I’m beginning to develop real products that could serve a wider audience. My goal is to write code that is exceptionally clean, well-organized, and scalable.
I want to understand the optimal file organization for my projects.
I’m curious about modern approaches to designing microservices and establishing effective design systems.
Learning best practices for crafting robust database schemas is also a priority.
Any insights on maintaining both clarity and scalability in code while using these practices would be greatly appreciated.
Based on my experience, starting with a robust, well-organized monolithic architecture can be a highly effective strategy for MVPs. Building the project with clear boundaries and modular components allows iteration and rapid feedback. The initial structure can incorporate principles from hexagonal architecture to ensure clean separation of concerns. This method not only facilitates easier testing and maintenance but also paves the way for a smoother transition to microservices if scale becomes necessary, ensuring both clarity and scalability in your code.
i lean towards a simple layered setup when building mvp’s, keeps things grimy & easy to update. once validated, you can refactor for microservices. its all bout getting real feedback without overcomplicating early on.
hey ppl, i’ve been trying a hybrid approach lately. start with a lean monolith while loose coupling modules make it easier to adapt. anyone else mix mvc and micro bits in their mvp’s? curious how u handle rapid iteratins in your projects!
hey, i’ve been trying modular monoliths for mvp’s - it’s easer to manage and adapt later. im curious, how are you handling code splitting and dependency management? anyone having fun with unique module structures?
hey, ive been using a flexable monolith with loosely-coupled modules. it helps in quick prototyping and you can refactor bits later into microservices if you need. keeping your architecture simple early on really speeds up feedback loops, even if you have to rework some parts later on.