PhilippM96

from IntroConfiguration import IntroConfiguration  # Own file-import


class MenuConfiguration:
    @staticmethod
    def start_menu():
        inputting = True
        while inputting:
            start_input = input("Programm starten (P)\nIntro starten (I)\nVersionshistorie starten (V)\n")

PhilippM96

from TicketCalculation import start_ticket_machine
from IntroConfiguration import IntroConfiguration

try:
    IntroConfiguration.print_intro()
    start_ticket_machine()
except Exception as ex:
    exit("Programm wird wegen folgender Ausnahme beendet: " + str(ex))

PhilippM96

from sys import stderr, stdout
from random import randint


def start_game():
    player1_score = 0
    player2_score = 0

    print("Es liegen Streichhölzer auf dem Tisch.\n"
          "Jeder Spieler nimmt abwechselnd 1 bis 3 Streichhölzer vom Tisch runter.\n"

PhilippM96

from BubblesortAlgorithm import BubblesortAlgorithm
from IntroConfiguration import IntroConfiguration

try:
    IntroConfiguration.print_intro()
    bs = BubblesortAlgorithm()

    arr1 = ['30', '50', '40']

    arr2 = bs.fill_array(1000, 100)

PhilippM96

class IntroConfiguration:  # Class begin
    @staticmethod  # Upcoming method is independent
    def print_intro():  # Defining method
        program_name = "Quicksort-Algorithmus"
        version_number = "0.1.0"
        release_date = "28.02.2018"
        owner_email = "philipp.mindt@crs-online.de"

        print("".center(50, "*") + "\n**" +  # Fifty * in a row + two * at new line
              "{0:>51}".format("**\n**") +  # Two * at the end + two * at new line

PhilippM96

from abc import ABC, abstractmethod


class ShowStrategyAbstract():  # object parameter?
    @abc.abstractmethod
    def show(self):
        pass


class ShowEightBitAdderStrategy(ShowEightBitAdderStrategy)

PhilippM96

from sys import stdout


class TrafficLight:
    def __init__(self):
        self.greenOn = False
        self.yellowOn = False
        self.redOn = False
        self.operational = True
        self.operation = ""