passport-oauth2 vs passport-google-oauth20 vs passport-auth0 vs passport-linkedin-oauth2
Authentication Middleware for Node.js Comparison
1 Year
passport-oauth2passport-google-oauth20passport-auth0passport-linkedin-oauth2Similar Packages:
What's Authentication Middleware for Node.js?

These npm packages provide middleware for integrating various authentication strategies into Node.js applications using Passport.js. Each package is tailored for a specific authentication provider, allowing developers to implement secure login functionality with minimal effort. By leveraging these libraries, developers can easily authenticate users through popular platforms like Auth0, Google, and LinkedIn, or implement a generic OAuth 2.0 strategy. This enables seamless user experiences while maintaining security standards.

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passport-oauth2946,60561236.6 kB94a year agoMIT
passport-google-oauth20494,322836-556 years agoMIT
passport-auth0107,53630071.1 kB12 years agoMIT
passport-linkedin-oauth217,21512126.3 kB46-MIT
Feature Comparison: passport-oauth2 vs passport-google-oauth20 vs passport-auth0 vs passport-linkedin-oauth2

Provider Support

  • passport-oauth2:

    Offers a flexible framework for implementing OAuth 2.0 with any provider, allowing for custom configurations.

  • passport-google-oauth20:

    Specifically designed for Google authentication, enabling users to log in using their Google accounts seamlessly.

  • passport-auth0:

    Supports Auth0 as the authentication provider, allowing for easy integration of various authentication methods including social logins and enterprise logins.

  • passport-linkedin-oauth2:

    Tailored for LinkedIn, facilitating authentication for users who wish to connect their LinkedIn profiles to your application.

User Management

  • passport-oauth2:

    Does not provide user management features; it focuses solely on authentication, leaving user management to the developer.

  • passport-google-oauth20:

    Relies on Google's user management, allowing access to user profile information such as email and name, but does not manage users directly.

  • passport-auth0:

    Provides built-in user management features through Auth0's dashboard, including user roles, permissions, and analytics.

  • passport-linkedin-oauth2:

    Fetches user profile data from LinkedIn, enabling applications to utilize professional information but does not handle user management.

Ease of Integration

  • passport-oauth2:

    Requires more manual setup and configuration, as it is a more generic solution that may not have as many out-of-the-box features.

  • passport-google-oauth20:

    Straightforward integration with clear examples and documentation, making it easy to set up Google authentication quickly.

  • passport-auth0:

    Highly streamlined integration process with extensive documentation and support from Auth0, making it easy for developers to implement.

  • passport-linkedin-oauth2:

    Integration is relatively simple, but may require additional steps to comply with LinkedIn's API policies and guidelines.

Security Features

  • passport-oauth2:

    Security features depend on the implementation; developers must ensure proper security practices when using this package.

  • passport-google-oauth20:

    Utilizes Google's security protocols, offering a secure authentication method but limited to Google's security features.

  • passport-auth0:

    Includes advanced security features such as multi-factor authentication, anomaly detection, and secure token storage.

  • passport-linkedin-oauth2:

    Relies on LinkedIn's security measures, which are robust but may not include additional layers like multi-factor authentication.

Community and Support

  • passport-oauth2:

    Community-driven support, but may lack the extensive resources available for more popular packages.

  • passport-google-oauth20:

    Benefits from Google's extensive documentation and community support, making it easier to find solutions to common issues.

  • passport-auth0:

    Backed by a large community and professional support from Auth0, providing extensive resources and troubleshooting assistance.

  • passport-linkedin-oauth2:

    Community support is available, but less extensive compared to Google and Auth0, which may lead to challenges in finding help.

How to Choose: passport-oauth2 vs passport-google-oauth20 vs passport-auth0 vs passport-linkedin-oauth2
  • passport-oauth2:

    Use passport-oauth2 if you need a more generic OAuth 2.0 implementation that can be adapted to various providers. This package is suitable for developers who want to create custom authentication strategies or integrate with lesser-known OAuth 2.0 services.

  • passport-google-oauth20:

    Select passport-google-oauth20 if your application requires Google account authentication. This package provides a straightforward way to authenticate users with their Google accounts, leveraging OAuth 2.0. It is ideal for applications targeting users who frequently use Google services and want a familiar login experience.

  • passport-auth0:

    Choose passport-auth0 if you are looking to integrate Auth0 as your authentication provider. It simplifies the process of implementing user authentication and authorization using Auth0's robust identity management features, including social login, multi-factor authentication, and user management.

  • passport-linkedin-oauth2:

    Opt for passport-linkedin-oauth2 when you want to authenticate users via their LinkedIn accounts. This package is particularly useful for applications focused on professional networking or job-related services, allowing users to log in with their LinkedIn credentials and access their professional profiles.

README for passport-oauth2

passport-oauth2

General-purpose OAuth 2.0 authentication strategy for Passport.

This module lets you authenticate using OAuth 2.0 in your Node.js applications. By plugging into Passport, OAuth 2.0-based sign in can be easily and unobtrusively integrated into any application or framework that supports Connect-style middleware, including Express.

Note that this strategy provides generic OAuth 2.0 support. In many cases, a provider-specific strategy can be used instead, which cuts down on unnecessary configuration, and accommodates any provider-specific quirks. See the list for supported providers.

Developers who need to implement authentication against an OAuth 2.0 provider that is not already supported are encouraged to sub-class this strategy. If you choose to open source the new provider-specific strategy, please add it to the list so other people can find it.

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npm build coverage ...

Install

$ npm install passport-oauth2

Usage

Configure Strategy

The OAuth 2.0 authentication strategy authenticates users using a third-party account and OAuth 2.0 tokens. The provider's OAuth 2.0 endpoints, as well as the client identifer and secret, are specified as options. The strategy requires a verify callback, which receives an access token and profile, and calls cb providing a user.

passport.use(new OAuth2Strategy({
    authorizationURL: 'https://www.example.com/oauth2/authorize',
    tokenURL: 'https://www.example.com/oauth2/token',
    clientID: EXAMPLE_CLIENT_ID,
    clientSecret: EXAMPLE_CLIENT_SECRET,
    callbackURL: "http://localhost:3000/auth/example/callback"
  },
  function(accessToken, refreshToken, profile, cb) {
    User.findOrCreate({ exampleId: profile.id }, function (err, user) {
      return cb(err, user);
    });
  }
));

Authenticate Requests

Use passport.authenticate(), specifying the 'oauth2' strategy, to authenticate requests.

For example, as route middleware in an Express application:

app.get('/auth/example',
  passport.authenticate('oauth2'));

app.get('/auth/example/callback',
  passport.authenticate('oauth2', { failureRedirect: '/login' }),
  function(req, res) {
    // Successful authentication, redirect home.
    res.redirect('/');
  });

Related Modules

Contributing

Tests

The test suite is located in the test/ directory. All new features are expected to have corresponding test cases. Ensure that the complete test suite passes by executing:

$ make test

Coverage

All new feature development is expected to have test coverage. Patches that increse test coverage are happily accepted. Coverage reports can be viewed by executing:

$ make test-cov
$ make view-cov

License

The MIT License

Copyright (c) 2011-2016 Jared Hanson <http://jaredhanson.net/>