robotic-authenticator

Encryption Tool README

Features

Encryption

• Functionality: Encrypts data using a public key and a specific data pattern.
• Purpose: Ensures that the data can only be decrypted by the corresponding private key.

Decryption

• Functionality: Decrypts data using a public key and a specific data pattern.
• Purpose: Allows the retrieval of the original data that was encrypted with the corresponding public key.

Usage

Encryption

Use the encrypt function to encrypt your data with a public key.

Typescript

import { Encryption } from 'authanticator/main';
Encryption.encrypt(publicKey: string, data: any): Object;

Javascript

const Encryption = require("authanticator/Encryption");
new Encryption().encrypt(publicKey, data);

Decryption

Use the decrypt function to decrypt your data with a public key.

Typescript

import { Encryption } from 'authanticator/main';
Encryption.decrypt(publicKey: string, data: any): Object;

Javascript

const Encryption = require("authanticator/src/Encryption");
new Encryption().decrypt(publicKey, data);

Notes

• Ensure that the public key used for encryption matches the private key used for decryption.
• The specific data pattern used in encryption and decryption should be consistently applied to maintain data integrity.

Binary Conversion

Convert to Binary

• Functionality: Converts input into binary format.
• Purpose: Transforms data into a binary representation.

Typescript

import { binary } from 'authanticator/main';
binary.convertToBinary(input: string): string;

Javascript

const binary = require("authanticator/src/binary");
new binary().convertToBinary(input);

Convert Binary to String

• Functionality: Converts binary input into a string.
• Purpose: Transforms binary data back into its original string format.

Typescript

import { binary } from 'authanticator/main';
binary.convertToString(input: string): string;

Javascript

const binary = require("authanticator/src/binary");
new binary().convertToString(input);

Hexadecimal Conversion

Convert to Hexadecimal

• Functionality: Converts input into hexadecimal format.
• Purpose: Transforms data into a hexadecimal representation.

Typescript

import { hexadecimal } from "authanticator/main";
hexadecimal.hexadecimalConvert(input: string): string;

Javascript

const Hexadecimal = require("authanticator/src/Hexadecimal");
new Hexadecimal().hexadecimalConvert(input);

Convert Hexadecimal to String

• Functionality: Converts hexadecimal input into a string.
• Purpose: Transforms hexadecimal data back into its original string format.

Typescript

import { hexadecimal } from "authanticator/main";
hexadecimal.hexToString(input: string): string;

Javascript

const Hexadecimal = require("authanticator/src/Hexadecimal");
new Hexadecimal().hexToString(input);

Octal Conversion

Convert to Octal

• Functionality: Converts input into octal format.
• Purpose: Transforms data into an octal representation.

Typescript

import { Octal_decimal } from "authanticator/main";
Octal_decimal.octal(input: string): string;

Javascript

const OctalDecimal = require("authanticator/src/OctalDecimal");
new OctalDecimal().octal(input);

Convert Octal to String

• Functionality: Converts octal input into a string.
• Purpose: Transforms octal data back into its original string format.

Typescript

import { Octal_decimal } from "authanticator/main";
Octal_decimal.octalToString(input: string): string;

Javascript

const OctalDecimal = require("authanticator/src/OctalDecimal");
new OctalDecimal().octalToString(input);

Scientific Notation Conversion

Convert to Scientific Notation

• Functionality: Converts input into scientific notation format.
• Purpose: Transforms data into scientific notation for compact representation.

Typescript

import { ScientificNotation } from "authanticator/main";
ScientificNotation.convertToScientificNotation(input: string): string;

Javascript

const scientificNotation = require("authanticator/src/scientificNotation");
new scientificNotation().convertToScientificNotation(input);

Dependent on

axios

robotic.js