system-output-is-complete-bounded-and-ci-ready
OUT derived (depth 4)
The system's two primary output mechanisms — compact belief summaries and staleness reports — both meet production standards: structurally complete with priority ordering, predictably bounded by token budgets, and CI-pipeline ready with deterministic sorted output, nonzero exit codes, and machine-parseable schemas.
Summary
The system's output capabilities were previously considered production-ready across both belief summarization and staleness reporting, but this assessment is currently retracted. Something about either the completeness of compact summaries or the CI-readiness of staleness reports no longer holds, which means the overall claim that both output paths meet production standards cannot be sustained right now.
Justifications
SL — Both output channels independently achieve the same production-grade properties, making the system's entire output surface automatable
Antecedents (all must be IN):
- compact-output-is-structurally-complete-and-predictably-bounded — The compact module simultaneously achieves structural completeness — priority-ordered sections where later sections never displace earlier ones, infallible handling of all edge cases including empty networks and zero budgets, and pre-reserved footer guaranteeing auditability metadata — and predictable resource bounding through a pure deterministic function with guaranteed budget enforcement and self-reporting token counts, making compact a reliable building block for automated context-limited pipelines.
- staleness-output-is-ci-pipeline-ready — Staleness checking produces deterministic, uniformly-structured, machine-parseable output with conservative non-mutating semantics and nonzero exit codes, making it directly consumable by automated CI pipelines without wrapper scripts
Dependents
These beliefs depend on this one:
- output-governance-is-complete-authorized-and-ci-ready — All system output is simultaneously structurally complete (priority-ordered compact summaries with predictable bounds), authorized (access-tag subset gating with transitive inheritance), resource-constrained (accurate bidirectional token budgets), and machine-parseable (deterministic CI-ready staleness reports with nonzero exit codes).