Python/format.py at master · vichi99/Python · GitHub

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##############################################################################
# The program do not nothing special, only shows basic formatting
##############################################################################

import random


def name():
    #name = input("Hi, whats your name? ")
    text = "Hi , whats your name? "
    name = format_input(text, str)
    length = len(name)
    print("Hello {0}! Your name have {1} symbol".format(name, length))


def table():
    text = "Table of number"
    header_num = "| {:{width}} | {:{width}} | {:{width}} | {:{width}} |".format(
        "dec", "bin", "oct", "hex", width=7)
    header_text = "+{0:-^39}+\n" + header_num + "\n{1:->41}"
    table_text = "| {0:{width}d} | {0:#{width}b} | {0:#{width}o} | {0:#{width}x} |"
    print(header_text.format(text, "-", width=28))
    for number in range(16):
        print(table_text.format(number, width=7))
    print("+{:->39}+".format("-"))


def number():
    format_text = """
    \rThe number {0}:
    binary: {0:b} or {0:0>4b} or {0:0>#4b}
    hex: {0:x} or {0:0>4x} or {0:0>#4x}
    oct: {0:o} or {0:0>4o} or {0:0>#4o}
    last value: {1}
    Big number: {2:,}
    Aligned text {0:>30}
    center {0:*^25}"""
    big_number = 1123456
    text = "Enter the int number: "
    number = format_input(text, int)
    length = len(str(number))
    if length == 1:
        print(format_text.format(number, int(number % 10), big_number))
    if length == 2:
        print((format_text + ", {2}").format(number,
                                             (int(number % 10),
                                              int(number % 100 / 10)),
                                             big_number))
    if length >= 3:
        print((format_text + ", {2}").format(number, (int(number % 10),
                                                      int(number % 100 / 10),
                                                      int(number % 1000 / 100)),
                                             big_number))

    else:
        pass
    return


def cube():
    text = """
    \rEnter the number of cube (1-6) you want to see, 7 to random
    \rchoice or  >= 8 to see all: """
    value = format_input(text, int)
    if value == 7:
        value = random.randint(1, 6)
    cube = str("""
    +-------+
    | {}   {} |
    | {} {} {} |
    | {}   {} |
    +-------+
    \n
    """)
    c1 = ("Number 1" + cube.format(" ", " ", " ", "o", " ", " ", " "))
    c2 = ("Number 2" + cube.format(" ", "o", " ", " ", " ", "o", " "))
    c3 = ("Number 3" + cube.format(" ", "o", " ", "o", " ", "o", " "))
    c4 = ("Number 4" + cube.format("o", "o", " ", " ", " ", "o", "o"))
    c5 = ("Number 5" + cube.format("o", "o", " ", "o", " ", "o", "o"))
    c6 = ("Number 6" + cube.format("o", "o", "o", " ", "o", "o", "o"))
    cube_list = [c1, c2, c3, c4, c5, c6]
    wrong = ("Wrong enter")
    error = ("Error enter")
    try:
        if 0 <= value <= 6:
            print(cube_list[value - 1])
        elif value >= 8:
            print(c1 + c2 + c3 + c4 + c5 + c6)
        else:
            print(wrong)
    except:
        print(error)
    return


def format_input(text, exp_type):
    cond = True
    while cond is True:
        value = input(text)
        try:
            if not value:    # if empty
                print("The input is empty")
            elif exp_type == int:
                value = int(value)
                cond = False
                return (value)
            elif exp_type == str:
                value = str(value)
                cond = False
                return (value)
            elif exp_type == float:
                value = float(value)
                cond = False
                return (value)
            else:
                print("The input type in code is wrong")
        except:
            print("The input is wrong. Type {} number".format(str(exp_type)))


def guess():
    text = "Guess the number 1-10: "
    randoms = random.randint(1, 10)
    guess = -1
    while True:
        # guess = int(input("Enter number 1-10: "))
        guess = format_input(text, int)
        if guess == randoms:
            print("Correct")
            break


def numbers(A, B):
    count_numbers = 0
    if A <= B:
        root = [i*2 for i in range(A,B) if (i ** (1/2)) % 1 == 0]
        count_root=len(root)
        print(count_root)
        return (count_root)
    else:
        print(count_numbers)
        return (count_numbers)


table()
name()
number()
cube()
guess()
numbers(4,17)