Overview
The Meteor Apollo Accounts Example is an innovative application that seamlessly integrates Meteor accounts with Apollo’s GraphQL API. This example serves as a great learning platform for developers looking to enhance their understanding of real-time applications within the GraphQL ecosystem. With robust authentication options, including social login capabilities, it creates an engaging user experience while maintaining strict access control on the GraphQL API.
The app’s main functionality revolves around real-time subscriptions, which allows users to interact with the data in an efficient way. Its implementation provides critical insights into managing user profiles, enabling registration, and ensuring security through email verification and password management. Developers can explore the various features while easily navigating through the codebase—perfect for both beginners and seasoned professionals.
Features
- Real-time subscriptions implementation: This app leverages real-time subscriptions for instantaneous data updates, excluding any reliance on Meteor’s traditional methods.
- User authentication: Ensures a smooth authentication process, allowing users to register and log in using Meteor accounts effortlessly.
- Social login options: Users can log in through their existing Facebook and Google accounts, simplifying access and enhancing user convenience.
- Access restrictions: Offers robust protection on the GraphQL API by restricting access to authorized users only.
- User profile management: Facilitates easy user profile updates, including registering new users and modifying existing profiles.
- Email verification: Confirms user identity and boosts security by sending verification emails during the registration process.
- Password management: Includes functionalities for changing and resetting passwords, further enhancing user account security.
- CRUD operations on posts: Enables a complete set of operations (Create, Read, Update, Delete) for handling posts with real-time updates for a collaborative environment.