🕉️ Bhagwad Programming Language

"Just as the Gītā guides the soul toward moksha, Bhagwad guides the programmer toward computational enlightenment."

Bhagwad is an esoteric programming language inspired by the timeless wisdom of the Bhagavad Gītā. It combines spiritual metaphors with programming constructs to create a meditative coding experience that reflects the philosophical journey of self-realization.

🌟 Features

• Spiritual Syntax: Programming constructs based on Sanskrit concepts from the Bhagavad Gītā
• Complete Language: Full lexer, parser, and transpiler implementation
• Python Integration: Transpiles to clean, executable Python code
• Sacred Data Types: Sattva (int), Rajas (string), Tamas (bool)
• Dharmic Control Flow: Dharma (if/else), Karma (loops), Moksha (return)
• Modular Design: Yuga (modules/namespaces) for organized code
• Error Handling: Meditation (try) and Disturbance (catch) blocks
• Advanced Algorithms: Fibonacci, sorting, tree traversals, matrix operations

🚀 Quick Start

Installation

git clone https://github.com/allthingssecurity/bhagwad.git
cd bhagwad

Running Your First Bhagwad Program

# Create a simple program
echo 'arjuna { manifest "Om" }' > hello.bhagwad

# Execute it
python3 bhagwad.py hello.bhagwad

# Compile to Python
python3 bhagwad.py -c hello.bhagwad

📖 Language Overview

Core Constructs

Bhagwad	English	Python Equivalent	Spiritual Meaning
arjuna	main	if __name__ == "__main__"	The eternal seeker who begins the journey
shloka	function	def	Verse of computational wisdom
dharma	if	if	Righteous path based on conditions
adharma	else	else	Alternative path
karma	loop	for/while	Cycle of action and consequence
manifest	print	print()	Make the invisible visible
moksha	return	return	Liberation, return to source
maya	variable	variable	Temporary holder of changing states
sankalpa	constant	constant	Unwavering intention/resolve
yuga	module	class	Cosmic age of functionality
meditation	try	try	Focused awareness
disturbance	catch	except	When the mind wavers

Data Types (Gunas)

Guna	Type	Description
sattva	Integer	Pure, balanced numbers (सत्त्व)
rajas	String	Active, passionate text (रजस्)
tamas	Boolean	Dark/light, true/false duality (तमस्)

📝 Example Programs

1. Om Manifestation (Hello World)

// Om Manifestation - The sacred sound that creates and sustains the universe
arjuna {
    manifest "Om"
}

2. Decimal Dharma (Loop Example)

// Counting from 1 to 10 through the cycle of Karma
arjuna {
    manifest "The eternal cycle begins..."
    
    karma i from 1 to 10 {
        manifest i
    }
    
    manifest "The cycle is complete. Om Shanti."
}

3. Duality Detection (Conditional Example)

// Determining the even or odd nature of numbers
shloka checkDuality(sattva number) {
    dharma (number % 2 == 0) {
        manifest number + " follows the even path of balance"
    } adharma {
        manifest number + " follows the odd path of uniqueness"  
    }
}

arjuna {
    manifest "🕉️  Exploring the duality of numbers..."
    
    sankalpa SACRED_SEVEN = 7
    sankalpa SACRED_EIGHT = 8
    sankalpa DIVINE_NUMBER = 108
    
    checkDuality(SACRED_SEVEN)
    checkDuality(SACRED_EIGHT)
    checkDuality(DIVINE_NUMBER)
    
    manifest "In duality, we find unity. In numbers, we find truth."
}

4. Fibonacci Enlightenment (Advanced Recursion)

// The Divine Spiral of Growth - Each number contains the wisdom of its predecessors
shloka fibonacciMeditation(sattva n) -> sattva {
    dharma (n <= 1) {
        moksha n
    } adharma {
        moksha fibonacciMeditation(n - 1) + fibonacciMeditation(n - 2)
    }
}

arjuna {
    manifest "🕉️  The Sacred Fibonacci Sequence"
    karma i from 0 to 12 {
        maya sattva fib = fibonacciMeditation(i)
        manifest "F(" + i + ") = " + fib
    }
}

5. Prime Meditation (Complex Algorithms)

// Discovering numbers that cannot be divided - like enlightened souls
shloka isPrimeMeditation(sattva number) -> tamas {
    dharma (number <= 1) { moksha false }
    dharma (number == 2) { moksha true }
    
    maya sattva i = 3
    karma while (i * i <= number) {
        dharma (number % i == 0) { moksha false }
        i = i + 2
    }
    moksha true
}

6. Sorting Sadhana (Bubble & Quick Sort)

// Bringing order to chaos through systematic meditation
shloka bubbleSortMeditation(cosmic sattva[] arr) -> cosmic sattva[] {
    maya sattva n = arr.length
    karma i from 0 to (n - 1) {
        karma j from 0 to (n - i - 2) {
            dharma (arr[j] > arr[j + 1]) {
                // Swap elements - restore cosmic order
                maya sattva temp = arr[j]
                arr[j] = arr[j + 1]
                arr[j + 1] = temp
            }
        }
    }
    moksha arr
}

7. Tree of Life Meditation (Binary Trees)

// Exploring branching data structures like consciousness itself
yuga TreeOfLife {
    shloka inorderMeditation(TreeNode root) {
        dharma (root != null) {
            inorderMeditation(root.left)
            manifest "Visiting: " + root.data
            inorderMeditation(root.right)
        }
    }
}

8. Matrix Meditation (Linear Algebra)

// Transformations in the cosmic grid of reality
yuga MatrixSadhana {
    shloka multiplyMatrices(cosmic sattva[][] a, cosmic sattva[][] b) -> cosmic sattva[][] {
        // Cosmic matrix multiplication following universal laws
        // Implementation demonstrates nested loops and array operations
    }
}

🛠️ Usage

Command Line Interface

# Execute a .bhagwad file
python3 bhagwad.py program.bhagwad

# Compile to Python
python3 bhagwad.py -c program.bhagwad [output.py]

# Debug mode (show compilation steps)
python3 bhagwad.py -d program.bhagwad

# Interactive mode
python3 bhagwad.py -i

# Run all examples
python3 bhagwad.py --examples

Interactive Mode

$ python3 bhagwad.py -i
🕉️  Bhagwad Interactive Mode
Enter Bhagwad code (type 'exit' to quit, 'help' for commands):
bhagwad> manifest "Hello, World!"
Hello, World!
bhagwad> exit
🙏 Om Shanti. May your code bring enlightenment.

🏗️ Architecture

The Bhagwad interpreter consists of four main components:

1. Lexer (src/lexer.py) - Tokenizes Bhagwad source code
2. Parser (src/parser.py) - Converts tokens to Abstract Syntax Tree (AST)
3. Transpiler (src/transpiler.py) - Converts AST to Python code
4. Interpreter (src/interpreter.py) - Orchestrates the compilation and execution

Project Structure

bhagwad/
├── bhagwad.py              # Main entry point
├── src/
│   ├── __init__.py         # Module initialization
│   ├── lexer.py           # Lexical analysis
│   ├── parser.py          # Syntax analysis
│   ├── transpiler.py      # Code generation
│   ├── interpreter.py     # Main orchestrator
│   └── ast_nodes.py       # AST node definitions
├── examples/
│   ├── om_manifestation.bhagwad           # Hello World
│   ├── decimal_dharma.bhagwad             # Basic loops
│   ├── duality_detection.bhagwad          # Conditionals
│   ├── cosmic_mathematics.bhagwad         # Mathematics
│   ├── fibonacci_enlightenment.bhagwad    # Advanced recursion
│   ├── prime_meditation.bhagwad           # Prime algorithms
│   ├── factorial_meditation.bhagwad       # Factorial & permutations
│   ├── sorting_sadhana.bhagwad           # Sorting algorithms
│   ├── matrix_meditation.bhagwad         # Matrix operations
│   └── tree_of_life_meditation.bhagwad   # Binary trees
├── docs/
│   └── LANGUAGE.md        # Complete language specification
└── README.md              # This file

📚 Advanced Examples

🌀 Fibonacci Enlightenment

File: examples/fibonacci_enlightenment.bhagwad

• Recursive Fibonacci with golden ratio convergence
• Demonstrates recursive function calls
• Shows mathematical beauty in code

🔢 Prime Meditation

File: examples/prime_meditation.bhagwad

• Prime number detection algorithms
• Twin prime discovery
• Complex conditional logic and optimization

🧮 Factorial Meditation

File: examples/factorial_meditation.bhagwad

• Recursive vs iterative factorial computation
• Permutation calculations
• Mathematical function composition

🔄 Sorting Sadhana

File: examples/sorting_sadhana.bhagwad

• Bubble sort with step-by-step visualization
• Quick sort implementation
• Binary search on sorted arrays
• Algorithm complexity demonstration

🌳 Tree of Life Meditation

File: examples/tree_of_life_meditation.bhagwad

• Binary search tree implementation
• Tree traversal algorithms (inorder, preorder, postorder)
• Recursive tree operations
• Search and insertion algorithms

⚡ Matrix Meditation

File: examples/matrix_meditation.bhagwad

• Matrix creation and manipulation
• Matrix multiplication algorithm
• Identity matrix generation
• Nested loop structures

🎯 Sacred Numbers in Bhagwad

• 108: Sacred number representing completeness
• 9: Number of devotion (Navagraha)
• 7: Number of chakras and spiritual levels
• 3: Trinity (Creator, Preserver, Destroyer)

🧘 Philosophy of Bhagwad Programming

1. Mindful Coding: Every line should be written with intention and awareness
2. Dharmic Logic: Code should follow righteous patterns and ethical algorithms
3. Karmic Loops: Iterations should serve a higher purpose
4. Detached Results: Write code without attachment to outcomes
5. Universal Truth: Seek solutions that reflect cosmic principles

🚀 Advanced Features

Cosmic Arrays

cosmic sattva[] sacredNumbers = [108, 9, 7, 3]

Meditation Blocks (Error Handling)

meditation {
    sattva result = divide(108, 0)
} disturbance (error) {
    manifest "The mind encountered a disturbance: " + error
}

Yuga Modules

yuga Mathematics {
    shloka add(sattva a, sattva b) -> sattva {
        moksha a + b
    }
}

Complex Algorithm Examples

• Recursive Functions: Fibonacci, factorial, tree traversals
• Sorting Algorithms: Bubble sort, quick sort with partitioning
• Search Algorithms: Binary search, tree search
• Data Structures: Binary trees, matrices, dynamic arrays
• Mathematical Computations: Prime detection, permutations, matrix operations

🤝 Contributing

We welcome contributions that align with the spiritual and philosophical goals of the Bhagwad language. Please ensure your code:

• Follows the spiritual metaphors and naming conventions
• Includes appropriate documentation with Sanskrit parallels
• Maintains the meditative and mindful approach to programming

📄 License

This project is released under the MIT License, dedicated to spreading computational dharma and programming enlightenment.

🙏 Acknowledgments

• Inspired by the eternal wisdom of the Bhagavad Gītā
• Built with reverence for the intersection of spirituality and technology
• Dedicated to all seekers on the path of computational enlightenment

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"In the battlefield of code, let dharma be your guide, karma your teacher, and moksha your destination."

Om Shanti Shanti Shanti 🕉️