Binary Magic

Binary Magic is a high-performance project designed for handling binary arithmetic operations, showcasing the versatility of multiple programming languages. This project demonstrates binary addition, subtraction, and multiplication using Python, JavaScript, TypeScript, C#, C++, and C.

Features

• Binary Addition: Add two binary numbers efficiently.
• Binary Subtraction: Subtract one binary number from another seamlessly.
• Binary Multiplication: Multiply two binary numbers with precision.

Supported Languages

• Python
• JavaScript
• TypeScript
• C#
• C++
• C

Prerequisites

Make sure you have the following installed for TypeScript implementation:

• Node.js (LTS recommended)
• TypeScript

For other languages, ensure you have their respective compilers/interpreters set up.

Setup

TypeScript

1. Clone the repository:

   git clone https://github.com/RlxChap2/Binary-Magic.git
   cd Binary-Magic

2. Install dependencies:

   npm install

3. Compile TypeScript to JavaScript:

   npm run build

4. Run the program:

   npm start

Code Overview

binaryAddition(bin1: string, bin2: string): string

This function performs binary addition by:

1. Converting the binary strings (bin1 and bin2) to decimal using parseInt.
2. Adding the two decimal numbers.
3. Converting the result back to a binary string using toString(2).

binarySubtraction(bin1: string, bin2: string): string

This function performs binary subtraction by:

1. Converting the binary strings (bin1 and bin2) to decimal using parseInt.
2. Subtracting the second decimal number from the first.
3. Converting the result back to a binary string using toString(2).

binaryMultiplication(bin1: string, bin2: string): string

This function performs binary multiplication by:

1. Converting the binary strings (bin1 and bin2) to decimal using parseInt.
2. Multiplying the two decimal numbers.
3. Converting the result back to a binary string using toString(2).

Example Usage

The example below demonstrates how to use the TypeScript functions:

const bin1 = "1010"; // Binary representation of 10 in decimal
const bin2 = "110"; // Binary representation of 6 in decimal

console.log("Addition: " + binaryAddition(bin1, bin2));
// Expected Output: "Addition: 10000" (10 + 6 = 16 in decimal, 10000 in binary)

console.log("Subtraction: " + binarySubtraction(bin1, bin2));
// Expected Output: "Subtraction: 100" (10 - 6 = 4 in decimal, 100 in binary)

console.log("Multiplication: " + binaryMultiplication(bin1, bin2));
// Expected Output: "Multiplication: 111100" (10 * 6 = 60 in decimal, 111100 in binary)

Equivalent implementations are available in Python, C#, C++, and C, ensuring consistency across platforms and programming environments.

Repository

• GitHub Repository
  • Examples

License

This project is licensed under the MIT LICENCE.