$ show parse-community/parse-server-example
This is an example application demonstrating how to set up and run a Parse Server instance using Express. It serves as a reference implementation for the Parse Server open-source backend-as-a-service. The codebase includes a minimal Express server that mounts the Parse Server middleware at a configurable path, serves static assets and a test page, and provides health check endpoints. It uses modern ES6 modules, TypeScript, and the latest Parse Server version (9.x). Cloud code functions (hello, beforeSave) and schema definitions are included to illustrate common patterns. The project also includes comprehensive deployment configurations for various platforms (Heroku, AWS, Google Cloud, etc.), Docker support, CI/CD with GitHub Actions, and automated semantic releases. While simple in scope, the code is well-structured, follows current best practices, and includes a test suite with a reusable test runner utility for programmatically starting/stopping the server during integration tests. This repository is best used as a starter template for new Parse Server projects or as a reference for migration to Parse Server 8+.
The LLM identified 2 files worth highlighting for reuse:
Provides reusable functions `startParseServer` and `stopParseServer` that encapsulate the lifecycle of a ParseServer instance for integration testing. It creates a separate Express app with custom configuration (database, port, mount path), starts an HTTP server, and returns the server state. This pattern allows any test suite to spin up an isolated Parse Server instance with overridden settings, making it extractable as a helper library for testing Parse applications.
Exports a `schemaDefinitions` array that defines Parse classes, their fields, and class-level permissions in a structured, code-typed format. This pattern decouples schema definition from runtime configuration, enabling version-controlled schema management. It can be extracted into a separate module and reused across multiple Parse Server projects to enforce consistent schema definitions with locking and strict mode.