<style>
  :root { background: #102030e0; color: #99ddbbcc; font-size: 15px; }
</style>
<script src="../../../resources/js-test-pre.js"></script>
<script id="shared">
const log = console.log;

</script>
<script>
globalThis.testRunner?.waitUntilDone();

async function window0() {
let promise0 = navigator.gpu.requestAdapter({});
let promise1 = navigator.gpu.requestAdapter({});
let adapter0 = await navigator.gpu.requestAdapter({powerPreference: 'high-performance'});
let device0 = await adapter0.requestDevice({
  requiredLimits: {
    maxStorageBuffersPerShaderStage: 8,
    minStorageBufferOffsetAlignment: 256,
    minUniformBufferOffsetAlignment: 256,
    maxUniformBufferBindingSize: 57725788,
    maxStorageBufferBindingSize: 134623271,
    maxInterStageShaderComponents: 64,
  },
});
// START
 let veryExplicitBindGroupLayout0 = device0.createBindGroupLayout({
               entries: [     {
          binding: 19, visibility: GPUShaderStage.FRAGMENT, sampler: {
   }
          }
            ,     {
                 binding: 200,       visibility: GPUShaderStage.FRAGMENT,       buffer: {
         type: 'storage', }
          ,     }
            ,     {
                 binding: 219,       visibility: GPUShaderStage.FRAGMENT,       buffer: {
         type: 'storage', }
          ,     }
            ,   ], }
              );
               let pipelineLayout1 = device0.createPipelineLayout({
            bindGroupLayouts: [veryExplicitBindGroupLayout0]}
              );
               try {
             }
               catch {
            }
               let shaderModule0 = device0.createShaderModule({
               code: ` ;
             struct VertexOutput0 {
             @location(11) @interpolate(linear) location_11: vec2h,   @location(13) location_13: f16,   @location(8) location_8: f32,   @location(5) @interpolate(flat, sample) location_5: vec4i,   @location(15) @interpolate(flat, either) location_15: vec2u,   @location(6) @interpolate(perspective) location_6: vec2f,   @location(9) location_9: vec2f,   @location(12) location_12: f16,   @builtin(position) position: vec4f,   @location(7) location_7: vec4h, }
             @vertex fn vertex0(@location(11) location_11: vec2i) -> VertexOutput0 {
             var out: VertexOutput0;
             return out;
           }
            `, }
              );
               let shaderModule1 = device0.createShaderModule({
               code: ` ;
             struct T3 {
             @size(64) f0: array<f16, 2>,   @align(64) @size(896) f1: array<T1, 9>, }
             @group(0) @binding(200) var<storage, read_write> buffer11: array<array<VertexInput2, 192>>;
             struct FragmentInput5 {
             @location(12) location_12: f16,   @location(13) location_13: f16}
             struct FragmentInput1 {
             @location(15) @interpolate(flat, either) location_15: vec2u}
             struct FragmentInput4 {
             @location(9) location_9: vec2f,   @location(5) @interpolate(flat, sample) location_5: vec4i}
             @group(0) @binding(219) var<storage, read_write> buffer12: T3;
             struct VertexInput2 {
             @location(11) location_11: u32,   @location(9) location_9: vec2f,   @location(2) @interpolate(flat) location_2: f16,   @builtin(instance_index) instance_index: u32}
             fn fn0(a0: ptr<storage, f16, read_write>, a1: VertexInput1) {
             buffer12 = T3(array(buffer12.f0[1], buffer12.f0[1]), array(T1(array(buffer12.f0[1])), T1(array(buffer12.f0[1])), T1(array(buffer12.f0[1])), T1(array(buffer12.f0[1])), T1(array(buffer12.f0[1])), T1(array(buffer12.f0[1])), T1(array(buffer12.f0[1])), T1(array(buffer12.f0[1])), T1(array(buffer12.f0[1]))));
             buffer12 = T3();
             buffer12 = T3(array((buffer12).f1[8].f0[unconst_u32(497912551)], (buffer12).f1[8].f0[unconst_u32(497912551)]), array(T1(array((buffer12).f1[8].f0[unconst_u32(497912551)])), T1(array((buffer12).f1[8].f0[unconst_u32(497912551)])), T1(array((buffer12).f1[8].f0[unconst_u32(497912551)])), T1(array((buffer12).f1[8].f0[unconst_u32(497912551)])), T1(array((buffer12).f1[8].f0[unconst_u32(497912551)])), T1(array((buffer12).f1[8].f0[unconst_u32(497912551)])), T1(array((buffer12).f1[8].f0[unconst_u32(497912551)])), T1(array((buffer12).f1[8].f0[unconst_u32(497912551)])), T1(array((buffer12).f1[8].f0[unconst_u32(497912551)]))));
             for (var jj92=0u;
           jj92<11;
           ) {
         }
           }
             struct FragmentOutput1 {
             @location(0) location_0: vec4f,   @builtin(frag_depth) frag_depth: f32,   @location(1) location_1: vec2i,   @location(7) location_7: u32}
             fn unconst_u32(v: u32) -> u32 {
           return v;
           }
             struct T1 {
             @size(92) f0: array<f16, 1>}
             struct FragmentInput2 {
             @location(7) location_7: vec4h,   @location(6) @interpolate(perspective) location_6: vec2f}
             struct FragmentInput3 {
             @location(8) location_8: f32}
             struct VertexInput1 {
             @location(0) location_0: vec4u,   @location(7) location_7: vec4i,   @builtin(vertex_index) vertex_index: u32}
             @fragment fn fragment1(a0: FragmentInput1, @location(11) location_11: vec2h, a2: FragmentInput2, a3: FragmentInput3, a4: FragmentInput4, a5: FragmentInput5) -> FragmentOutput1 {
             var out: FragmentOutput1;
             fn0(&(buffer11)[(372667608)][191].location_2, VertexInput1(vec4u(u32(buffer11[(2140220020)][191].location_2)), vec4i(i32(buffer11[(2140220020)][191].location_2)), u32(buffer11[(2140220020)][191].location_2)));
             return out;
           }
            `}
              );
               device0.createRenderPipeline({
               layout: pipelineLayout1,   fragment: {
          module: shaderModule1, targets: [      ]}
            ,   depthStencil: {
               format: 'depth24plus',     depthWriteEnabled: false,     stencilReadMask: 56029197,     depthBias: 1000617211,     depthBiasSlopeScale: 941.703219423583,     depthBiasClamp: 93.1958379297438}
            ,   vertex: {
               module: shaderModule0,     buffers: [       {
                 arrayStride: 20,         stepMode: 'instance',         attributes: [{
      format: 'sint32x2', offset: 0, shaderLocation: 11}
        ]}
          ]}
            }
              );
               try {
             }
               catch {
            }
               promise5 = device0.queue.onSubmittedWorkDone();
               try {
               await promise5}
               catch {
            }
               }
               function window1() {
               }
               async function window2() {
// END
}

onload = async () => {
  try {
  let sharedScript = document.querySelector('#shared').textContent;

  let workers = [

  ];
  let promises = [ window0(), window1(), window2() ];
  debug('promises created');
  let results = await Promise.allSettled(promises);
  for (let result of results) {
    if (result.status === 'rejected') { throw result.reason; }
  }
  debug('Pass')
  } catch (e) {
    log('error');
    log(e);
    log(e[Symbol.toStringTag]);
    log(e.stack);
    if (e instanceof GPUPipelineError) {
      log(`${e} - ${e.reason}`);
      
    } else if (e instanceof DOMException) {
      if (e.name === 'OperationError') {
      log(e.message);
      
      } else if (e.name === 'InvalidStateError') {
      } else {
        log(e);
        
      }
    } else if (e instanceof GPUValidationError) {
      
    } else if (e instanceof GPUOutOfMemoryError) {
      
    } else if (e instanceof TypeError) {
      log(e);
      
    } else {
      log('unexpected error type');
      log(e);
      
    }
  }
  globalThis.testRunner?.notifyDone();
};
</script>