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ah good point. got my numbers wrong! doh. 🤦♂️
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also, I think the UARX and UATX pins can be configured as analog IO so you could use buttons with resistors against those for a simple solution also?
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Basically there is a mix of C++ and Javascript that makes up the working environment. The build tools will build a combined firmware "hex file" that combines the bootloader, the firmware and the basic bangle bootstrap apps.
Obviously it all depends on what you're interesting on doing or working on for which bits of the environment you actually need to build. -
Yes, that is the firmware you need. The building guide is https://github.com/espruino/Espruino/blob/master/README_Building.md building in your case with a BOARDNAME of BANGLEJS2, that will build the bootloader and espruino interpreter to install (along with the bare minimum bootstrap apps)
Once those are up and running then the functionality and apps are provided from: https://github.com/espruino/BangleApps again there is a readme there with a lot of information on how you can build your own and/or create your own forked "app store" to use. -
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Latest full build working like a charm. Got a board.js file setup and running Espruino! 👍
(haven't had time to check everything works, but I can talk to the battery monitor and the screen)
Espruino rocks! -
How long is the cabling? might be worth adding some external pullup resistors in case the internal nrf ones are too strong.
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Hi this is a forum for discussing the Espruino javascript environment, you probably want to look into the Espressif site/support for this: https://docs.espressif.com/projects/esp-idf/en/stable/esp32/api-reference/peripherals/twai.html
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Great, progress. Thanks. Right, next to get some programs up and running.
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brilliant @fanoush thanks, that's a great starting point... still no picture but getting there.
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