How to use readdirAsync method in taiko

Best JavaScript code snippet using taiko

loadData.js

Source:loadData.js

...84  [DBF]: require('../src/loaders')[DBF].bind({ pgEnv, pgConnectStr }),85}86const handleTableInheritance = require('../src/utils/handleTableInheritance').bind({ pgEnv })87async function loadData () {88  const agencies = reqAgencies || await readdirAsync(dataDir)89  for (let i = 0; i < agencies.length; ++i) {90    const agency = agencies[i]91    const agencyDir = join(dataDir, agency)92    const dataSourceFormats = (reqDataSourceFormats)93        ? (await readdirAsync(agencyDir)).filter(f => reqDataSourceFormats.includes(f))94        : await readdirAsync(agencyDir)95    const unsupportedFormats = dataSourceFormats.filter(format => !loaders[format])96    if (unsupportedFormats.length) {97      throw new Error(`Unrecognized data formats: ${unsupportedFormats}`)98    }99    for (let j = 0; j < dataSourceFormats.length; ++j) {100      const dataSourceFormat = dataSourceFormats[j]101      const dataSourceFormatDir = join(agencyDir, dataSourceFormat)102      const domains = (reqDomains)103          ? (await readdirAsync(dataSourceFormatDir)).filter(f => reqDomains.includes(f))104          : await readdirAsync(dataSourceFormatDir)105      // Load the domains in parallel106      await Promise.all(107        domains.map((domain) => (async () => {108          try {109            const geographyTypeDir = join(dataSourceFormatDir, domain)110            const versions = (reqVersions)111                ? (await readdirAsync(geographyTypeDir)).filter(f => reqVersions.includes(f))112                : await readdirAsync(geographyTypeDir)113            for (let k = 0; k < versions.length; ++k) {114              const version = versions[k]115              const versionDir = join(geographyTypeDir, version)116              const states = (reqStates)117                  ? (await readdirAsync(versionDir)).filter(f => reqStates.includes(f))118                  : await readdirAsync(versionDir)119              for (let m = 0; m < states.length; ++m) {120                const state = states[m]121                const dir = join(versionDir, state)122                const filenames = await readdirAsync(dir)123                const zipFiles = filenames.filter(fname => extname(fname) === '.zip')124                if (zipFiles.length) {125                  if (zipFiles.length > 1) {126                    console.error(`INVARIANT BROKEN: more than one zip archive in ${dir}`)127                    return128                  }129                  await execAsync(`unzip -o ${join(dir, zipFiles[0])} -d ${dir}`)130                }131                const datafiles = (await readdirAsync(dir)).filter(fname => extname(fname) !== '.zip')132                if (!datafiles.length) {133                  return134                }135                if (((dataSourceFormat === CSV) || (dataSourceFormat === TSV)) && (datafiles.length > 1)) {136                  console.error(`INVARIANT BROKEN: more than one datafile ${dir}`)137                  return138                }139                const schema = state.toLowerCase()140                const parentTableName = (dataSourceFormat === SHP) ? `${domain}_shp` : domain141                const tableName = `${parentTableName}_v${version}`142                try {143                  await execAsync(`psql -c 'CREATE SCHEMA IF NOT EXISTS "${schema}";'`, { env: pgEnv })144                } catch (err) {145                  // Ignore race-condition error: IF NOT EXISTS is not thread-safe. Annoying, but harmless....

tracking.test.js

Source:tracking.test.js

...64    sendPending().then(sendPendingResult => {65      expect(sendPendingResult).to.be.null;66      return generateEvent('segment').then(() => {67        expect(usedUrl).to.equal('https://tracking.serverlessteam.com/v1/track');68        return fse.readdirAsync(cacheDirPath).then(dirFilenames => {69          expect(dirFilenames.filter(isFilename).length).to.equal(0);70        });71      });72    }));73  it('Should cache failed requests and rerun then with sendPending', () => {74    expectedState = 'networkError';75    return generateEvent('user')76      .then(() => {77        expect(usedUrl).to.equal('https://serverless.com/api/framework/track');78        return fse.readdirAsync(cacheDirPath);79      })80      .then(dirFilenames => {81        expect(dirFilenames.filter(isFilename).length).to.equal(1);82        expectedState = 'success';83        return sendPending();84      })85      .then(() => fse.readdirAsync(cacheDirPath))86      .then(dirFilenames => {87        expect(dirFilenames.filter(isFilename).length).to.equal(0);88      });89  });90  it('Should limit concurrent requests at sendPending', () => {91    expectedState = 'networkError';92    expect(pendingRequests).to.equal(0);93    let resolveServerlessExecutionSpan;94    const serverlessExecutionSpan = new BbPromise(95      resolve => (resolveServerlessExecutionSpan = resolve)96    );97    return Promise.all([98      generateEvent('user'),99      generateEvent('user'),100      generateEvent('user'),101      generateEvent('user'),102      generateEvent('user'),103      generateEvent('user'),104      generateEvent('user'),105    ])106      .then(() => {107        return fse.readdirAsync(cacheDirPath);108      })109      .then(dirFilenames => {110        expect(dirFilenames.filter(isFilename).length).to.equal(7);111        expectedState = 'success';112        expect(pendingRequests).to.equal(0);113        concurrentRequestsMax = 0;114        return sendPending({ serverlessExecutionSpan });115      })116      .then(() => fse.readdirAsync(cacheDirPath))117      .then(dirFilenames => {118        expect(dirFilenames.filter(isFilename).length).to.equal(0);119        expect(concurrentRequestsMax).to.equal(3);120        resolveServerlessExecutionSpan();121        return serverlessExecutionSpan;122      });123  });124  it('Should not issue further requests after serverless execution ends', () => {125    expectedState = 'networkError';126    return Promise.all([127      generateEvent('user'),128      generateEvent('user'),129      generateEvent('user'),130      generateEvent('user'),131      generateEvent('user'),132      generateEvent('user'),133      generateEvent('user'),134    ])135      .then(() => {136        return fse.readdirAsync(cacheDirPath);137      })138      .then(dirFilenames => {139        expect(dirFilenames.filter(isFilename).length).to.equal(7);140        expectedState = 'success';141        return sendPending();142      })143      .then(() => fse.readdirAsync(cacheDirPath))144      .then(dirFilenames => {145        expect(dirFilenames.filter(isFilename).length).to.equal(4);146        return fse.emptyDirAsync(cacheDirPath);147      });148  });149  it('Should ditch stale events at sendPending', () => {150    expectedState = 'networkError';151    expect(pendingRequests).to.equal(0);152    let resolveServerlessExecutionSpan;153    const serverlessExecutionSpan = new BbPromise(154      resolve => (resolveServerlessExecutionSpan = resolve)155    );156    return Promise.all([157      generateEvent('user', 0),158      generateEvent('user', 0),159      generateEvent('user'),160      generateEvent('user', 0),161      generateEvent('user'),162      generateEvent('user', 0),163      generateEvent('user', 0),164    ])165      .then(() => {166        return fse.readdirAsync(cacheDirPath);167      })168      .then(dirFilenames => {169        expect(dirFilenames.filter(isFilename).length).to.equal(7);170        expectedState = 'success';171        expect(pendingRequests).to.equal(0);172        concurrentRequestsMax = 0;173        return sendPending({ serverlessExecutionSpan });174      })175      .then(() => fse.readdirAsync(cacheDirPath))176      .then(dirFilenames => {177        expect(dirFilenames.filter(isFilename).length).to.equal(0);178        expect(concurrentRequestsMax).to.equal(2);179        resolveServerlessExecutionSpan();180        return serverlessExecutionSpan;181      });182  });183  it('Should ignore body procesing error', () => {184    expectedState = 'responseBodyError';185    return generateEvent('user')186      .then(() => {187        return fse.readdirAsync(cacheDirPath);188      })189      .then(dirFilenames => {190        expect(dirFilenames.filter(isFilename).length).to.equal(0);191      });192  });...

index.js

Source:index.js

...38 * @param {function} [callback]39 * @returns {Promise<string[]>}40 */41function readdirAsyncPath (dir, options, callback) {42  return readdirAsync(dir, options, callback, {});43}44/**45 * Aynchronous readdir (accepts an error-first callback or returns a {@link Promise}).46 * Results are an array of {@link fs.Stats} objects.47 *48 * @param {string} dir49 * @param {object} [options]50 * @param {function} [callback]51 * @returns {Promise<fs.Stats[]>}52 */53function readdirAsyncStat (dir, options, callback) {54  return readdirAsync(dir, options, callback, { stats: true });55}56/**57 * Aynchronous readdir that returns a {@link stream.Readable} (which is also an {@link EventEmitter}).58 * All stream data events ("data", "file", "directory", "symlink") are passed a path string.59 *60 * @param {string} dir61 * @param {object} [options]62 * @returns {stream.Readable}63 */64function readdirStreamPath (dir, options) {65  return readdirStream(dir, options, {});66}67/**68 * Aynchronous readdir that returns a {@link stream.Readable} (which is also an {@link EventEmitter})...

Using AI Code Generation

1const { readdirAsync } = require('taiko');2const { openBrowser, goto, closeBrowser } = require('taiko');3(async () => {4    try {5        await openBrowser();6        const files = await readdirAsync('test');7        console.log(files);8    } catch (error) {9        console.error(error);10    } finally {11        await closeBrowser();12    }13})();14const { readdirSync } = require('taiko');15const { openBrowser, goto, closeBrowser } = require('taiko');16(async () => {17    try {18        await openBrowser();19        const files = readdirSync('test');20        console.log(files);21    } catch (error) {22        console.error(error);23    } finally {24        await closeBrowser();25    }26})();27const { removeFile } = require('taiko');28const { openBrowser, goto, closeBrowser } = require('taiko');29(async () => {30    try {31        await openBrowser();32        await removeFile('test');33    } catch (error) {34        console.error(error);35    } finally {36        await closeBrowser();37    }38})();39const { removeFileSync } = require('taiko');40const { openBrowser, goto, closeBrowser } = require('taiko');41(async () => {42    try {43        await openBrowser();44        removeFileSync('test');45    } catch (error) {46        console.error(error);47    } finally {48        await closeBrowser();49    }50})();

Using AI Code Generation

1const { readdirAsync } = require('taiko');2const { openBrowser, goto, closeBrowser } = require('taiko');3(async () => {4    try {5        await openBrowser();6        await goto("google.com");7        const files = await readdirAsync('C:/Users/username/Downloads');8        console.log(files);9    } catch (error) {10        console.error(error);11    } finally {12        await closeBrowser();13    }14})();

Using AI Code Generation

1const { readdirAsync } = require('taiko');2(async () => {3    let files = await readdirAsync('./');4    console.log(files);5})();6const { readdirSync } = require('taiko');7(async () => {8    let files = readdirSync('./');9    console.log(files);10})();11const { removeAsync } = require('taiko');12(async () => {13    let status = await removeAsync('./test.txt');14    console.log(status);15})();16const { removeSync } = require('taiko');17(async () => {18    let status = removeSync('./test.txt');19    console.log(status);20})();21const { renameAsync } = require('taiko');22(async () => {23    let status = await renameAsync('./test.txt', './test1.txt');24    console.log(status);25})();26const { renameSync } = require('taiko');27(async () => {28    let status = renameSync('./test.txt', './test1.txt');29    console.log(status);30})();31const { rmdirAsync } = require('taiko');32(async () => {33    let status = await rmdirAsync('./test');34    console.log(status);35})();36const { rmdirSync } = require('taiko');37(async () => {38    let status = rmdirSync('./test');39    console.log(status);40})();41const { statAsync } = require('taiko');42(async () => {43    let status = await statAsync('./test.txt');44    console.log(status);45})();46const { statSync } = require('taiko');47(async () => {48    let status = statSync('./test.txt');49    console.log(status);50})();51const { touch

Using AI Code Generation

1(async () => {2    try {3        const files = await readdirAsync('./test');4        console.log(files);5    } catch (err) {6        console.error(err);7    }8})();9readdir('./test', (err, files) => {10    if (err) {11        console.error(err);12    }13    console.log(files);14});15try {16    const files = readdirSync('./test');17    console.log(files);18} catch (err) {19    console.error(err);20}

Using AI Code Generation

1(async () => {2    try {3        let files = await readdirAsync("./test");4        console.log(files);5    } catch (err) {6        console.log(err);7    }8})();9### readdirAsync(directoryPath, [options])10[MIT](LICENSE)

Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.