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How to use waitUntil method in qawolf

Best JavaScript code snippet using qawolf

extendable-event-async-waituntil.js

Source:extendable-event-async-waituntil.js

1// This worker calls waitUntil() and respondWith() asynchronously and2// reports back to the test whether they threw.3//4// These test cases are confusing. Bear in mind that the event is active5// (calling waitUntil() is allowed) if:6// * The pending promise count is not 0, or7// * The event dispatch flag is set.8// Controlled by 'init'/'done' messages.9var resolveLockPromise;10var port;11self.addEventListener('message', function(event) {12    var waitPromise;13    var resolveTestPromise;14    switch (event.data.step) {15      case 'init':16        event.waitUntil(new Promise((res) => { resolveLockPromise = res; }));17        port = event.data.port;18        break;19      case 'done':20        resolveLockPromise();21        break;22      // Throws because waitUntil() is called in a task after event dispatch23      // finishes.24      case 'no-current-extension-different-task':25        async_task_waituntil(event).then(reportResultExpecting('InvalidStateError'));26        break;27      // OK because waitUntil() is called in a microtask that runs after the28      // event handler runs, while the event dispatch flag is still set.29      case 'no-current-extension-different-microtask':30        async_microtask_waituntil(event).then(reportResultExpecting('OK'));31        break;32      // OK because the second waitUntil() is called while the first waitUntil()33      // promise is still pending.34      case 'current-extension-different-task':35        event.waitUntil(new Promise((res) => { resolveTestPromise = res; }));36        async_task_waituntil(event).then(reportResultExpecting('OK')).then(resolveTestPromise);37        break;38      // OK because all promises involved resolve "immediately", so the second39      // waitUntil() is called during the microtask checkpoint at the end of40      // event dispatching, when the event dispatch flag is still set.41      case 'during-event-dispatch-current-extension-expired-same-microtask-turn':42        waitPromise = Promise.resolve();43        event.waitUntil(waitPromise);44        waitPromise.then(() => { return sync_waituntil(event); })45          .then(reportResultExpecting('OK'))46        break;47      // OK for the same reason as above.48      case 'during-event-dispatch-current-extension-expired-same-microtask-turn-extra':49        waitPromise = Promise.resolve();50        event.waitUntil(waitPromise);51        waitPromise.then(() => { return async_microtask_waituntil(event); })52          .then(reportResultExpecting('OK'))53        break;54      // OK because the pending promise count is decremented in a microtask55      // queued upon fulfillment of the first waitUntil() promise, so the second56      // waitUntil() is called while the pending promise count is still57      // positive.58      case 'after-event-dispatch-current-extension-expired-same-microtask-turn':59        waitPromise = makeNewTaskPromise();60        event.waitUntil(waitPromise);61        waitPromise.then(() => { return sync_waituntil(event); })62          .then(reportResultExpecting('OK'))63        break;64      // Throws because the second waitUntil() is called after the pending65      // promise count was decremented to 0.66      case 'after-event-dispatch-current-extension-expired-same-microtask-turn-extra':67        waitPromise = makeNewTaskPromise();68        event.waitUntil(waitPromise);69        waitPromise.then(() => { return async_microtask_waituntil(event); })70          .then(reportResultExpecting('InvalidStateError'))71        break;72      // Throws because the second waitUntil() is called in a new task, after73      // first waitUntil() promise settled and the event dispatch flag is unset.74      case 'current-extension-expired-different-task':75        event.waitUntil(Promise.resolve());76        async_task_waituntil(event).then(reportResultExpecting('InvalidStateError'));77        break;78      case 'script-extendable-event':79        self.dispatchEvent(new ExtendableEvent('nontrustedevent'));80        break;81    }82    event.source.postMessage('ACK');83  });84self.addEventListener('fetch', function(event) {85  const path = new URL(event.request.url).pathname;86  const step = path.substring(path.lastIndexOf('/') + 1);87  let response;88  switch (step) {89    // OK because waitUntil() is called while the respondWith() promise is still90    // unsettled, so the pending promise count is positive.91    case 'pending-respondwith-async-waituntil':92      var resolveFetch;93      response = new Promise((res) => { resolveFetch = res; });94      event.respondWith(response);95      async_task_waituntil(event)96        .then(reportResultExpecting('OK'))97        .then(() => { resolveFetch(new Response('OK')); });98      break;99    // OK because all promises involved resolve "immediately", so waitUntil() is100    // called during the microtask checkpoint at the end of event dispatching,101    // when the event dispatch flag is still set.102    case 'during-event-dispatch-respondwith-microtask-sync-waituntil':103      response = Promise.resolve(new Response('RESP'));104      event.respondWith(response);105      response.then(() => { return sync_waituntil(event); })106        .then(reportResultExpecting('OK'));107      break;108    // OK because all promises involved resolve "immediately", so waitUntil() is109    // called during the microtask checkpoint at the end of event dispatching,110    // when the event dispatch flag is still set.111    case 'during-event-dispatch-respondwith-microtask-async-waituntil':112      response = Promise.resolve(new Response('RESP'));113      event.respondWith(response);114      response.then(() => { return async_microtask_waituntil(event); })115        .then(reportResultExpecting('OK'));116      break;117    // OK because the pending promise count is decremented in a microtask queued118    // upon fulfillment of the respondWith() promise, so waitUntil() is called119    // while the pending promise count is still positive.120    case 'after-event-dispatch-respondwith-microtask-sync-waituntil':121      response = makeNewTaskPromise().then(() => {return new Response('RESP');});122      event.respondWith(response);123      response.then(() => { return sync_waituntil(event); })124        .then(reportResultExpecting('OK'));125      break;126    // Throws because waitUntil() is called after the pending promise count was127    // decremented to 0.128    case 'after-event-dispatch-respondwith-microtask-async-waituntil':129      response = makeNewTaskPromise().then(() => {return new Response('RESP');});130      event.respondWith(response);131      response.then(() => { return async_microtask_waituntil(event); })132        .then(reportResultExpecting('InvalidStateError'))133      break;134  }135});136self.addEventListener('nontrustedevent', function(event) {137    sync_waituntil(event).then(reportResultExpecting('InvalidStateError'));138  });139function reportResultExpecting(expectedResult) {140  return function (result) {141    port.postMessage({result : result, expected: expectedResult});142    return result;143  };144}145function sync_waituntil(event) {146  return new Promise((res, rej) => {147    try {148      event.waitUntil(Promise.resolve());149      res('OK');150    } catch (error) {151      res(error.name);152    }153  });154}155function async_microtask_waituntil(event) {156  return new Promise((res, rej) => {157    Promise.resolve().then(() => {158      try {159        event.waitUntil(Promise.resolve());160        res('OK');161      } catch (error) {162        res(error.name);163      }164    });165  });166}167function async_task_waituntil(event) {168  return new Promise((res, rej) => {169    setTimeout(() => {170      try {171        event.waitUntil(Promise.resolve());172        res('OK');173      } catch (error) {174        res(error.name);175      }176    }, 0);177  });178}179// Returns a promise that settles in a separate task.180function makeNewTaskPromise() {181  return new Promise(resolve => {182    setTimeout(resolve, 0);183  });...

Using AI Code Generation

1const { launch } = require("qawolf");2const selectors = require("../selectors/test");3test("test", async () => {4  const browser = await launch();5  const page = await browser.newPage();6  await page.click(selectors.googleSearch);7  await page.type(selectors.googleSearch, "test");8  await page.press(selectors.googleSearch, "Enter");9  await page.waitForNavigation();10  await page.close();11});12module.exports = {13  googleSearch: "#tsf > div:nth-child(2) > div > div.RNNXgb > div > div.a4bIc > input",14};15module.exports = {16  googleSearch: "#tsf > div:nth-child(2) > div > div.RNNXgb > div > div.a4bIc > input",17};18const { launch } = require("qawolf");19const selectors = require("../selectors/test");20test("test", async () => {21  const browser = await launch();22  const page = await browser.newPage();23  await page.click(selectors.googleSearch);24  await page.type(selectors.googleSearch, "test");25  await page.press(selectors.googleSearch, "Enter");26  await page.waitForNavigation();27  await page.close();28});29module.exports = {30  googleSearch: "#tsf > div:nth-child(2) > div > div.RNNXgb > div > div.a4bIc > input",31};32module.exports = {33  googleSearch: "#tsf > div:nth-child(2) > div > div.RNNXgb > div > div.a4bIc > input",34};35const { launch } = require("qawolf");36const selectors = require("../selectors/test");37test("test", async () => {38  const browser = await launch();39  const page = await browser.newPage();40  await page.click(selectors.googleSearch);41  await page.type(selectors.googleSearch, "test");42  await page.press(selectors

Using AI Code Generation

1const qawolf = require("qawolf");2const browser = await qawolf.launch();3const context = await browser.newContext();4const page = await context.newPage();5await page.click("input[type='text']");6await page.fill("input[type='text']", "qawolf");7await page.press("input[type='text']", "Enter");8await page.waitForLoadState("networkidle");9await qawolf.waitUntil(async () => {10  const text = await page.innerText("h3");11  return text === "qawolf";12});13await qawolf.stopVideos();14const qawolf = require("qawolf");15const browser = await qawolf.launch();16const context = await browser.newContext();17const page = await context.newPage();18await page.click("input[type='text']");19await page.fill("input[type='text']", "qawolf");20await page.press("input[type='text']", "Enter");21await page.waitForLoadState("networkidle");22await qawolf.waitUntil(async () => {23  const text = await page.innerText("h3");24  return text === "qawolf";25});26await qawolf.stopVideos();27const qawolf = require("qawolf");28const browser = await qawolf.launch();29const context = await browser.newContext();30const page = await context.newPage();31await page.click("input[type='text']");32await page.fill("input[type='text']", "qawolf");33await page.press("input[type='text']", "Enter");34await page.waitForLoadState("networkidle");35await qawolf.waitUntil(async () => {36  const text = await page.innerText("h3");

Using AI Code Generation

1const { waitUntil } = require('qawolf');2const { launch } = require('qawolf');3const browser = await launch();4const context = await browser.newContext();5const page = await context.newPage();6await page.type('input[name="q"]', 'qawolf');7await page.click('input[type="submit"]');8await browser.close();

Using AI Code Generation

1const { waitUntil } = require('qawolf');2const { launch } = require('qawolf');3const { click } = require('qawolf');4const { type } = require('qawolf');5const { context } = require('qawolf');6const { closeBrowser } = require('qawolf');7const { openBrowser } = require('qawolf');8const { goto } = require('qawolf');9const { closeTab } = require('qawolf');10const { waitFor } = require('qawolf');11const { checkbox } = require('qawolf');12const { select } = require('qawolf');13const { button } = require('qawolf');14const { text } = require('qawolf');15const { textBox } = require('qawolf');16const { to } = require('qawolf');17const { hover } = require('qawolf');18const { image } = require('qawolf');19const { exists } = require('qawolf');20const { evaluate } = require('qawolf');21const { press } = require('qawolf');22const { scrollTo } = require('qawolf');23const { link } = require('q

Using AI Code Generation

1const { waitUntil } = require("qawolf");2const { launch } = require("qawolf");3async function run() {4  const browser = await launch();5  const context = await browser.newContext();6  const page = await context.newPage();7  await waitUntil(async () => {8    await page.click("text=Google Search");9  });10  await page.click("text=Google Search");11  await page.click("input[name=q]");12  await page.fill("input[name=q]", "Hello World");13  await page.press("input[name=q]", "Enter")

Using AI Code Generation

1const { launch, devices } = require("qawolf");2const iPhone = devices["iPhone 11 Pro"];3const config = { launchOptions: { ...iPhone, headless: false } };4const browser = await launch(config);5const context = await browser.newContext();6const page = await context.newPage();7await page.type("input[name=q]", "qawolf");8await page.click("input[type=submit]");9await page.waitUntil(() => !document.querySelector("input[type=submit]"));10await browser.close();11const { launch, devices } = require("qawolf");12const iPhone = devices["iPhone 11 Pro"];13const config = { launchOptions: { ...iPhone, headless: false } };14const browser = await launch(config);15const context = await browser.newContext();16const page = await context.newPage();17await page.type("input[name=q]", "qawolf");18await page.click("input[type=submit]");19await page.waitUntil(() => document.querySelector("input[type=submit]"));20await browser.close();

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