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How to use res2_clients method in wpt

Best JavaScript code snippet using wpt

query.tentative.https.any.js

Source:query.tentative.https.any.js

1// META: title=Web Locks API: navigator.locks.query method2// META: script=resources/helpers.js3'use strict';4// Returns an array of the modes for the locks with matching name.5function modes(list, name) {6  return list.filter(item => item.name === name).map(item => item.mode);7}8// Returns an array of the clientIds for the locks with matching name.9function clients(list, name) {10  return list.filter(item => item.name === name).map(item => item.clientId);11}12promise_test(async t => {13  const res = uniqueName(t);14  await navigator.locks.request(res, async lock1 => {15    // Attempt to request this again - should be blocked.16    let lock2_acquired = false;17    navigator.locks.request(res, lock2 => { lock2_acquired = true; });18    // Verify that it was blocked.19    await navigator.locks.request(res, {ifAvailable: true}, async lock3 => {20      assert_false(lock2_acquired, 'second request should be blocked');21      assert_equals(lock3, null, 'third request should have failed');22      const state = await navigator.locks.query();23      assert_own_property(state, 'pending', 'State has `pending` property');24      assert_true(Array.isArray(state.pending),25                  'State `pending` property is an array');26      const pending_info = state.pending[0];27      assert_own_property(pending_info, 'name',28                          'Pending info dictionary has `name` property');29      assert_own_property(pending_info, 'mode',30                          'Pending info dictionary has `mode` property');31      assert_own_property(pending_info, 'clientId',32                          'Pending info dictionary has `clientId` property');33      assert_own_property(state, 'held', 'State has `held` property');34      assert_true(Array.isArray(state.held),35                  'State `held` property is an array');36      const held_info = state.held[0];37      assert_own_property(held_info, 'name',38                          'Held info dictionary has `name` property');39      assert_own_property(held_info, 'mode',40                          'Held info dictionary has `mode` property');41      assert_own_property(held_info, 'clientId',42                          'Held info dictionary has `clientId` property');43    });44  });45}, 'query() returns dictionaries with expected properties');46promise_test(async t => {47  const res = uniqueName(t);48  await navigator.locks.request(res, async lock1 => {49    const state = await navigator.locks.query();50    assert_array_equals(modes(state.held, res), ['exclusive'],51                        'Held lock should appear once');52  });53  await navigator.locks.request(res, {mode: 'shared'}, async lock1 => {54    const state = await navigator.locks.query();55    assert_array_equals(modes(state.held, res), ['shared'],56                        'Held lock should appear once');57  });58}, 'query() reports individual held locks');59promise_test(async t => {60  const res1 = uniqueName(t);61  const res2 = uniqueName(t);62  await navigator.locks.request(res1, async lock1 => {63    await navigator.locks.request(res2, {mode: 'shared'}, async lock2 => {64      const state = await navigator.locks.query();65      assert_array_equals(modes(state.held, res1), ['exclusive'],66                          'Held lock should appear once');67      assert_array_equals(modes(state.held, res2), ['shared'],68                          'Held lock should appear once');69    });70  });71}, 'query() reports multiple held locks');72promise_test(async t => {73  const res = uniqueName(t);74  await navigator.locks.request(res, async lock1 => {75    // Attempt to request this again - should be blocked.76    let lock2_acquired = false;77    navigator.locks.request(res, lock2 => { lock2_acquired = true; });78    // Verify that it was blocked.79    await navigator.locks.request(res, {ifAvailable: true}, async lock3 => {80      assert_false(lock2_acquired, 'second request should be blocked');81      assert_equals(lock3, null, 'third request should have failed');82      const state = await navigator.locks.query();83      assert_array_equals(modes(state.pending, res), ['exclusive'],84                          'Pending lock should appear once');85      assert_array_equals(modes(state.held, res), ['exclusive'],86                          'Held lock should appear once');87    });88  });89}, 'query() reports pending and held locks');90promise_test(async t => {91  const res = uniqueName(t);92  await navigator.locks.request(res, {mode: 'shared'}, async lock1 => {93    await navigator.locks.request(res, {mode: 'shared'}, async lock2 => {94      const state = await navigator.locks.query();95      assert_array_equals(modes(state.held, res), ['shared', 'shared'],96                          'Held lock should appear twice');97    });98  });99}, 'query() reports held shared locks with appropriate count');100promise_test(async t => {101  const res = uniqueName(t);102  await navigator.locks.request(res, async lock1 => {103    let lock2_acquired = false, lock3_acquired = false;104    navigator.locks.request(res, {mode: 'shared'},105                            lock2 => { lock2_acquired = true; });106    navigator.locks.request(res, {mode: 'shared'},107                            lock3 => { lock3_acquired = true; });108    await navigator.locks.request(res, {ifAvailable: true}, async lock4 => {109      assert_equals(lock4, null, 'lock should not be available');110      assert_false(lock2_acquired, 'second attempt should be blocked');111      assert_false(lock3_acquired, 'third attempt should be blocked');112      const state = await navigator.locks.query();113      assert_array_equals(modes(state.held, res), ['exclusive'],114                          'Held lock should appear once');115      assert_array_equals(modes(state.pending, res), ['shared', 'shared'],116                          'Pending lock should appear twice');117    });118  });119}, 'query() reports pending shared locks with appropriate count');120promise_test(async t => {121  const res1 = uniqueName(t);122  const res2 = uniqueName(t);123  await navigator.locks.request(res1, async lock1 => {124    await navigator.locks.request(res2, async lock2 => {125      const state = await navigator.locks.query();126      const res1_clients = clients(state.held, res1);127      const res2_clients = clients(state.held, res2);128      assert_equals(res1_clients.length, 1, 'Each lock should have one holder');129      assert_equals(res2_clients.length, 1, 'Each lock should have one holder');130      assert_array_equals(res1_clients, res2_clients,131                          'Both locks should have same clientId');132    });133  });134}, 'query() reports the same clientId for held locks from the same context');135promise_test(async t => {136  const res = uniqueName(t);137  const worker = new Worker('resources/worker.js');138  t.add_cleanup(() => { worker.terminate(); });139  await postToWorkerAndWait(140    worker, {op: 'request', name: res, mode: 'shared'});141  await navigator.locks.request(res, {mode: 'shared'}, async lock => {142    const state = await navigator.locks.query();143    const res_clients = clients(state.held, res);144    assert_equals(res_clients.length, 2, 'Clients should have same resource');145    assert_not_equals(res_clients[0], res_clients[1],146                      'Clients should have different ids');147  });148}, 'query() reports different ids for held locks from different contexts');149promise_test(async t => {150  const res1 = uniqueName(t);151  const res2 = uniqueName(t);152  const worker = new Worker('resources/worker.js');153  t.add_cleanup(() => { worker.terminate(); });154  // Acquire 1 in the worker.155  await postToWorkerAndWait(worker, {op: 'request', name: res1})156  // Acquire 2 here.157  await new Promise(resolve => {158    navigator.locks.request(res2, lock => {159      resolve();160      return new Promise(() => {}); // Never released.161    });162  });163  // Request 2 in the worker.164  postToWorkerAndWait(worker, {op: 'request', name: res2});165  assert_true((await postToWorkerAndWait(worker, {166    op: 'request', name: res2, ifAvailable: true167  })).failed, 'Lock request should have failed');168  // Request 1 here.169  navigator.locks.request(170    res1, t.unreached_func('Lock should not be acquired'));171  // Verify that we're seeing a deadlock.172  const state = await navigator.locks.query();173  const res1_held_clients = clients(state.held, res1);174  const res2_held_clients = clients(state.held, res2);175  const res1_pending_clients = clients(state.pending, res1);176  const res2_pending_clients = clients(state.pending, res2);177  assert_equals(res1_held_clients.length, 1);178  assert_equals(res2_held_clients.length, 1);179  assert_equals(res1_pending_clients.length, 1);180  assert_equals(res2_pending_clients.length, 1);181  assert_equals(res1_held_clients[0], res2_pending_clients[0]);182  assert_equals(res2_held_clients[0], res1_pending_clients[0]);...

query.test.ts

Source:query.test.ts

1import {2  beforeEachHandle,3  createWebLocksInstance,4  generateRandomId,5  LockInfo,6} from "./helpers";7// Returns an array of the modes for the locks with matching name.8function modes(list: LockInfo[], name: string) {9  return list.filter((item) => item.name === name).map((item) => item.mode);10}11// Returns an array of the clientIds for the locks with matching name.12function clients(list: LockInfo[], name: string) {13  return list.filter((item) => item.name === name).map((item) => item.clientId);14}15describe("Web Locks API: navigator.locks.query method", () => {16  beforeEachHandle();17  test("query() returns dictionaries with expected properties", async () => {18    const webLocks = createWebLocksInstance();19    const sourceName = generateRandomId();20    await webLocks.request(sourceName, async (lock1) => {21      // Attempt to request this again - should be blocked.22      let lock2_acquired = false;23      webLocks.request(sourceName, (lock2) => {24        lock2_acquired = true;25      });26      // Verify that it was blocked.27      await webLocks.request(28        sourceName,29        { ifAvailable: true },30        async (lock3) => {31          // second request should be blocked32          expect(lock2_acquired).toBeFalsy();33          // third request should have failed34          expect(lock3).toEqual(null);35          const state = await webLocks.query();36          // State has `pending` property37          expect(state).toHaveProperty("pending");38          // State `pending` property is an array39          expect(Array.isArray(state.pending)).toBeTruthy();40          const pending_info = state.pending[0];41          // Pending info dictionary has `name` property42          expect(pending_info).toHaveProperty("name");43          // Pending info dictionary has `mode` property44          expect(pending_info).toHaveProperty("mode");45          // Pending info dictionary has `clientId` property46          expect(pending_info).toHaveProperty("clientId");47          // State has `held` property48          expect(state).toHaveProperty("held");49          // State `held` property is an array50          expect(Array.isArray(state.held)).toBeTruthy();51          const held_info = state.held[0];52          // Held info dictionary has `name` property53          expect(held_info).toHaveProperty("name");54          // Held info dictionary has `mode` property55          expect(held_info).toHaveProperty("mode");56          // Held info dictionary has `clientId` property57          expect(held_info).toHaveProperty("clientId");58        }59      );60    });61  });62  test("query() reports individual held locks", async () => {63    const webLocks = createWebLocksInstance();64    const sourceName = generateRandomId();65    await webLocks.request(sourceName, async (lock1) => {66      const state = await webLocks.query();67      // Held lock should appear once68      expect(modes(state.held, sourceName)).toEqual(["exclusive"]);69    });70    await webLocks.request(sourceName, { mode: "shared" }, async (lock1) => {71      const state = await webLocks.query();72      // Held lock should appear once73      expect(modes(state.held, sourceName)).toEqual(["shared"]);74    });75  });76  test("query() reports multiple held locks", async () => {77    const webLocks = createWebLocksInstance();78    const sourceName1 = generateRandomId();79    const sourceName2 = generateRandomId();80    await webLocks.request(sourceName1, async (lock1) => {81      await webLocks.request(sourceName2, { mode: "shared" }, async (lock2) => {82        const state = await webLocks.query();83        // SHeld lock should appear once84        expect(modes(state.held, sourceName1)).toEqual(["exclusive"]);85        // Held lock should appear once86        expect(modes(state.held, sourceName2)).toEqual(["shared"]);87      });88    });89  });90  test("query() reports pending and held locks", async () => {91    const webLocks = createWebLocksInstance();92    const sourceName = generateRandomId();93    await webLocks.request(sourceName, async (lock1) => {94      // Attempt to request this again - should be blocked.95      let lock2_acquired = false;96      webLocks.request(sourceName, (lock2) => {97        lock2_acquired = true;98      });99      // Verify that it was blocked.100      await webLocks.request(101        sourceName,102        { ifAvailable: true },103        async (lock3) => {104          // second request should be blocked105          expect(lock2_acquired).toBeFalsy();106          // third request should have failed107          expect(lock3).toEqual(null);108          const state = await webLocks.query();109          // Pending lock should appear once110          expect(modes(state.pending, sourceName)).toEqual(["exclusive"]);111          // Held lock should appear once112          expect(modes(state.held, sourceName)).toEqual(["exclusive"]);113        }114      );115    });116  });117  test("query() reports held shared locks with appropriate count", async () => {118    const webLocks = createWebLocksInstance();119    const sourceName = generateRandomId();120    await webLocks.request(sourceName, { mode: "shared" }, async (lock1) => {121      await webLocks.request(sourceName, { mode: "shared" }, async (lock2) => {122        const state = await webLocks.query();123        // Held lock should appear twice124        expect(modes(state.held, sourceName)).toEqual(["shared", "shared"]);125      });126    });127  });128  test("query() reports pending shared locks with appropriate count", async () => {129    const webLocks = createWebLocksInstance();130    const sourceName = generateRandomId();131    await webLocks.request(sourceName, async (lock1) => {132      let lock2_acquired = false,133        lock3_acquired = false;134      webLocks.request(sourceName, { mode: "shared" }, (lock2) => {135        lock2_acquired = true;136      });137      webLocks.request(sourceName, { mode: "shared" }, (lock3) => {138        lock3_acquired = true;139      });140      await webLocks.request(141        sourceName,142        { ifAvailable: true },143        async (lock4) => {144          // lock should not be available145          expect(lock4).toEqual(null);146          // second attempt should be blocked147          expect(lock2_acquired).toBeFalsy();148          // third attempt should be blocked149          expect(lock3_acquired).toBeFalsy();150          const state = await webLocks.query();151          // Held lock should appear once152          expect(modes(state.held, sourceName)).toEqual(["exclusive"]);153          // Pending lock should appear twice154          expect(modes(state.pending, sourceName)).toEqual([155            "shared",156            "shared",157          ]);158        }159      );160    });161  });162  test("query() reports the same clientId for held locks from the same context", async () => {163    const webLocks = createWebLocksInstance();164    const sourceName1 = generateRandomId();165    const sourceName2 = generateRandomId();166    await webLocks.request(sourceName1, async (lock1) => {167      await webLocks.request(sourceName2, async (lock2) => {168        const state = await webLocks.query();169        const res1_clients = clients(state.held, sourceName1);170        const res2_clients = clients(state.held, sourceName2);171        // Each lock should have one holder172        expect(res1_clients.length).toEqual(1);173        // Each lock should have one holder174        expect(res2_clients.length).toEqual(1);175        // Both locks should have same clientId176        expect(res1_clients).toEqual(res2_clients);177      });178    });179  });180  // TODO: other method to replace181  test("query() reports different ids for held locks from different contexts", async () => {});...

Using AI Code Generation

1var wpt = require('webpagetest');2var api = wpt('www.webpagetest.org');3api.runTest(url, { location: 'Dulles:Chrome', connectivity: 'Cable', firstViewOnly: true, video: true, label: 'Test' }, function(err, data) {4  if (err) return console.error(err);5  var testId = data.data.testId;6  api.getTestResults(testId, function(err, data) {7    if (err) return console.error(err);8    console.log(data);9  });10});11api.getLocations(function(err, data) {12  if (err) return console.error(err);13  console.log(data);14});15api.getTesters(function(err, data) {16  if (err) return console.error(err);17  console.log(data);18});19api.getTesters("Dulles", function(err, data) {20  if (err) return console.error(err);21  console.log(data);22});23api.getTesters("Dulles", "Chrome", function(err, data) {24  if (err) return console.error(err);25  console.log(data);26});27api.getTesters("Dulles", "Chrome", "Cable", function(err, data) {28  if (err) return console.error(err);29  console.log(data);30});31api.getTesters("Dulles", "Chrome", "Cable", "3G", function(err, data) {32  if (err) return console.error(err);33  console.log(data);34});35api.getTesters("Dulles", "Chrome", "Cable", "3G", "1", function(err, data) {36  if (err) return console.error(err);37  console.log(data);38});39api.getTesters("Dulles", "Chrome", "Cable", "3G", "1", "true", function(err, data) {40  if (err) return console.error(err);41  console.log(data);42});43api.getTesters("Dulles", "Chrome", "Cable", "3G", "1", "true", "false", function(err, data) {44  if (err) return console.error(err);45  console.log(data);46});47api.getTesters("Dulles", "Chrome", "C

Using AI Code Generation

1var wpt = require('webpagetest');2var wpt = new WebPageTest('www.webpagetest.org', 'A.0d2f2f7f9c9a8a0a3c3b1e0f0f0a0a0');3var testId = '140819_F9_1R8';4wpt.res2_clients(testId, function(err, data) {5  if (err) throw err;6  console.log(data);7});

Using AI Code Generation

1var wpt = require('wpt');2var wpt_config = require('./config.json');3var client = wpt.createClient(wpt_config);4client.res2_clients(function(err, res) {5  if(err) {6    console.log(err);7  }8  else {9    console.log(res);10  }11});

Using AI Code Generation

1var wpt = require('webpagetest');2var options = {3};4var wpt = new WebPageTest(options);5wpt.runTest(url, function(err, data) {6    if (err) return console.error(err);7    console.log('Test submitted to WebPageTest for %s', url);8    console.log('View your test at: %s', data.data.userUrl);9    var testId = data.data.testId;10    wpt.getTestResults(testId, function(err, data) {11        if (err) return console.error(err);12        console.log('Test completed for %s', url);13        console.log('First View (i.e. Load Time): %d ms', data.data.average.firstView.loadTime);14        console.log('Repeat View (i.e. Load Time): %d ms', data.data.average.repeatView.loadTime);15    });16});

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