def new_password(self):
"""Creates a new password
Returns: A new password
"""
# create new password
return password_generator.create_password()
def gen_login():
user_name = input("Please enter your username")
log.info("User name is inputted by user to system. User : {}".format(user_name))
if user_name in users:
log.debug("Checking if user name has been used before")
print("That username is already taken, please try again")
log.info("Username is taken so they need to retry")
gen_login()
else:
users.append(user_name)
log.debug("Adding the user to the database.")
want_password = input("Do you want us to generate a password for you, yes or no?")
log.debug("Asking if the user wants a auto-generated password.")
if want_password == "yes":
password = pg.create_password()
print(password)
print("Your password is {}".format(password))
log.info("The password as been autogenerated to: {}.".format(password))
else:
password = input("Please enter your password")
print("Your password is {}".format(password))
log.info("User decided to create their own password")
passwords.append(password)
print("Thank you for registering, your username is: ({}) and your password is: ({})!".format(user_name, password))
from controller import Controller
from password_generator import create_password
if __name__ == "__main__":
new_password = create_password()
# Use screen scraper to change password
test = Controller(["*****@*****.**"], 'test_password')
test.run()
# Email_Handler = Email_Handler(["*****@*****.**"])
# Email_Handler.send("Your new password is: " + new_password)
# TODO: create main program flow and lifecycle here
def call_password():
password_entry.delete(0, 'end')
new_password = create_password()
password_entry.insert(0, new_password)
pyperclip.copy(new_password)
def execute():
#CHARSET SELECTION
print(">> Charset available: ");
print(">> 1 - ",charset_0);
print(">> 2 - ",charset_1);
print(">> 3 - ",charset_2);
print(">> 4 - ",charset_3);
selection = str(input(">> Select charset [1-4]: "));
if(selection == '1'):
charset = charset_0;
elif(selection == '2'):
charset = charset_1;
elif(selection == '3'):
charset = charset_2;
elif (selection == '4'):
charset = charset_3;
else:
print(">> Invalid choice. Default (1) will be used");
charset = charset_0;
# LENGTH SELECTION
try:
length_password = int(input(">> Set password length [6-128]: "));
if(length_password > 128):
print(">> Maximum password length reached. Length password will be 128");
length_password = 128;
if(length_password < 6):
print(">> Minimum password length not reached. Length password will be 6");
length_password = 6;
# IF THERE'S ANY ERROR (NEGATIVE NUMBER, LETTERS) JUST PUT A LENGTH OF 16
except:
print(">> Incorrect input. Length is set to 16");
length_password = 16;
# FILE SECTION
pass_text_num = str(input(">> Would you like to write passwords and encrypted password in the same file?[y/n]: "));
print(">> Select the file exported from your browser:\n ");
try:
path_plus_filename = askopenfilename();
while(Path(path_plus_filename).suffix != '.csv'):
print(">> File selected is not a csv. Retry...");
path_plus_filename = askopenfilename();
path = os.path.dirname(path_plus_filename);
filename = os.path.basename(path_plus_filename);
if(os.name == "nt"):
path = path + "\\";
elif(os.name == "posix"):
path = path + "/";
# IF NOTHING IS SELECTED, WE CAN'T ACCESS THE FOLDER OR ANYTHING ELSE
# PUT THE FILES ON THE DESKTOP
except:
print(">> No file selected. Program will now exit");
sys.exit(0);
print(">> File(s) will be created in " + path);
# CHECK IF THE FILES ARE ALREADY THERE
# IF SO, WE DELETE THEM
if(pass_text_num == 'y' or pass_text_num == 'Y'):
if (os.path.isfile(path + "list_clear_and_encrypted_passwords.csv") == 'True'):
os.remove(path + "list_clear_and_encrypted_passwords.csv");
num_files = 1;
elif(pass_text_num == 'n' or pass_text_num == 'N'):
if (os.path.isfile(path + "list_clear_passwords_new.csv") == 'True'):
os.remove(path + "list_clear_passwords_new.csv");
if (os.path.isfile(path + 'list_encrypted_passwords_new.csv') == 'True'):
os.remove(path + 'list_encrypted_passwords_new.csv');
num_files = 2;
else: # INVALID CHOICE --> CHOOSE TO USE 2 FILE
print(">> Choice not valid. Two files will be created");
if (os.path.isfile(path + "list_clear_passwords_new.csv") == 'True'):
os.remove(path + "list_clear_passwords_new.csv");
if (os.path.isfile(path + 'list_encrypted_passwords_new.csv') == 'True'):
os.remove(path + 'list_encrypted_passwords_new.csv');
num_files = 2;
# EXECUTION WITH ONLY ONE FILE
if(num_files == 1):
with open(path + 'list_clear_and_encrypted_passwords.csv',mode = 'w',newline = "\n") as list_clear_encrypted_passwords:
clear_encrypted_writer = csv.writer(list_clear_encrypted_passwords,delimiter = ";")
clear_encrypted_writer.writerow(["SITE","USERNAME","PASSWORD","ENCRYPTED PASSWORD"]);
with open(path_plus_filename,mode = 'r') as chrome_exported_passwords:
for i,row in enumerate(chrome_exported_passwords.readlines()):
if(i == 0): # SKIP 'SITE','USERNAME',[...], ROW
pass;
else:
try:
items = row.split(',');
site_name = items[0];
user_name = items[1];
password = password_generator.create_password(length_password, charset);
caesar_password = caesar_cipher.execute(password);
clear_encrypted_writer.writerow([site_name,user_name,password,caesar_password,]);
except:
items = row.split(';');
site_name = items[0];
user_name = items[1];
password = password_generator.create_password(length_password, charset);
caesar_password = caesar_cipher.execute(password);
clear_encrypted_writer.writerow([site_name,user_name,password,caesar_password,]);
# EXECUTION WITH TWO FILES
else:
#
# NOTE:
# I had to write the file with the clear passwords and after that the one
# with the encrypted password because .csv files can't be processed as
# normal text file (as far as I know);
# So, I'll write the first file, and then use it to create the second
#
# NOW WE CREATE THE NEW FILE CONTAINING ALL THE NEW (CLEAR) PASSWORDS
with open(path + 'list_clear_passwords.csv',mode = 'w',newline = "\n") as list_clear_passwords:
clear_writer = csv.writer(list_clear_passwords,delimiter = ";")
clear_writer.writerow(["SITE","USERNAME","PASSWORD"]);
with open(path_plus_filename,mode = 'r') as chrome_exported_passwords:
for i,row in enumerate(chrome_exported_passwords.readlines()):
if(i == 0): # SKIP 'SITE','USERNAME',[...], ROW
pass;
else:
try:
items = row.split(',');
site_name = items[0];
user_name = items[1];
password = password_generator.create_password(length_password, charset);
clear_writer.writerow([site_name,user_name,password,]);
except:
items = row.split(';');
site_name = items[0];
user_name = items[1];
password = password_generator.create_password(length_password, charset);
clear_writer.writerow([site_name,user_name,password,]);
# NOW WE CREATE THE NEW FILE CONTAINING ALL THE NEW (encrypted) PASSWORDS
with open(path + 'list_encrypted_passwords.csv',mode = 'w',newline = "\n") as list_encrypted_passwords:
encrypted_writer = csv.writer(list_encrypted_passwords,delimiter = ";")
encrypted_writer.writerow(["SITE","USERNAME","ENCRYPTED PASSWORD"]);
with open(path + 'list_clear_passwords.csv',mode = 'r') as new_exported_passwords:
for i,row in enumerate(new_exported_passwords.readlines()):
if(i == 0): # SKIP 'SITE','USERNAME',[...], ROW
pass;
else:
items = row.split(';');
site_name = items[0];
user_name = items[1];
password = items[2][:-1]; # password contains also "\n" at the end
# we don't want to count it
caesar_password = caesar_cipher.execute(password);
encrypted_writer.writerow([site_name,user_name,caesar_password,]);
# WE'RE DONE
print("\n");
print(">> Please check if there are any errors in the new files");
print(">> (Like repeated passwords, presence of some old passwords etc.)");
print(">> [Thank you for your comprehension]\n");
print(">> Program terminated. Remember: your file(s) are stored in ",path);
while show_menu:
#Code Here
service_choice = input('''Choose your service
1-Phone number generator
2-Password generator
3-Check password
to quit : press q
\n''')
if service_choice == '1':
operator_choice = input('''Choose your operator:
1-irancell
2-HamraheAval''')
phone_number = create_phone_number(operator=operator_choice)
print(f"Your suggested phone number :{phone_number}\n")
elif service_choice == '2':
password_type = password_type()
password_generated = create_password(**password_type)
print(f"your password generated : {password_generated}\n")
elif service_choice == '3':
user_password = input('enter your password\n')
password_strength = recognize_password_strength(user_password)
print(password_strength)
elif service_choice == 'q':
print('see you!')
show_menu = False