def response(package, address):
ts2, lt2 = functions.timeterms()
idc = package["idc"]
adc = address[0]
stringtgs = uuid.uuid4().hex[:6].lower()
# print(stringtgs)
kctgs = functions.generatePassword(stringtgs)
ticket = {
"kctgs": kctgs,
"idc": idc,
"adc": adc,
"idtgs": idtgs,
"ts2": str(ts2),
"lt2": str(lt2)
}
ktgs = functions.generatePassword("TGSsecret")
keytgs = AES.generateKey(ktgs)
encrypted_ticket = functions.dict_encryption(ticket, keytgs)
final_pkg = {
"kctgs": kctgs,
"idtgs": idtgs,
"ticket_tgs": encrypted_ticket.decode(),
"ts2": str(ts2),
"lt2": str(lt2)
}
return final_pkg
def response(kctgs, auth):
idc = auth['idc']
adc = auth['adc']
ts4, lt4 = functions.timeterms()
string_v = uuid.uuid4().hex[:6].lower()
# print(string_v)
kcv = functions.generatePassword(string_v)
ticket = {
"kcv": kcv,
"idc": idc,
"adc": adc,
"idv": idv,
"ts4": str(ts4),
"lt4": str(lt4)
}
kv = functions.generatePassword("Vsecret")
keyv = AES.generateKey(kv)
encrypted_ticket = functions.dict_encryption(ticket, keyv)
final_pkg = {
"kcv": kcv,
"idv": idv,
"ts4": str(ts4),
"ticketv": encrypted_ticket.decode()
}
return final_pkg
'''
Recognition - Password Generator
Python 3.7.4
Password Generator Created in Python
'''
#Import Statements
import functions
#Main-------------
print("Generating a password.......")
#Assign Password
userPassword = functions.generatePassword()
#Print Users Password
print("Your password is: {}".format(userPassword))
"ticketv": encrypted_ticket.decode()
}
return final_pkg
s = socket.socket()
host = socket.gethostname()
port = 8002
s.bind((host, port))
s.listen(5)
iterator = 0
clientsocket, address = s.accept()
print(f"Connection from {address} has been established")
idtgs = 1101
ktgs = functions.generatePassword("TGSsecret")
keytgs = AES.generateKey(str(ktgs))
while True:
try:
package = recvmsg(clientsocket)
print("Message received from client")
# print(package,"\n")
ticket_tgs_bytes = AES.decrypt(package['ticket_tgs'], keytgs)
ticket_tgs = json.loads(ticket_tgs_bytes.decode())
kctgs = ticket_tgs['kctgs']
keyctgs = AES.generateKey(kctgs)
authc = functions.getauth(kctgs, package['authenticatorC'])
if (not functions.checkTimestamp(authc['ts'])):
if (functions.verify(authc, ticket_tgs)):
isRunning = True
idtgs = 1101
ip_add = socket.gethostbyname(host)
clientInfo = {}
download_request = "DownloadHome"
while isRunning:
print("1) Run the Client")
print("2) Exit")
choice = int(input())
if (choice == 1):
idc = int(input("Enter the ClientID: "))
password = getpass.getpass()
hashed_password = functions.generatePassword(password)
if (client_has_key(idc) and (clientInfo[idc] != None)):
user_input = input(
"\nDo you want to download the homepage? (y/n): ")
if (user_input == 'y' or user_input == 'Y'):
download_homepage(idc, True)
else:
continue
else:
keyc = AES.generateKey(hashed_password)
package = {
"idc": idc,
mode = int(
input(
"Please choose:\n1 - Default Options (recommended)\n2 - Custom Options\nYour choice: "
))
except:
print("Warning: That's not a valid option. Let's try again.")
if mode == 1:
pwdOptions = defaultOptions
elif mode == 2:
# ask user input for the Options
pwdOptions = fc.presentOptions()
else:
# this should not happen, EVER!!!
raise ValueError(
"Incorrect option passed. This should not happen please investigate.")
if mode and pwdOptions:
print("Generating Password")
pwdConfig = fc.prepareOptions(pwdOptions)
success = False
while not success:
password = ''.join(fc.generatePassword(pwdConfig))
print("Your password is:", password)
if fc.inHistory(password):
print("Password exists...we need a new one")
else:
success = True
if fc.savePassword(password):
print("Password saved successfully")
else:
print("Failed to save password. Please check file permissions")
elif choice == '6':
redo6 = 'y'
while redo6 == 'y' or redo6 == 'Y':
service = input("What service are you making an account for? ")
pw = input("Enter a word to generate a random password. ")
while True:
length = int(
input(
"How long do you want your password to be? (10-15) "))
if length < 10:
print("Password too short.")
elif length > 15:
print("Password too long.")
else:
break
pw = generatePassword(service.encode('utf-8'), pw.encode('utf-8'),
length)
print("The randomly generated password is " + pw + ".")
print("-----------------------------------------")
print("PLEASE KEEP IT IN A SAFE PLACE")
print("-----------------------------------------")
store = input("Would you like to store this password? (y/n) ")
if store == "y" or store == "Y":
emailUser = input(
"What is the email/username for the service? ")
storeInfo(service, emailUser.encode('utf-8'),
pw.encode('utf-8'), db, s)
changes = True
redo6 = input("Would you like to make another password? (y/n) ")
redo = input("\nDo you need anything else? (y/n) ")
elif choice == '0':
break
html_text = prepareHtml()
encrypted_text = AES.encrypt(html_text, keycv)
return encrypted_text
s = socket.socket()
host = socket.gethostname()
port = 8003
s.bind((host, port))
s.listen(5)
clientsocket, address = s.accept()
print(f"Connection from {address} has been established")
idv = 100
kv = functions.generatePassword("Vsecret")
keyv = AES.generateKey(str(kv))
clientInfo = {}
loop = True
while loop:
try:
package = recvmsg(clientsocket)
print("Message received from the client")
if (type(package) == type({})):
ticket_v_bytes = AES.decrypt(package['ticketv'], keyv)
ticketv = json.loads(ticket_v_bytes.decode())