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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)

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