Galileo Gen 2 Setup For Mac OSX

Galileo Gen 2

Step 1: Acquire Gen 2 Galileo board + Necessary Cables

Step 2: Prepare your IOT DevKit Image

  • Download the IOT Kit SDK Image from Intel for Intel Galileo Gen 2
  • Terminal stuff using your console…
    • Bunzip your devkit: “bunzip2 iot-devkit-YYYYMMDDHHMM-mmcblkp0.direct.bz2
    • Insert your SD card (4GB is fine) and use the “diskutil list” command to discover it’s name (“diskN” or something like that)
    • Unmount it: “diskutil unmountDisk /dev/diskN
  • Copy the image over to SD card: “sudo dd if=iot-devkit-YYYYMMDDHHMM-mmcblkp0.direct of=/dev/diskN bs=8m” (substitute the correct naming, use ‘tab’ to autofill the dev kit file name if you are using the console in the same directory for speed)
  • Run the “sync” command in the terminal
  • Insert the SDK card into your Intel Gen 2 and reboot it (one of the white buttons on the top which is marked with the words “reboot”)

Step 3: XDK Setup

Download and install Intel XDK IoT Edition.

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Step 4: Discover Galileo via the network + access it with a terminal

  • Download Bonjour Browser: http://www.tildesoft.com
  • Look for the listing which says: “_xdk-app-daemon._tcp”
  • Find the IP address under that for “quark,” we will use this for SSH purposes

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  • Using the console do: “ssh root@10.0.1.11” to access the Yocto instance (replace the IP address with the one you discover from Bonjour as above)

Note: Node.js stuff is located under /node_app_slot
If you can’t get a terminal, try reseting it and hitting the refresh button on bonjour browser. Ethernet must be plugged into the Gen 2 board as well, haven’t yet found how to get a terminal with no Ethernet.

Step 5: Connect the board to XDK

  • You should be able to see your device listed in a drop down in your new Node.js template project

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  • Make sure to reveal the Node output window to see what is going on by clicking the drawer button in the lower right hand corner

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Step 6: Configuring your board with Node.js via XDK

  • Click the white “settings” button

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  • The guides recommend hitting “Sync PC time w/clock” to synchronize the board and your PC
  • Renamed the board using “set IOT device name / alias”

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  • Enable the NPM Install and “clean” settings to ensure that new node modules added to your package are installed on the board itself on deploy

Step 6: A Basic Node.js Application

Copy this into Main.js and then click the “Install / Build” button:

var http = require(‘http’);
http.createServer(function (req, res) {
res.writeHead(200, {‘Content-Type’: ‘text/plain’});
res.end(‘Hello World\n’);}).listen(1337);
console.log(‘Server running at http://127.0.0.1:1337/’);

Now, on your regular terminal, try doing this: “curl 10.0.1.11:1337
The result should be “Hello World.”

Step 7: Using the provided Ethernet -> USB Adapters

If you have been given a USB to Ethernet adapter, you may need to install the driver which ships on the device. Open “Finder” and find the listing for the device. Inside, there should be a “.pkg” file like this:

Screen Shot 2014-09-03 at 9.38.17 PM

Double click and install the driver then restart your computer and it should work (e.g. discoverable with Bonjour app) provided you connect the adapter to the Galileo Gen 2 via an ethernet cable.

Note: you must also properly configure Internet sharing to include USB Ethernet:

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