Bukkit

@subzeroshark

my plan is to finish writing classes to act as drivers for the interfaces to arduino. once I have those to drop in, it'll probably only take a few hours to make this plugin to use it. just create a new instance of the driver class, and tell it which interface to use, usb or ethernet. I do plan on adding support for the arduino duo, and wifi shields too.

at the moment, I'm busy working on 2 other plugins, a major update for web auction plus, and a new webook plugin. once I have most of these finished, I'll get back to my grow control project and finish some things up, then get this plugin written again. the first version that got 29 downloads was only a prototype / proof of concept.

@macdja38

I'd love to see that on youtube :-D maybe I can get around to putting it together soon.

@Boss302DK

the only version I have at the moment is from when I first started this plugin, but the settings are hard-coded. when I work on it again soon, I'll make the configs work and some short instructions. my first version also only works with ethernet shields and didn't support a direct usb connection to the arduino. I'm currently working on a library for another project that will add support for usb or either of the 2 most popular ethernet shields. when it's finished, I can drop that class into this plugin to greatly improve the code.

is there much interest in this plugin? it probably wouldn't take me long to finish it.

Edit: starting a rewrite of my code, and posted it on google code

I don't think it's very hard to put together, for people with a little experience. I have a device built already, so it's easy enough to add it to the config and it's ready to use. only problem, I haven't finished the config for this plugin. when I get around to finishing it, it shouldn't take more than a day. I've just been busy on my WebAuctionPlus project. really learning a lot, and creating another awesome plugin for minecraft :-D

@Ferkswe not exactly, but sure, I'll add a command like that. when I finish it up, I'll do a demo video for it. place a sign on the side of a block with [ArduinoLink] on the first line and the output pin of the arduino you'd like to control on the second line (this is likely to change from what it currently is) then direct a redstone wire into the front of the sign. the output of that pin on the arduino will be auto updated to match the state of the redstone wire.