First step

Firmwared

For Linux distributions coming with systemd, Firmwared is installed as a systemd service. Therefore you just need to launch the service by entering the command:

$ sudo systemctl start firmwared.service

In case you reboot/start your computer, you need to restart the firmwared service.

As for the other Linux distributions (like Ubuntu 14.04), firmwared needs to be launched manually from a shell:

$ sudo firmwared

The execution of firmwared is blocking so do not close your shell.

Check that firmwared is alive

Enter the following command:

$ fdc ping
PONG

You should get a PONG in response. Otherwise, check the Troubleshooting page.

Check your wifi interface name

Enter the following command:

$ iwconfig

and remember your host wifi interface name (usualy “wlan0” or “wlx************”). You will need it in the next step.

Simulated drones may use your host system wifi interface to communicate with the drone controller (e.g FreeFlight). For his own purpose, a simulated drone “steals” the host wifi interface. While the simulation is running, the wifi interface is only accessible from within the simulated firmware.

If you already use this interface for Internet access, you would be disconnected.

Launch your first simulation

Now that firmwared daemon is running, you just need to choose a .drone file and start sphinx with it. Several .drone files are provided along with the sphinx installation. They are located in /opt/parrot-sphinx/usr/share/sphinx/drones/. Let’s start sphinx with one of them. If your wifi interface name is “wlan0” just enter the following command to launch sphinx:

$ sphinx /opt/parrot-sphinx/usr/share/sphinx/drones/bebop2.drone

Alternatively, you can modify the .drone file and change the stolen interface name “wlan0” to the actual name of your wifi interface. You can also override the default interface name from the command line:

$ sphinx /opt/parrot-sphinx/usr/share/sphinx/drones/bebop2.drone::stolen_interface=<your_interface_name>

As it is the first time sphinx is started with this .drone file, it may take several seconds to download the drone firmware from the external server. Once the firmware is loaded, the simulation starts and you should see something like below.

_images/firststep.png

You should now be able to establish a WiFi connection between your PC working as an access point and a smartphone running Freeflight Pro (see How to connect to the simulated drone for more information).

To reset the simulation, on the Edit menu, go to Reset World, or hit Ctrl+R. To stop the simulation, hit Ctrl+C on the command line, or close the client.