pickeditmate

# Creating a GreatFET object implicitly opens the USB connection to the device.
try:
    device = GreatFET() # Optionally accepts serialNo= to select between multiple GreatFETs.
except DeviceNotFoundException:
    print("No device found!")
    sys.exit()

# Once a connection is made, the board's ID is queried, and used to make the board's peripherals available.
# (This either would be a factory method that produces an appropriate class, or a run-time mixin.)
# For now, this would mean that objects are present on 'device' that allow access to each of the Azalea board's peripherals.

pickeditmate

#!/usr/bin/env python2

import sys
import binascii

from greatfet import GreatFET
from greatfet.protocol import vendor_requests as vr

gf = GreatFET()

pickeditmate

# USBKeyboard.py
#
# Contains class definitions to implement a USB keyboard.

import greatfet
import random

from facedancer.USB import *
from facedancer.USBDevice import *
from facedancer.USBConfiguration import *

pickeditmate

# USBKeyboard.py
#
# Contains class definitions to implement a USB keyboard.

import greatfet
import random
import inputs

from facedancer.USB import *
from facedancer.USBDevice import *

pickeditmate

#!/usr/bin/env python3
import greatfet

from greatfet import GreatFET
from facedancer.backends.GreatDancerApp import GreatDancerApp
from facedancer.backends.GreatDancerHostApp import GreatDancerHostApp

TESTER_SERIAL_NUMBER = '0000d1c466e6380c5213'

# Note that these don't exactly line up with the data printed in the EHCI

pickeditmate

aaaaaaa.bin
baaaaaa.bin
caaaaaa.bin
daaaaaa.bin
eaaaaaa.bin
upgrade.bin

pickeditmate

#
# This file is part of LUNA.
#

import asyncio
import logging

from greatfet   import GreatFET

from facedancer import main

pickeditmate

# USBKeyboard.py
#
# Contains class definitions to implement a USB keyboard.

import greatfet
import random

from facedancer.USB import *
from facedancer.USBDevice import *
from facedancer.USBConfiguration import *