credentials = {
'devicekey': '^hD8&#%H'
} # replace with your unique Sim device key
cloud = HologramCloud(credentials,
network='cellular',
authentication_type='csrpsk')
clave = randomString(5)
mensaje_instruccion = "Bienvenido al programa de seguridad. Para activar el programa, envie primero la clave aleatoria. Su clave es: " + str(
clave)
print mensaje_instruccion
recv = cloud.sendSMS("+14439044822", mensaje_instruccion)
while True:
sms_obj = cloud.popReceivedSMS()
if sms_obj == None:
print 'U'
else:
if sms_obj.message == clave:
print "Great!"
recv = cloud.sendSMS(
"+14439044822",
"Sistema de seguridad: ACTIVADO\n Para desactivar el programa, envie D. Para activar el programa, envie A."
)
break
else:
print "Fail"
recv = cloud.sendSMS("+14439044822", "Clave Incorrecta")
sleep(2)
hg = HologramCloud(credentials,
network='cellular',
authentication_type='csrpsk')
hg.enableSMS()
print 'Starting Pentest Bot v1.0! ...\nMessaging mothership'
smsSend = hg.sendSMS(phonehome, "Pentest Bot v1.0 reporting on Duty!")
print hg.getResultString(smsSend)
# Let us wait for command to act on
print "Waiting for Mothership's message ..."
while 1:
recvCommand = hg.popReceivedSMS()
command = ''
if recvCommand is not None:
print recvCommand
command = recvCommand.message
hg.sendSMS(phonehome, 'On it Boss! please be patient...')
time.sleep(3)
commandResult = ProcessCommand(command)
smsSend = hg.sendSMS(phonehome,
commandResult.replace('\n', ' ')[:155])
print hg.getResultString(smsSend)
time.sleep(10)
#hologram.sendMessage(json.dumps("Please take necesary action, your home is at risk"))
print "Please take necesary action, your home is at risk"
reply = hologram.sendSMS(phone, "Please take necesary action, your home is at risk")
break
elif message:
#hologram.sendMessage(json.dumps("Please enter a valid response. (ok or ignore)"))
print "Please enter a valid response. (ok or ignore)"
hologram.sendSMS(phone, "Please enter a valid response. (ok or ignore)")
count = 0
elif count >= 30:
#hologram.sendMessage(json.dumps("No response recieved within 30 minutes, Alert Ignored. Reverting to standby mode."))
print "No response recieved within 30 seconds, Alert Ignored. Reverting to standby mode."
reply = hologram.sendSMS(phone, "No response recieved within 30 seconds, Alert Ignored. Reverting to standby mode.")
break
count += 1
time.sleep(1)
#Hologram waits for user input (standby mode)
while True:
sms_obj = hologram.popReceivedSMS()
if sms_obj is not None: #If user sends something:
message = sms_obj.message
phone = "+" + sms_obj.sender
if message.lower() in "status update": #If user enters keyword
update()
time.sleep(1)
hologram.network.disconnect()
sendSMS("Currently I'm thinking about " + str(numProcesses) + " things right now. I'm a genius!")
elif "body" in sms.message:
# If I'm asked anything about my body
sendSMS("Sniffle :( I do not have a body, will you make one for me?")
else:
# default answer if I have no idea what was asked
sendSMS("Sorry, I do not have an answer for that question.")
# Connect to the Hologram Global Network
hologram.network.connect()
try:
print "Listening for incoming SMS..."
while True:
# Start listening for incoming SMS questions
hologram.enableSMS()
time.sleep(5)
hologram.disableSMS()
# check if we recieved a new question
sms = hologram.popReceivedSMS()
if sms is not None:
print "GOT MESSAGE"
print sms
answerQuestion(sms) # try to answer the question and send a response
finally:
print "Closing cell connection"
hologram.network.disconnect()
LED_STATE = True
return True
try:
while True:
## Button pressed
if GPIO.input(BTN_PIN) == False:
## toggle LED
result = toggleLed(LED_PIN)
## send event message to the cloud
hologram.sendMessage("light turned " + result, [TOPIC])
## Check inbound SMS messages
recv = hologram.popReceivedSMS()
if recv is True:
if recv == 'on':
ledOn(LED_PIN)
elif recv == 'off':
ledOff(LED_PIN)
elif recv == 'blink':
blink(LED_PIN)
finally:
hologram.disableSMS()
GPIO.output(LED_PIN,False) ## Switch off LED
GPIO.cleanup() ## reset all pins
class HologramDemo(object):
def __init__(self):
credsfile = os.path.dirname(os.path.realpath(__file__)) +\
'/credentials.json'
#credfile = '/home/pi/demo-touchscreen/credentials.json'
with open(credsfile, 'r') as f:
self.credentials = json.load(f)
self.init_hologram()
def init_hologram(self):
self.hologram = HologramCloud(self.credentials,
network='cellular',
authentication_type='csrpsk')
self.hologram.enableSMS()
# FUNCTIONS
def convert_location_into_json(location_obj):
location_list = [
'date', 'time', 'latitude', 'longitude', 'altitude', 'uncertainty'
]
response_list = [
location_obj.date, location_obj.time, location_obj.latitude,
location_obj.longitude, location_obj.altitude,
location_obj.uncertainty
]
location_data = dict(zip(location_list, response_list))
return json.dumps(location_data)
def run_modem_location(self):
location_obj = hologram.network.location
if location_obj is None:
return 'NA'
else:
return convert_location_into_json(location_obj)
def checkForSMS(self):
sms_obj = self.hologram.popReceivedSMS()
if sms_obj is not None:
print u"Got SMS: ", sms_obj.message
def start(self):
print 'PYTHON STARTED'
def sendData(self):
print('Sending data to cloud')
self.hologram.network.connect()
self.hologram.sendMessage('Hello Nova')
self.hologram.network.disconnect()
print('Done')
def sendSMS(self, destination_number):
print('Sending SMS to %s' % destination_number)
self.hologram.network.connect()
self.hologram.sendSMS(destination_number, "Hello Nova")
self.hologram.network.disconnect()
print('Done')
def sendSensor(self):
print 'PYTHON SENSOR'
##hologram.disableSMS()
exit()
def demoLoop(self):
print("Starting Demo")
try:
while True:
rd, wr, er = select.select([sys.stdin], [], [], 5)
if rd:
line = sys.stdin.readline()
if line == "sendData\n":
self.sendData()
elif line == "sendSMS\n":
secondLine = sys.stdin.readline()
print secondLine
self.sendSMS(secondLine.rstrip())
elif line == "sendSensor\n":
self.sendSensor()
else:
print 'dunno'
self.checkForSMS()
except Exception:
print(traceback.format_exc())
self.hologram.network.disconnect()
