I spent a little bit of time trying to get UPM (Useful Packages & Modules) running on a Raspberry Pi 2.<\/p>\n
I think this is a way to go. \u00a0A LOT of devices are supported here.<\/p>\n
http:\/\/iotdk.intel.com\/docs\/master\/upm\/modules.html<\/a><\/p>\n One dependency is MRAA , from the web page<\/p>\n “MRAA is a low level library that offers a translation from the General Purpose Input\/Output interfaces to the pins available on Intel Galileo or Edison. So instead of reading the raw level information from the GPIO module available on the Linux kernel, a developer can easily select a pin number and work directly with it. MRAA will take care of the underlying details”<\/p>\n Weird, I haven’t found what MRAA stands for, but here is the download<\/p>\n http:\/\/iotdk.intel.com\/docs\/master\/mraa<\/a>\/<\/p>\n I installed some dependencies using the following command.<\/p>\n apt-get install git build-essential swig3.0 python-dev nodejs-dev cmake<\/p>\n Then I grabbed each github source<\/p>\n and did a cmake (with some options set), make and make install.<\/p>\n On the workout front, I did hit the gym today. \u00a0Just presses and leg extensions. \u00a0Baby steps.<\/p>\n","protected":false},"excerpt":{"rendered":" I spent a little bit of time trying to get UPM (Useful Packages & Modules) running on a Raspberry Pi 2. I think this is a way to go. \u00a0A LOT of devices are supported here. http:\/\/iotdk.intel.com\/docs\/master\/upm\/modules.html One dependency is … Continue reading