Project Wiki report verification

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

Verification

The five submitted members support a bounded account of an instruction-based project-memory system with executable structural helpers. No publication blocker was found. I read every submitted record, annotation and reconciliation disposition, and independently traced the consequential producer/checker/consumer paths against SRC-1. The supplied report-check says none; all four correction-answer files are empty, so there are no structural failures or correction arguments to dispose of.

Boundary and evidence strength

The checkout HEAD equals the reviewed commit and its working tree is clean. The frozen tracked-tree enumeration agrees with the boundary coverage. The shipped semantic drivers, generated instructions, helpers, schema and development evaluators are included; no material shipped caller was reassigned to an external host merely because it invokes a helper. The host supplies inference and instruction execution, not an additional inspected runtime. This supports the declared target class and whole-system boundary without establishing deployed host behavior.

I checked the source-dependent meanings and evidence layers of all declarations, not only quotation occurrence. Source anchors below are SRC-1 commit-relative paths. Helper text supplies implementation evidence; workflow and template text supplies doctrine/design. No target code, tests or examples were executed. No observed-run or causal evidence was discovered or inferred from the presence of tests. The reports consistently withhold activation, semantic-quality, benefit and exercised self-improvement conclusions. Their qualified uncertainty does not require an additional adverse finding.

Runtime and forcing routes

The host component, shipped driver and symbolic schema are distinct and supported: RT-CMP-host-agent, RT-OBJ-skill and RT-OBJ-project-wiki. I compared README.md, SKILL.md, schema/project-wiki.yml and the schema loader. Unspecified provider versions and parameter mutability remain uninspected, not fixed or absent by inference.

All five runtime routes have supported endpoints, owners, persistence and recovery boundaries:

  • RT-RTE-initialize-wiki: references/initialization-workflows.md and scripts/wiki_scaffold.py distinguish validated same-filesystem scaffold publication from subsequent semantic completion. The platform-specific publication branches preserve the reported exclusive-publication scope; unsupported-platform refusal is not generalized to intake publication.
  • RT-RTE-coding-cycle and RT-RTE-note-update: the automatic, update, configuration and common-policy references establish selective consultation, impact-based edits and durable-answer filing. scripts/wiki_config.py validates exact boolean shape and returns errors rather than silently enabling invalid preferences. The automatic write decision is host policy, not an executable universal lock. Explicit work and current-task overrides remain alternatives; pasted notes bypass the document ledger.
  • RT-RTE-source-intake: I traced scripts/check_inbox.py history-before-discovery ordering, hash/action classification and quarantine recovery; scripts/ingest_document.py snapshot, optional expected hash, extraction, staging, publication and cleanup; and review-helper dispatch. Inbox hash binding is procedural, while the general supported local-file CLI can omit it. Intake uses existence checks and rename, not the scaffold's no-replace publication mechanism.
  • RT-RTE-explicit-reconcile: synchronization and maintenance references retain baseline-aware committed-change review, structural checks before semantic lint, preserved history and conditional human confirmation. These procedures are not disabled by the automatic preference.

The source-exclusion challenge was checked through WikiScope.read_source, search's call to that reader, directory pruning and diff candidate filtering in scripts/wiki_scope.py, plus the intake CLI's lexical/resolved conditional checks. A supported local input outside the repository is not covered by those in-repository ignore checks. The runtime already states that exception and distinguishes helper filtering from host filesystem permissions. Likewise, audit dispatch returns zero after reporting incomplete review, checks only the ledger/manifest identity and state on that branch, and does not atomically mutate final intake status. The runtime correctly requires status consumption and preserves the audit-to-mutation interval.

RT-BAP-project-protocol is supported by bootstrap and assets/core-templates.md: marked blocks request later consultation and dynamically read configuration. RT-CLM-project-memory accurately retains the README's intended benefit as a claim, not a demonstrated outcome. Help's early return and configuration's preference-only writes were checked against their helper implementations and routing instructions.

Memory and epistemic records

All eight memory object declarations have supported substrates, lineage and differentiated consumers. references/wiki-structure.md, common/update/maintenance policies and requirement/core templates support MEM-OBJ-canonical-records, MEM-OBJ-wiki-routing and MEM-OBJ-audit-history. Canonical intent, observed implementation, exploratory analysis, routing and historical consumption are not assigned one undifferentiated authority. MEM-OBJ-intake-provenance, MEM-OBJ-review-progress, MEM-OBJ-requirement-evidence and MEM-OBJ-source-registry agree with the intake/review/inbox producer-consumer chain. MEM-OBJ-project-controls preserves the different consumers and scopes of configuration and exclusions.

Direct inspection of review snapshot loading and print_view confirms that all chunks are loaded before output selection, selected text is delivered completely in source order, and section/all views have no token bound. This supports the memory annotations without attributing eviction, compaction or worker-context isolation to the skill. Trace-fed answer/code-result filing is a prescribed retained-text pathway, not raw-log learning or proven improved capacity.

The seven epistemic object declarations were compared with these containers: EPI-OBJ-chunks, EPI-OBJ-review-progress, EPI-OBJ-requirements, EPI-OBJ-technical, EPI-OBJ-analysis, EPI-OBJ-questions-alerts and EPI-OBJ-requirement-evidence. Their truth-apt content, metadata force and source-authority distinctions are supported. The concrete plain-text normalization/chunking deduction is valid for its stated witness; it does not claim format-wide semantic fidelity.

I checked each epistemic route against its distinct function: EPI-RTE-extract-source imports rather than endorses; EPI-RTE-ledger-check and EPI-RTE-skip-audit check state or produce optional diagnostics; EPI-RTE-content-compare and EPI-RTE-content-admit separate semantic assessment from conditional permission; EPI-RTE-canonical-retain and EPI-RTE-canonical-link separate retention from post-admission integration. scripts/validate_wiki.py confirms the coverage, registered-target and reciprocal-edge domain of EPI-RTE-structure-check, not proposition truth. Maintenance supports separate criticism and disposition in EPI-RTE-semantic-lint and EPI-RTE-claim-withdraw. All nine declared Part of: relations denote actual subfunctions of their cited runtime containers; the shared structural evaluator correctly avoids claiming a single parent.

The ledger's architectural and operation statuses preserve executable-versus-instructed and capacity-versus-execution distinctions. EPI-CLM-provenance-rule and EPI-CLM-active-governance retain the README claims with the necessary contrast: structural provenance is not entailment, and instructed semantic maintenance is not an independently scheduled monitor. The report does not mistake missing acceptance instances for absent semantic admission architecture.

The workflow account follows one explicitly connected intake procedure rather than joining unrelated capabilities. Source-inbox instructions place processed/archive state after extraction but before semantic integration. Document-ingestion instructions establish complete review, direct versus blocking admission, digest recheck, validation and final reporting. The account correctly assigns continuation and recovery to the foreground host, not a separate semantic reviewer or an atomic multi-file transaction.

The reconciliation preserves the same-sidecar identity in its sole supersession. The remaining object overlaps are supported part/container or consumption-path distinctions, not discarded findings. Its route containment, optional-diagnostic addition and loader/output clarification do not conceal a disagreement. I checked all reported integration issues, the absence of unresolved-conflict paragraphs and downstream use of the superseded sidecar record. No missing material part, conflicting status on the same unit or dependent claim requiring correction was found.

Omission questions were selected from the frozen tree and the state loop, not only the submitted quotations: could another write route defeat the automatic gate or document review; could alternate source access defeat the reported filtering scope; could a hidden evaluator or later consumer change the semantic-authority account? Searches and direct reads covered explicit notes/answers, direct file intake, sync/maintain, generated instruction consumers, help/config returns, review alternatives and CI/contract-check dispatch. Test-name searches in review, scope and configuration-integration suites were used to locate alternate paths, not as evidence of successful operation. These challenges have supported dispositions in the records: controls are scoped, semantic work remains instructed, and later consumption is shipped but unobserved. Further optional expansion stopped because no identified material challenge remains undisposed and additional test/template detail is unlikely to change those bounded conclusions. Uninspected dependency internals and deployed host behavior cannot support comparisons about extraction-wide fidelity, context-window guarantees, semantic reliability or benefit; the submitted wording already withholds them.

Blockers

none

Limits

none