def deluser(self, username: str = None, password: str = None, autotask: bool = False):
global __c
global __connection
test = Basic(self.filename)
if autotask == False:
if test.login(username, password): # No need to has the password because login function already hashed the password
__c.execute("DELETE FROM account WHERE username = '******'".format(username))
__connection.commit()
return True
else:
return False
else:
username = input("[+] * Please enter your username: "******"[+] * Please enter your password for confirmation: ", do_hash=False)
if test.login(username, password):
password = passtools.passask("[+] * Please renter your password again for confirmation: ", do_hash=False)
if test.login(username, password):
__c.execute("DELETE FROM account WHERE username = '******'".format(username))
__connection.commit()
return True
else:
return False
else:
return False
def deluser(self, username: str = None, password: str = None, extra: str = None, autotask: bool = False):
global __c
global __connection
test = ExtraPass(self.filename)
if autotask == False:
if test.login(username, password, extra): # NOTE: No need for encryption before passing because login function already encypts the important variables.
__c.execute("DELETE FROM account WHERE username = '******'".format(username))
__connection.commit()
return True
else:
return False
else:
# NOTE: No need for encryption before passing because login function already encypts the important variables.
username = input("[+] * Please enter your username: "******"[+] * Please enter your password for confirmation: ", do_hash=False)
extra = passtools.passask("[+] * Please enter the password you gave for extra layer: ", do_hash=False)
if test.login(username, password, extra):
global username1
username1 = username
__c.execute("DELETE FROM account WHERE username = '******'".format(username))
__connection.commit()
self.username = username
return True
else:
return False
def signup(self, username: str = None, password: str = None, extra: str = None, autotask: bool = False):
global __connection
global __c
if autotask == False:
if self.username_is_valid(username) == False: # If username is not valid, then it will return False
return False
else:
password = passtools.passhash(password)
extra = passtools.passhash(extra)
__c.execute("INSERT INTO account VALUES (?,?,?)", (username, password, extra))
__connection.commit()
return True
else:
username = input("[+] * Please make a username: "******"[+] * Please make a password: "******"[+] * Please enter another password that can be different for extra layer of security: ")
if self.username_is_valid(username): # If username is not valid, then it will ask for a new one
while True:
username = input("[-] * The username you entered is already in use. Please enter another one: ")
if self.username_is_valid(username): # If username is valid then it will stop asking for a new one
break
else:
continue
__c.execute("INSERT INTO account VALUES (?,?,?)", (username, password, extra))
__connection.commit()
self.username = username
return True
def login(self, username: str = None, password: str = None, autotask: bool = False):
global __c
global __connection
if not autotask:
__c.execute("SELECT * FROM account")
users = __c.fetchall()
__connection.commit()
password = passtools.passhash(password)
permission = False
for i in users:
if (i[0] == username) and (i[1] == password):
permission = True
break
return permission
else:
username1 = input("[+] * Please enter your username: "******"[+] * Please enter your password: "******"SELECT * FROM account")
users = __c.fetchall()
__connection.commit()
permission = False
for i in users:
if (i[0] == username1) and (i[1] == password1):
permission = True
break
return permission
def signup(self, username: str = None, password: str = None, autotask: bool = False):
global __c
global __connection
if autotask == False:
if self.username_is_valid(username):
password = passtools.passhash(password)
__c.execute("INSERT INTO account VALUES(?,?)", (username, password))
__connection.commit()
return True
else:
return False
else:
username1 = input("[+] * Please make a username: "******"[+] * Please make a password for security: ")
if self.username_is_valid(username1) == False: # If username is not valid, then ask again for another username
while True:
username1 = input("[-] * The username you entered is already in use. Please make another one: ")
if self.username_is_valid(username1): # If this function returns true, that means this username is valid
break
__c.execute("INSERT INTO account VALUES(?,?)", (username1, password1))
__connection.commit()
self.username = username1
return True
def login(self, username: str = None, password: str = None, extra: str = None, autotask: bool = False):
global __connection
global __c
if autotask == False:
__c.execute("SELECT * FROM account")
lst = __c.fetchall()
__connection.commit()
password = passtools.passhash(password)
extra = passtools.passhash(extra)
permission = False
for i in lst:
if (i[0] == username) and (i[1] == password) and (i[2] == extra):
permission = True
break
return permission
else:
username = input("[+] * Please enter your username: "******"[+] * Please enter your password: "******"[+] * Please enter the extra layer of password you added: ")
__c.execute("SELECT * FROM account")
lst = __c.fetchall()
__connection.commit()
permission = False
for i in lst:
if (i[0] == username) and (i[1] == password) and (i[2] == extra):
permission = True
break
if permission:
self.username = username
return permission