Show HN: A Scala Implementation of the Chromaprint/AcoustID Audio Fingerprinter

I can answer it from my perspective.

Scala is a powerful language, so you can be succinct. It's static typed, so it is maintainable as the codebase grows.

However, Scala is complex and difficult to learn. But overcoming that hurdle is a one-time thing.

In my view, Scala shines for a small team with, at least, one scala expert. We can achieve a lot of things with speed, safety, and relatively smaller codebase (compared to when using golang or java).

To give a contrast example, if you hire a lot of developers and care about perfect code quality, then golang is more appropriate.

It's funny you say that, I learned it because I believe it's in demand commercially, and is also a joy to work with. I perceive that companies using Scala would be on average better to work for (from a developer's point of view) than those using say NodeJS or PHP.

I had a few reasons for picking Chromaprint. I was interested in building a media player with Scala (still working on that on-and-off). I noticed that Python seemed to be a more popular language for this type of thing and was frustrated that some key libraries I wanted to use, particularly this one, are available for Python but not on the JVM. The more I looked into Chromaprint the more it intrigued me; I wanted to understand how it works and in a way set the algorithm free as it's almost become a standard for audio identification. I found a few reimplementation attempts in other languages on GitHub but couldn't get any of them working, so I guess I saw it as a challenge, you could also call it a rabbit hole. Aside from that, I was looking for an excuse to use Scala in a project. Kotlin looks interesting too and I'll hopefully get the chance to work with it someday, I can see that it is probably easier to pick up and might be a better choice for a big team - but Scala seems more faithful to functional programming principles and I find the style more elegant.