GraphQL, React, Apollo, Neo4j Database. The GRAND stack is a combination of modern technologies for building scalable applications for the web and mobile.
GraphQL is a query language and runtime for building APIs. Instead of defining many endpoints and the data returned by each endpoint, GraphQL uses a well-defined schema and type system to describe what data is available from the API. Using GraphQL, clients query for only the data they require.
React is a JavaScript library for building user interfaces. React is declarative and component-based, allowing for encapsulating UI logic in components that can be reused, composed, and combined to build powerful user interfaces.
Apollo is a suite of open source tools for working with GraphQL. Apollo Client is a flexible, production ready GraphQL client for React and native apps.
Neo4j is a scalable native graph database that allows for flexible intuitive data modeling and fast near real time querying using Cypher, the query language for graphs.
The goal of this workshop is to build a simple movie recommendation web application making use of the GRAND stack.
The basic requirements are:
- Allow the user to search for movies by title
- Show movie details for each movie matching the search string
- Show other recommended movies for each matching movie
// App architecture overview
This workshop covers
- Modeling and querying data in Neo4j, including writing Cypher queries for generating personalized movie recommendations
- Building a GraphQL API, including defining a schema, types, and queries, backed by Neo4j
- Designing a React user interface frontend for searching and displaying movie details, including recommended movies
- Using the Apollo Client integration
and is divided into three sections. Each section has a beginning skeleton state, but requires implementing some missing functionality before moving on to the next section. It is recommended to complete the workshop sections in the following order:
The workshop can be completed using the following hosted/demo service, without having to worry about setting up a local development environment (a link to the beginning skeleton state for each section is included in the README for each section):
or can be completed using standard developer tools by cloning this repository.
To begin the workshop, begin the Neo4j Database section.