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Author: ProgrammerKR

README (2).md

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+# HashX - High-Performance Hashing Algorithm  
+
+HashX is a fast, lightweight, and efficient **256-bit hashing algorithm** designed for **data integrity verification, checksums, and non-cryptographic applications**.  
+
+## Features  
+✅ **High Speed** - Optimized for performance with bitwise operations.  
+✅ **256-bit Output** - Ensures strong uniqueness for input data.  
+✅ **Avalanche Effect** - Small input changes drastically alter the output.  
+✅ **Lightweight** - Uses minimal computational resources.  
+✅ **Good Collision Resistance** - Ideal for hash tables, indexing, and data verification.  
+
+## Installation  
+Clone the repository:  
+```bash
+git clone https://github.com/your-username/HashX.git
+```
+Then, navigate to the directory:  
+```bash
+cd HashX
+```
+
+## Usage  
+### **Python Example**  
+```python
+from hashx import HashX
+
+hasher = HashX()
+print(hasher.hash("Hello, World!"))  # Example usage
+```
+
+## How It Works  
+1. **Initialization:**  
+   - The hash state consists of **4 parts**, initialized using a **seed** value.  
+2. **Processing Input Data:**  
+   - The input is split into **64-bit chunks**.  
+   - Each chunk is processed using **mixing, bitwise rotation, and XOR operations**.  
+3. **Finalization:**  
+   - A final mixing step ensures **uniformity**.  
+   - The state is converted into a **256-bit hexadecimal hash**.  
+
+## Example Output  
+```
+a1b2c3d4e5f67890abcd1234ef56789012345678abcdef9876543210fedcba98
+```
+
+## Contributing  
+Contributions are welcome! Feel free to fork the repo, submit issues, or make pull requests.  
+
+## License  
+This project is open-source and available under the **MIT License**.