Amanuensis report verification
Type: agentic-system-analyses/types/agentic-system-verification.md
Verification
The current reports support a bounded code-grounded account. The previous runtime delegation blocker is repaired; the three publication limits below remain. I read the complete pinned reports, correction answers, previous verification, types and record contract. The structural report-check says none, so there is no structural failure to route. Git HEAD matches the frozen revision, the checkout status is clean, and the top-level tracked tree agrees with the boundary. Source inspection supplies implementation and doctrine/design only. No target, tests, examples, host or provider were executed.
I judged every declaration and annotation against its supplied passages, scope, status and consumer. I independently retraced the consequential chains described below rather than adopting the earlier verifier's verdict. Quotation occurrence and deterministic reference form belong to code's checks, not a second manual structural audit. No record licenses an observed-run or causal conclusion merely from implementation. There are no declared evidenced absences to accept as system-wide negatives.
Correction and workflow ownership
The runtime answer is supported by the frozen skill and specialized survey/packaging references. Generic phase-agent language in SRC-1: .claude/skills/amanuensis/SKILL.md coexists with explicit coordinator-only Phase 5 in .claude/skills/amanuensis/references/subsystem-survey.md and .claude/skills/amanuensis/references/phase-5-packaging.md. The changed ordinary invocation, RT-RTE-survey-cycle, RT-CMP-host-model and RT-BAP-phase-instructions now preserve that distinction. The correction does not silently delegate the integration of explanation criticisms or publication. The reconciliation's conflict disposition accurately describes current agreement rather than perpetuating the former objection. The runtime answer is accepted and the previous blocker is dropped.
The workflow account follows a single shipped procedure. Phase inputs, short summary returns, persistent handbacks, deficient-phase retry and deferral, and coordinator delivery all match the inspected instructions. WF-RTE-adversarial-review is genuinely part of the survey container; its wired status concerns evidence/status writes, not observed semantic criticism. SRC-1: .claude/skills/amanuensis/references/phase-4-adversarial.md, mcp-server/src/invariants.ts, mcp-server/src/tools/findings.ts. The helper checks current-session attachments without a compensating-role predicate; its error does not insert an open question. Selective reference loading and optional phase frames support the bounded context account, not host-enforced isolation or chat compaction. RT-OBJ-amanuensis-skill, RT-CLM-autonomous-survey and memory's survey annotation retain those evidence distinctions.
Runtime controls and alternate paths
The request path validates arguments before handler execution, refuses a conflicting explicit workspace handshake, rechecks its immutable binding and opens state lazily. An omitted handshake cannot establish a caller's unstated intended workspace. This supports RT-RTE-tool-dispatch, not a host sandbox. SRC-1: mcp-server/src/index.ts, mcp-server/src/project.ts. The direct adapter invokes domain handlers within its own transaction after custody, order and argument-hash checks; it does not reenter the outer Ajv dispatcher. SRC-1: mcp-server/src/tools/chorusmith-adapter.ts. The reports correctly avoid making outer-schema validation universal.
I followed the public status-update handler through the forward prerequisite function and separate explanation-discharge check. The deferred early return is reachable through accepted status values, while explanation discharge into mapped remains enforced independently. SRC-1: mcp-server/src/tools/subsystems.ts, mcp-server/src/invariants.ts. This supports the runtime forcing case and the qualification in EPI-RTE-claim-challenge; it does not show an exercised corrupt store. The reports distinguish source reachability from observed operation.
I also followed public publication options through the Python invocation and promotion. Verification can be disabled in clean mode; promotion tests ok, while core readback is conditional. Default non-clean mode writes directly to output. SRC-1: mcp-server/src/tools/materialize.ts, materializer/materialize.py, materializer/amanuensis_materializer/core.py. RT-RTE-docs-publication and all dependent lens passages preserve these separate guarantees. Standalone rendering is not covered by MCP reconciliation preflight, and projection fidelity is not source correctness. Neither a universal verification guarantee nor unconditional rollback is emitted.
Retained state, admission and actual delivery
The claim insertion, challenge, invalidation and supersession handlers support the object/history account and the distinction between initial current authority and later challenge. Successors reuse insertion checks with only newly supporting evidence; closure requires a strict descendant. SRC-1: mcp-server/src/tools/claims.ts. MEM-OBJ-claims, MEM-RTE-knowledge-revision, EPI-RTE-claim-admission and EPI-RTE-claim-withdrawal do not promote metadata checks into truth. A survived challenge string and the structured outcome row are distinct from successful disproof search; the phase reference's field-note recipe does not itself insert that row.
Evidence admission stores caller excerpts; disposition admission compares claimed quality with supplied evidence kinds. Contradiction resolution changes relation state and default unresolved selection without rewriting the parties. Diagnosticity resolution checks leader membership rather than computing inconsistency rank. These independently inspected handlers support the epistemic evidence, disposition, contradiction and diagnosticity objects and routes. SRC-1: mcp-server/src/tools/evidence.ts, mcp-server/src/tools/dispositions.ts, mcp-server/src/tools/contradictions.ts, mcp-server/src/tools/diagnosticity.ts. EPI-RTE-finding-resolution and MEM-OBJ-findings correctly distinguish coarse fixed, pending verification and verified-fixed. Fix verification checks attachment, role, active session and ancestry, not test success; same-commit ancestry is not claim withdrawal's strict-descendant rule.
Explanation admission checks size, shape, evidence kind and ledger overlap. Effective selection chooses the greatest eligible resolvable row ID, with decline/withdrawal controlling returned state rather than falling back to older positive prose. SRC-1: mcp-server/src/tools/explanations.ts, mcp-server/src/invariants.ts. MEM-OBJ-explanations, MEM-RTE-explanation-cycle, EPI-RTE-explanation-record and EPI-RTE-explanation-selection preserve retention versus correctness and resolvability versus freshness.
The field-note, artifact, stale-ledger and logging handlers support their memory objects without authenticating content authorship or trace origin. SRC-1: mcp-server/src/tools/field-notes.ts, mcp-server/src/tools/artifacts.ts, mcp-server/src/tools/stale.ts, mcp-server/src/tools/logging.ts. Registration can precede file existence; clearing staleness is not proof of re-examination; query/access logs are caller reports, not automatic instrumentation. Unknown initial file-ledger control remains local rather than erasing known subsequent maintenance.
I traced retained claims through locus applicability/authorization and response reduction, and brief candidates through forced selection before optional mode filtering into lens-specific design packets. SRC-1: mcp-server/src/tools/locus.ts, mcp-server/src/codebase-brief-contract.ts, mcp-server/src/tools/design-session.ts. RT-RTE-locus-read, MEM-RTE-brief-delivery and MEM-OBJ-codebase-brief distinguish byte targets, a hard ceiling, item limits and packet filtering. They do not imply that full retained objects or all their reasons reach every consumer. MEM-BAP-recorded-standing carries changing content; RT-BAP-server-opening instead instructs the host to request it. Delivery remains different from compliance.
Carry handlers and the included rebuild caller establish archive-bound obligations, automatic archived-terminal handling and separately gated fresh-store outcomes. SRC-1: mcp-server/src/tools/carried.ts, dev/rebuild-self-conspectus-store.mjs. MEM-OBJ-carried-findings and MEM-RTE-carry-recheck do not misstate old closure as fresh confirmation. The recovery tension remains below.
Evaluation and authority
Review aggregation derives survived/defeated/contested states from fan-in and recorded judgments; sealed reveal checks continuity and contamination before reference scoring. SRC-1: mcp-server/src/tools/review-analysis.ts. EPI-OBJ-review-analysis, EPI-OBJ-blind-truth, EPI-RTE-review-aggregation and EPI-RTE-review-scoring correctly bound derivation to judgments and caller-supplied keys. Role packets do not prove host blindness; numerical agreement does not authenticate the oracle or establish component benefit.
Research landing constrains declared access/confidence, while consumption writes a destination-matched receipt, not a destination mutation. SRC-1: mcp-server/src/tools/research.ts. The memory and epistemic research objects/routes agree on imported warrant remaining unknown and on receipt-only effects. Decision acceptance transactionally changes the current authority pointer under caller-supplied actor/scope fields. Learning qualification computes directional effect from supplied measurements; policy activation switches stored state and checks its reader representation. The unattended-method registry has a passed-qualification/readback trigger. SRC-1: mcp-server/src/tools/decisions.ts, mcp-server/src/tools/learning.ts, mcp-server/src/tools/crosswalk.ts, mcp-server/src/schema.sql. These support RT-RTE-decision-admission and RT-RTE-policy-admission, without authenticating human identity or demonstrating future behavioral dependency. MEM-OBJ-learning-lessons retains reasons separately from MEM-OBJ-learning-policy's active serializer. The reports correctly keep learning, reflection, autonomy and self-improvement independent.
The three epistemic claim records faithfully attribute SRC-1: README.md, including its explicit explanation-truth and longitudinal-usefulness limits. The comparison distinguishes real admission controls from stronger product rhetoric; it does not infer produced accepted ampliative knowledge from fluent model prose or retained rows.
Reconciliation and omission disposition
All five object supersessions in reconciliation identify the same claims, findings, explanations, research results and stale/file ledger referents. They transfer neither values nor evidence strength. Broader memory lifecycle containers remain valid beside narrower epistemic functions; no additional required split or unresolved peer disagreement was established. The sole explicit Part of: relation is supported. The corrected delegation conflict has a supported disposition. Remaining source tensions are not unresolved disagreements between authors.
Selected omission questions concerned alternate status/publication writers, loss of reasons between retained objects and consumers, and an automatic policy-use loop outside the principal reader. Their search basis was the frozen tree, public schemas, direct producer/consumer dependencies, the adapter and rebuild caller, and a fresh search for get_learning_policy, learning_policy_versions and activePolicy( across mcp-server/src/, dev/ and the shipped skill. The search found policy service/schema use, not an ordinary-survey automatic consumer. That supports bounded uncertainty, not a system-wide absence. Forced brief selections, optional readback and deferred status received supported dispositions rather than safety inferred from types or a guarded branch alone.
Further optional expansion stopped because no identified material challenge remains without a disposition, and the reports already withhold complete inventories and system-complete negatives for incompletely traced maintenance, composition, evaluation and driver families. More available receipts would not, by existence alone, change the implementation findings. This is not certification of exhaustive coverage; the comparisons to withhold are explicit below.
Blockers
none
Limits
- RT-RTE-survey-cycle and the workflow delivery account retain a final-checkpoint ordering defect. SRC-1:
.claude/skills/amanuensis/references/phase-5-packaging.md,mcp-server/src/tools/project.ts,mcp-server/src/tools/storage-history.ts: session close clears active context before the prescribed final gate, which requires an active session. Withhold a claim that the literal sequence completes that checkpoint without adjustment. Durable state and the session-close commit attempt still support the narrower persistence/recovery account. - MEM-RTE-carry-recheck retains an unresolved correction path. SRC-1:
mcp-server/src/tools/carried.tsinstructs recarry from the same archive while refusing an existing archive-store/finding pair; the rebuild caller does not establish a same-pair escape. Withhold working rollback/retry for mistaken terminal outcomes. Ordinary import, obligation tracking and gated discharge remain supported. - The memory coverage inventory and epistemic coverage inventory leave full maintenance, composition, program-evaluation, adapter-recovery and broader driver-consumer chains incompletely traced. Selected positive routes remain supported, but complete comparisons of alternative admission, invalidation, evaluation-fed updates and downstream policy consumers must be withheld. No system-wide absence of acceptance, integration, theory building or behavioral adaptation follows from those unassessed paths.