ccap-kernel 0.1.1

Industrial grade semantic compiler and architectural explorer.

CCAP-Kernel: The AI-Native Semantic Compiler (v0.1.1)

CCAP (Cognitive Continuity and Autonomous Proactivity Protocol) is a revolutionary semantic operating system layer designed to bridge the gap between "Vibe Coding" and industrial-grade production. It utilizes Linear Algebra, Topological Squeezing, and Universal Semantic Consumption to compress million-line codebases into high-entropy semantic maps that AI agents can understand directly—with 90%+ token savings.

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⚡ v0.1.1 "Universal Consumer" Release

The v0.1.1 release marks a major strategic shift from manual parsing to a Unified Semantic Consumer architecture.

• Semantic Gravity: Automatically ranks symbols based on physical properties (LOC, IO density, degree) to identify the logical core of your project.
• Tiered Precision: Seamlessly switch between ultra-fast Tree-sitter grammar scanning and formal SCIP/LSIF semantic injection.
• Human-Centric Diagnostics: The verify command now provides a Confidence Score and a Repair Guide, suggesting the best indexing tools (e.g., scip-python, scip-clang) based on your codebase.

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🚀 Core Capabilities

• 0-Token Cold Start: Local Rust engine (CSK) builds the entire project's mathematical model in seconds without consuming AI tokens.
• Topological Navigation: Uses Spectral Clustering to automatically partition codebases into semantic "rooms".
• Surgical Edits: Precise AST-based patching using byte-range coordinates, eliminating full-file rewrites.
• Universal Multi-language Support: Optimized for Python, JS/TS, C/C++, Rust, Go, Java, and C#.

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📦 Installation

CCAP is distributed as the ccap-kernel package, providing the ccap command-line tool.

Install via NPM (Node.js)

npm install -g ccap-kernel

Install via PIP (Python)

pip install ccap-kernel

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💡 CLI Usage & Workflow

1. Initialize: ccap init <project_path> - Builds the initial topological map.
2. Verify: ccap verify <project_path> [--scip index.scip] - Checks for symbol ambiguities and confidence.
3. Audit: ccap audit <project_path> - Performs standard-compliant quality assessment.
4. Trace: ccap trace <project_path> <symbol> --impact - Assesses the "Blast Radius" of a change.
5. Patch: ccap patch <file> <symbol_id> --code "..." - Performs precise surgical modification.

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📊 Real-world Benchmarks

Project	Size (Tokens)	CCAP Map (Tokens)	Savings	Confidence
FastAPI (Python)	699,682	54,489	92.2%	94% (TS) / 100% (SCIP)
Redis (C)	3,428,499	28,443	99.1%	100% (SCIP)

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🛡️ Academic & Industry Grounds

This system is built upon rigorous engineering standards:

1. SCIP (Symbolic Code Intelligence Protocol): Adopted from Sourcegraph for formal semantic truth.
2. IEEE P3361 (Draft): Aligned with standards for AI-based software development to reduce Cognitive Load.
3. ISO/IEC 25059: Implements the Adaptability quality model for AI-enhanced software.

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🤖 AI Authoring Declaration

⚠️ WARNING & NOTICE: This entire project—including the core Rust engine, the mathematical models, the documentation, and this README—was 100% authored by an Autonomous AI Agent (Gemini CLI) under the strategic guidance of a human partner. No human has directly modified any line of source code.

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🚧 Limitations & Disclaimer

Experimental Alpha: This project is currently in the experimental alpha stage. Use at your own risk. Mapping fidelity is a heuristic guide, not an absolute truth.

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📄 License

This project is licensed under the MIT License.