Easy Python Project Memory Address Mapping for MP and MC Free Code

import math

import os

os.system("")

# Group of Different functions for different styles

class style():

    BLACK = '\033[30m'

    RED = '\033[31m'

    GREEN = '\033[32m'

    YELLOW = '\033[33m'

    BLUE = '\033[34m'

    MAGENTA = '\033[35m'

    CYAN = '\033[36m'

    WHITE = '\033[37m'

    UNDERLINE = '\033[4m'

    RESET = '\033[0m'

    #############

    # SECTION 1 OF THE PROGRAM FOR GENERATING ADDRESS LOCATIONS.

    #############

print("")

print("MEMORY ADDRESS MAPPING TOOL FOR MICROPROCESSORS AND MICROCONTROLLERS")

print('''   

This tool lets you calculate the total number of address locations [in hexadecimals], "

in the memory of a specific size with a specific register size. This tool can be used as

a building block for creating memory segmentation and multiple RAM/ROM implementations''')

while True:

    print("")

    print(style.YELLOW + " WELCOME TO MEMORY MAPPING TOOL FOR MICROPROCESSORS AND MICROCONTROLLERS" + style.RESET)

    try:

        n = int(input(style.CYAN + " Enter Memory Size (preferably an integer in multiples of power of 2) : " + style.RESET))

    except ValueError:

        print("Enter Valid Input Please")

        break

    m = (input(style.CYAN +" Enter Memory Multiplier [(B)yte, (k)ilobyte, (M)egabyte, (G)igabyte, (T)erabyte )] or (Q)uit: " + style.RESET))

    #memorysize(n,m)

    if m.lower() == "k":

        s = n * 1024

        t = math.log2(s)

        sizeinbytes = int(2 ** t)

        print(" Total Memory Size in Bytes is : ", sizeinbytes, "B")

    elif m.lower() == "b":

        s = n

        t = math.log2(s)

        sizeinbytes = int(2 ** t)

        print(" Total Memory Size in Bytes is : ", sizeinbytes, "B")

    elif m.lower() == "m":

        s = n * 1024 * 1024

        t = math.log2(s)

        sizeinbytes = int(2 ** t)

        print(" Total Memory Size in Bytes is : ", sizeinbytes, "B")

    elif m.lower() == "g":

        s = n * 1024 * 1024 * 1024

        t = math.log2(s)

        sizeinbytes = int(2 ** t)

        print(" Total Memory Size in Bytes is : ", sizeinbytes, "B")

    elif m.lower() == "t":

        s = n * 1024 * 1024 * 1024 * 1024

        t = math.log2(s)

        sizeinbytes = int(2 ** t)

        print(" Total Memory Size in Bytes is : ", sizeinbytes, "B")

    elif m.lower() == "q":

        print(" Thank you for Trying the Program")

        break

    else:

        print(" Enter a Valid Value")

        break

    #############

    # SECTION 2 OF THE PROGRAM FOR GENERATING ADDRESS MAP.

    #############

    print("")

    mem_map = input(style.MAGENTA +" Do You wish to calculate MEMORY ADDRESS MAP of this Memory : Y or N : ")

    if mem_map.lower() == "y":

        reg_size = int(input(" Enter Register Size in bytes (Multiples of 2 powers ) : " + style.RESET))

        new_memsize = (sizeinbytes/reg_size)

        len_newmem = int(new_memsize)

        if len_newmem > 0:

            print(" Total number of registers in memory of [", n, m, "] are : ", len_newmem)

            print(" The first address of the memory is : " , hex(0) , "H")

            print(" The last address of the memory is : ", hex(len_newmem - 1) , "H")

        else:

            print(" Register Size cannot be greater than the total memory size !!")

            break

    elif mem_map.lower() == "n":

        print(" Thank you for using the Program !!")

        break

    else:

        break