BinaryAndSerializableMath 1.0.1

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@COPYRIGHT 2024 By Kyfstore

How To Use

This is the tutorial on how to use BinaryAndSerializableMath package for python. Like in the name, this package is a simple math package but also includes a Binary and Serializable class that allows you to convert integers, and strings to and from binary as well as convert binary to and from a custom serializable alphabet that can only use the package to crack. Note: Serializable class only supports lowercase letters. Any fancy chars, numbers, or punctuation will break it such as 78, {}, [], ., or !. This package goes great along with RedVert which is a package I also made as well! RedVert is used to create files with custom extensions so you can create a very secure file will a lowercase-letter only password such as cookiesaregreat by first converting them binary and them the custom serializable alphabet and them back again. I will teach you the very basics of it.

Python Use

To use this package in python, you first need to know the main functions which are:

1. add
2. sub
3. mul
4. div
5. power
6. Binary.binary
7. Binary.debinary
8. Serializable.serialize
9. Serializable.deserialize

The first 5 are simple ones for addition, subtraction, multiplication, division, and powers. The last 4 are the actual fun, main functions. Binary.binary can convert a int (integer) or str (string) into a binary representation. One use could be:

from binaryandserializeablemath import *

pic = Binary.binary("Python Is Cool")

This short script will return the binary representation of, "Python Is Cool" into a variable called pic (short for Python Is Cool). Also, with this same idea, you can convert from binary. So it would look something like:

from binaryandserializeablemath import *

picBinary = Binary.binary("Python Is Cool")
picDebinary = Binary.debinary(picBinary)
print(picDebinary)

This script will store a variable called picBinary for storing the binary of Python Is Cool and the variable picDebinary will store the variable of converting the binary back into a string and later printing the output which should be:

Python Is Cool

Next, is the Serializable class. First is the Serializable.serialize function. To use it, you need two arguments, the input, either a string or integer, and the type of serialization you want to do, either use, "t" or "n". N for numbers and T for text. An example of both are below:

from binaryandserializeablemath import *

picSer = Serializable.serialize("python is cool", "t")

from binaryandserializeablemath import *

numSer = Serializable.serialize(190, "n")

The last function is Serializable.deserialize which by the name, you should now it will deserialize a previously serialized variable. And once again, it requires two arguments, the input and type of serialization. Below is once again two examples:

from binaryandserializeablemath import *

picSer = Serializable.serialize("python is cool", "t")
picDeSer = Serializable.deserialize(picSer, "t")
print(picDeSer)

from binaryandserializeablemath import *

numSer = Serializable.serialize(190, "n")
numDeSer = Serializable.deserialize(numSer, "n")
print(numDeSer)

That was the current basics of the basm (short for binaryandserializablemath). That's it, Bye!