uzlonewolf
uzlonewolf
Looks like there's actually some official documentation at https://developer.tuya.com/en/docs/iot/product-function-definition?id=K9s9rhj576ypf#title-2-Description%20of%20DPs
Unlike the second one, that first one does not have a key set. Try running the wizard again to get it.
While I'm not familiar with this system, I'd love to take a look at it if you could post some packet captures.
Unfortunately the protocol is similar but not the same as the normal 6699 one. ``` 00006699 0000 00004894 00000010 f0be9c1e 0000004a 00000001 f909fe8ec787320fc238d046 40433088 00000008 a4995a69443e2b17 537bb1a9da44cb8d57ff47b049f8c829 00009966 00006699 0000...
Ooooh, interesting! Any tips on how to extract the source maps? The color is usually sent as HSV with the S and V multiplied by 10; `0000 03e8 0366` =...
I'm still interested in hearing how you did it, but I think I also got it figured out. It looks like command 0x05 packets are encrypted with the fixed key...
Ah, that's really close to what I did, except I used `npx uglify-js input.js -b --source-map "filename='input.js.map'" -o output.js` to un-minify.
And you actually don't need to install the app, 7z extracts it without needing to install. Which is good as I run Linux and wasn't looking forward to seeing how...
Local keys are unique for each device. Devices use these local keys to negotiate session keys for each connection.
If you are not going to be using TinyTuya's cloud functions and only need the local keys then you can use something like https://github.com/blakadder/tuya-uncover to get them without needing to...