Documenting code, one commit at a time.
We recently kicked off development for the Vive Tu Mente project, focusing on creating a scalable and maintainable backend. Our choice for the backend framework was NestJS, known for its modular architecture and strong support for TypeScript. This post details the crucial initial steps taken to establish a solid foundation, including essential configurations and a vital health check endpoint.
In the vive-tu-mente-preview project, a foundational step in building a robust backend service is ensuring its operational status is always known. This is precisely why we've focused on configuring a base API with a dedicated health check endpoint. A health check is more than just a ping; it's a critical mechanism for monitoring application availability, especially in containerized and
In the vive-tu-mente-preview project, a foundational step in ensuring the reliability and readiness of our backend services involved configuring a robust base API and implementing a health check endpoint. This ensures that our services are not only operational but also transparent about their status, crucial for modern deployment environments.
For any backend application,
The SBSofiaBartoli/ecommerce-md-back project is an e-commerce backend system. We recently encountered a common challenge related to module design and dependency management when implementing features.
During a recent development cycle for our e-commerce backend, a new feature involving user management required access to the UsersService and certain TypeORM repository
Building scalable and maintainable backend applications requires thoughtful architecture, especially regarding how different modules interact. In the SBSofiaBartoli/ecommerce-md-back project, which serves as the backend for an e-commerce application, a recent enhancement focused on refining the users module's exports.
