Multi-Version PYZ Builder Script Documentation

Version: 1.3\ © 2024 αβ.net (alphabetanet.com) - Alpha Beta Network. All Rights Reserved.

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Note: This project is currently in Beta Testing and available for free.

Table of Contents

• 1. Introduction
• 2. Installation
  • 2.1 Installing Required Packages
• 3. Main Functions of the Script
• 4. Detailed Description of Operation
• 5. Usage Examples
  • 5.1 Basic Usage
  • 5.2 Example with Detailed Steps
• 6. Recommendations and Best Practices
• Appendix A: Installation of Required Packages
• Appendix B: Real-World Example - Universal Python Module with Multi-Version Compatibility
• Appendix C: Contact Information

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1. Introduction

The Multi-Version PYZ Builder Script is a command-line tool designed to create a Universal Python Module optimized for cross-platform and multi-version compatibility. It allows developers to bundle multiple protected .pyc files—each corresponding to a different Python version—into a single .pyz archive. This approach significantly enhances Python code security by using previously compiled and protected versions of code, making it more difficult for others to reverse-engineer or analyze the source code.

Key features of the script include:

• Cross-Platform Compatibility: The generated .pyz files can be executed on any operating system where Python 3.6+ is installed, including Windows, macOS, and Linux/Unix systems.

• Multi-Version Support: Supports multiple Python versions by including protected .pyc files for each targeted Python version. Automatically detects the current Python interpreter version at runtime and executes the corresponding code.

• Enhanced Code Protection: Integrates with the Local Python Code Protector Script or any other protection tool to use previously compiled and protected .pyc files, adding layers of code obfuscation and encryption.

• Secure Code Sharing: Facilitates secure code distribution without exposing the original source code, aligning with Python code security best practices.

This tool is ideal for developers who need to distribute their Python modules securely across different platforms and Python versions while maintaining a high level of code protection.

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2. Installation

Before using the Multi-Version PYZ Builder Script, ensure that you have Python 3.6+ installed on your system.

2.1 Installing Required Packages

The script requires the following Python packages:

• requests

• psutil

• cryptography

• astor

You can install them using pip:

bash pip install requests psutil cryptography astor

Ensure that you are using the correct version of pip associated with your Python 3 installation. If you are using a virtual environment, activate it before installing the packages.

Note: The script automatically checks for required packages and installs them if they are missing.

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3. Main Functions of the Script

The Multi-Version PYZ Builder Script provides the following functionalities:

• Bundling Multiple Protected .pyc Files: Combines multiple .pyc files, each corresponding to a different Python version, into a single .pyz archive.

• Automatic Python Version Detection: The generated .pyz file automatically detects the Python version at runtime and executes the appropriate protected .pyc file.

• Integration with Code Protection Tools: Designed to work seamlessly with protected .pyc files generated by the Local Python Code Protector Script or similar tools, enhancing code security through obfuscation and encryption.

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4. Detailed Description of Operation

4.1 Prerequisites

To use the Multi-Version PYZ Builder Script effectively, you need:

• Protected .pyc Files: Compiled and protected .pyc files for each Python version you wish to support. These can be generated using the Local Python Code Protector Script.

• Naming Convention: The naming convention for the .pyc files should follow this pattern:

module_name_python36.pyc (for Python 3.6) module_name_python37.pyc (for Python 3.7) module_name_python38.pyc (for Python 3.8) module_name_python39.pyc (for Python 3.9) module_name_python310.pyc (for Python 3.10) module_name_python311.pyc (for Python 3.11) module_name_python312.pyc (for Python 3.12) module_name_python313.pyc (for Python 3.13)

• Script Placement: Place the multi_version_pyz_builder.py script in the same directory as the compiled .pyc files.

4.2 How the Script Works

1. Scans for Protected .pyc Files: The script searches the current directory for all .pyc files that match the naming pattern.

2. Groups Files by Module Name: Files are grouped based on their base module names.

3. Generates a Multi-Version __main__.py: For each module, the script generates a __main__.py file that contains code to detect the Python version at runtime and execute the corresponding .pyc file.

4. Creates the .pyz Archive: Packages the __main__.py and the protected .pyc files into a single .pyz archive using Python's zipapp module.

5. Outputs the Universal Module: The resulting .pyz file is a universal Python module that can be executed on different platforms and Python versions.

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5. Usage Examples

5.1 Basic Usage

Assuming you have prepared the protected .pyc files for different Python versions, follow these steps:

1. Place the Script and .pyc Files Together: Ensure that the multi_version_pyz_builder.py script and your protected .pyc files are in the same directory.

2. Run the Script:

bash python multi_version_pyz_builder.py

1. Output:

• The script will generate a .pyz file for each module found. For example, if your module is named my_module, the output will be my_module.pyz.

• The script will display messages indicating the progress and successful creation of the .pyz file.

5.2 Example with Detailed Steps

Step 1: Prepare Protected .pyc Files

Use the Local Python Code Protector Script to generate protected .pyc files for your module for each desired Python version.

```bash

Example for Python 3.6

python localpythoncodeprotector.py -f mymodule.py ```

Repeat the process for other Python versions, adjusting as necessary (e.g., using virtual environments with different Python versions).

Step 2: Place Files in the Same Directory

Ensure that all the my_module_python*.pyc files and multi_version_pyz_builder.py are in the same directory.

Step 3: Run the Multi-Version PYZ Builder Script

bash python multi_version_pyz_builder.py

Step 4: Distribute the my_module.pyz File

The generated my_module.pyz file can now be distributed and executed on any platform with Python 3.6+.

Step 5: Running the Universal Module

Users can execute the module using:

bash python my_module.pyz

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6. Recommendations and Best Practices

• Enhance Protection with Multiple Layers: To strengthen the security of your code, consider applying the Local Python Code Protector Script multiple times to each .pyc file before using them with the Multi-Version PYZ Builder. This adds additional layers of protection through obfuscation and encryption.

• Ensure Version Compatibility: Generate protected .pyc files for all Python versions you intend to support. This guarantees that your module will run seamlessly across different environments, adhering to cross-platform compatibility.

• Test Thoroughly: Before distributing the universal .pyz file, test it on different operating systems and Python versions to confirm functionality and compatibility.

• Follow Naming Conventions: Adhere strictly to the naming conventions for .pyc files to ensure that the script correctly identifies and packages them.

• Maintain Secure Code Practices: Combine this approach with other Python code security best practices to maximize protection and ensure the integrity of your code.

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Appendix A: Installation of Required Packages

The multi_version_pyz_builder.py script requires the following Python packages:

• requests

• psutil

• cryptography

• astor

Installing Packages with pip

You can install these packages using the following command:

bash pip install requests psutil cryptography astor

Ensure that you are using the correct version of pip associated with your Python 3 installation. If you are working within a virtual environment, activate it before installing the packages.

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Appendix B: Real-World Example - Universal Python Module with Multi-Version Compatibility

In this appendix, we present a real-world example of using the Multi-Version PYZ Builder Script to create a secure, cross-platform, and multi-version compatible Python module.

B.1 Overview

The file system_hardware_id_generator.pyz is a universal Python module that encapsulates multiple protected .pyc files, each corresponding to a different Python version. It is optimized for cross-platform and multi-version compatibility, automatically detecting the current Python interpreter version and executing the appropriate protected module.

B.2 Construction of the Universal Module

B.2.1 Protected .pyc Files

Eight protected .pyc files were generated for different Python versions using the Local Python Code Protector Script. The protection process was applied twice to each file to strengthen the security.

Protected files:

• system_hardware_id_generator_python36.pyc (Python 3.6)

• system_hardware_id_generator_python37.pyc (Python 3.7)

• system_hardware_id_generator_python38.pyc (Python 3.8)

• system_hardware_id_generator_python39.pyc (Python 3.9)

• system_hardware_id_generator_python310.pyc (Python 3.10)

• system_hardware_id_generator_python311.pyc (Python 3.11)

• system_hardware_id_generator_python312.pyc (Python 3.12)

• system_hardware_id_generator_python313.pyc (Python 3.13)

B.2.2 Using Multi-Version PYZ Builder

The integration of these files into a single .pyz archive was achieved using the Multi-Version PYZ Builder.

Steps:

1. Place Files in the Same Directory:

• Ensure that all the system_hardware_id_generator_python*.pyc files and multi_version_pyz_builder.py are in the same directory.

1. Run the Multi-Version PYZ Builder Script:

bash python multi_version_pyz_builder.py

1. Output:

• The script generates system_hardware_id_generator.pyz.

B.3 Using the Universal Module

To generate the Hardware ID (HWID) on any supported platform:

1. Execute the .pyz file:

bash python system_hardware_id_generator.pyz

1. The module will display the HWID:

Your Hardware ID (HWID) is: 123456789012345678

Notes:

• Ensures secure code execution without exposing the original source code.

• Compatible with multiple Python versions, making it an ideal solution for environments with varied Python installations.

B.4 Advantages of Using a Universal .pyz File

• Secure Code Sharing: The source code is deeply protected from analysis and recovery, ensuring high levels of Python code security and code obfuscation.

• Simplified Distribution: Only one .pyz file needs to be distributed, regardless of the Python version or operating system of the end-user.

• Enhanced Protection: By using pre-compiled and protected versions of the code, it adds an extra layer of security against decompilation and unauthorized access.

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Appendix C: Contact Information

If you experience issues or have questions not covered in this documentation, please contact the Alpha Beta Network Research Team.

• Website: https://alphabetanet.com | https://αβ.net

• Official Telegram Channel: https://t.me/alphabetanetcom

Stay connected to receive updates, provide feedback, and get early access to extended functionality.

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© 2024 αβ.net (alphabetanet.com) - Alpha Beta Network. All Rights Reserved.