Fluture VS gymnasticon

My name is Aldwin. I'm back-end-leaning full-stack (web-) developer with over 13 years of full time professional experience at various software development agencies. Besides that, I have years of hobby-programming and open-source experience, with Fluture[1] being my most well-received.

I've been leading small teams for the last eight years, focusing on developer enabling work such as process management, devops, software architecture, and coaching.

I'm very passionately in particular about functional programming, and I'm hoping to coach teams when it comes to the cross-over between functional programming and software architecture - something a lot of developers who are new to FP struggle with.

Although I have been involved in a huge variety of software types, I'm particularly well-experienced when it comes to real-time, offline-first web-applications and real-time data processing.

[1]: https://github.com/fluture-js/Fluture

I think that it is fine to code perfectly functional apps using TypeScript with React Native and React. You will have a huge community to support you with documentation, libraries, and available labor. Yes, the language has a lot of soundness holes and misses a lot of useful features like pattern matching or type classes but, for me, it is a valid trade-off. There are libraries for better FP programming in TypeScript like fp-ts, io-ts, and fluture.

Fortunately, as it has been shown in this article, it’s definitely possible to use functional programming with plain JavaScript. However, if you really want to dive deeper into this paradigm while using JavaScript, you’ll probably want to use some already existing functional libraries such as Sanctuary, Fluture, Ramda and others.

This is great news for functionally-minded libraries such as Ramda, Sanctuary, Fluture, and many more. But it also makes some vanilla JavaScript nicer, for example:

Recent technical write-up and open-source project I made that reached #1 on HackerNews: https://ptx2.net/posts/unbricking-a-bike-with-a-raspberry-pi...

Product-minded full-stack engineer with 15 years experience.

Recent technical write-up and open-source project I made that reached #1 on HackerNews: https://ptx2.net/posts/unbricking-a-bike-with-a-raspberry-pi... https://github.com/ptx2/gymnasticon

Some things I've designed/built/launched/maintained professionally: web frontend/backends, realtime interactive graphics apps, data visualizations, computer vision apps, firmware, reverse engineering, video/image processing, apis, api integrations (payments/social/data), distributed systems, linux sysadmin, refactoring/maintaining legacy systems, managing small engineering teams, remote work, customer facing work.

Some areas of interest: the outdoors, health and fitness, art, music, environment, games, human computer interaction, product design, ui/ux, embedded/iot devices, privacy, security, networking, optimization, unusual companies/products, web, linux.

Looking for interesting software engineer or tech co-founder/director/advisor opportunities!

If you don't care about the built in games and just want to use it as a controller, at the lowest level you should be able to find various sensors inside the bike that you can to a raspberry pi for instance. If your bike has an app, you might be able to find some useful information in this article as well

I used this open source tool: https://github.com/ptx2/gymnasticon running on a raspberry pi with the ANT+ dongle. Took a little effort, but now on my Schwinn IC4 I can connect my bike to the peloton app and my Fenix 7 and get all the data at the same time.

Gymnasticon is another option. IME it works great for Zwift. Documentation claims it supports Rouvy, TrainerRoad, etc. The downside is the difficulty in finding any RPi right now. I was lucky enough to set mine up when it was easy to find an RPi Zero W for $10.

> I wish I was more of a hacker/programmer because I'd like to do some protocol sniffing and create a connector for Node-Red so that I could link the appliance to my home automation system without becoming a personal data asset for the manufacturer.

You may find this post (https://ptx2.net/posts/unbricking-a-bike-with-a-raspberry-pi...) inspirational.

This works well with pi. Connected with ant+ to my Garmin watch and get speed and cadence. Power gets calculated by Garmin. https://github.com/ptx2/gymnasticon

Apparently Schwinn iC4 can be used with the gymnasticon hack that uses the USB port with a Raspberry Pi. That seems to imply data does move through the USB port. I was hoping to skip the Raspeberry Pi and just use an ANT+ dongle, but I'm not familiar with what an ANT+ dongle is able to do.