Відео

def generatePassword(length): characters = string.ascii_letters + string.digits + string.punctuation while True: # Keep generating until the password meets the criteria password = ''.join(random.choice(characters) for i in range(length)) if (any(c.islower() for c in password) # At least one lowercase letter and any(c.isupper() for c in password) # At least one uppercase letter and any(c.isdigit() for c in password) # At least one digit and any(c in string.punctuation for c in password)): # At least one special character return password while True: length = int(input("Enter a password length (or 0 to quit): ")) if length == 0: break elif length < 4: # Ensure the length is enough to meet all criteria print("Password length must be at least 4 to meet all criteria.") else: print(f'Generated password: {generatePassword(length)}')

import random import string def generate_pasword(length): characters = string.ascii_letters + string.digits + string.punctuation password = ''.join(random.choice(characters) for _ in range(length)) return password while True: length = int(input("Enter a password length (or 0 to exit): ")) if length == 0: break print(f"Generated password: {generate_pasword(length)}")

Greatt courses .. do not stop 👍🏻👍🏻👏🏻👏🏻👏🏻

Then make a video on python asyncio websocket for real-time interaction for multiplayer chess game

❤️‍🔥❤️‍🔥❤️‍🔥

Thank you , could you please make tutorial about lazarus freepascal programming?

Thank you, for your video. Wish you luck!

# duck typing = concept where the class of an object is less important than the methods/attributes # class type is not checked if minimum methods/attributes are present # “If it walks like a duck, and it quacks like a duck, then it must be a duck.” class Duck: def walk(self): print("This duck is walking") def talk(self): print("This duck is qwuacking") class Chicken: def walk(self): print("This chicken is walking") def talk(self): print("This chicken is clucking") class Person(): def catch(self, duck): duck.walk() duck.talk() print("You caught the animal") duck = Duck() chicken = Chicken() person = Person() person.catch(duck)

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class Man: name = None class Woman: name = None def change_name(person, name): person.name = name man_1 = Man() man_2 = Man() man_3 = Man() woman = Woman() change_name(man_1, "Mike") change_name(man_2, "John") change_name(man_3, "Yousef") change_name(woman, "Lisa") print(man_1.name) print(man_2.name) print(man_3.name) print(woman.name)

# super() = Function used to give access to the methods of a parent class. # Returns a temporary object of a parent class when used class Rectangle: def __init__(self,length, width): self.length = length self.width = width class Square(Rectangle): def __init__(self, length, width): super().__init__(length, width) def area(self): return self.length * self.width class Cube(Rectangle): def __init__(self,length,width,height): super().__init__(length, width) self.height = height def volume(self): return self.length * self.width * self.height square = Square(3, 3) cube = Cube(3, 3, 3) print(cube.volume()) print(square.area())

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# method chaining = calling methods sequentially class Routine: def wake_up(self): print("This person is now awake") return self def eat(self): print("This person is now eating breakfast... yum") return self def drive(self): print("Driving to work VROOM") return self def work(self): print("This person is now at work and working") return self routine = Routine() routine.wake_up()\ .eat()\ .drive()\ .work()

Thanks for tutorial!

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love it, nice

# python quiz game questions = ("What is the capital of France?: ", "Who wrote the novel '1984'?: ", "What is the largest ocean on Earth?: ", "How many continents are there?: ", "What is the square root of 64?: ") options = (("A. Berlin", "B. Madrid", "C. Paris", "D. Rome"), ("A. George Orwell", "B. Ernest Hemingway", "C. F. Scott Fitzgerald", "D. J.K. Rowling"), ("A. Atlantic Ocean", "B. Indian Ocean", "C. Pacific Ocean", "D. Arctic Ocean"), ("A. 5", "B. 6", "C. 7", "D. 8"), ("A. 6", "B. 7", "C. 8", "D. 9")) answers = ("C", "A", "C", "C", "C") guesses = [] score = 0 question_num = 0 for question in questions: print("--------------------") print(question) for option in options[question_num]: print(option) guess = input("Enter (A B C D): ").upper() guesses.append(guess) if guess == answers[question_num]: score += 1 print("Correct!") else: print("INCORRECT!") print(f"{answers[question_num]} is the correct answer") question_num += 1 print("---------------------------") print("----------RESULTS----------") print("---------------------------") print("answers: ", end="") for answer in answers: print(answer, end=" ") print() print("guesses: ", end="") for guess in guesses: print(guess, end=" ") print() score = int(score / len(questions) * 100) print(f"Your score is: {score}%")

class Car: def drive(self): print("This car is driving") class Camaro(Car): def drive(self): print("This Camaro is fast asf") class Mustang(Car): pass camaro = Camaro() mustang = Mustang() camaro.drive() mustang.drive()

# when a child class having multiple parent classes class Prey: def flee(self): print("This animal is fleeing") class Predator: def hunt(self): print("This animal is hunting") class Rabbit(Prey): pass class Hawk(Predator): pass class Fish(Prey, Predator): pass rabbit = Rabbit() hawk = Hawk() fish = Fish() # rabbit.flee() # hawk.hunt() fish.flee() fish.hunt()

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# multi-level inheritance = when a child class inherits from another child class class Car: working = True class Chevy(Car): def drive(self): print("This car is driving") class Corvette(Chevy): def race(self): print("This corvette is fast") corvette = Corvette() print(corvette.working) corvette.drive() corvette.race()

beautiful explanation!

# Inheritance allows us to define a class that inherits all the methods and properties from another class class Vehicle: works = True def move(self): print("This vehicle is moving") def stop(self): print("This vehicle is stopping") class Car(Vehicle): def drive(self): print("This car is driving") class Submarine(Vehicle): def sink(self): print("This submarine is sinking") class Plane(Vehicle): def fly(self): print("This plane is flying") car = Car() submarine = Submarine() plane = Plane() print(submarine.works) car.move() plane.stop() car.drive() plane.fly() submarine.sink()

# POOP = Python object-oriented programming # Each object can have its own set of methods and attributes from car import Car car1 = Car("Chevy", "Corvette", 2019, "Black") car2 = Car("Chevy", "Camaro", 2014, "Red") car3 = Car("Wooden", "sofa", 2020, "purple") print(car3.make) print(car3.model) print(car3.year) print(car3.color) car3.drift() car3.drive() car2.wheels = 2 print(car3.wheels) class Car: wheels = 4 # class variable def __init__(self, make, model, year, color): self.make = make # instance variables self.model = model # instance variables self.year = year # instance variables self.color = color # instance variables def drift(self): print("This "+self.model+" is drifting :D") def drive(self): print("This "+self.model+" is driving :D") class motorcycle: pass

# hi, please like and subscribe. It would mean a lot :D import random options = ("rock", "paper", "scissors") running = True while running: player = None computer = random.choice(options) while player not in options: player = input("Enter a proper choice pls (rock, paper, or scissors): ") print(f"Player: {player}") print(f"Computer: {computer}") if player == computer: print("It's a tie") elif player == "rock" and computer == "scissors": print("You win!") elif player == "paper" and computer == "rock": print("You win!") elif player == "scissors" and computer == "paper": print("You win!") else: print("You lose!") if not input("Do you want to play again? (y/n): ").lower() == "y": running = False print("Thanks for playing :D ") # if player == computer: # print("computer: ", computer) # print("player: ", player) # print("Tie") # elif player == "rock": # if computer == "paper": # print("computer: ", computer) # print("player: ", player) # print("You Lose!")

# C:\\Users\\monst\\PycharmProjects\\pythonProject1\\text.txt # C:\\Users\\monst\\PycharmProjects\\pythonProject1\\Tutorials\\1.txt import os source = "C:\\Users\\monst\\PycharmProjects\\pythonProject1\\Tutorials\\dir" destination = "C:\\Users\\monst\\PycharmProjects\\pythonProject1\\dir2" try: if os.path.exists(destination): print("This file already exists") else: os.replace(source, destination) print(source, "was moved") except FileNotFoundError: print(source, "was not found")

# module = a file containing python code. May contain functions, classes, etc. # Used with modular programming, which is to separate a program into parts # import functions # import functions as f # from functions import function1, function2 # from functions import * (dangerous) help("modules") # from functions import * # # function1() # function2() def function1(): print("This is function 1 :D") def function2(): print("This is function 2 :D pls like and sub!")

import os import shutil path = "nonempty" try: # os.remove(path) # os.rmdir(path) shutil.rmtree(path) except FileNotFoundError: print(path, "was not found") except PermissionError: print("Access denied.. ") except OSError: print("Folder is not empty... ")

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# copyfile() = copies contents of a file # copy() = copyfile() + permission mode + destination can be a directory # copy2() = copy() + copies metadata (file’s creation and modification times) import shutil shutil.copy2("name.txt", "name3.txt") # src, dst

ez

text = "hi, pls like and subscribe... pls!!!" with open('name.txt', 'a') as file: file.write(text)

I meant full code will be posted in the comments down below 😅

# "C:\\Users\\monst\\OneDrive\\Desktop\\example\\text.txt" try: with open("C:\\Users\\monst\\OneDrive\\Desktop\\example\\text.txt") as file: print(file.read()) except FileNotFoundError: print("The file was not found!")