Email Verification: Automatically creating a user and setting their password might pose a security risk, especially if the user is unaware that an account has been created for them.
Password Handling: Setting a predictable password (like combining website name and current year) is not secure.
The faulty code
def create_new_user(client_data: dict):
CLIENT_MODEL = get_user_model()
# Check if client_data has first_name and last_name
if 'first_name' not in client_data or 'last_name' not in client_data:
# Assuming 'name' contains a single space between first and last name.
client_data['first_name'], client_data['last_name'] = parse_name(client_data['name'])
try:
# Check if the 'username' field exists in the User model
CLIENT_MODEL._meta.get_field('username')
user = create_user_with_username(client_data)
except FieldDoesNotExist:
user = create_user_with_email(client_data)
password = f"{get_website_name()}{get_current_year()}"
user.set_password(password) # Use set_password to ensure the password is hashed
user.save()
return user
Expected behavior
It's a good practice to send an email verification link to the user's email address, allowing them to set or reset their password.
Generate a random password and send a password reset or account activation link to the user's email. This ensures the user can set their password securely.
Describe the bug
Email Verification: Automatically creating a user and setting their password might pose a security risk, especially if the user is unaware that an account has been created for them.
Password Handling: Setting a predictable password (like combining website name and current year) is not secure.
The faulty code
Expected behavior
Possible Solution See above