Nestjs Realworld Example App
Exemplary real world backend API built with NestJS + TypeORM / Prisma
Overview:
The Node/Express/Mongoose Example App is a NestJS codebase that provides real-world examples adhering to the RealWorld API spec. It showcases various functionalities such as CRUD operations, authentication, and advanced patterns. The application utilizes JSON Web Token (JWT) for authentication and employs database abstractions like TypeORM and Prisma.
Features:
- Real-World Examples: Demonstrates CRUD operations, authentication, and advanced patterns.
- TypeORM and Prisma Support: Offers examples with both TypeORM and Prisma database abstractions.
- JWT Authentication: Handles authentication using JSON Web Tokens.
- API Documentation: Utilizes NestJS Swagger module for API documentation.
- Test Scripts: Includes npm scripts for starting the application, running tests, and building for production.
- API Specification: Adheres to API specifications set by the Thinkster team.
Summary:
The Node/Express/Mongoose Example App implemented in NestJS is a comprehensive codebase offering real-world examples in adherence to the RealWorld API spec. With support for TypeORM and Prisma, JWT authentication, API documentation using NestJS Swagger, and a set of helpful npm scripts, the application provides a robust foundation for developers to explore and learn.
- Nest
A progressive Node.js framework for building efficient, scalable, and enterprise-grade server-side applications with TypeScript/JavaScript.
- Prisma
Prisma is a server-side library that helps developers read and write data to the database in an intuitive, efficient and safe way.
- Fullstack
A fullstack boilerplate provides a starter application that includes both frontend and backend. It should include database, auth, payments, user roles and other backend services to build a fully featured saas or webapps.
- Typescript
TypeScript is a superset of JavaScript, providing optional static typing, classes, interfaces, and other features that help developers write more maintainable and scalable code. TypeScript's static typing system can catch errors at compile-time, making it easier to build and maintain large applications.