) => void) => (sharedBufferMemory: any, buffer: any, descriptor: any) => undefined;
    static new: (fn: (sharedBufferMemory: SharedBufferMemory, buffer: Buffer, descriptor: c.Pointer<SharedBufferMemoryBeginAccessDescriptor>) => void) => ProcSharedBufferMemoryBeginAccess;
}
export declare class ProcSharedBufferMemoryCreateBuffer extends c.Function<[sharedBufferMemory: SharedBufferMemory, descriptor: c.Pointer<BufferDescriptor>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (sharedBufferMemory: SharedBufferMemory, descriptor: c.Pointer<BufferDescriptor>) => void) => (sharedBufferMemory: any, descriptor: any) => undefined;
    static new: (fn: (sharedBufferMemory: SharedBufferMemory, descriptor: c.Pointer<BufferDescriptor>) => void) => ProcSharedBufferMemoryCreateBuffer;
}
export declare class ProcSharedBufferMemoryEndAccess extends c.Function<[sharedBufferMemory: SharedBufferMemory, buffer: Buffer, descriptor: c.Pointer<SharedBufferMemoryEndAccessState>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (sharedBufferMemory: SharedBufferMemory, buffer: Buffer, descriptor: c.Pointer<SharedBufferMemoryEndAccessState>) => void) => (sharedBufferMemory: any, buffer: any, descriptor: any) => undefined;
    static new: (fn: (sharedBufferMemory: SharedBufferMemory, buffer: Buffer, descriptor: c.Pointer<SharedBufferMemoryEndAccessState>) => void) => ProcSharedBufferMemoryEndAccess;
}
export declare class ProcSharedBufferMemoryGetProperties extends c.Function<[sharedBufferMemory: SharedBufferMemory, properties: c.Pointer<SharedBufferMemoryProperties>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (sharedBufferMemory: SharedBufferMemory, properties: c.Pointer<SharedBufferMemoryProperties>) => void) => (sharedBufferMemory: any, properties: any) => undefined;
    static new: (fn: (sharedBufferMemory: SharedBufferMemory, properties: c.Pointer<SharedBufferMemoryProperties>) => void) => ProcSharedBufferMemoryGetProperties;
}
export declare class ProcSharedBufferMemoryIsDeviceLost extends c.Function<[sharedBufferMemory: SharedBufferMemory]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (sharedBufferMemory: SharedBufferMemory) => void) => (sharedBufferMemory: any) => undefined;
    static new: (fn: (sharedBufferMemory: SharedBufferMemory) => void) => ProcSharedBufferMemoryIsDeviceLost;
}
export declare class ProcSharedBufferMemorySetLabel extends c.Function<[sharedBufferMemory: SharedBufferMemory, label: StringView]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (sharedBufferMemory: SharedBufferMemory, label: StringView) => void) => (sharedBufferMemory: any, label: any) => undefined;
    static new: (fn: (sharedBufferMemory: SharedBufferMemory, label: StringView) => void) => ProcSharedBufferMemorySetLabel;
}
export declare class ProcSharedBufferMemoryAddRef extends c.Function<[sharedBufferMemory: SharedBufferMemory]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (sharedBufferMemory: SharedBufferMemory) => void) => (sharedBufferMemory: any) => undefined;
    static new: (fn: (sharedBufferMemory: SharedBufferMemory) => void) => ProcSharedBufferMemoryAddRef;
}
export declare class ProcSharedBufferMemoryRelease extends c.Function<[sharedBufferMemory: SharedBufferMemory]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (sharedBufferMemory: SharedBufferMemory) => void) => (sharedBufferMemory: any) => undefined;
    static new: (fn: (sharedBufferMemory: SharedBufferMemory) => void) => ProcSharedBufferMemoryRelease;
}
export declare class ProcSharedFenceExportInfo extends c.Function<[sharedFence: SharedFence, info: c.Pointer<SharedFenceExportInfo>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (sharedFence: SharedFence, info: c.Pointer<SharedFenceExportInfo>) => void) => (sharedFence: any, info: any) => undefined;
    static new: (fn: (sharedFence: SharedFence, info: c.Pointer<SharedFenceExportInfo>) => void) => ProcSharedFenceExportInfo;
}
export declare class ProcSharedFenceAddRef extends c.Function<[sharedFence: SharedFence]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (sharedFence: SharedFence) => void) => (sharedFence: any) => undefined;
    static new: (fn: (sharedFence: SharedFence) => void) => ProcSharedFenceAddRef;
}
export declare class ProcSharedFenceRelease extends c.Function<[sharedFence: SharedFence]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (sharedFence: SharedFence) => void) => (sharedFence: any) => undefined;
    static new: (fn: (sharedFence: SharedFence) => void) => ProcSharedFenceRelease;
}
export declare class ProcSharedTextureMemoryBeginAccess extends c.Function<[sharedTextureMemory: SharedTextureMemory, texture: Texture, descriptor: c.Pointer<SharedTextureMemoryBeginAccessDescriptor>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (sharedTextureMemory: SharedTextureMemory, texture: Texture, descriptor: c.Pointer<SharedTextureMemoryBeginAccessDescriptor>) => void) => (sharedTextureMemory: any, texture: any, descriptor: any) => undefined;
    static new: (fn: (sharedTextureMemory: SharedTextureMemory, texture: Texture, descriptor: c.Pointer<SharedTextureMemoryBeginAccessDescriptor>) => void) => ProcSharedTextureMemoryBeginAccess;
}
export declare class ProcSharedTextureMemoryCreateTexture extends c.Function<[sharedTextureMemory: SharedTextureMemory, descriptor: c.Pointer<TextureDescriptor>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (sharedTextureMemory: SharedTextureMemory, descriptor: c.Pointer<TextureDescriptor>) => void) => (sharedTextureMemory: any, descriptor: any) => undefined;
    static new: (fn: (sharedTextureMemory: SharedTextureMemory, descriptor: c.Pointer<TextureDescriptor>) => void) => ProcSharedTextureMemoryCreateTexture;
}
export declare class ProcSharedTextureMemoryEndAccess extends c.Function<[sharedTextureMemory: SharedTextureMemory, texture: Texture, descriptor: c.Pointer<SharedTextureMemoryEndAccessState>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (sharedTextureMemory: SharedTextureMemory, texture: Texture, descriptor: c.Pointer<SharedTextureMemoryEndAccessState>) => void) => (sharedTextureMemory: any, texture: any, descriptor: any) => undefined;
    static new: (fn: (sharedTextureMemory: SharedTextureMemory, texture: Texture, descriptor: c.Pointer<SharedTextureMemoryEndAccessState>) => void) => ProcSharedTextureMemoryEndAccess;
}
export declare class ProcSharedTextureMemoryGetProperties extends c.Function<[sharedTextureMemory: SharedTextureMemory, properties: c.Pointer<SharedTextureMemoryProperties>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (sharedTextureMemory: SharedTextureMemory, properties: c.Pointer<SharedTextureMemoryProperties>) => void) => (sharedTextureMemory: any, properties: any) => undefined;
    static new: (fn: (sharedTextureMemory: SharedTextureMemory, properties: c.Pointer<SharedTextureMemoryProperties>) => void) => ProcSharedTextureMemoryGetProperties;
}
export declare class ProcSharedTextureMemoryIsDeviceLost extends c.Function<[sharedTextureMemory: SharedTextureMemory]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (sharedTextureMemory: SharedTextureMemory) => void) => (sharedTextureMemory: any) => undefined;
    static new: (fn: (sharedTextureMemory: SharedTextureMemory) => void) => ProcSharedTextureMemoryIsDeviceLost;
}
export declare class ProcSharedTextureMemorySetLabel extends c.Function<[sharedTextureMemory: SharedTextureMemory, label: StringView]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (sharedTextureMemory: SharedTextureMemory, label: StringView) => void) => (sharedTextureMemory: any, label: any) => undefined;
    static new: (fn: (sharedTextureMemory: SharedTextureMemory, label: StringView) => void) => ProcSharedTextureMemorySetLabel;
}
export declare class ProcSharedTextureMemoryAddRef extends c.Function<[sharedTextureMemory: SharedTextureMemory]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (sharedTextureMemory: SharedTextureMemory) => void) => (sharedTextureMemory: any) => undefined;
    static new: (fn: (sharedTextureMemory: SharedTextureMemory) => void) => ProcSharedTextureMemoryAddRef;
}
export declare class ProcSharedTextureMemoryRelease extends c.Function<[sharedTextureMemory: SharedTextureMemory]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (sharedTextureMemory: SharedTextureMemory) => void) => (sharedTextureMemory: any) => undefined;
    static new: (fn: (sharedTextureMemory: SharedTextureMemory) => void) => ProcSharedTextureMemoryRelease;
}
export declare class ProcSurfaceConfigure extends c.Function<[surface: Surface, config: c.Pointer<SurfaceConfiguration>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (surface: Surface, config: c.Pointer<SurfaceConfiguration>) => void) => (surface: any, config: any) => undefined;
    static new: (fn: (surface: Surface, config: c.Pointer<SurfaceConfiguration>) => void) => ProcSurfaceConfigure;
}
export declare class ProcSurfaceGetCapabilities extends c.Function<[surface: Surface, adapter: Adapter, capabilities: c.Pointer<SurfaceCapabilities>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (surface: Surface, adapter: Adapter, capabilities: c.Pointer<SurfaceCapabilities>) => void) => (surface: any, adapter: any, capabilities: any) => undefined;
    static new: (fn: (surface: Surface, adapter: Adapter, capabilities: c.Pointer<SurfaceCapabilities>) => void) => ProcSurfaceGetCapabilities;
}
export declare class ProcSurfaceGetCurrentTexture extends c.Function<[surface: Surface, surfaceTexture: c.Pointer<SurfaceTexture>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (surface: Surface, surfaceTexture: c.Pointer<SurfaceTexture>) => void) => (surface: any, surfaceTexture: any) => undefined;
    static new: (fn: (surface: Surface, surfaceTexture: c.Pointer<SurfaceTexture>) => void) => ProcSurfaceGetCurrentTexture;
}
export declare class ProcSurfacePresent extends c.Function<[surface: Surface]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (surface: Surface) => void) => (surface: any) => undefined;
    static new: (fn: (surface: Surface) => void) => ProcSurfacePresent;
}
export declare class ProcSurfaceSetLabel extends c.Function<[surface: Surface, label: StringView]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (surface: Surface, label: StringView) => void) => (surface: any, label: any) => undefined;
    static new: (fn: (surface: Surface, label: StringView) => void) => ProcSurfaceSetLabel;
}
export declare class ProcSurfaceUnconfigure extends c.Function<[surface: Surface]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (surface: Surface) => void) => (surface: any) => undefined;
    static new: (fn: (surface: Surface) => void) => ProcSurfaceUnconfigure;
}
export declare class ProcSurfaceAddRef extends c.Function<[surface: Surface]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (surface: Surface) => void) => (surface: any) => undefined;
    static new: (fn: (surface: Surface) => void) => ProcSurfaceAddRef;
}
export declare class ProcSurfaceRelease extends c.Function<[surface: Surface]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (surface: Surface) => void) => (surface: any) => undefined;
    static new: (fn: (surface: Surface) => void) => ProcSurfaceRelease;
}
export declare class ProcTextureCreateErrorView extends c.Function<[texture: Texture, descriptor: c.Pointer<TextureViewDescriptor>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (texture: Texture, descriptor: c.Pointer<TextureViewDescriptor>) => void) => (texture: any, descriptor: any) => undefined;
    static new: (fn: (texture: Texture, descriptor: c.Pointer<TextureViewDescriptor>) => void) => ProcTextureCreateErrorView;
}
export declare class ProcTextureCreateView extends c.Function<[texture: Texture, descriptor: c.Pointer<TextureViewDescriptor>]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (texture: Texture, descriptor: c.Pointer<TextureViewDescriptor>) => void) => (texture: any, descriptor: any) => undefined;
    static new: (fn: (texture: Texture, descriptor: c.Pointer<TextureViewDescriptor>) => void) => ProcTextureCreateView;
}
export declare class ProcTextureDestroy extends c.Function<[texture: Texture]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (texture: Texture) => void) => (texture: any) => undefined;
    static new: (fn: (texture: Texture) => void) => ProcTextureDestroy;
}
export declare class ProcTextureGetDepthOrArrayLayers extends c.Function<[texture: Texture]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (texture: Texture) => void) => (texture: any) => undefined;
    static new: (fn: (texture: Texture) => void) => ProcTextureGetDepthOrArrayLayers;
}
export declare class ProcTextureGetDimension extends c.Function<[texture: Texture]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (texture: Texture) => void) => (texture: any) => undefined;
    static new: (fn: (texture: Texture) => void) => ProcTextureGetDimension;
}
export declare class ProcTextureGetFormat extends c.Function<[texture: Texture]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (texture: Texture) => void) => (texture: any) => undefined;
    static new: (fn: (texture: Texture) => void) => ProcTextureGetFormat;
}
export declare class ProcTextureGetHeight extends c.Function<[texture: Texture]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (texture: Texture) => void) => (texture: any) => undefined;
    static new: (fn: (texture: Texture) => void) => ProcTextureGetHeight;
}
export declare class ProcTextureGetMipLevelCount extends c.Function<[texture: Texture]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (texture: Texture) => void) => (texture: any) => undefined;
    static new: (fn: (texture: Texture) => void) => ProcTextureGetMipLevelCount;
}
export declare class ProcTextureGetSampleCount extends c.Function<[texture: Texture]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (texture: Texture) => void) => (texture: any) => undefined;
    static new: (fn: (texture: Texture) => void) => ProcTextureGetSampleCount;
}
export declare class ProcTextureGetUsage extends c.Function<[texture: Texture]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (texture: Texture) => void) => (texture: any) => undefined;
    static new: (fn: (texture: Texture) => void) => ProcTextureGetUsage;
}
export declare class ProcTextureGetWidth extends c.Function<[texture: Texture]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (texture: Texture) => void) => (texture: any) => undefined;
    static new: (fn: (texture: Texture) => void) => ProcTextureGetWidth;
}
export declare class ProcTextureSetLabel extends c.Function<[texture: Texture, label: StringView]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (texture: Texture, label: StringView) => void) => (texture: any, label: any) => undefined;
    static new: (fn: (texture: Texture, label: StringView) => void) => ProcTextureSetLabel;
}
export declare class ProcTextureAddRef extends c.Function<[texture: Texture]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (texture: Texture) => void) => (texture: any) => undefined;
    static new: (fn: (texture: Texture) => void) => ProcTextureAddRef;
}
export declare class ProcTextureRelease extends c.Function<[texture: Texture]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (texture: Texture) => void) => (texture: any) => undefined;
    static new: (fn: (texture: Texture) => void) => ProcTextureRelease;
}
export declare class ProcTextureViewSetLabel extends c.Function<[textureView: TextureView, label: StringView]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (textureView: TextureView, label: StringView) => void) => (textureView: any, label: any) => undefined;
    static new: (fn: (textureView: TextureView, label: StringView) => void) => ProcTextureViewSetLabel;
}
export declare class ProcTextureViewAddRef extends c.Function<[textureView: TextureView]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (textureView: TextureView) => void) => (textureView: any) => undefined;
    static new: (fn: (textureView: TextureView) => void) => ProcTextureViewAddRef;
}
export declare class ProcTextureViewRelease extends c.Function<[textureView: TextureView]> {
    constructor(buffer?: ArrayBuffer, offset?: number);
    protected _fn: (fn: (textureView: TextureView) => void) => (textureView: any) => undefined;
    static new: (fn: (textureView: TextureView) => void) => ProcTextureViewRelease;
}
export declare const adapterInfoFreeMembers: (value: AdapterInfo) => c.Void;
export declare const adapterPropertiesMemoryHeapsFreeMembers: (value: AdapterPropertiesMemoryHeaps) => c.Void;
export declare const createInstance: (descriptor: c.Pointer<InstanceDescriptor>) => Instance;
export declare const drmFormatCapabilitiesFreeMembers: (value: DrmFormatCapabilities) => c.Void;
export declare const getInstanceFeatures: (features: c.Pointer<InstanceFeatures>) => Status;
export declare const getProcAddress: (procName: StringView) => Proc;
export declare const sharedBufferMemoryEndAccessStateFreeMembers: (value: SharedBufferMemoryEndAccessState) => c.Void;
export declare const sharedTextureMemoryEndAccessStateFreeMembers: (value: SharedTextureMemoryEndAccessState) => c.Void;
export declare const supportedFeaturesFreeMembers: (value: SupportedFeatures) => c.Void;
export declare const surfaceCapabilitiesFreeMembers: (value: SurfaceCapabilities) => c.Void;
export declare const adapterCreateDevice: (adapter: Adapter, descriptor: c.Pointer<DeviceDescriptor>) => Device;
export declare const adapterGetFeatures: (adapter: Adapter, features: c.Pointer<SupportedFeatures>) => c.Void;
export declare const adapterGetFormatCapabilities: (adapter: Adapter, format: TextureFormat, capabilities: c.Pointer<FormatCapabilities>) => Status;
export declare const adapterGetInfo: (adapter: Adapter, info: c.Pointer<AdapterInfo>) => Status;
export declare const adapterGetInstance: (adapter: Adapter) => Instance;
export declare const adapterGetLimits: (adapter: Adapter, limits: c.Pointer<SupportedLimits>) => Status;
export declare const adapterHasFeature: (adapter: Adapter, feature: FeatureName) => Bool;
export declare const adapterRequestDevice: (adapter: Adapter, descriptor: c.Pointer<DeviceDescriptor>, callback: RequestDeviceCallback, userdata: c.Pointer<c.Void>) => c.Void;
export declare const adapterRequestDevice2: (adapter: Adapter, options: c.Pointer<DeviceDescriptor>, callbackInfo: RequestDeviceCallbackInfo2) => Future;
export declare const adapterRequestDeviceF: (adapter: Adapter, options: c.Pointer<DeviceDescriptor>, callbackInfo: RequestDeviceCallbackInfo) => Future;
export declare const adapterAddRef: (adapter: Adapter) => c.Void;
export declare const adapterRelease: (adapter: Adapter) => c.Void;
export declare const bindGroupSetLabel: (bindGroup: BindGroup, label: StringView) => c.Void;
export declare const bindGroupAddRef: (bindGroup: BindGroup) => c.Void;
export declare const bindGroupRelease: (bindGroup: BindGroup) => c.Void;
export declare const bindGroupLayoutSetLabel: (bindGroupLayout: BindGroupLayout, label: StringView) => c.Void;
export declare const bindGroupLayoutAddRef: (bindGroupLayout: BindGroupLayout) => c.Void;
export declare const bindGroupLayoutRelease: (bindGroupLayout: BindGroupLayout) => c.Void;
export declare const bufferDestroy: (buffer: Buffer) => c.Void;
export declare const bufferGetConstMappedRange: (buffer: Buffer, offset: c.Size, size: c.Size) => c.Pointer<c.Void>;
export declare const bufferGetMapState: (buffer: Buffer) => BufferMapState;
export declare const bufferGetMappedRange: (buffer: Buffer, offset: c.Size, size: c.Size) => c.Pointer<c.Void>;
export declare const bufferGetSize: (buffer: Buffer) => c.U64;
export declare const bufferGetUsage: (buffer: Buffer) => BufferUsage;
export declare const bufferMapAsync: (buffer: Buffer, mode: MapMode, offset: c.Size, size: c.Size, callback: BufferMapCallback, userdata: c.Pointer<c.Void>) => c.Void;
export declare const bufferMapAsync2: (buffer: Buffer, mode: MapMode, offset: c.Size, size: c.Size, callbackInfo: BufferMapCallbackInfo2) => Future;
export declare const bufferMapAsyncF: (buffer: Buffer, mode: MapMode, offset: c.Size, size: c.Size, callbackInfo: BufferMapCallbackInfo) => Future;
export declare const bufferSetLabel: (buffer: Buffer, label: StringView) => c.Void;
export declare const bufferUnmap: (buffer: Buffer) => c.Void;
export declare const bufferAddRef: (buffer: Buffer) => c.Void;
export declare const bufferRelease: (buffer: Buffer) => c.Void;
export declare const commandBufferSetLabel: (commandBuffer: CommandBuffer, label: StringView) => c.Void;
export declare const commandBufferAddRef: (commandBuffer: CommandBuffer) => c.Void;
export declare const commandBufferRelease: (commandBuffer: CommandBuffer) => c.Void;
export declare const commandEncoderBeginComputePass: (commandEncoder: CommandEncoder, descriptor: c.Pointer<ComputePassDescriptor>) => ComputePassEncoder;
export declare const commandEncoderBeginRenderPass: (commandEncoder: CommandEncoder, descriptor: c.Pointer<RenderPassDescriptor>) => RenderPassEncoder;
export declare const commandEncoderClearBuffer: (commandEncoder: CommandEncoder, buffer: Buffer, offset: c.U64, size: c.U64) => c.Void;
export declare const commandEncoderCopyBufferToBuffer: (commandEncoder: CommandEncoder, source: Buffer, sourceOffset: c.U64, destination: Buffer, destinationOffset: c.U64, size: c.U64) => c.Void;
export declare const commandEncoderCopyBufferToTexture: (commandEncoder: CommandEncoder, source: c.Pointer<ImageCopyBuffer>, destination: c.Pointer<ImageCopyTexture>, copySize: c.Pointer<Extent3D>) => c.Void;
export declare const commandEncoderCopyTextureToBuffer: (commandEncoder: CommandEncoder, source: c.Pointer<ImageCopyTexture>, destination: c.Pointer<ImageCopyBuffer>, copySize: c.Pointer<Extent3D>) => c.Void;
export declare const commandEncoderCopyTextureToTexture: (commandEncoder: CommandEncoder, source: c.Pointer<ImageCopyTexture>, destination: c.Pointer<ImageCopyTexture>, copySize: c.Pointer<Extent3D>) => c.Void;
export declare const commandEncoderFinish: (commandEncoder: CommandEncoder, descriptor: c.Pointer<CommandBufferDescriptor>) => CommandBuffer;
export declare const commandEncoderInjectValidationError: (commandEncoder: CommandEncoder, message: StringView) => c.Void;
export declare const commandEncoderInsertDebugMarker: (commandEncoder: CommandEncoder, markerLabel: StringView) => c.Void;
export declare const commandEncoderPopDebugGroup: (commandEncoder: CommandEncoder) => c.Void;
export declare const commandEncoderPushDebugGroup: (commandEncoder: CommandEncoder, groupLabel: StringView) => c.Void;
export declare const commandEncoderResolveQuerySet: (commandEncoder: CommandEncoder, querySet: QuerySet, firstQuery: c.U32, queryCount: c.U32, destination: Buffer, destinationOffset: c.U64) => c.Void;
export declare const commandEncoderSetLabel: (commandEncoder: CommandEncoder, label: StringView) => c.Void;
export declare const commandEncoderWriteBuffer: (commandEncoder: CommandEncoder, buffer: Buffer, bufferOffset: c.U64, data: c.Pointer<c.U8>, size: c.U64) => c.Void;
export declare const commandEncoderWriteTimestamp: (commandEncoder: CommandEncoder, querySet: QuerySet, queryIndex: c.U32) => c.Void;
export declare const commandEncoderAddRef: (commandEncoder: CommandEncoder) => c.Void;
export declare const commandEncoderRelease: (commandEncoder: CommandEncoder) => c.Void;
export declare const computePassEncoderDispatchWorkgroups: (computePassEncoder: ComputePassEncoder, workgroupCountX: c.U32, workgroupCountY: c.U32, workgroupCountZ: c.U32) => c.Void;
export declare const computePassEncoderDispatchWorkgroupsIndirect: (computePassEncoder: ComputePassEncoder, indirectBuffer: Buffer, indirectOffset: c.U64) => c.Void;
export declare const computePassEncoderEnd: (computePassEncoder: ComputePassEncoder) => c.Void;
export declare const computePassEncoderInsertDebugMarker: (computePassEncoder: ComputePassEncoder, markerLabel: StringView) => c.Void;
export declare const computePassEncoderPopDebugGroup: (computePassEncoder: ComputePassEncoder) => c.Void;
export declare const computePassEncoderPushDebugGroup: (computePassEncoder: ComputePassEncoder, groupLabel: StringView) => c.Void;
export declare const computePassEncoderSetBindGroup: (computePassEncoder: ComputePassEncoder, groupIndex: c.U32, group: BindGroup, dynamicOffsetCount: c.Size, dynamicOffsets: c.Pointer<c.U32>) => c.Void;
export declare const computePassEncoderSetLabel: (computePassEncoder: ComputePassEncoder, label: StringView) => c.Void;
export declare const computePassEncoderSetPipeline: (computePassEncoder: ComputePassEncoder, pipeline: ComputePipeline) => c.Void;
export declare const computePassEncoderWriteTimestamp: (computePassEncoder: ComputePassEncoder, querySet: QuerySet, queryIndex: c.U32) => c.Void;
export declare const computePassEncoderAddRef: (computePassEncoder: ComputePassEncoder) => c.Void;
export declare const computePassEncoderRelease: (computePassEncoder: ComputePassEncoder) => c.Void;
export declare const computePipelineGetBindGroupLayout: (computePipeline: ComputePipeline, groupIndex: c.U32) => BindGroupLayout;
export declare const computePipelineSetLabel: (computePipeline: ComputePipeline, label: StringView) => c.Void;
export declare const computePipelineAddRef: (computePipeline: ComputePipeline) => c.Void;
export declare const computePipelineRelease: (computePipeline: ComputePipeline) => c.Void;
export declare const deviceCreateBindGroup: (device: Device, descriptor: c.Pointer<BindGroupDescriptor>) => BindGroup;
export declare const deviceCreateBindGroupLayout: (device: Device, descriptor: c.Pointer<BindGroupLayoutDescriptor>) => BindGroupLayout;
export declare const deviceCreateBuffer: (device: Device, descriptor: c.Pointer<BufferDescriptor>) => Buffer;
export declare const deviceCreateCommandEncoder: (device: Device, descriptor: c.Pointer<CommandEncoderDescriptor>) => CommandEncoder;
export declare const deviceCreateComputePipeline: (device: Device, descriptor: c.Pointer<ComputePipelineDescriptor>) => ComputePipeline;
export declare const deviceCreateComputePipelineAsync: (device: Device, descriptor: c.Pointer<ComputePipelineDescriptor>, callback: CreateComputePipelineAsyncCallback, userdata: c.Pointer<c.Void>) => c.Void;
export declare const deviceCreateComputePipelineAsync2: (device: Device, descriptor: c.Pointer<ComputePipelineDescriptor>, callbackInfo: CreateComputePipelineAsyncCallbackInfo2) => Future;
export declare const deviceCreateComputePipelineAsyncF: (device: Device, descriptor: c.Pointer<ComputePipelineDescriptor>, callbackInfo: CreateComputePipelineAsyncCallbackInfo) => Future;
export declare const deviceCreateErrorBuffer: (device: Device, descriptor: c.Pointer<BufferDescriptor>) => Buffer;
export declare const deviceCreateErrorExternalTexture: (device: Device) => ExternalTexture;
export declare const deviceCreateErrorShaderModule: (device: Device, descriptor: c.Pointer<ShaderModuleDescriptor>, errorMessage: StringView) => ShaderModule;
export declare const deviceCreateErrorTexture: (device: Device, descriptor: c.Pointer<TextureDescriptor>) => Texture;
export declare const deviceCreateExternalTexture: (device: Device, externalTextureDescriptor: c.Pointer<ExternalTextureDescriptor>) => ExternalTexture;
export declare const deviceCreatePipelineLayout: (device: Device, descriptor: c.Pointer<PipelineLayoutDescriptor>) => PipelineLayout;
export declare const deviceCreateQuerySet: (device: Device, descriptor: c.Pointer<QuerySetDescriptor>) => QuerySet;
export declare const deviceCreateRenderBundleEncoder: (device: Device, descriptor: c.Pointer<RenderBundleEncoderDescriptor>) => RenderBundleEncoder;
export declare const deviceCreateRenderPipeline: (device: Device, descriptor: c.Pointer<RenderPipelineDescriptor>) => RenderPipeline;
export declare const deviceCreateRenderPipelineAsync: (device: Device, descriptor: c.Pointer<RenderPipelineDescriptor>, callback: CreateRenderPipelineAsyncCallback, userdata: c.Pointer<c.Void>) => c.Void;
export declare const deviceCreateRenderPipelineAsync2: (device: Device, descriptor: c.Pointer<RenderPipelineDescriptor>, callbackInfo: CreateRenderPipelineAsyncCallbackInfo2) => Future;
export declare const deviceCreateRenderPipelineAsyncF: (device: Device, descriptor: c.Pointer<RenderPipelineDescriptor>, callbackInfo: CreateRenderPipelineAsyncCallbackInfo) => Future;
export declare const deviceCreateSampler: (device: Device, descriptor: c.Pointer<SamplerDescriptor>) => Sampler;
export declare const deviceCreateShaderModule: (device: Device, descriptor: c.Pointer<ShaderModuleDescriptor>) => ShaderModule;
export declare const deviceCreateTexture: (device: Device, descriptor: c.Pointer<TextureDescriptor>) => Texture;
export declare const deviceDestroy: (device: Device) => c.Void;
export declare const deviceForceLoss: (device: Device, type: DeviceLostReason, message: StringView) => c.Void;
export declare const deviceGetAHardwareBufferProperties: (device: Device, handle: c.Pointer<c.Void>, properties: c.Pointer<AHardwareBufferProperties>) => Status;
export declare const deviceGetAdapter: (device: Device) => Adapter;
export declare const deviceGetAdapterInfo: (device: Device, adapterInfo: c.Pointer<AdapterInfo>) => Status;
export declare const deviceGetFeatures: (device: Device, features: c.Pointer<SupportedFeatures>) => c.Void;
export declare const deviceGetLimits: (device: Device, limits: c.Pointer<SupportedLimits>) => Status;
export declare const deviceGetLostFuture: (device: Device) => Future;
export declare const deviceGetQueue: (device: Device) => Queue;
export declare const deviceHasFeature: (device: Device, feature: FeatureName) => Bool;
export declare const deviceImportSharedBufferMemory: (device: Device, descriptor: c.Pointer<SharedBufferMemoryDescriptor>) => SharedBufferMemory;
export declare const deviceImportSharedFence: (device: Device, descriptor: c.Pointer<SharedFenceDescriptor>) => SharedFence;
export declare const deviceImportSharedTextureMemory: (device: Device, descriptor: c.Pointer<SharedTextureMemoryDescriptor>) => SharedTextureMemory;
export declare const deviceInjectError: (device: Device, type: ErrorType, message: StringView) => c.Void;
export declare const devicePopErrorScope: (device: Device, oldCallback: ErrorCallback, userdata: c.Pointer<c.Void>) => c.Void;
export declare const devicePopErrorScope2: (device: Device, callbackInfo: PopErrorScopeCallbackInfo2) => Future;
export declare const devicePopErrorScopeF: (device: Device, callbackInfo: PopErrorScopeCallbackInfo) => Future;
export declare const devicePushErrorScope: (device: Device, filter: ErrorFilter) => c.Void;
export declare const deviceSetLabel: (device: Device, label: StringView) => c.Void;
export declare const deviceSetLoggingCallback: (device: Device, callback: LoggingCallback, userdata: c.Pointer<c.Void>) => c.Void;
export declare const deviceTick: (device: Device) => c.Void;
export declare const deviceValidateTextureDescriptor: (device: Device, descriptor: c.Pointer<TextureDescriptor>) => c.Void;
export declare const deviceAddRef: (device: Device) => c.Void;
export declare const deviceRelease: (device: Device) => c.Void;
export declare const externalTextureDestroy: (externalTexture: ExternalTexture) => c.Void;
export declare const externalTextureExpire: (externalTexture: ExternalTexture) => c.Void;
export declare const externalTextureRefresh: (externalTexture: ExternalTexture) => c.Void;
export declare const externalTextureSetLabel: (externalTexture: ExternalTexture, label: StringView) => c.Void;
export declare const externalTextureAddRef: (externalTexture: ExternalTexture) => c.Void;
export declare const externalTextureRelease: (externalTexture: ExternalTexture) => c.Void;
export declare const instanceCreateSurface: (instance: Instance, descriptor: c.Pointer<SurfaceDescriptor>) => Surface;
export declare const instanceEnumerateWGSLLanguageFeatures: (instance: Instance, features: c.Pointer<WGSLFeatureName>) => c.Size;
export declare const instanceHasWGSLLanguageFeature: (instance: Instance, feature: WGSLFeatureName) => Bool;
export declare const instanceProcessEvents: (instance: Instance) => c.Void;
export declare const instanceRequestAdapter: (instance: Instance, options: c.Pointer<RequestAdapterOptions>, callback: RequestAdapterCallback, userdata: c.Pointer<c.Void>) => c.Void;
export declare const instanceRequestAdapter2: (instance: Instance, options: c.Pointer<RequestAdapterOptions>, callbackInfo: RequestAdapterCallbackInfo2) => Future;
export declare const instanceRequestAdapterF: (instance: Instance, options: c.Pointer<RequestAdapterOptions>, callbackInfo: RequestAdapterCallbackInfo) => Future;
export declare const instanceWaitAny: (instance: Instance, futureCount: c.Size, futures: c.Pointer<FutureWaitInfo>, timeoutNS: c.U64) => WaitStatus;
export declare const instanceAddRef: (instance: Instance) => c.Void;
export declare const instanceRelease: (instance: Instance) => c.Void;
export declare const pipelineLayoutSetLabel: (pipelineLayout: PipelineLayout, label: StringView) => c.Void;
export declare const pipelineLayoutAddRef: (pipelineLayout: PipelineLayout) => c.Void;
export declare const pipelineLayoutRelease: (pipelineLayout: PipelineLayout) => c.Void;
export declare const querySetDestroy: (querySet: QuerySet) => c.Void;
export declare const querySetGetCount: (querySet: QuerySet) => c.U32;
export declare const querySetGetType: (querySet: QuerySet) => QueryType;
export declare const querySetSetLabel: (querySet: QuerySet, label: StringView) => c.Void;
export declare const querySetAddRef: (querySet: QuerySet) => c.Void;
export declare const querySetRelease: (querySet: QuerySet) => c.Void;
export declare const queueCopyExternalTextureForBrowser: (queue: Queue, source: c.Pointer<ImageCopyExternalTexture>, destination: c.Pointer<ImageCopyTexture>, copySize: c.Pointer<Extent3D>, options: c.Pointer<CopyTextureForBrowserOptions>) => c.Void;
export declare const queueCopyTextureForBrowser: (queue: Queue, source: c.Pointer<ImageCopyTexture>, destination: c.Pointer<ImageCopyTexture>, copySize: c.Pointer<Extent3D>, options: c.Pointer<CopyTextureForBrowserOptions>) => c.Void;
export declare const queueOnSubmittedWorkDone: (queue: Queue, callback: QueueWorkDoneCallback, userdata: c.Pointer<c.Void>) => c.Void;
export declare const queueOnSubmittedWorkDone2: (queue: Queue, callbackInfo: QueueWorkDoneCallbackInfo2) => Future;
export declare const queueOnSubmittedWorkDoneF: (queue: Queue, callbackInfo: QueueWorkDoneCallbackInfo) => Future;
export declare const queueSetLabel: (queue: Queue, label: StringView) => c.Void;
export declare const queueSubmit: (queue: Queue, commandCount: c.Size, commands: c.Pointer<CommandBuffer>) => c.Void;
export declare const queueWriteBuffer: (queue: Queue, buffer: Buffer, bufferOffset: c.U64, data: c.Pointer<c.Void>, size: c.Size) => c.Void;
export declare const queueWriteTexture: (queue: Queue, destination: c.Pointer<ImageCopyTexture>, data: c.Pointer<c.Void>, dataSize: c.Size, dataLayout: c.Pointer<TextureDataLayout>, writeSize: c.Pointer<Extent3D>) => c.Void;
export declare const queueAddRef: (queue: Queue) => c.Void;
export declare const queueRelease: (queue: Queue) => c.Void;
export declare const renderBundleSetLabel: (renderBundle: RenderBundle, label: StringView) => c.Void;
export declare const renderBundleAddRef: (renderBundle: RenderBundle) => c.Void;
export declare const renderBundleRelease: (renderBundle: RenderBundle) => c.Void;
export declare const renderBundleEncoderDraw: (renderBundleEncoder: RenderBundleEncoder, vertexCount: c.U32, instanceCount: c.U32, firstVertex: c.U32, firstInstance: c.U32) => c.Void;
export declare const renderBundleEncoderDrawIndexed: (renderBundleEncoder: RenderBundleEncoder, indexCount: c.U32, instanceCount: c.U32, firstIndex: c.U32, baseVertex: c.I32, firstInstance: c.U32) => c.Void;
export declare const renderBundleEncoderDrawIndexedIndirect: (renderBundleEncoder: RenderBundleEncoder, indirectBuffer: Buffer, indirectOffset: c.U64) => c.Void;
export declare const renderBundleEncoderDrawIndirect: (renderBundleEncoder: RenderBundleEncoder, indirectBuffer: Buffer, indirectOffset: c.U64) => c.Void;
export declare const renderBundleEncoderFinish: (renderBundleEncoder: RenderBundleEncoder, descriptor: c.Pointer<RenderBundleDescriptor>) => RenderBundle;
export declare const renderBundleEncoderInsertDebugMarker: (renderBundleEncoder: RenderBundleEncoder, markerLabel: StringView) => c.Void;
export declare const renderBundleEncoderPopDebugGroup: (renderBundleEncoder: RenderBundleEncoder) => c.Void;
export declare const renderBundleEncoderPushDebugGroup: (renderBundleEncoder: RenderBundleEncoder, groupLabel: StringView) => c.Void;
export declare const renderBundleEncoderSetBindGroup: (renderBundleEncoder: RenderBundleEncoder, groupIndex: c.U32, group: BindGroup, dynamicOffsetCount: c.Size, dynamicOffsets: c.Pointer<c.U32>) => c.Void;
export declare const renderBundleEncoderSetIndexBuffer: (renderBundleEncoder: RenderBundleEncoder, buffer: Buffer, format: IndexFormat, offset: c.U64, size: c.U64) => c.Void;
export declare const renderBundleEncoderSetLabel: (renderBundleEncoder: RenderBundleEncoder, label: StringView) => c.Void;
export declare const renderBundleEncoderSetPipeline: (renderBundleEncoder: RenderBundleEncoder, pipeline: RenderPipeline) => c.Void;
export declare const renderBundleEncoderSetVertexBuffer: (renderBundleEncoder: RenderBundleEncoder, slot: c.U32, buffer: Buffer, offset: c.U64, size: c.U64) => c.Void;
export declare const renderBundleEncoderAddRef: (renderBundleEncoder: RenderBundleEncoder) => c.Void;
export declare const renderBundleEncoderRelease: (renderBundleEncoder: RenderBundleEncoder) => c.Void;
export declare const renderPassEncoderBeginOcclusionQuery: (renderPassEncoder: RenderPassEncoder, queryIndex: c.U32) => c.Void;
export declare const renderPassEncoderDraw: (renderPassEncoder: RenderPassEncoder, vertexCount: c.U32, instanceCount: c.U32, firstVertex: c.U32, firstInstance: c.U32) => c.Void;
export declare const renderPassEncoderDrawIndexed: (renderPassEncoder: RenderPassEncoder, indexCount: c.U32, instanceCount: c.U32, firstIndex: c.U32, baseVertex: c.I32, firstInstance: c.U32) => c.Void;
export declare const renderPassEncoderDrawIndexedIndirect: (renderPassEncoder: RenderPassEncoder, indirectBuffer: Buffer, indirectOffset: c.U64) => c.Void;
export declare const renderPassEncoderDrawIndirect: (renderPassEncoder: RenderPassEncoder, indirectBuffer: Buffer, indirectOffset: c.U64) => c.Void;
export declare const renderPassEncoderEnd: (renderPassEncoder: RenderPassEncoder) => c.Void;
export declare const renderPassEncoderEndOcclusionQuery: (renderPassEncoder: RenderPassEncoder) => c.Void;
export declare const renderPassEncoderExecuteBundles: (renderPassEncoder: RenderPassEncoder, bundleCount: c.Size, bundles: c.Pointer<RenderBundle>) => c.Void;
export declare const renderPassEncoderInsertDebugMarker: (renderPassEncoder: RenderPassEncoder, markerLabel: StringView) => c.Void;
export declare const renderPassEncoderMultiDrawIndexedIndirect: (renderPassEncoder: RenderPassEncoder, indirectBuffer: Buffer, indirectOffset: c.U64, maxDrawCount: c.U32, drawCountBuffer: Buffer, drawCountBufferOffset: c.U64) => c.Void;
export declare const renderPassEncoderMultiDrawIndirect: (renderPassEncoder: RenderPassEncoder, indirectBuffer: Buffer, indirectOffset: c.U64, maxDrawCount: c.U32, drawCountBuffer: Buffer, drawCountBufferOffset: c.U64) => c.Void;
export declare const renderPassEncoderPixelLocalStorageBarrier: (renderPassEncoder: RenderPassEncoder) => c.Void;
export declare const renderPassEncoderPopDebugGroup: (renderPassEncoder: RenderPassEncoder) => c.Void;
export declare const renderPassEncoderPushDebugGroup: (renderPassEncoder: RenderPassEncoder, groupLabel: StringView) => c.Void;
export declare const renderPassEncoderSetBindGroup: (renderPassEncoder: RenderPassEncoder, groupIndex: c.U32, group: BindGroup, dynamicOffsetCount: c.Size, dynamicOffsets: c.Pointer<c.U32>) => c.Void;
export declare const renderPassEncoderSetBlendConstant: (renderPassEncoder: RenderPassEncoder, color: c.Pointer<Color>) => c.Void;
export declare const renderPassEncoderSetIndexBuffer: (renderPassEncoder: RenderPassEncoder, buffer: Buffer, format: IndexFormat, offset: c.U64, size: c.U64) => c.Void;
export declare const renderPassEncoderSetLabel: (renderPassEncoder: RenderPassEncoder, label: StringView) => c.Void;
export declare const renderPassEncoderSetPipeline: (renderPassEncoder: RenderPassEncoder, pipeline: RenderPipeline) => c.Void;
export declare const renderPassEncoderSetScissorRect: (renderPassEncoder: RenderPassEncoder, x: c.U32, y: c.U32, width: c.U32, height: c.U32) => c.Void;
export declare const renderPassEncoderSetStencilReference: (renderPassEncoder: RenderPassEncoder, reference: c.U32) => c.Void;
export declare const renderPassEncoderSetVertexBuffer: (renderPassEncoder: RenderPassEncoder, slot: c.U32, buffer: Buffer, offset: c.U64, size: c.U64) => c.Void;
export declare const renderPassEncoderSetViewport: (renderPassEncoder: RenderPassEncoder, x: c.F32, y: c.F32, width: c.F32, height: c.F32, minDepth: c.F32, maxDepth: c.F32) => c.Void;
export declare const renderPassEncoderWriteTimestamp: (renderPassEncoder: RenderPassEncoder, querySet: QuerySet, queryIndex: c.U32) => c.Void;
export declare const renderPassEncoderAddRef: (renderPassEncoder: RenderPassEncoder) => c.Void;
export declare const renderPassEncoderRelease: (renderPassEncoder: RenderPassEncoder) => c.Void;
export declare const renderPipelineGetBindGroupLayout: (renderPipeline: RenderPipeline, groupIndex: c.U32) => BindGroupLayout;
export declare const renderPipelineSetLabel: (renderPipeline: RenderPipeline, label: StringView) => c.Void;
export declare const renderPipelineAddRef: (renderPipeline: RenderPipeline) => c.Void;
export declare const renderPipelineRelease: (renderPipeline: RenderPipeline) => c.Void;
export declare const samplerSetLabel: (sampler: Sampler, label: StringView) => c.Void;
export declare const samplerAddRef: (sampler: Sampler) => c.Void;
export declare const samplerRelease: (sampler: Sampler) => c.Void;
export declare const shaderModuleGetCompilationInfo: (shaderModule: ShaderModule, callback: CompilationInfoCallback, userdata: c.Pointer<c.Void>) => c.Void;
export declare const shaderModuleGetCompilationInfo2: (shaderModule: ShaderModule, callbackInfo: CompilationInfoCallbackInfo2) => Future;
export declare const shaderModuleGetCompilationInfoF: (shaderModule: ShaderModule, callbackInfo: CompilationInfoCallbackInfo) => Future;
export declare const shaderModuleSetLabel: (shaderModule: ShaderModule, label: StringView) => c.Void;
export declare const shaderModuleAddRef: (shaderModule: ShaderModule) => c.Void;
export declare const shaderModuleRelease: (shaderModule: ShaderModule) => c.Void;
export declare const sharedBufferMemoryBeginAccess: (sharedBufferMemory: SharedBufferMemory, buffer: Buffer, descriptor: c.Pointer<SharedBufferMemoryBeginAccessDescriptor>) => Status;
export declare const sharedBufferMemoryCreateBuffer: (sharedBufferMemory: SharedBufferMemory, descriptor: c.Pointer<BufferDescriptor>) => Buffer;
export declare const sharedBufferMemoryEndAccess: (sharedBufferMemory: SharedBufferMemory, buffer: Buffer, descriptor: c.Pointer<SharedBufferMemoryEndAccessState>) => Status;
export declare const sharedBufferMemoryGetProperties: (sharedBufferMemory: SharedBufferMemory, properties: c.Pointer<SharedBufferMemoryProperties>) => Status;
export declare const sharedBufferMemoryIsDeviceLost: (sharedBufferMemory: SharedBufferMemory) => Bool;
export declare const sharedBufferMemorySetLabel: (sharedBufferMemory: SharedBufferMemory, label: StringView) => c.Void;
export declare const sharedBufferMemoryAddRef: (sharedBufferMemory: SharedBufferMemory) => c.Void;
export declare const sharedBufferMemoryRelease: (sharedBufferMemory: SharedBufferMemory) => c.Void;
export declare const sharedFenceExportInfo: (sharedFence: SharedFence, info: c.Pointer<SharedFenceExportInfo>) => c.Void;
export declare const sharedFenceAddRef: (sharedFence: SharedFence) => c.Void;
export declare const sharedFenceRelease: (sharedFence: SharedFence) => c.Void;
export declare const sharedTextureMemoryBeginAccess: (sharedTextureMemory: SharedTextureMemory, texture: Texture, descriptor: c.Pointer<SharedTextureMemoryBeginAccessDescriptor>) => Status;
export declare const sharedTextureMemoryCreateTexture: (sharedTextureMemory: SharedTextureMemory, descriptor: c.Pointer<TextureDescriptor>) => Texture;
export declare const sharedTextureMemoryEndAccess: (sharedTextureMemory: SharedTextureMemory, texture: Texture, descriptor: c.Pointer<SharedTextureMemoryEndAccessState>) => Status;
export declare const sharedTextureMemoryGetProperties: (sharedTextureMemory: SharedTextureMemory, properties: c.Pointer<SharedTextureMemoryProperties>) => Status;
export declare const sharedTextureMemoryIsDeviceLost: (sharedTextureMemory: SharedTextureMemory) => Bool;
export declare const sharedTextureMemorySetLabel: (sharedTextureMemory: SharedTextureMemory, label: StringView) => c.Void;
export declare const sharedTextureMemoryAddRef: (sharedTextureMemory: SharedTextureMemory) => c.Void;
export declare const sharedTextureMemoryRelease: (sharedTextureMemory: SharedTextureMemory) => c.Void;
export declare const surfaceConfigure: (surface: Surface, config: c.Pointer<SurfaceConfiguration>) => c.Void;
export declare const surfaceGetCapabilities: (surface: Surface, adapter: Adapter, capabilities: c.Pointer<SurfaceCapabilities>) => Status;
export declare const surfaceGetCurrentTexture: (surface: Surface, surfaceTexture: c.Pointer<SurfaceTexture>) => c.Void;
export declare const surfacePresent: (surface: Surface) => c.Void;
export declare const surfaceSetLabel: (surface: Surface, label: StringView) => c.Void;
export declare const surfaceUnconfigure: (surface: Surface) => c.Void;
export declare const surfaceAddRef: (surface: Surface) => c.Void;
export declare const surfaceRelease: (surface: Surface) => c.Void;
export declare const textureCreateErrorView: (texture: Texture, descriptor: c.Pointer<TextureViewDescriptor>) => TextureView;
export declare const textureCreateView: (texture: Texture, descriptor: c.Pointer<TextureViewDescriptor>) => TextureView;
export declare const textureDestroy: (texture: Texture) => c.Void;
export declare const textureGetDepthOrArrayLayers: (texture: Texture) => c.U32;
export declare const textureGetDimension: (texture: Texture) => TextureDimension;
export declare const textureGetFormat: (texture: Texture) => TextureFormat;
export declare const textureGetHeight: (texture: Texture) => c.U32;
export declare const textureGetMipLevelCount: (texture: Texture) => c.U32;
export declare const textureGetSampleCount: (texture: Texture) => c.U32;
export declare const textureGetUsage: (texture: Texture) => TextureUsage;
export declare const textureGetWidth: (texture: Texture) => c.U32;
export declare const textureSetLabel: (texture: Texture, label: StringView) => c.Void;
export declare const textureAddRef: (texture: Texture) => c.Void;
export declare const textureRelease: (texture: Texture) => c.Void;
export declare const textureViewSetLabel: (textureView: TextureView, label: StringView) => c.Void;
export declare const textureViewAddRef: (textureView: TextureView) => c.Void;
export declare const textureViewRelease: (textureView: TextureView) => c.Void;