Ejemplo n.º 1
0
 def _search(self):
     if Users.user_exists(self.content['username']):
         self.response['key'] = Encryptor.get_public_key_as_string(
             Users.get_public_key(self.content['username']))
         self.response['username'] = self.content['username']
     else:
         self.status = ResponseCreator.status_codes['USER_DO_NOT_EXIST']
Ejemplo n.º 2
0
      def test_user_exists(self):
          '''
          test if a user exists or not
          '''
          self.new_user.add_user()
          test_user = Users("Moringa", "1234")
          test_user.add_user()

          user_exists = Users.user_exists("Moringa","1234")
          self.assertTrue(user_exists)
Ejemplo n.º 3
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 def _delete_account(self):
     username = self.content['username']
     if not Users.user_exists(username):
         self.status = ResponseCreator.status_codes['USER_DO_NOT_EXIST']
         return
     user = Users.get_user(username)
     password = Encryptor.asymmetric_decrypt_message(
         key=ServerSession.get_private_key(),
         message=self.content['password'])
     if user.check_password(password):
         Users.delete_user_account(username)
Ejemplo n.º 4
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 def _register(self):
     username = self.content['username']
     if Users.user_exists(username):
         self.status = ResponseCreator.status_codes['LOGIN_NOT_AVAILABLE']
         return
     password = self.content['password']
     public_key = self.content['public_key']
     email = self.content['email']
     usr = User(username=username,
                password=Encryptor.hash_message(password.encode()).decode(),
                email=email)
     Users.add_user(usr)
     UsersToPublicKeys.add_user_public_key(username, public_key)
Ejemplo n.º 5
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 def _authenticate(self):
     username = self.content['username']
     if not Users.user_exists(username):
         self.status = ResponseCreator.status_codes['USER_DO_NOT_EXIST']
         return
     user = Users.get_user(username)
     password = Encryptor.asymmetric_decrypt_message(
         key=ServerSession.get_private_key(),
         message=self.content['password'])
     if user.check_password(password):
         key = Encryptor.generate_symmetric_key()
         ServerSession.add_client_session_key(user.get_username(), key)
         pub_k = UsersToPublicKeys.get_public_key(username)
         print(username, ' session key ', key)
         encrypted_key = Encryptor.asymmetric_encrypt_message(key=pub_k,
                                                              message=key)
         self.response = {'key': encrypted_key}
     else:
         self.status = ResponseCreator.status_codes['WRONG_PASSWORD']
Ejemplo n.º 6
0
def find_existing_user(username, login_password):
    '''
  Function that authenticates users
  '''
    return Users.user_exists(username, login_password)
Ejemplo n.º 7
0
def check_existing_user(username, login_password):
    ''' 
    Function to authenticate user
    '''
    return Users.user_exists(username, login_password)