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#pragma once
#include "stdafx.h"

namespace multiset {
	typedef uint8_t byte;

	class FindMultisetRank
	{
	private:

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@page "/"
@using System.Diagnostics;
@using System;
@using System.Timers;
@inject IJSRuntime JS

<PageTitle>Index</PageTitle>

<p>
    <button @onclick="Test">Test</button>

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@page "/"
@using System.Diagnostics;
@using System;
@using System.Timers;
@inject IJSRuntime JS

<PageTitle>Index</PageTitle>

<p>
    <button @onclick="Test">Test</button>

pavelsavara

Alternatives - as considered 2023 Sep

• how to deal with blocking C# code on UI thread
  • A) pretend it's not a problem (this we already have)
  • B) move user C# code to web worker
  • C) move all Mono to web worker
  • D) like A) just move call of the C# Main() to JSWebWorker
• how to deal with blocking in synchronous JS calls from UI thread (like onClick callback)
  • D) pretend it's not a problem (this we already have)
  • E) throw PNSE when synchronous JSExport is called on UI thread
• F) dispatch calls to synchronous JSExport to web worker and spin-wait on JS side of UI thread.

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How to

Check new issues that need triage

• untriaged wasm issues
• Try to guess which release it belongs to. If you don't know assign current.
• Assign them to specific team member. If you don't know, assign @lewing

Check Known Build Errors

• Known Build Errors

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public class Prog
{
    static void TimerHandler(object _)
    {
        Console.WriteLine("TimerHandler A");
    }


    static void SetNextTimer()
    {

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(func $Wasm_Advanced_Sample_Sample_Test_SillyLoop (;13707;) (param $var0 i32)
    (local $var1 i32)
    (local $var2 i32)
    (local $var3 i32)
    (local $var4 i32)
    (local $var5 i32)
    global.get $__stack_pointer
    i32.const 144
    i32.sub
    local.tee $var1

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Thread A, producer

const memory = new SharedArrayBuffer(16);

// produce 100 items and wake consumer after each 
for (let i = 0;i<100;i++){
    // wait for consumer to say it's ready
    Atomics.wait(memory, 0);