bulk-operations-converge-and-preserve-topology
OUT derived (depth 4)
All bulk modification operations — deduplication (rewiring both antecedent and outlist references to survivors) and import/sync (dual reconciliation modes with namespace isolation) — both preserve network topology invariants and converge deterministically to stable states through fixpoint iteration and idempotent operations.
Summary
When you run large-scale operations like merging duplicate nodes or syncing beliefs from another database, the system guarantees two things: the structural connections between beliefs stay valid, and the operations always finish in a predictable, repeatable final state rather than looping or producing inconsistent results. This claim is currently unsupported because at least one of its underlying premises — about topology preservation or deterministic convergence — has been retracted.
Justifications
SL — Topology preservation ensures bulk operations don't corrupt the dependency graph, while deterministic convergence ensures they reach stable states — together they guarantee bulk modifications are structurally safe and terminating.
Antecedents (all must be IN):
- bulk-operations-preserve-topology-and-reconcile — Both bulk modification operations — deduplication and import/sync — preserve network topology by rewiring justification references (both antecedent and outlist) to survivors or updated targets, while providing distinct reconciliation strategies (dedup via user-editable keep/retract plans, import via dual additive/remote-wins modes)
- all-reconciliation-converges-deterministically — All reconciliation operations converge deterministically to stable states: individual propagation terminates via BFS with stop-on-unchanged, while system-wide operations (sync, dependents rebuild, recompute) all reach idempotent fixed points — the system has no divergent operational paths.
Dependents
These beliefs depend on this one:
- all-belief-replacements-converge-with-topology-preservation — All mechanisms for replacing or restructuring beliefs — individual supersession with view-consistent gating, batch deduplication with bidirectional reference rewiring, and import reconciliation with dual convergent modes — both preserve network topology (no dangling references) and converge deterministically to stable states.
- all-operations-converge-with-topology-and-recovery — Every operation — individual mutations, bulk deduplication, and import/sync — converges deterministically to stable states with three simultaneous guarantees: topology preservation (justification references rewired to survivors), complete effect reporting (structured before/after diffs), and guided recovery (surgical restoration hints for cascade victims).