rich-governance-encompasses-topology-complete-transitions
IN derived (depth 10)
Rich governance — deterministic from revision through source integrity, exception-safe across all failure modes, and source-grounded — encompasses topology-complete state transitions, ensuring every belief modification propagates richly-governed metadata-enriched state changes completely through the dependency graph with deterministic recoverable outcomes.
Summary
When any belief changes, the ripple effects through the entire dependency graph are fully predictable, carry complete metadata about their origin and revision history, and can be cleanly recovered from any failure along the way. This means the system never loses track of why a change happened or leaves the network in a partially-updated state, even when errors occur mid-propagation.
Justifications
SL — Unifies the system's two deepest IN governance properties (depth 9 + depth 8) into a single depth-10 characterization
Antecedents (all must be IN):
- rich-governance-is-deterministic-exception-safe-and-source-grounded — Rich lifecycle governance simultaneously achieves end-to-end determinism from revision semantics through source integrity and exception safety across TMS and source lifecycle — governance is both predictable in its state trajectories and resilient to all exceptional conditions.
- topology-complete-transitions-within-rich-governance — Every topology-complete exception-safe state transition operates within a richly-governed revision system extending beyond binary truth — transitions are doubly exception-safe at both the propagation mechanics and governance framework levels.
Dependents
These beliefs depend on this one:
- all-modifications-achieve-governance-assured-topology-completeness — Every belief modification — forward topology-complete transitions and backward bidirectional modifications alike — achieves full governance assurance: exception safety, rich state governance, and topology completeness are guaranteed regardless of modification direction.
- governance-achieves-topology-and-source-completeness — Rich governance — deterministic, exception-safe, and source-grounded with topology-complete transitions — simultaneously achieves gap-free source coverage, ensuring governance completeness along two independent dimensions: propagation reach (every state change reaches all transitively dependent nodes) and integrity coverage (every source file is tracked with no silent gaps).
- governance-topology-is-reference-verified — Rich governance's topology-complete transitions and metadata-governed bidirectional modifications have fully verified reference integrity at all system boundaries — no node ID reference bypasses validation at any boundary — when the reference validation audit confirms coverage at the three identified boundary gaps (issue #126).
- topology-complete-governance-produces-rich-traceable-state — Every topology-complete transition within the rich governance framework produces metadata-enriched traceable state — transitions that reach all transitively dependent nodes simultaneously govern richer state than binary truth values, including retraction flags, stale reasons, access tags, and supersession metadata.