How to use the cd function from shelljs
Find comprehensive JavaScript shelljs.cd code examples handpicked from public code repositorys.
shelljs.cd is a JavaScript API that allows you to change the current working directory of a Node.js process using the shell command cd.
GitHub: crimx/ext-saladict
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cleanInit() await cloneFiles() shell.echo('\nCleaning files.') shell.cd(path.resolve(__dirname)) shell.rm('-rf', cacheDir) shell.echo('\ndone.') }
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sh.cd(extensionDir); extensionList.forEach(extension => { if (sh.test('-d', extension.path)) { sh.cd(extension.path); sh.exec('git checkout ' + extensionBranch); sh.exec('git pull'); } else { sh.exec('git clone -b ' + extensionBranch + ' ' + extension.url);
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How does shelljs.cd work?
shelljs.cd is a JavaScript API that allows you to change the current working directory of a Node.js process using the shell command cd. When you call shelljs.cd with a directory path as its argument, it will change the current working directory of the Node.js process to the specified directory. If the directory path is relative, it will be interpreted as relative to the current working directory of the Node.js process. If the directory path is absolute, it will be used as-is. Here's an example of how you could use shelljs.cd to change the current working directory of a Node.js process: javascript Copy code {{{{{{{ const shell = require('shelljs'); console.log(`Current working directory: ${process.cwd()}`); shell.cd('../'); console.log(`New working directory: ${process.cwd()}`); In this example, we first log the current working directory of the Node.js process using the process.cwd() method. We then call shelljs.cd with a relative directory path to move up one directory level. Finally, we log the new current working directory of the Node.js process to the console using process.cwd() again. By using shelljs.cd, we can easily change the current working directory of a Node.js process within our JavaScript code, making it easy to work with files and directories in different locations.
GitHub: txd-team/docsite
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// fs.writeFileSync(path.join(process.cwd(), './.docsite'), ''); fs.copySync(path.join(__dirname, '../website'), dir); console.log(chalk.green('Project folder was created successfully.')); shell.cd(dir); try { shell.exec('npm i'); } catch (err) { console.log(chalk.red('Dependencies install failed, please reinstall again!'));
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const targetPath = path.join(STATIC_URL, `bklesscode-proj-${projectId}`) const projectPath = path.resolve('./') return new Promise(async (resolve, reject) => { try { shell.cd(STATIC_URL) const targz = `tar zcf bklesscode-proj-${projectId}.tar.gz -C ./${sourceDir} .` shell.exec(targz) shell.cd(projectPath)
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Ai Example
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const shell = require("shelljs"); console.log(`Current working directory: ${process.cwd()}`); shell.cd("../"); console.log(`New working directory: ${process.cwd()}`);
In this example, we first log the current working directory of the Node.js process using the process.cwd() method. We then call shelljs.cd with a relative directory path to move up one directory level. Finally, we log the new current working directory of the Node.js process to the console using process.cwd() again. By using shelljs.cd, we can easily change the current working directory of a Node.js process within our JavaScript code, making it easy to work with files and directories in different locations.
GitHub: o1-labs/zkapp-cli
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if (!pkgJson.dependencies) pkgJson['dependencies'] = {}; pkgJson.dependencies.snarkyjs = '0.*'; fs.writeJSONSync(path.join('ui', 'package.json'), pkgJson, { spaces: 2 }); // Use `install`, not `ci`, b/c these won't have package-lock.json yet. sh.cd('ui'); await step( 'UI: NPM install', `npm install --silent > ${isWindows ? 'NUL' : '"/dev/null" 2>&1'}` );
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var commitMessage = shelljs.exec('git log -1 --pretty=%B').stdout.trim(); console.log('COMMIT MESSAGE: ' + commitMessage); // create clone directory fs.mkdirSync('./ej2aspmvc'); // navigate to clone location shelljs.cd('./ej2aspmvc'); var appPath = process.env.BRANCH_NAME == 'master' ? 'ej2aspmvc' : 'ej2aspnetmvc'; // get git url for pull the repository var remotePath = 'https://' + process.env.EJ2_AZURE_CRED + '@' + appPath + '.scm.azurewebsites.net:443/' + appPath + '.git'; shelljs.exec('git init && git fetch ' + remotePath + ' master && git checkout master');
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return arrayOfFiles; }; async function main() { shell.cd(projectRoot); if (!shell.which('anchor')) { shell.echo( "Sorry, this script requires 'anchor' to be installed in your $PATH"
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} else { certInfo = "US;NY;SomeOrg;SomeName"; fs.writeFileSync(`./.certinfo`, certInfo); } certInfo = certInfo.split(";"); shell.cd(`..`); console.log(""); console.log( `${utils.osPrefix}ZXPSignCmd -selfSignedCert ${certInfo[0]} ${certInfo[1]} ${certInfo[2]} ${certInfo[3]} ${password} ./${rootpath}/archive/temp1.p12` );
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// need to avoid the pod install step - we'll do it later exec( `node ${reactNativePackagePath}/cli.js init RNTestProject --template ${localNodeTGZPath} --skip-install`, ); cd('RNTestProject'); exec('yarn install'); // need to do this here so that Android will be properly setup either way exec(
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const cdRegexp = /^(?:cd\s)([\S|/|.|.]+)+$/i; const cdResult = cmd.match(cdRegexp); if (cdResult) { shell.cd(path.join(shell.pwd().stdout, cdResult[1])); return true; } const exitCode = shell.exec(utils.normalizeCommandWithNvm(cmd), {silent: this._silent}).code;
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GitHub: boomerang-io/worker.cicd
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log.debug("Testing artifacts"); await exec(`${shellDir}/common/initialize-dependencies-java.sh ${taskParams["languageVersion"]}`); if (testTypes.includes(TestType.Static)) { log.debug("Commencing static tests"); shell.cd(workdir); await exec(`${shellDir}/test/static-java.sh \ ${taskParams["buildTool"]} \ ${version} \ ${taskParams["sonarUrl"]} \
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GitHub: TomMalbran/Runner
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* Changes the directory * @param {String} dir * @returns {Void} */ function cd(dir) { Shell.cd(dir); } /** * Changes the directory, if required
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} } compile_code(output) { return new Promise((resolve, reject) => { shell.cd(path.join(__dirname, '..')); if (!fs.existsSync((path.join(__dirname, '..', 'skeleton')))) { shell.exec('git clone --recursive https://github.com/hardwario/twr-skeleton.git skeleton', (error, stdout, stderr) => { if (error) { console.warn(error);
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} } compile_code(output) { return new Promise((resolve, reject) => { shell.cd(path.join(this.user_folder)); if (!fs.existsSync((path.join(this.user_folder, 'skeleton')))) { shell.exec('git clone --recursive https://github.com/hardwario/twr-skeleton.git skeleton', (error, stdout, stderr) => { if (error) { console.warn(error);
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GitHub: cenfun/starfall-cli
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}, // ============================================================================ goTo: (p) => { Util.logCyan(`go to: ${p}`); const sh = shelljs.cd(p); if (sh.code) { Util.logRed(sh.stderr); } return sh.code;
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GitHub: strong6208/eslint
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* @returns {void} */ function commitSiteToGit(tag) { const currentDir = pwd(); cd(SITE_DIR); exec("git add -A ."); exec(`git commit -m "Added release blog post for ${tag}"`); exec(`git tag ${tag}`); exec("git fetch origin && git rebase origin/main");
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enableProfiler === undefined ? "false" : enableProfiler }` ); console.log("--------------------"); shell.exec(`mkdir ${projectName}`); shell.cd(`${projectName}`); shell.exec(`git clone ${targetRepo} .`); shell.exec(`git checkout -B ${branchName} remotes/origin/${branchName}`); shell.exec("git checkout --orphan latest_branch");
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logger.info('Set up a new team and invited maintainers!'); } function pushOriginalContents() { logger.trace('Setting up duplicate repo...'); shell.cd('repo'); // If we can't find the repo, clone it if (shell.cd(repository).code !== 0) { logger.debug("Can't find source repo locally. Cloning it..."); shell.exec(`git clone ${originalUrl} ${repository}`);
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if (code) { shell.exit(0); } // Navigate & validate that we are inside the new block directory. const codeError = shell.cd(`${NEW_BLOCK_DIRECTORY_PATH}`).code; if (codeError) { shell.exit(0); }
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GitHub: zingGit/floatbutton
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function getBuildHash(dirName) { return __awaiter(this, void 0, void 0, function* () { return new Promise((resovle, reject) => { const workDir = path.normalize(`${dirName}/../../../`); console.log(`work dir`, workDir); shelljs.cd(workDir); shelljs.exec("git rev-parse --short HEAD", { encoding: "utf-8" }, (code, stdout, stderr) => { if (code !== 0) { reject(stderr); }
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shelljs.exec is the most popular function in shelljs (4615 examples)