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Async Iterables Interfaces for Web Workers
This is a proof of concept library that enables async iteration with web workers. Errors handling is not yet supported.
npm i -S aww
Do not use the postMessage
method of my wrappers while you are async iterating: use the reply
method instead.
import { AISource } from 'aww';
const delay = (ms, v) => new Promise(res => setTimeout(res, ms, v));
;(async () => {
// will handle onmessage events and other stuff
// it's an async iterable
const source = new AISource();
for await(const msg of source) {
console.log(`${msg.data} received inside worker`);
await delay(2000, msg); // fake long task
// next messages from the main will be handled by the async iteration
// no sense making this awaitable
// DO NOT USE postMessage!
source.reply("It's all good from worker!");
}
})();
import { AIWorker } from 'aww';
const delay = (ms, v) => new Promise(res => setTimeout(res, ms, v));
;(async () => {
const myWorker = new AIWorker(new Worker('./worker.js'));
let i = 0;
while(true) {
await delay(1000);
// you can await the response from the worker, but it is not mandatory
await myWorker.postMessage(i++).then(({data}) => console.log(data));
/*
alternative syntax
const { data } = await myWorker.postMessage(i++);
console.log(data);
*/
}
})();
import { AIWorker } from 'aww';
const delay = (ms, v) => new Promise(res => setTimeout(res, ms, v));
;(async () => {
const myWorker = new AIWorker(new Worker('./worker.js'));
// will handle onmessage events and other stuff
// it's an async iterable
for await(const msg of myWorker) {
console.log(`${msg.data} received inside main`);
await delay(2000, msg); // fake long task
// next messages from the main will be handled by the async iteration
// no sense making this awaitable
// DO NOT USE postMessage!
myWorker.reply("It's all good from main!");
}
})();
import { AISource } from 'aww';
const delay = (ms, v) => new Promise(res => setTimeout(res, ms, v));
;(async () => {
const source = new AISource();
let i = 0;
while(true) {
await delay(1000);
// you can await the response from the main, but it is not mandatory
await source.postMessage(i++).then(({data}) => console.log(data));
/*
alternative syntax
const { data } = await source.postMessage(i++);
console.log(data);
*/
}
})();
import { AIWorker } from 'aww';
const delay = (ms, v) => new Promise(res => setTimeout(res, ms, v));
;(async () => {
const myWorker = new AIWorker(new Worker('./worker.js'));
// start the iteration posting a message
// because both the main and the worker are waiting to start the iteration
// not awaitable because the subsequent async iteration will handle worker's messages
// DO NOT USE postMessage!
myWorker.reply("Please start!");
for await(const msg of myWorker) {
console.log(`${msg.data} received inside main`);
await delay(1000, msg); // fake long task
// next messages from the main will be handled by the async iteration
// no sense making this awaitable
// DO NOT USE postMessage!
myWorker.reply("It's all good from main!");
}
})();
import { AISource } from 'aww';
const delay = (ms, v) => new Promise(res => setTimeout(res, ms, v));
;(async () => {
const source = new AISource();
for await(const msg of source) {
console.log(`${msg.data} received inside worker`);
await delay(2000, msg); // fake long task
// next messages from the main will be handled by the async iteration
// no sense making this awaitable
// DO NOT USE postMessage!
source.reply("It's all good from worker!");
}
})();
FAQs
Async Iterables Interfaces for Web Workers
The npm package aww receives a total of 9 weekly downloads. As such, aww popularity was classified as not popular.
We found that aww demonstrated a not healthy version release cadence and project activity because the last version was released a year ago. It has 1 open source maintainer collaborating on the project.
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