def list_names():
config = Config()
f = config.GetKey()
d = Data()
data = d.Fetch()
name_list = []
username_list = []
password_list = []
notes_list = []
for obj in data:
name_list.append(obj)
username = f.decrypt(data[obj]['username'].encode())
username_list.append(username.decode())
password = f.decrypt(data[obj]['password'].encode())
password_list.append(password.decode())
note = f.decrypt(data[obj]['notes'].encode())
notes_list.append(note.decode())
df = pd.DataFrame(
{'name / url': name_list, 'username': username_list, 'password': password_list, 'notes': notes_list})
df = df[['name / url', 'username', 'password', 'notes']]
df.head()
pd.options.display.max_columns = None
pd.options.display.width = None
print(df)
def search_password():
user_input = input("Search: ")
config = Config()
f = config.GetKey()
d = Data()
data = d.Fetch()
passwords_found = 0
for name in data:
find = name.lower().find(user_input.lower())
if find >= 0:
passwords_found += 1
username_stored = data[name]['username'].encode()
password_stored = data[name]['password'].encode()
notes_stored = data[name]['notes'].encode()
username = f.decrypt(username_stored)
password = f.decrypt(password_stored)
notes = f.decrypt(notes_stored)
print(f"*** {name} ***")
print(f"UID - {username.decode()}")
print(f"PWD - {password.decode()}")
print("--------------------------")
print("Notes:")
print(f"{notes.decode()}")
print("--------------------------")
print("")
if passwords_found == 0:
print(f"'{user_input}' not found!")
def get_password():
user_input = input("Name / URL: ")
config = Config()
f = config.GetKey()
d = Data()
data = d.Fetch()
passwords_found = 0
for name in data:
if name.lower() == user_input.lower():
passwords_found += 1
username_stored = data[name]['username'].encode()
password_stored = data[name]['password'].encode()
notes_stored = data[name]['notes'].encode()
username = f.decrypt(username_stored)
password = f.decrypt(password_stored)
notes = f.decrypt(notes_stored)
print(f"*** {name} ***")
print(f"UID - {username.decode()}")
print(f"PWD - {password.decode()}")
print("")
print("Notes:")
print(f"{notes.decode()}")
print("")
subprocess.Popen(['clip'], stdin=subprocess.PIPE).communicate(password)
print(f"{name} password copied to clipboard")
if passwords_found == 0:
print(f"{user_input} not found!")
def remove_password():
user_input = input("Which name should I remove?: ")
d = Data()
data = d.Fetch()
password_found = False
for key, value in list(data.items()):
if user_input.lower() == key.lower():
password_found = True
if password_found:
confirm = False
while confirm is False:
confirm_input = input(f"Are you sure you want to delete {user_input}? (y/n): ")
if confirm_input.lower() == 'y':
confirm = True
for key, value in list(data.items()):
if user_input.lower() == key.lower():
del data[key]
d.Update(data)
print(f"{user_input} deleted!")
else:
pass
else:
print(f"{user_input} is not found!")
def update_password():
password_name = input("Which password should be changed?: ")
config = Config()
f = config.GetKey()
d = Data()
data = d.Fetch()
for name in data:
if password_name.lower() == name.lower():
password_stored = data[name]['password'].encode()
notes_stored = data[name]['notes'].encode()
current_password = f.decrypt(password_stored)
print(f"Current Password: {current_password.decode()}")
password_input = input("New Password: "******"username": str(username_stored.decode()), "password": str(password_stored.decode()),
"notes": notes_stored.decode()}
d.Update(data)
print(f"{password_name} updated!")
def store_password():
name = input("Enter Name / URL: ")
username_provided = input("Login: "******"Password: "******"Notes: ")
notes = []
while True:
note_line = input("\t> ")
if note_line:
notes.append(note_line)
else:
break
notes_text_provided = '\n'.join(notes)
username = username_provided.encode()
password = password_provided.encode()
note = notes_text_provided.encode()
config = Config()
f = config.GetKey()
username_stored = f.encrypt(username)
password_stored = f.encrypt(password)
notes_stored = f.encrypt(note)
d = Data()
data = d.Fetch()
data[str(name)] = {"username": str(username_stored.decode()), "password": str(password_stored.decode()),
"notes": notes_stored.decode()}
d.Update(data)
print(f"{name} stored!")
def password_generator():
password_length = input("Password Length: ")
chars = string.ascii_letters + string.digits + '!@#$%^&*()'
rnd = random.SystemRandom()
new_password = ''.join(rnd.choice(chars) for i in range(int(password_length)))
print(new_password)
store_input = input("Should I store this password? (y/n): ")
if store_input.lower() == 'y':
name = input("Enter Name/Site: ")
username_provided = input("Enter Username: "******"Notes: ")
notes = []
while True:
note_line = input("\t> ")
if note_line:
notes.append(note_line)
else:
break
notes_text_provided = '\n'.join(notes)
username = username_provided.encode()
password = new_password.encode()
note = notes_text_provided.encode()
config = Config()
f = config.GetKey()
username_stored = f.encrypt(username)
password_stored = f.encrypt(password)
notes_stored = f.encrypt(note)
d = Data()
data = d.Fetch()
data[str(name)] = {"username": str(username_stored.decode()), "password": str(password_stored.decode()),
"notes": notes_stored.decode()}
d.Update(data)
print(f"{name} stored!")
subprocess.Popen(['clip'], stdin=subprocess.PIPE).communicate(password)
print(f"{name} password copied to clipboard")
