Flopwire report verification

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

Verification

The reports support a bounded, code-grounded account, with the inventory limit below. I read all supplied reports, reconciliation, correction-answer files and the structural check. The answer files are empty; the structural check reports none, so no structural failure requires routing. I reviewed every declaration, its evidence layer, source anchors, conclusion statuses, containment and connections. Deterministic citation and quotation checks remain code's responsibility; the semantic judgment below does not infer support from a reported validation pass.

The checkout HEAD and tracked top-level tree agree with the frozen boundary. All source inspection used SRC-1 at that revision. No target code, tests, examples, models or services were executed. The whole-system classification includes shipped producers, maintenance, adapters and evaluators, while the reports explicitly limit the depth of inspection. It does not claim exhaustive behavior coverage or ownership of the external harness loop.

Runtime and acquisition. RT-CMP-agent, RT-OBJ-localindex and RT-RTE-transcript-index are supported by SRC-1 internal/agent/agent.go, internal/agent/index.go and the retained store passages. I traced policy readiness, deny/purge, parser-version dry run, append/rewrite generations and extraction into the sink. These support automatic structural admission and retained text, without per-message human approval or observed successful recovery. RT-CMP-codex-model is an external trial component; its unresolved version and parameter behavior do not make ordinary lexical indexing model-driven.

Retrieval and alternate routes. RT-RTE-history-retrieval and RT-BAP-recovery-guidance distinguish selection from interpretation. I traced SRC-1 cmd/flopwire/retrieve.go through backend selection and discovery/read branches, internal/retrieval/local/local.go through lexical ranking and incomplete results, and both change backends. Explicit local/index selection, terminal callers, undetected identities, named sessions, raw reads and change lookup preserve the report's qualifications. Shared failure does not itself select the local backend. Self-exclusion is a discovery policy rather than access denial. The complete shipped skill supports RT-CLM-recovery-evidence; it requests decisive reads and contradiction checks, without implementing a truth gate.

Retained parts and derivation. MEM-OBJ-message-text, MEM-OBJ-index-metadata, MEM-OBJ-digest, MEM-OBJ-commit-evidence and MEM-OBJ-cowork-history correctly distinguish text, selection state, projections and durable restrictive provenance within the local-index container. Their declared local containment is valid; describing corresponding server projections does not identify the server with SQLite. MEM-OBJ-archive remains a different byte-storage object. The archive and local native-byte route do not substitute for each other.

For MEM-RTE-derive-navigation, EPI-OBJ-digest and EPI-RTE-digest-fold, I followed SRC-1 internal/digest/digest.go, internal/localindex/digest.go and internal/localindex/change.go. Clipped first/last snippets, capped lists, fold state and uncapped observation extraction have different roles. The reports preserve those distinctions; derived navigation is supported, while semantic summary accuracy and improved capacity are not established.

Commit evidence and epistemic force. EPI-OBJ-commit-evidence, EPI-RTE-commit-check, EPI-RTE-commit-store, EPI-RTE-change-lookup and EPI-CLM-commit-evidence have bounded support. I traced SRC-1 internal/digest/evidence.go and internal/digest/evidence_stream.go through self-contained completion, addressed call/result, polling, printed-output and later HEAD-reveal branches. Printed commits can coexist with whole-call failure. Eligibility and continuity checks do not independently authenticate Git state. SRC-1 internal/ingest/commit_evidence.go groups source generations, checks references and budgets, and retains dirty/limited state; lookup preserves exact/prefix distinctions and cursor invalidation. The ledger's entailed-derivation finding is explicitly conditional on captured inputs and the encoded interpretation. It is not a claim of warranted external authorship. EPI-RTE-text-render correctly bounds cleaning and clipping; its concrete examples follow SRC-1 internal/retrieval/format/text.go without target execution.

Host compaction and retained controls. SRC-1 internal/transcript/codex/parser.go supports MEM-OBJ-compacted and MEM-RTE-capture-compaction: readable joined summary, deduplicated supported replacement messages and skipped opaque alternatives remain distinct. I checked default hit filtering in SRC-1 internal/localindex/query.go; exclusion of injected rows does not exclude all system rows. Unknown host compaction production and opaque read-back are already scoped uncertainty, not an absence finding. SRC-1 internal/localindex/cowork_history.go, internal/localindex/cowork_recovery.go and agent policy wiring support MEM-BAP-history-restriction, without establishing complete family reconciliation or host-grant authenticity.

Delivery and coordination. RT-OBJ-standing-instruction, MEM-OBJ-bus-messages and MEM-OBJ-delivery-metadata have distinct referents and consumers. I traced RT-RTE-hook-delivery through SRC-1 internal/devicebus/instruct.go, cmd/flopwire/hook.go, internal/busrender/busrender.go and internal/agent/reads.go. Leases, print-before-confirm, renewal, assumed instruction delivery after repeated attempts, bounded escaped bodies and hook-context sightings support the stated best-effort account. Receipt state does not verify comprehension. RT-BAP-message-guidance is interpretation guidance, not host permission enforcement.

For RT-RTE-adapter-delivery, SRC-1 plugins/opencode/flopwire.js, cmd/flopwire/hook_opencode.go and internal/devicebus/cloud.go preserve alternate paths. Message-part confirmation waits for storage events; the no-message branch can acknowledge the separate static instruction, which is supplied through the system transform. I read the record's confirmation statement in its message-delivery context, not as proof that every instruction acknowledgement awaits a stored conversation part. Cloud refresh-before-push does not provide an atomic no-wake guarantee. No stronger receipt conclusion is accepted.

SRC-1 internal/bus/messages.go supports MEM-RTE-thread-history: per-row authority, repository scope, previews, whole-row budgets and historical visibility differ from direct delivery. WF-RTE-request-reply is a supported instructed multi-call protocol, not an observed exchange. I traced local sender liveness, envelope storage, reply correlation and done-parent refusal in SRC-1 internal/devicebus/local.go, then checked the skill's handoff and answer-inspection rules. Software rejects transport violations; requester interpretation supplies substantive acceptance. The reports do not confuse a correlated reply with a verified result or claim exactly-once task execution.

Maintenance and evaluation. RT-RTE-policy-admission accurately separates administrative configuration from password-gated sender acceptance. SRC-1 internal/api/api.go and internal/api/bus.go establish credential-class checks, not physical human presence. SRC-1 internal/upgrade/upgrade.go supports checksum/version admission and replacement in RT-RTE-binary-upgrade, without improvement evidence or automatic rollback.

MEM-OBJ-tombstone, MEM-RTE-redact-content and EPI-RTE-index-redact preserve local masking, sidecar persistence and dependent-view updates. I checked the local masking transaction and SRC-1 internal/retrieval/local/raw.go: unchanged native bytes remain a separate read surface. MEM-RTE-withdraw-history distinguishes local purge, hiding/restoration, permanent session tombstones and asynchronous object deletion. MEM-RTE-import-recovery correctly permits successful upload without qualifying restriction provenance. MEM-RTE-restore-state retains empty-target refusal, inventory checks and the pending-redaction override. SRC-1 cmd/flopwire/import.go, internal/ingest/hidden.go, internal/store/deletion.go and internal/backup/backup.go support these bounded distinctions, not universal erasure or deployed recovery success.

RT-RTE-workflow-trial and EPI-RTE-parser-parity correctly separate synthetic workflow checks from fixture parity. I checked trial assertions and cleanup in SRC-1 scripts/qualify-agent-workflow.py and the comparator and documented divergences in SRC-1 internal/transcript/oracle/oracle.go and testdata/oracle/README.md. Their expected answers and failure consumers support implemented evaluation capacities only. The epistemic account keeps truth acceptance, learning, reflection, theory criticism and exercised self-improvement independent; none is inferred absent merely from missing run evidence.

Reconciliation. Both amendments in reconciliation identify the same digest and commit-observation referents across analysts and preserve their qualifications. All supplied Part of: relations are consistent with the local storage or subroute being named. The broader navigation and redaction routes remain valid alongside narrower operations, and the workflow spans more than one runtime route. I checked every memory integration issue: baseline unredacted capture versus subsequent masking, native raw access, recovery receipt coverage, compaction filtering, provenance restrictions and receipt evidence have compatible dispositions. No unresolved disagreement or missing required split that changes a central conclusion was established.

Omission searches and stopping decision. The frozen dispatch/tree and producer-to-consumer dependencies selected four questions: whether alternate retrieval paths defeat the claimed scope controls; whether imports, restore and native raw access invalidate admission or withdrawal wording; whether alternate adapters invalidate receipt guarantees; and whether other derived outputs or evaluators change the knowledge-production account. The first three have supported bounded dispositions above. Searches of shipped source for model-driven transformation and evaluation consumers, followed by SRC-1 cmd/flopwire/bench_ab.go, found an additional explicit comparison/reporting driver, not evidence that the selected trial automatically promotes production changes. No system-wide absence of evaluation-driven development is accepted. The remaining coverage-diagnostic omission is retained below. Further omission expansion stopped because the selected challenges are disposed, the reports already withhold completeness and benefit claims, and no identified material contradiction remains. This stopping decision establishes no absence in unsearched code.

Blockers

none

Limits

• RT-RTE-history-retrieval and the memory and epistemic inventories do not separately characterize the structured coverage-diagnostic output attached to retrieval. SRC-1 cmd/flopwire/retrieve.go attaches a coverage snapshot to pages, sessions and context; cmd/flopwire/coverage.go selects detail, summary or budget-reduced presentation. SRC-1 internal/coverage/summary.go projects current-device collection/upload/policy/parse observations and explicitly preserves unavailable or omitted information. This is an additional context-selection and reliance-qualification mechanism, not a truth-acceptance gate. The retained evidence-access and bounded derivation conclusions hold, but readers should withhold a complete inventory or comparison of retrieval metadata, diagnostic lineage and budget-dependent omission. The supplied reports already make no complete-inventory claim; this local omission does not require blocking their positive findings.

// Summary is an MCP projection. Omitted issue counts are not assertions of zero. --- internal/coverage/summary.go

return &Summary{Mode: "summary", ObservationScope: "current_device", Qualification: s.Qualification, Unknown: map[string]string{"coverage": "output budget; observations omitted"}}

--- internal/coverage/summary.go