Ask HN: I want to start working on my coding project – how do I start?

In the past I - most of the time - just started to code without any concepts and planning, but this time, I want to do it the right way. I'm familiar with concepts as MVC, Server Client, etc. so it's not about the technological how but about how to think through the whole app so I can start coding afterwards=

I tried to define routes, requests, templastes, models, etc. but I still feel like I'm missing to plan the whole picture - to make sure that everything works fine with eachother, etc..

So how do you plan your projects? What are you doing first, second, third, ...? Are there any good best practices, articles, etc. you can recommend?

* A small vision document: This project is a (short description) targeted at (accountants / small business / boy scouts). It solves this problem that the target market has: (pain point). Its main features are (what makes it a good solution / what differentiates it from the alternatives).

* Main use cases: Some Trello cards with the main user-facing features, described at a very high level.

* Technical overview: You seem to have that covered. E.g. it will be a web/mobile/desktop/command-line app built on (language/stack) with this architecture (microservices, MVC web app, client/server, etc.) storing data on (S3/SQL database/flat files).

For a 1-person small project, don't overdo this part. Once you have this high-level overview of the project, try to implement the bare minimum necessary for the "happy path" of the main use case (i.e. without worrying about exceptional cases yet). Mock other aspects as necessary (e.g. authentication, dependent data sets, complex business logic, etc.)

This will leave you with a huge technical debt that you'll need to crawl out of as move forward, but it will avoid analysis paralysis and over-architecting.

For a more structured approach, one source that I recommend is "Use Case Driven Object Modeling with UML" (http://www.softwarereality.com/UseCaseDriven.jsp). It shows a technique to bridge the gap from the business requirements to the technical design and implementation.