The Driver Introspective Proxy (DIP) is an open-source initiative to develop an intelligent intermediary that connects adaptive cognition with system-level control — enabling a new generation of self-observing, self-regulating AI environments.
Every contribution must align with these pillars:
- Transparency of Reasoning — All mechanisms of introspection, logging, or behavior simulation must be interpretable.
- System Integrity First — Never compromise kernel, driver, or user-level stability.
- Adaptive Intelligence — Code should encourage modular learning or behavior adaptation, not rigid scripting.
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Fork the repository and create a new branch:
git checkout -b feature/<module_name>
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Follow the structure: /core/ — main interfaces and introspective kernel logic
/modules/ — driver hooks, sandbox proxies, introspection analyzers
/runtime/ — execution, reflection, and rollback layers
/docs/ — all technical papers and design diagrams
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Ensure all code adheres to:
C++23 or Rust 1.80+
Lua 5.4.x for lightweight runtime scripting
Strict modular boundary (no hard-coded cross-module dependencies)
All PRs must include:
Unit tests for local functionality.
Introspective Simulation Tests to evaluate how modules respond to unexpected conditions.
Security regression tests for driver proxy and sandbox boundary.
./scripts/run_all_tests.sh-
Follow Google C++ Style Guide.
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Rust: use cargo fmt and cargo clippy.
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Lua: use consistent indentation and naming reflecting its linked C++ module.
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DIP modules interface deeply with system-level drivers and introspection hooks — contributions must:
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Avoid privileged escalation.
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Not access raw hardware or kernel APIs without sandbox wrapping.
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Declare any external dependency explicitly.
GitHub Discussions: https://github.com/CodelikeC/DriverIntrospectiveProxy/discussions
Email: ndtribk@gmail.com
Issue Tracker: Tag with [introspection], [simulation], [bug], [proposal]