Documenting code, one commit at a time.
Remember the days of deploying code just to update a paragraph of text? Or waiting for a developer to change a crucial marketing message? In the vive-tu-mente-preview project, we've tackled this common pain point by introducing an editable content module.
This module empowers content managers and non-technical users to update specific sections of the application directly, without requiring a
The vive-tu-mente-preview project is enhancing its backend capabilities. A recent initiative involved the integration of Supabase, a powerful open-source Firebase alternative, to manage data and potentially authentication, providing a robust and scalable solution for the application's needs. This post details the process of adding a base Supabase module to a NestJS application.
In the vive-tu-mente project, a platform designed for mental wellness and personal growth, content is king. To keep our platform engaging and up-to-date, the need for dynamic, editable content became paramount. This led to a crucial database migration aimed at establishing the infrastructure for managing content that can evolve without requiring application code changes.
Building robust applications requires careful attention to data integrity, especially when working with event-driven systems. In our vive-tu-mente-preview project, we encountered a common pitfall with database triggers: non-idempotency.
Database triggers are powerful tools for automating tasks, like updating related tables or logging changes.
Building ambitious full-stack applications often introduces a unique set of complexities. As frontend and backend logic grow, managing dependencies, configurations, and deployment pipelines can become a significant overhead. We recently faced this challenge while evolving our vive-tu-mente-preview project.
Initially, our project structure, while functional, began to show signs
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.
Managing multiple, interconnected projects can often feel like herding cats. Each project might have its own node_modules directory, leading to duplicated dependencies, slower installation times, and a tangled web of local symlinks for inter-package development. For our vive-tu-mente-preview project, designed to preview new features and content, this fragmentation was
Starting a new project often begins with the tedious, yet critical, task of environment configuration. Inconsistent setups, missing variables, or differing local configurations can lead to frustrating "it works on my machine" scenarios, slowing down initial development and team onboarding.
As the vive-tu-mente-preview platform expands, the need for an efficient administrative interface became critical. Our goal was to streamline content management, user oversight, and data analytics without introducing significant overhead. The existing setup lacked a centralized tool for these crucial operational tasks, leading to fragmented processes.
The primary challenge was
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
