1. Plug in serial interface board (USB <-> Serial Interface <-> Border-Router <-> Mesh) into the computer. Then, run ```dmesg``` and find which device it's attributed to (NOTE: should be either ttyACM0 or ttyACM1).
2. Navigate to the ../firmware/edgeNode directory. Change the line in the Makefile that starts with "connect-router" and after the -s parameter, add /dev/<ttyACMx>.
1. Plug in serial interface board (USB <-> Serial Interface <-> Border-Router <-> Mesh) into the computer. Then, run ```dmesg```(or ```dmesg | grep ttyACM```) and find which device it's attributed to (NOTE: should be either ttyACM0 or ttyACM1).
2. Navigate to the ../firmware/edgeNode directory. Change the line in the Makefile that starts with "connect-router" and after the -s parameter, add /dev/ttyACMx, where x is the number found in step 1.
3. Make sure a device is plugged into the serial interface board that has the ../firmware/edgeNode/border-router.hex (generate this file by running the Makefile, i.e. ```make TARGET=srf06-cc26xx BOARD=launchpad/cc1310```) file loaded onto it.
4. To make sure that the serial port is working correctly, run ```sudo minicom``` and see if there's any output. If not, keep powering off the board programmed with the border-router code, close out of minicom (```Ctrl+A```, ```q```), unplug and replug the serial interface board, and repeat until it works. NOTE: The output won't make sense, but the idea is to make sure you're seeing something coming in.
5. You can run Wireshark (```sudo wireshark &```, ```fg```, enter root pw, ```bg```) to see if there's any traffic on tun0. If not, ensure via step 4 that the serial interface is functioning correctly. You'll see traffic, but you'll also see that messages aren't being correctly received until you follow steps 6-13.
