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How to use RunnerClient method in qawolf

Best JavaScript code snippet using qawolf

remote-tasks.js

Source:remote-tasks.js

...114	return new RemoteTaskRunnerServer( ...vx );115}116// ---------------------------------------------------------------------------117// ---------------------------------------------------------------------------118function frtRunnerClient( ...vx ){119	return new RemoteTaskRunnerClient( ...vx );120}121// ===========================================================================122// exports123// ===========================================================================124module.exports = {125	// conventional naming -------------------------126	127	// typical usage 128	serve : frtRunnerServer,129	client : ffpCallerClient,130	// flipped usage 131	provide : frtRunnerClient,132	marshal : ffpCallerServer,133	...

taskAnalyzer.ts

Source:taskAnalyzer.ts

1/*!2 * Copyright (c) Microsoft Corporation. All rights reserved.3 * Licensed under the MIT License.4 */5import { assert } from "@fluidframework/common-utils";6import { ISequencedClient } from "@fluidframework/protocol-definitions";7export interface IHelpTasks {8    robot: string[];9    browser: string[];10}11const isRobot = (client: ISequencedClient): boolean => {12    return !(client.client?.details?.capabilities?.interactive ?? true);13};14/**15 * For a given list of connected clients and tasks to run, this function calculates need for local & remote help.16 * Right now only one client (aka leader) is allowed to run tasks and ask for local and remote.17 * To become completely distributed, each client should take into account other client permissions18 * and calculate help list. Then each client will pick up work independently and only leader will19 * ask for help.20 * TODO: Make this run on all clients once services are hardened better.21 * @param runnerClientId - Client making this call.22 * @param clients - List of all clients currently in the system.23 * @param tasks - Tasks to be performed.24 */25export function analyzeTasks(26    runnerClientId: string,27    clients: Map<string, ISequencedClient>,28    tasks: string[]): IHelpTasks | undefined {29    const robotClients = [...clients].filter((client) => isRobot(client[1]));30    const handledTasks = robotClients.map((robot) => robot[1].client.details.type);31    const unhandledTasks = tasks.filter((task) => !handledTasks.includes(task));32    if (unhandledTasks.length > 0) {33        // eslint-disable-next-line @typescript-eslint/no-non-null-assertion34        const runnerClient = clients.get(runnerClientId)!;35        assert(!!runnerClient);   // assume runnerClientId must be in the clients list.36        const permission = runnerClient.client && runnerClient.client.permission ? runnerClient.client.permission : [];37        const allowedTasks = unhandledTasks.filter((task) => permission && permission.includes(task));38        const robotNeeded = unhandledTasks.filter((task) => permission && !permission.includes(task));39        return {40            browser: allowedTasks,41            robot: robotNeeded,42        };43    }...

runner-client.js

Source:runner-client.js

...9  t.snapshot(client.ws.send.args)10}11test.cb('run a race', t => {12  const fn = sinon.spy()13  const client = new RunnerClient()14  client.enqueueRace('foo', fn)15  setTimeout(() => {16    t.true(fn.calledOnce)17    checkMessageSequence(t, client)18    t.end()19  }, CI ? 100 : 0)20})21test.cb('run an async race', t => {22  const fn = sinon.stub().callsFake(() => Promise.resolve())23  const client = new RunnerClient()24  client.enqueueRace('foo', fn)25  // Use setTimeout here because of Promise#then26  setTimeout(() => {27    t.true(fn.calledOnce)28    checkMessageSequence(t, client)29    t.end()30  }, CI ? 100 : 10)31})32test.cb('run multiple races in band', t => {33  const client = new RunnerClient()34  const fn1 = sinon.spy()35  const fn2 = sinon.stub().callsFake(() => Promise.resolve())36  const fn3 = sinon.spy()37  client.enqueueRace('foo', fn1)38  client.enqueueRace('bar', fn2)39  client.enqueueRace('baz', fn3)40  // Use setTimeout here because of Promise#then41  setTimeout(() => {42    t.true(fn1.calledOnce)43    t.true(fn2.calledAfter(fn1))44    t.true(fn3.calledAfter(fn2))45    checkMessageSequence(t, client)46    t.end()47  }, CI ? 100 : 10)48})49test.cb('handle exception in a race', t => {50  const client = new RunnerClient()51  const fnThrow = () => { throw new Error('error') }52  client.enqueueRace('foo', fnThrow, false)53  client.enqueueRace('bar', fnThrow, true)54  client.enqueueRace('baz', () => {}, false)55  setTimeout(() => {56    checkMessageSequence(t, client)57    t.end()58  }, CI ? 100 : 0)...

Using AI Code Generation

1const { RunnerClient } = require('qawolf');2const client = new RunnerClient();3{4  "scripts": {5  },6  "dependencies": {7  }8}

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