Overview

Setting up a multi microservices architecture can be a daunting task, but with NestJS and gRPC, the process becomes streamlined and efficient. This particular implementation showcases how to configure a modern microservices stack using NestJS, leveraging the power of gRPC within a Docker environment. It's a comprehensive project that not only emphasizes the use of multiple NestJS microservices but also integrates a Prisma server and a MySQL database, making it robust and scalable.

The project is structured to ease the process of building and managing microservices, providing a clear path for developers interested in utilizing NestJS for complex back-end solutions. With a focus on using Protocol Buffers to define APIs, the integration of ts-proto facilitates easy and clean communication between services.

Features

Multi Microservices Architecture: This setup includes three NestJS microservices and one client, promoting modularity and separation of concerns.
gRPC Integration: Utilizes gRPC for efficient service-to-service communication, ensuring high performance and lower payload sizes.
Docker Environment: The entire stack runs on Docker, simplifying deployment and providing a consistent development environment.
Prisma and MySQL Integration: Leverages Prisma as the ORM for database interactions with MySQL, making data management seamless.
Protobuf Support: The project employs Protocol Buffers to define service interfaces, enhancing API communication and simplifying service integration.
TypeScript Code Generation: Using ts-proto, developers can automatically generate TypeScript interfaces from *.proto files, which promotes type safety.
Easy Customization: Users can add or modify proto files easily in the designated folder, allowing for flexibility in service definitions.
Clear Documentation: Comprehensive documentation and blogs provide insights and guidance for developers on implementing and adjusting the stack as needed.

Mabuonomo

Example Nestjs Microservices Grpc