David Alberto Adler mfbx9da4

Javascript is single threaded but it is not by any means immue to race conditions. Below is a swiss army knife of ways to deal with race conditions.

Single process

Multi process

Testing

$$ a=b $$

	import { createObservable as createObservableInner } from 'onin-shared/build/createObservable'
	import { useEffect, useState } from 'react'
	import { isMainThread } from './isMainThread'

	export type Key = string
	export type Value = string \| undefined
	const createObservable = (x: Value) => createObservableInner(x)
	type Observable = ReturnType<typeof createObservable>

	const Observables = {

	class VersionedMap {
	constructor(iterableOrMap, version = 0) {
	this.map =
	iterableOrMap instanceof Map ? iterableOrMap : new Map(iterableOrMap);
	this.version = version;
	this.mutated = false;
	}

	set(key, value) {
	if (this.map.get(key) !== value) {

	class Foo {
	public a string
	public b number
	}

	function getDefault(fieldAsString: 'a' \| 'b') {
	if (field === 'a') return 'asdf'
	if (field === 'b') return 3
	}

	const fs = require("fs");

	const acquireLock = async (identifier, retries = 5, delay = 1000) => {
	const pathname = `${identifier}.lock`;
	const acquire = () => {
	try {
	fs.mkdirSync(pathname);
	return true;
	} catch {}
	};

	import { assert } from '../utils/assert'

	export type Callback = (value: any, prevValue: any) => void

	type DestroyCallback = () => void

	interface ListenerNode {
	parent: Symbol \| ListenerNode
	children: Record<string, ListenerNode>
	prevValue: any

	export const debouncedChunkedQueue = <T>(
	fn: (items: T[]) => Promise<void> \| void,
	delay = 1000
	) => {
	let items: T[] = []
	let started = false
	const push = (item: T) => {
	items.push(item)
	if (!started) start()
	}