RepoCodex reconciliation

Type: agentic-system-analyses/types/agentic-system-reconciliation-report.md

Reconciliation

Boundary and evidence limits

The four reports describe the repository-memory loop fixed by the boundary, not the external coding runtime. Its Source register supplies implementation and doctrine/design evidence only. Source-wired commands, requested agent behavior, actual compliance and causal benefit remain separate conclusions. No supplied correction answers or refusal require a further disposition. This reconciliation uses the supplied members only; it makes no additional source reads.

Record identity and containment

No duplicate identity is established, so no supersession amendment is made. The following comparisons rule out identity rather than choosing one analyst's status over another's.

  • MEM-RTE-concept-read and RT-RTE-context-read share stored concepts but are different operations. The former selects an exact identity and returns complete frontmatter/body without lifecycle filtering; the latter selects by edit paths, ranks eligible bodies and supplies related titles. Runtime mentions the direct-read alternative, but that mention does not make its path-selection referent identical to the separately traced tool. Both records remain; findings about default retrieval must not be extended to direct identity access.
  • MEM-RTE-metric-readback is a declared part of RT-RTE-validate-change. It traces cross-invocation diagnostic event consumption, not the whole change-validation operation. The parent remains valid alongside that part. The metric store, MEM-OBJ-metrics, is not identical to either route or to a concept explanation.
  • EPI-OBJ-bootstrap-body is a provenance-specific part of RT-OBJ-concept-body. The copied-note subset does not replace the general explanation object. EPI-RTE-bootstrap-import is the extraction/transformation part of RT-RTE-bootstrap-drafts, whose gate and persistence remain additional functions. Neither valid container requires supersession.
  • EPI-RTE-claim-check and EPI-RTE-relocation-check are distinct diagnostic parts of RT-RTE-validate-change. The former checks stored literals at maintenance time; the latter generates/checks relocation candidates after missed anchors. Neither duplicates write-time admission in RT-RTE-memory-write. Relocation checking also differs from mutation in RT-RTE-anchor-patch: an offered replacement and its application have different effects and admission conditions.
  • EPI-RTE-semantic-review and EPI-RTE-audit-gc are separately declared parts of RT-RTE-review-audit. Requested agent judgment is advisory; code-driven retirement persists lifecycle status. The container already distinguishes these functions and remains valid. Memory's annotations add withdrawal and reader detail without declaring duplicate routes.
  • EPI-RTE-impact-read returns advisory impacted identities through MCP. It is distinct from ranked-body delivery in RT-RTE-context-read and from the full verdict returned by RT-RTE-validate-change, even though it calls validation and shares impact machinery.
  • MEM-OBJ-reverse-index, MEM-OBJ-context-catalog and MEM-OBJ-context-log retain generated lookup metadata, navigation summaries and operation history respectively. They are not identities of the explanation body or parsed concept metadata in RT-OBJ-concept-body and RT-OBJ-concept-frontmatter. A producer's mention of its outputs is not a declaration of those outputs as the route's referent.
  • RT-CLM-executable-memory describes the operation bundle. EPI-CLM-pin-match concerns the license claimed for attachment checks; EPI-CLM-loop-protection concerns denial and protective consequences. These are different claims, not competing declarations of one claim. Workflow declares no new records and instead annotates the supplied coding and review routes.

Integration-issue dispositions

Index-consumption clarification. Memory's integration issues flag runtime's reverse-index wording. RT-RTE-context-read says selection uses a merged reverse index and retains an index-completeness limit; MEM-OBJ-reverse-index supplies the retained merged_index passage showing reconstruction from current concepts, while persisted copies feed synchronization checks. These statements do not expressly disagree about the implementation: runtime does not assert that retrieval loads the committed files. No conflict or supersession is established. The clarification prevents treating stale committed index files as sufficient evidence that context omitted a concept. It does not establish universal retrieval completeness.

Withdrawal is consumer-specific. Memory's issue about residual access agrees with runtime's scoped selected-body filter. EPI-RTE-audit-gc and the memory annotation on RT-RTE-review-audit retain status retirement rather than deletion. MEM-RTE-concept-read can still return deprecated content, and related-title delivery differs from selected-body filtering. These are different consumers, not contradictory statuses or a missing replacement record.

Shard identity remains a limit. Memory reports possible same-identity collisions across shards in its integration issues, concerning RT-OBJ-concept-frontmatter, RT-RTE-memory-write, RT-RTE-context-read and MEM-RTE-concept-read. Its account distinguishes dictionary replacement from first-match reads/writes. Runtime's shard-relative identity description does not assert globally unique identities, so no cross-report contradiction is established. An unambiguous cross-shard consumer guarantee is prevented; an actual collision is not evidenced.

Initial provenance and activation remain unresolved facts, not report disagreements. Memory's provenance annotations and EPI-RTE-bootstrap-import agree that copied text and a file-touch commit pointer do not authenticate the original explanation. The host limitations in RT-CMP-coding-agent and RT-BAP-memory-consumption likewise permit delivery without established changed behavior. These uncertainties do not negate known persistence, deterministic transformations or later read opportunities.

Convergence and workflow connections

The reports converge on multiple admission mechanisms rather than an all-writes gate. Memory's write-side account and epistemic's authority ledger preserve runtime's anchorless admission, direct patching and pre-rejection predecessor deprecation in RT-RTE-memory-write and RT-RTE-anchor-patch. Workflow uses those same limits when assigning corrective retry and restoration to the foreground agent; it does not turn requested retry into an observed recovery.

Memory's MEM-CLM-context-selection adds that ranking orders full eligible bodies without a hard token cutoff. Runtime and workflow describe bounded delivery and caller inspection, not compaction or eviction of host turns. These findings are compatible: selection can withhold unrelated bodies from a response without bounding all delivered tokens or the host's accumulated window.

The review accounts independently converge on requested semantic comparison without automatic required-check force: EPI-RTE-semantic-review, RT-RTE-review-audit and workflow's review annotation distinguish external review-agent work from the advisory Action's deterministic output. GC has a different consumer and effect; no single semantic-acceptance status can be assigned to the combined route.

Finally, workflow's coding-loop annotation locates completion in resolving blocking results, rechecking coverage and committing code with memory/indexes. RT-BAP-check-enforcement makes actual denial conditional on caller, posture, acknowledgment and invocation. RT-RTE-agent-repair supplies no post-child repaired-state certificate. Epistemic's distinction between operational permission and semantic acceptance is therefore compatible with workflow completion, not a disagreement over whether storage or commit checks exist. No anchored cross-report disagreement or required undeclared part was established from the supplied records; observed compliance, accepted semantic revisions and causal protection remain unestablished rather than reconciled into stronger findings.