mutations-are-atomic-and-safely-propagated
OUT derived (depth 3)
Every network mutation follows an end-to-end safety pipeline: API context management ensures atomic load/save with write-flag gating, truth propagation terminates deterministically with lifecycle-aware BFS traversal, and snapshot persistence captures the final consistent state — no mutation can produce an inconsistent or divergent network.
Summary
When something changes in the network, the entire update process — from saving data atomically to propagating truth values to snapshotting the result — is designed to be airtight, so no change can leave the system in a half-updated or contradictory state. This claim is currently not held because one or both of its supporting pieces (atomic snapshots and safe propagation) have been retracted or undermined.
Justifications
SL — Atomic persistence (depth-2) + safe propagation (depth-2) together guarantee the full mutation cycle from API entry through propagation to storage is end-to-end safe
Antecedents (all must be IN):
- mutation-pipeline-is-atomic-snapshot — Every network mutation follows an atomic snapshot pipeline: API context management ensures load/save atomicity with write-flag gating, while storage performs full-replace persistence — no partial state is ever visible between operations.
- propagation-is-safe-and-terminating — Truth propagation is both lifecycle-safe and guaranteed to terminate: retracted nodes are skipped, trigger nodes are never recomputed, BFS prevents stack overflow, and stop-on-unchanged prevents oscillation — propagation respects every node state it encounters.
Dependents
These beliefs depend on this one:
- dialectical-transformation-is-operationally-safe — The irreversible premise-to-justified transformation during challenge is both semantically safe (inherits uniform outlist evaluation and truth maintenance properties from the dialectical structure) and operationally safe (executes within atomic load/save transactions with deterministic BFS propagation).
- dialectics-are-atomic-and-transparent — Challenge/defend dialectics are both semantically transparent (indistinguishable from ordinary beliefs, evaluated by uniform outlist rules) and atomically safe (mutations follow the same context-managed load/save pipeline as all other operations), requiring no special transaction handling.
- full-system-integrity-is-gap-free — The system achieves gap-free integrity — enforced across all architectural layers, lifecycle states, and mutation paths — only when the dependents reverse index is reliably maintained and propagation handles dangling references gracefully.
- operational-integrity-is-end-to-end — Every network operation achieves both transactional atomicity (load/save gating, snapshot persistence) and semantic determinism (uniform pure evaluation, terminating propagation, reversible defeat), ensuring every mutation produces a predictable, recoverable network state.
- system-operations-never-crash — Every system operation is crash-free: atomic mutations prevent partial state corruption, deterministic reversible reasoning prevents oscillation and ambiguity, and uniform evaluation prevents dispatch errors — provided no dangling dependent references exist in the graph.