o-o reconciliation

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

Reconciliation

Boundary and evidence basis

The members address the shipped document workflow and library manager, not the external Claude runtime. The boundary and Source register distinguish implementation, instructions and attributed retained content from observed execution. The connections below use the supplied members only; no source reread was needed. No correction answers or declined objections were supplied to this attempt.

Duplicate supersessions

Amendment: EPI-OBJ-article is superseded by MEM-OBJ-article. Both denote the local article element, its HTML-encoded factual prose and its human/model consumers. The memory declaration additionally identifies paragraph IDs and reference structure; those details do not make a different article. This connects the epistemic inventory, research, retention and excerpt findings to the memory account of article lineage and later consumption. It changes neither report's factual-accuracy limit.

Amendment: EPI-OBJ-manifest is superseded by MEM-OBJ-manifest. Both identify the operative local oo-manifest consumed for date/version reporting and update selection, not the template literal or its executable parser. The memory declaration also retains the ordinary instance's prose change summaries. The epistemic freshness and retention findings concern the same metadata; neither declaration treats its date as validation of article claims.

Amendment: EPI-OBJ-changelog is superseded by MEM-OBJ-changelog. Both identify oo-changelog as retained, attributed edit summaries rather than authenticated execution evidence. The epistemic declaration describes the representative ordinary array; the memory declaration also records the generated and sentinel wrapper forms. This instance-level difference does not establish separate objects. The affected inventory and retention findings keep their provenance limits; the amendment does not convert summaries into traces or checkpoints.

Amendment: EPI-OBJ-contract is superseded by MEM-OBJ-contract. Both denote the instantiated oo-contract, excluding its generator literal, and identify interpreted task guidance plus shell-consumed budget settings. Both include ordinary and sentinel instructions. The epistemic source and event assessments therefore concern the same contract whose initialization, operator edits and later reading the memory member describes. Delivery remains distinct from enforcement.

These amendments assert identity, not replacement of an analyst's values or selection of a stronger status. Both declarations remain available under their existing IDs.

Containers, parts and distinct identities

EPI-OBJ-source-cache remains a valid container alongside MEM-OBJ-source-cache and MEM-OBJ-facts. The epistemic object covers the entire cache block; the memory objects distinguish its source entries/cache timestamp from its factual summaries. The combined finding is not wrong when separated: source attribution and flat factual assertions both remain available without per-fact acceptance provenance. No supersession or missing-part conflict is required. The memory record's narrower source-field identity must not be read as an alias for the entire epistemic cache.

EPI-OBJ-image and MEM-OBJ-images overlap at embedded media but do not have identical referents. The epistemic object spans requested download, temporary resized file, embedding and caption/source link; the memory object distinguishes persistent encoded payloads and their readable adjacent metadata from temporary staging. Neither is superseded. The description of file-format structure in the former and opaque encoded payload in the latter does not establish opposing findings about inspected visual meaning: neither establishes image-content validation or that a later agent sees decoded images. Their shared limit prevents deriving caption truth from format or size checks.

RT-OBJ-shared-shell is executable/template-bearing machinery, not any instantiated research object. MEM-OBJ-index-content is the retained output projection, and MEM-OBJ-oo-theme is browser preference state; neither duplicates an article, a cache or a route.

The epistemic subroutes retain their declared containment in RT-RTE-document-update: EPI-RTE-web-research, EPI-RTE-source-check, EPI-RTE-source-selection, EPI-RTE-document-retention, EPI-RTE-cache-reuse, EPI-RTE-sentinel-check, EPI-RTE-sentinel-selection, EPI-RTE-image-check and EPI-RTE-image-selection. These isolate different functions, targets or consumers, not alternative declarations of the entire update. Checks and dispositions remain separate even when they use the same instruction. EPI-RTE-index-excerpt similarly isolates the extraction stage inside RT-RTE-library-read, rather than duplicating the complete rebuild/browser route.

MEM-BAP-cache-reuse describes the later agent's authority channel; EPI-RTE-cache-reuse describes the requested read-and-research progression. Neither duplicates the other or RT-BAP-update-prompt, which delivers the initial task and file pointer. EPI-CLM-research-reuse isolates incremental reliance and conditional source preservation; RT-CLM-living-document states the broader runnable/readable-document claim. They are distinct claims, not supersessions.

Convergence and status distinctions

The workflow account traces the batch branch of RT-RTE-batch-create, through per-file updates to RT-RTE-library-read. Its annotations add sequencing, failure and delivery consequences without declaring competing records. Memory annotations add initialization and retained-state paths to those same routes. All three preserve process completion as distinct from research-quality acceptance, and preserve partial edits and operator recovery rather than a library-wide transaction.

The runtime's wired update dispatch and the epistemic member's doctrine-only research, checking and reuse assessments are not conflicting statuses for one operation. The parent implements process launch and direct-edit guidance; its subroutes assess requested agent work whose external implementation and operation remain uninspected. EPI-RTE-document-retention explicitly bounds its wired finding to file-target dispatch, not verified execution of an editor. The memory member likewise distinguishes a requested whole-file read from automatic content delivery. No member supplies observed compliance, factual acceptance or reuse benefit.

The index findings converge on a lossy projection. MEM-OBJ-index-content records tag/citation stripping, a 120-character excerpt and date-ranked cards. EPI-RTE-index-excerpt assesses semantic preservation as indeterminate because truncation can remove qualifications. Calling the operation a representation change does not guarantee that every resulting proposition preserves scope. The workflow and runtime both retain the separate nested-link limit; neither presentation nor navigation supplies warrant.

RT-RTE-contract-edit and RT-RTE-code-sync have the same admission owners across the runtime, memory annotations and epistemic ledger: operator-selected changes applied by code. Their persisted guidance and machinery can affect later operation, but this does not establish automatic evidence-responsive method revision. External model mutability and host context handling remain unresolved in RT-CMP-claude, not supplied negatives about learning or internal criticism.

Integration-issue dispositions and disagreements

The memory member's integration issues require no correction to a runtime finding. Its contract-position discrepancy concerns the source prompt's reference to window.stop(), not opposing analyst claims: MEM-OBJ-contract identifies the operative block, while RT-BAP-update-prompt describes initial guidance and requested reads. Retain the discrepancy as a limit on the prompt's positional description, not an enforcement or complete-delivery guarantee.

Schema variation and repeated template IDs remain local interpretation limits. MEM-OBJ-source-cache supplies ordinary versus sentinel source representations; MEM-OBJ-changelog supplies alternative history wrappers. The epistemic cache finding is explicitly sample-bounded, so it does not contradict richer sentinel entries. RT-OBJ-shared-shell explains why whole-file reads can expose generator literals as well as operative state. No member establishes deterministic agent-side disambiguation of those copies.

The memory member's unresolved actual-read, correction and influence questions remain limitations shared with EPI-RTE-cache-reuse. Missing traces prevent conclusions about which facts entered context or changed later decisions; they do not negate file retention or the implemented request. No cross-report disagreement or required undeclared part was identified in these supplied members. No unresolved-conflict paragraph is therefore asserted; these uncertainties remain beside the conclusions they prevent.