SetupIt 🚀

The ultimate Military-Grade autonomous DevOps CI/CD pipeline with a dynamic Pydantic shield, AES-256 Fernet secrets obfuscation, strict runtime type verification, and a multi-purpose repository scaffolding engine.

🏎️ Core Subsystem Architecture

SetupIt ("Set Up It!") provides 5 standalone, blazing-fast CLI commands registered directly inside your OS environment runtime:

1. 🔒 setupit — Launches the interactive, stealth stdin mode. Captures PyPI tokens and encrypts them via AES-256 without character echoing.
2. 📂 setupit-json — Automated background profile execution mode. Loads encrypted settings straight from your secure JSON cluster.
3. 📦 setupit-pip — Advanced wrapper matrix over standard pip with strict user-space flags and zero-crash position bindings.
4. 📁 setupit-init — Legacy asset initializer to spawn single directory elements or raw secure text payloads.
5. 🏗️ setupit-setup — [NEW v1.1.0] The ultimate dynamic project scaffolding matrix. Generates whole enterprise repository structures out-of-the-box.

🕹️ Deep Dive: The Scaffolding Matrix (setupit-setup)

Deploying a trusted project skeleton now takes a single command execution loop. The core automatically detects, routes, and creates correct file baselines based on your strict boolean tokens:

setupit-setup <project_name> <is_legacy_project> <is_util> <is_gnu_gpl>

Parameters Allocation:

• <project_name> — The string name of your target repository directory layout.
• <is_legacy_project> — true creates a legacy setup.py layout, false deploys a modern, secure pyproject.toml matrix.
• <is_util> — true automatically injects a __main__.py entry-point module, false skips it for pure libraries.
• <is_gnu_gpl> — true forces the legal SecOps shield to create a GNU GPL COPYING file, false deploys a standard LICENSE array.

Example:

setupit-setup MyNewApp false true false

Spawns a modern pyproject.toml layout with a __main__.py entry point and a clean LICENSE asset on CPython-speed!

🔒 Cryptographic Matrix Shield Configuration

Your master key length is strictly validated in RAM memory buffers via an immutable Pydantic matrix layer. Allowed secure character sizes are: [32, 64, 128, 256, 512, 1024, 2048, 4096]

Developed with absolute precision and code safety by Ilja Ivanov (To_ri239). Targeting 10,000 global production downloads over the PyPI distribution framework! 🏁🏆