Antinomia report verification

Type: agentic-system-analyses/types/agentic-system-verification.md

Verification

The reports support a bounded implementation account of interactive note production, human admission, selected model context and retained symbolic feedback. No material blocker was found. The two reconciliation conflicts remain local limits below, not evidence that the plugin's central state loop cannot be characterized.

I read the supplied boundary, all four reports, reconciliation, empty correction-answer files and report-check. Report-check reports none; there is no structural failure to route. I independently checked the frozen checkout HEAD against the boundary revision and inspected its tracked top-level tree. The boundary's whole-system classification remains consistent with the shipped plugin, internal callers, retained notes and later consumers. All additional source inspection was SRC-1 implementation or attributed doctrine/design at that pin. No target code, tests, examples or provider requests were executed.

Runtime and workflow

I traced selection, context assembly, retry, output normalization, structural validation, dismissal filtering, result handoff, dismissal writes and undismiss in SRC-1 flows/hunter.ts, ai/parseResponse.ts and views/HunterResultsView.ts. This independently supports RT-RTE-hunter-scan, RT-RTE-pair-dismissal, RT-BAP-dismissal-filter and the workflow account. An empty array ends format retry; format repair does not evaluate contradiction truth. Selected body prefixes, not complete note evidence, reach the model. The later dismissal consumer reads identity keys, not a reason or the rejected description. The optional view handoff and current-result removal after awaited writes support workflow's delivery and partial-write qualifications. No autonomous continuation or observed rendering is inferred.

I checked request construction and both transport branches in SRC-1 ai/callAI.ts, against RT-RTE-model-request, RT-CMP-model and RT-BAP-prompt-policy. Request messages and budgets are not tool grants or a pinned weight identity. Local cancellation depends on Node transport and a supplied signal; fallback and remote requests do not carry an abort signal. Hunter's local race does not prove provider termination. The principle-mapping success branch can proceed to review without checking a signal that became aborted, consistent with runtime's distinction between stopping a request and preventing late review.

Free-input parsing and typed modal callbacks in SRC-1 flows/freeInput.ts, modals/NewTensionModal.ts, modals/NewSubstrateModal.ts and persistence in main.ts support RT-RTE-free-input. The substrate modal translates its prefill into the template's content field. A write followed by failed file opening can return null after persistence; runtime correctly withholds a no-write guarantee. I traced elevation split/transform and subsequent principle-body consumption in flows/elevation.ts and flows/presuppositionMap.ts, supporting RT-RTE-rule-admission and memory's annotation: embedded origin text crosses the next request, but a split origin pointer is not dereferenced automatically.

For RT-CLM-friction-scope, I checked the helper and acceptance callbacks, not just its guarded branch: SRC-1 modals/FrictionCard.ts, modals/ConceptsPreviewModal.ts, modals/PresuppositionMapModal.ts, modals/NewTensionModal.ts, modals/NewSubstrateModal.ts, modals/ElevateToPrincipleModal.ts. The guarded confirmations and shipped ungated AI-prefill submissions are both reachable through ordinary drivers. The record correctly describes local UI policy, not a persistence invariant or observed bypass.

Retained objects and epistemic force

The object inventories were checked against their distinct producers and actual consumers. MEM-OBJ-note-content, EPI-OBJ-note-content and EPI-OBJ-principle-rules are broader and narrower prose scopes, not interchangeable records. Templates, elevation and Hunter support the text/symbolic distinction without making natural-language rules executable plugin policy. The separate theory-builder findings in runtime do not infer criticism-led iteration, learning or self-improvement from localization or delivery.

SRC-1 flows/presuppositionMap.ts, flows/presupposti.ts and the review modal support RT-RTE-assumption-admission, MEM-OBJ-presupposition, MEM-OBJ-note-metadata, MEM-RTE-inline-assumptions and EPI-RTE-inline-assumptions. Existing U-note context supplies titles with empty snippets, irrespective of undermined status; new/link/skip decisions and deterministic link union do not verify semantic identity or truth. Inline mapping updates nonempty fields without clearing old values for blank submissions. The combined EPI-OBJ-assumption-text retains those distinctions in prose but lacks a separately addressable inline object; its consequence is limited below.

I traced dependency lookup and undermining separately from proposal/admission. EPI-RTE-collapse-review and MEM-BAP-dependency-display correctly distinguish encoded incidence from necessity or principle rejection. SRC-1 flows/presuppositionMap.ts returns principles found through either link direction and marks only the assumption undermined. views/PresuppositionsMapView.ts uses degree greater than one for its load-bearing display. This supports the restricted authority claimed in MEM-RTE-retained-inspection, not a truth test.

The Hunter writer/filter and dismissed-pairs view support MEM-OBJ-hunter-feedback; the raw failure branch supports MEM-OBJ-hunter-raw, distinct from transient EPI-OBJ-hunter-pairs. MEM-OBJ-plugin-settings is configuration and run metadata, not a learned contradiction explanation. EPI-OBJ-note-markers is a container for symbolic operands whose different forces are separated in the ledger and memory objects. None of these records upgrades retention to epistemic acceptance.

SRC-1 flows/pdfIngest.ts and flows/youtubeFetch.ts support RT-RTE-source-ingest and MEM-OBJ-source-hubs: driver-bounded extraction, preview selection, sequential hub/concept writes and separately retained source material. Sanitization checks nonempty fields, not entailment. The YouTube substitution supports memory's qualification of byte fidelity. EPI-CLM-source-fidelity is a prompt request; the epistemic ledger correctly leaves the generated semantic relation indeterminate without a paired instance.

The maintenance methods in SRC-1 main.ts, title proposal, templates and migration support MEM-RTE-note-maintenance, EPI-RTE-note-disposition, EPI-RTE-origin-maintenance, RT-RTE-schema-migration and MEM-OBJ-migration-backup. Classification checks enum membership before review, not truth. Retroactive origin extraction matches Italian text; orphan origins can be placeholders; merge redirects references and trashes a body without copying it. Batch migration backs up before its loop, whereas direct note migration is a narrower operation. Restore overwrites originals and is not semantic validation.

I checked SRC-1 views/AuditVaultView.ts against EPI-RTE-vault-audit. Its Italian placeholder predicates do not cover the current English template; both reports preserve a bounded audit interpretation. The source-native claims in EPI-CLM-reflective-practice, EPI-CLM-collapse-impact, EPI-CLM-hunter-measure and MEM-CLM-evaluation-key were compared with SRC-1 README.md, ai/prompts.ts and flows/exampleVault.ts. Reflective-use doctrine, requested load-bearing inference and a human evaluation key do not supply observed acceptance or isolate a model's causal contribution. The epistemic comparison preserves those differences.

I checked declaration identities, evidence layers, route status meanings, containment and all proposed supersessions. No explicit Part of: relation is emitted. Runtime's routes are not containers of every object they produce merely because those objects occur along the route. The two amendments in reconciliation identify genuinely identical inline-editing routes and the same seeded measurement key. They preserve both analysts' findings rather than replacing values. Other overlaps are containers/subsets or different operations, not whole-record duplicates. Neither supersession conceals a competing observed status. No evidenced-absence record is declared; scoped uninspected behavior is not silently promoted to absence.

Both unresolved conflicts have affected-record citations, the competing findings or missing part, source evidence and a prevented conclusion. I independently resolved the deletion implementation condition but retain its consumer-facing scope caveat below. The undeclared inline part is an object-inventory granularity defect, not an unsupported comparison value: its separate write/read route and difference from U-note dependencies are already explicit. A local limit preserves the supported account without certifying a fully separated inventory.

The consequential omission questions were whether alternate shipped drivers bypass the stated control boundaries, whether producer-to-consumer transformations erase evidence, and whether retained human judgments feed an unreported automatic truth or improvement evaluator. The frozen tree, model-call/admission searches and actual callers guided this inspection, not only the reports' quotations. Additional SRC-1 helpers/renderAntinomiaNav.ts focus paths apply candidate filtering before calling Hunter; the guidance action calls the same ordinary scan. These do not introduce an independent agent loop. Elevation's two origin forms, full hubs versus model-input prefixes, legacy inline mapping, maintenance and output-only dismissal provide the consequential alternate paths. The reports already distinguish them. Search stopped because those challenges have supported dispositions, the remaining detailed view/guidance coverage is expressly partial, and no identified alternative remains likely to overturn the bounded conclusions. This is not certification of every UI handler, host behavior or possible human evaluation practice.

Blockers

none

Limits

  • The deletion callback is filename-conditioned. RT-RTE-assumption-admission says deletion removes U links without stating that condition; MEM-OBJ-note-metadata, EPI-RTE-collapse-review and reconciliation preserve the narrower finding. SRC-1 main.ts calls cleanup only for deleted Markdown files whose basename starts U-; flows/presuppositionMap.ts then cleans principle-side links. Readers must withhold a guarantee for renamed or nonstandard presupposition filenames. This is a local lifecycle qualification, not a failed central admission/read-back conclusion or an emitted universal cleanup guarantee.

    if (f instanceof TFile && f.extension === "md" && f.basename.startsWith("U-")) { --- main.ts

  • The inline assumption object is not separately declared. EPI-OBJ-assumption-text combines U-note prose and inline A/B fields, while MEM-OBJ-presupposition covers only the U-note part; reconciliation correctly records the missing part. The separately declared MEM-RTE-inline-assumptions and EPI-RTE-inline-assumptions, supported by SRC-1 flows/presupposti.ts, retain its storage updates and later consumers. Readers can rely on those route findings but must withhold a claim of fully separated object-level assumption coverage or treat inline fields as if they had U-note dependency authority. The prose distinctions and separate routes preserve the bounded conclusions despite this coarse inventory.