numbersystems 1.50

Python Module to convert one Number System to other with ease

Number Systems

Python Module To Quickly Convert One Number System to Another.

• Number Systems
  • Installations
  • Usage
  • Functions
    • Functions To Check Input :
    • Conversion Functions :
  • Using Functions
    • binchecker(n)
    • decchecker(n)
    • octchecker(n)
    • hexchecker(n)
    • dectobin(x)
    • bintodec(x)
    • dectooct(x)
    • octtobin(x)
    • octtodec(x)
    • bintooct(x)
    • hextobin(x)
    • hextodec(x)
    • hextooct(x)
    • dectohex(x)
    • bintohex(x)
  • Errors

Installations

Install using pip

pip install numbersystems

Usage

:warning: Use converter while importing the module, not numbersystems

To start using this Module, import it

import converter

or Wildcard import

from converter import *

Functions

Functions To Check Input :

• binchecker():
• octchecker()
• decchecker()
• hexchecker()

Conversion Functions :

• dectobin()
• bintodec()
• dectooct()
• octtobin()
• octtodec()
• bintooct()
• hextobin()
• hextodec()
• hextooct()
• dectohex()
• bintohex()

Using Functions

:exclamation: Always Try entering arguments as String only

:exclamation: Conversion functions automatically check input arguments, you don't need to check them manually

binchecker(n)

Checks if passed argument is suitable for Binary System or not

>>> binchecker('11011')
True
>>> binchecker('213')
InvalidInputError: invalid Binary Number
>>>

decchecker(n)

Checks if passed argument is suitable for Decimal System or not

>>> decchecker('75412')
True
>>> decchecker('a34b')
InvalidInputError: invalid Decimal Number
>>>

octchecker(n)

Checks if passed argument is suitable for Octal System or not

>>> octchecker('752')
True
>>> octhecker('8249')
InvalidInputError: invalid Octal Number
>>>

hexchecker(n)

Checks if passed argument is suitable for Hexadecimal System or not

>>> hexchecker('7ac2')
True
>>> hexchecker('a34jrt')
InvalidInputError: invalid Hexadecimal Number
>>>

dectobin(x)

It Converts Decimal to Binary, takes Decimal value as Parameter, returns Binary equivalent

>>> dectobin(2)
10
>>>

bintodec(x)

It Converts Binary to Decimal, takes Binary value as Parameter, returns Decimal equivalent

>>> dectobin(101)
5
>>>

dectooct(x)

It Converts Decimal to Octal, takes Decimal value as Parameter, returns Octal equivalent

>>> dectooct(12)
14
>>>

octtobin(x)

It Converts Octal to Binary, takes Octal value as Parameter, returns Binary equivalent

>>> octtobin(12)
1010
>>>

octtodec(x)

It Converts Octal to Decimal, takes Octal value as Parameter, returns Decimal equivalent

>>> dectooct(12)
10
>>>

bintooct(x)

It Converts Binary to Octal, takes Binary value as Parameter, returns Octal equivalent

>>> bintooct(10101)
25
>>>

hextobin(x)

It Converts Hexadecimal to Binary, takes Hexadecimal value as Parameter, returns Binary equivalent

>>> hextobin(15)
10101
>>>

hextodec(x)

It Converts Hexadecimal to Decimal, takes Hexadecimal value as Parameter, returns Decimal equivalent

>>> hextodec(15)
21
>>>

hextooct(x)

It Converts Hexadecimal to Octal, takes Hexadecimal value as Parameter, returns Octal equivalent

>>> hextooct(15)
25
>>>

dectohex(x)

It Converts Decimal to Hexadecimal, takes Decimal value as Parameter, returns Hexadecimal equivalent

>>> hextobin(15)
10101
>>>

bintohex(x)

It Converts Binary to Hexadecimal, takes Binary value as Parameter, returns Hexadecimal equivalent

>>> bintohex(10101)
15
>>>

Errors

In case of the Wrong Type of Data given as an input to the Function, InvalidInputError is raised.

It is suggested to check the input value again if the Error is raised.

If the input value to the function is fine, still Error rises, please open a new Issue on Github.