import cowsay cowsay.kitty("I'm an effective-image")
def say_hello(name): cowsay.kitty(f'hello {name}')
# -*- coding: utf-8 -*- import string import random import cowsay char = string.ascii_letters + string.digits + string.punctuation # letter + number + spacial char password = "" cowsay.kitty("Password generator by Rctz :)") try: name = input("Use for: ") # input use for length = int(input("Password length: ")) # input password length for i in range(length): password += random.choice(char) # random print(password) with open("password.txt", mode="a+") as f: # write to .txt f.write(name + "\n") f.write(password + "\n\n") except ValueError: # if wrong password length print("Error!: please correct password length")
while True: num1 = input("Kalkulator\nDana_1: ") oper = input("Operacja: +, -, :, *: ") num2 = input("Dana_2: ") if oper == "+": # dodaj = int(num1) + int(num2) wynik = funkcja_dodawania(num1, num2) zapamietaj = zapamietaj + wynik cowsay.cow(f"= {wynik}") print(zapamietaj) elif oper == "-": odejmij = int(num1) - int(num2) wynik = funkcja_odejmowania(num1, num2) cowsay.dragon(f"= {wynik}") elif oper == "*": mnoz = int(num1) * int(num2) wynik = funkcja_mnozenia(num1, num2) cowsay.ghostbusters("= %s" % wynik) elif oper == '/': dziel = int(num1) / int(num2) wynik = funkcja_dzielenia(num1, num2) cowsay.kitty("= {}".format(wynik)) else: print("Nie ma takiej mozliwosci")
async def kitty(ctx, *, text): await ctx.send('```' + cowsay.kitty(text) + '```')
import cowsay # print(cowsay.char_names) name = input('Enter your name : ') string = f'Hello {name}' cowsay.daemon(string) cowsay.cow(string) cowsay.dragon(string) cowsay.beavis(string) cowsay.cheese(string) cowsay.ghostbusters(string) cowsay.kitty(string) cowsay.meow(string) cowsay.milk(string) cowsay.pig(string) cowsay.stegosaurus(string) cowsay.stimpy(string) cowsay.turkey(string) cowsay.turtle(string) cowsay.tux(string)