TriadicFrameworks
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✅ /docs/rtt/Inside/Python/manifest/module.json

drop‑in‑ready, canon‑aligned#

(Source: active tab content github.com)

{
  "module": "RTT-Inside-Python",
  "version": "2026-05",
  "summary": "RTT operator grammar for Python-class semantic systems, including form scanning, drift detection, invariant evaluation, resonance chamber routing, and ROA compatibility.",
  "category": "RTT-Inside",
 
  "files": [
    { "path": "README.md", "role": "profile" },
    { "path": "session_context.html", "role": "signature" },
 
    { "path": "operator_hooks.md", "role": "engine", "analyzer_layer": "operator" },
    { "path": "operator_hooks_semantic.md", "role": "engine", "analyzer_layer": "dimensional" },
 
    { "path": "examples/causal_trace_example.md", "role": "example" },
    { "path": "Inside-Cisco_Inside-Python_Inside-Internet2_cross_module_examples.md", "role": "example" },
    { "path": "Inside-Cisco_Inside-Python_Inside-Internet2_triadic_full_stack_example.md", "role": "example" }
  ]
}

Canon Notes#

  • role: profile → module identity
  • role: signature → session context
  • role: engine → operator grammars (base + semantic)
  • role: example → causal trace + cross‑module + triadic full‑stack
  • analyzer_layer follows your schema:
    • operator → INTENT_PY → RTT_PY chain
    • dimensional → semantic layer (forms, drift, invariants)

Everything is aligned with the Cisco + Internet2 manifests for cross‑module consistency.

Updated

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