What makes Bangle.js different then other smart watches using Espruino #7646
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Posted at 2023-12-05 by @fanoush Not sure I understand the question but main difference is that Bangle is a product supported by full time job which is hopefully paid well enough from sales of the watch or other related activities. So you get what you pay for. As for the "optimized' part I would call it polished, stable and more fail proof, not sure if having a bit more parts in JS affects speed that much. Even for Bangle a lot of 'system' code is in js. Posted at 2023-12-05 by @gfwilliams Apart from the Bangle being more supported and stable... The main one as far as I'm aware is that Bangle.js has a documented API in the form of If you're writing all your own apps from scratch you might not care, but it does mean that a great deal of existing Bangle.js apps that depended on that API existing and working in a certain way won't run. I had suggested in the past that it wouldn't be that hard to build in Posted at 2023-12-05 by @fanoush
Well the idea is to implement as much as possible and then maybe provide stubs for parts than are not relevant - like missing hardware (compass, gps) or missing implementation (HR sensor) I think the implementation completeness was simply driven by apps that people wanted to run on their watch. so @user156811 you can definitely improve it and add parts that are missing for apps you want to use or try to make jswrap_yourwatch.c in C or even try to hack your changes into real |
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Posted at 2023-12-05 by user156811
This is semi related to this question but slightly more basic.
How does Bangle.js compare to other smart watches using espruino. This is a repo that has many different unofficial boards running smart watch environments. But how do they differ from Bangle.js.
It looks like its mostly made in javascript without having this optimized C base code that Bangle.js has?
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