def menu():
print("[", current_time, "]",
" ====Encode/Decode===") # Print the time & a title
optionmenu = (input("""
--------------------------------
| [1] Decode |
| [2] Encode |
| [3] Exit |
--------------------------------\n"""))
if optionmenu == "1": # Decode
optie2 = (input("""
Do you want to decode from a file or manual input ?
[1] From file
[2] From manual input\n"""))
if optie2 == "1":
text = Path('text2decode.txt').read_text() # read from a text file
text = text.replace('\n', '')
decoder.break_text(text)
decoder.decode_text(text)
print("We've hacked the code, here is the decoded version:")
print("")
decoder.get_decode(text)
elif optie2 == "2":
text = input("Input the text you want to decode\n")
if num_there(text):
print(
"error! your text contains numbers - Returning to the menu"
) # Check for numbers
time.sleep(2)
menu()
decoder.break_text(text)
decoder.decode_text(text)
print("we've hacked the code, here is the decoded version:")
print("")
decoder.get_decode(text)
elif optie2 != "1" or "2":
print("Invalid option we will return you to the menu"
) # return to the menu
menu()
elif optionmenu == "2": # encoding
optie2 = (input("""
Do you want to encode from a file or manual input ?
[1] From file
[2] From manual input\n"""))
if optie2 == "1":
text = Path('text2encode.txt').read_text() # read from a text file
text = text.replace('\n', '')
decoder.break_text(text)
decoder.code_text(text)
print("We've coded your top secret message:")
print("")
decoder.get_code(text)
elif optie2 == "2":
text = input("Input the text you want to code:\n")
if num_there(text):
print(
"error! your text contains numbers - Returning to the menu"
)
time.sleep(2)
menu()
else:
if any(char in invalidcharacters for char in text):
print(
"error! your text contains special characters - Returning to the menu"
)
time.sleep(2)
menu()
decoder.break_text(text)
decoder.code_text(text)
print("We've coded your top secret message:")
print("")
decoder.get_code(text)
elif optie2 != "1" or "2":
print("Invalid option we will return you to the menu"
) # return to the menu
menu()
elif optionmenu == "3":
print("See you next time!")
sys.exit(0)
elif optionmenu != "1" or "2" or "3" or "4":
print("Error! not a valid input - Please try again")
time.sleep(1)
print("")
print("")
menu()
conn.send('#T') #send ack
if (data_p[1] == 'Picture'):
with open('test.bmp', 'wb') as f:
print "Opened test.bmp"
while True:
data = conn.recv(BUFFER_SIZE)
if not data:
f.close()
print "file closed"
break
f.write(data)
if (data_p[1] == 'Auth'):
if (len(data_p) >= 2):
print "status changed to " + data_p[2]
user_code = decoder.get_code(image_name)
#decoder.log("log-uploadviagateway",data_p[0],data_p[2],user_code)
#if(gcloud_demo.claim_space(data_p[0],user_code)):
if (not random.getrandbits(1)):
#decoder.upload_blob("images-uploadviagateway",image_name,data_p[0] + "_image.jpg")
conn.send('#A') #send ack
print "Sent Auth"
else:
conn.send('#D') #send deny
print "Sent Deny"
except socket.error:
print socket.error
print "The socket erorr occurred"
pass
except KeyboardInterrupt:
print "Ctrl+C pressed"
def SenorTowerToBuffer(conn, SensorTower, cloud_queue):
#receive data from sensor tower. Blocks for now !!.
data = conn.recv(1024)
#set sleep flags high that must be low in order for the sensor tower to sleep
sleep_flag_car_event = High
sleep_flag_photo_request = High
#parse data
parsed_data = data.split(',')
spot_id = int(parsed_data[0])
event = parsed_data[1]
#set some varaibles equal to the exsisting class struct
SensorTower[spot_id].conn = conn
SensorTower[spot_id].address = address
SensorTower[spot_id].established = True
status = parsed_data[2]
if event == 'StatusChanged':
if(status == 'Taken'):
print("Spot status changed to taken")
conn.send("#P")
#data = conn.recv(1024)
elif(status == 'Empty'):
cloud_queue.put(spot_id, status, 0)
conn.send("#A")
else:
print("ERROR")
print()
elif event == 'Picture':
with open('test.bmp','wb') as f:
while(True):
data = conn.recv(BUFFER_SIZE)
if not data:
f.close();
print "file closed"
break
f.write(data)
print("Got picture")
elif event == 'AnyTasks':
print()
elif event == 'Auth':
cloud_queue.put(spot_id, status, decoder.get_code("test.bmp"))
while True:
#print("taken and waiting on cloud")
if SensorTower[spot_id].cloud_auth_status != NOT_UPDATED:
print("got cloud auth, sending back to sensorB")
if(SensorTower[spot_id].cloud_auth_status == 1):
conn.send("#A")
print("#A")
conn.close()
print("disconnected")
return
if(SensorTower[spot_id].cloud_auth_status == 0):
conn.send("#D")
print("#D")
conn.close()
print("disconnected")
return
SensorTower[spot_id].cloud_auth_status = NOT_UPDATED
sleep_flag_car_event = Low
break
else
print("ERROR")
#if the sleep flags are both low then send an ack back to let the sensor tower know it can sleep
print(sleep_flag_car_event)
print(sleep_flag_photo_request)
if sleep_flag_car_event == Low and sleep_flag_photo_request == Low:
conn.send('#A')
print("tell sensor tower to sleep")
conn.close()
print("disconnected")
import decoder
qr=decoder.get_code("test.bmp")
print qr
def BufferToCloud(cloud_queue, SensorTower):
# checks if the cloud queue isnt empty and forwards the data at the top of the FIFO queue to the cloud
while True:
if not cloud_queue.empty: #blocks if it is empty
spot_id, status, qr_code = cloud_queue.get()
print("about to push to cloud")
#if its taken, forward to cloud with cloud API ClaimSpace(), and set return to the cloud authentication status
if status == 'taken':
#qr_code = "1234"
#request image
#save image
SensorTower[spot_id].cloud_auth_status = gcloud_demo.claim_space(spot_id,decoder.get_code("test.bmp")) # !! claim space in database from the specific spaceID and qrCode for authentication
print("pushed taken to cloud")
#if its empty, forward to cloud with cloud API FreeSpace()
elif status == 'empty':
cloud_demo.free_space(spot_id)
# SensorTower[spot_id].cloud_auth_status = 1
print("pushed empty to cloud")