Top 10 Examples of "keytar in functional component" in JavaScript

async init() {
        const password = await keytar.getPassword('edu.stanford.Almond', 'database-key');
        if (password) {
            this._sqliteKey = password;

            const sqlcipherCompat = this._prefs.get('sqlcipher-compatibility') || 3;
            if (sqlcipherCompat !== 4) {
                // if the database was created with an older version of sqlcipher, we need
                // to tell sqlcipher what parameters to use to hash the key and encrypt/decrypt
                //
                // we do so with a temporary database to issue a pragma
                const tmpdb = new sqlite3.Database(':memory:');
                tmpdb.run('PRAGMA cipher_default_compatibility = ' + sqlcipherCompat);

                await new Promise((resolve, reject) => {
                    tmpdb.close((err) => {
                        if (err)
                            reject(err);

_migrateKeychain() {
    console.log("---> Migrating keychain from Nylas Mail Basic")
    try {
      const raw = keytar.getPassword("Nylas Mail", "Nylas Mail Keys") || "{}";
      const passwords = JSON.parse(raw);
      const token = passwords["Nylas Account"]
      if (token) {
        keytar.replacePassword("Nylas", "Nylas Account", token)
      }
    } catch (err) {
      console.error(err);
      // dont' throw
    }
  }

loadAuthTokens: function(successCallback) {
        keytar.findCredentials("Tomatoad_Slack").then(creds => {
            _authTokens = {}

            let remaining = creds.length

            if(creds.length === 0) {
                successCallback()
            }

            creds.forEach(cred => {
                // Note that I'm re-looking up the password using getPassword rather than just
                // using the cred.password field because of this bug ...
                // https://github.com/atom/node-keytar/issues/96
                // Once released, I can remove the getPassword call and just use cred.password.

                keytar.getPassword("Tomatoad_Slack", cred.account).then(pw => {
                    _authTokens[cred.account] = pw;

_writeKeyHash(keys) {
    // returns true if successful
    return keytar.replacePassword(this.SERVICE_NAME, this.KEY_NAME, JSON.stringify(keys));
  }

}

    const notification = {
      title: 'Keys Done Generating',
      body: 'Copy your public key by clicking the icon to the right of your name.',
    }

    this.props.toggleGeneratingKey()
    this.setState({ submitted: true })
    await this.props.addKey({ id: 999, name, privateKeyArmored: 'generating' })
    const key = await generateKey({ name, email }, passphrase)
    key.avatar = 9
    key.id = 999

    new Notification(notification.title, notification) // eslint-disable-line no-new
    keytar.addPassword('felony', `${ name } <${ email }>`, passphrase)
    await this.props.addKey(key)
    this.props.toggleGeneratingKey()
  }

// Previously the master key was binary encoded, which caused compatibility
  // issues with various keyrings. In 0.8.3, switch to hex encoding for storage.
  const oldAccountName = 'login master key'
  const accountName = 'login master key v2'
  let oldMasterKey = keytar.getPassword(appName, oldAccountName)
  let masterKey = keytar.getPassword(appName, accountName)

  let success = false

  if (masterKey === null) {
    if (typeof oldMasterKey === 'string') {
      // The user made a v1 (binary) key. Try converting it to hex if it
      // appears to be 32 bytes.
      let oldBuffer = new Buffer(oldMasterKey, 'binary')
      if (oldBuffer.length === 32) {
        success = keytar.addPassword(appName, accountName, oldBuffer.toString('hex'))
      }
    }

    // Either the user denied access or no master key has ever been created.
    // We can't tell the difference so try making a new master key.
    success = success || keytar.addPassword(appName, accountName, CryptoUtil.getRandomBytes(32).toString('hex'))

    if (success) {
      // A key should have been created
      masterKey = keytar.getPassword(appName, accountName)
    }
  }

  if (typeof masterKey === 'string') {
    // Convert from hex to binary
    return (new Buffer(masterKey, 'hex')).toString('binary')

let success = false

  if (masterKey === null) {
    if (typeof oldMasterKey === 'string') {
      // The user made a v1 (binary) key. Try converting it to hex if it
      // appears to be 32 bytes.
      let oldBuffer = new Buffer(oldMasterKey, 'binary')
      if (oldBuffer.length === 32) {
        success = keytar.addPassword(appName, accountName, oldBuffer.toString('hex'))
      }
    }

    // Either the user denied access or no master key has ever been created.
    // We can't tell the difference so try making a new master key.
    success = success || keytar.addPassword(appName, accountName, CryptoUtil.getRandomBytes(32).toString('hex'))

    if (success) {
      // A key should have been created
      masterKey = keytar.getPassword(appName, accountName)
    }
  }

  if (typeof masterKey === 'string') {
    // Convert from hex to binary
    return (new Buffer(masterKey, 'hex')).toString('binary')
  } else {
    throttleKeytar = true
    setTimeout(() => {
      throttleKeytar = false
    }, 1000 * 60 * 60 * 24)
    return null

'use strict';

const speakeasy = require('speakeasy');
const notifier = require('node-notifier');
const keytar = require('keytar');
const ncp = require('copy-paste');

if (!process.argv[2]) {
  console.error('Usage: quick-2fa --save KEY-NAME YOUR-KEY');
  console.error('Usage: quick-2fa KEY-NAME');
  process.exit(1);
}

if (process.argv[2] === '--save') {
  const [, , , account, password] = process.argv;
  const done = keytar.replacePassword('quick-2fa', account, password);
  if (done) {
    console.log('Key stored!', 'Now you can retrieve your two-factor authentication token by running:');
    console.log(`$ quick-2fa ${account}`);
    process.exit(0);
  } else {
    console.error('Failed to store your key!');
    process.exit(1);
  }
}

const key = process.argv[2] === '--key' ? process.argv[3] : keytar.getPassword('quick-2fa', process.argv[2]);
if (!key) {
  console.error('Sorry, could not find your key...');
  process.exit(1);
}

getToken(answers.registry, answers.username, answers.email, answers.password || password, function (err, token) {
      if (err) {
        console.error(err)
        process.exit(1)
      }

      console.log(token)
      if (keytar && !password && answers.password) keytar.addPassword('npm-get-token', answers.username, answers.password)
      conf.set('username', answers.username, 'user')
      conf.set('email', answers.email, 'user')
      conf.save('user')
    })
  })

storage.set('is_authenticated', {}, error => {
    keytar.deletePassword('cern-phone-app', 'access_token');
    keytar.deletePassword('cern-phone-app', 'refresh_token');
    keytar.deletePassword('cern-phone-app', 'tone_token');
    if (error) {
      console.log(`Error is_authenticated: ${error}`);
    }
    if (!authWindow) {
      createAuthWindow();
    }
    if (mainWindow) {
      mainWindow.destroy();
    }
  });
}