Dynamic Cheatsheet reconciliation

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

Reconciliation

The four reports share the frozen source and implementation boundary in boundary. Their additional source inspection extends coverage within that revision; it does not add observed operation or causal evidence. This reconciliation uses the supplied members only and makes no source reads. No correction answers or declined objections were supplied.

Duplicate supersessions

Amendment: EPI-OBJ-final-output is superseded by MEM-OBJ-final-output. Both identify the same final_output string, its append to generator_outputs_so_far, and its storage in the returned result and JSONL. Both retain the identical driver append passage. The affected epistemic inventory and generation, curation, selection and retention ledger references concern this same response corpus; the epistemic assessment of candidate truth-apt content remains that report's finding. This identity does not merge full output with extracted answer or diagnostic steps.

Amendment: EPI-OBJ-final-cheatsheet is superseded by MEM-OBJ-final-cheatsheet. Both identify the same final_cheatsheet field and live reference string, supported by the same driver assignment passage. The affected epistemic inventory, reference-transformation, admission, retention, recovery and consumption entries concern this reference part. Its possible propositions and policy instructions do not create a second object. The supersession preserves the memory report's approach-dependent lineage and the epistemic report's uncertainty about particular candidate content; it grants no semantic warrant.

Amendment: EPI-OBJ-messages is superseded by MEM-OBJ-messages. Both identify UnifiedLLMClient.messages, an in-process role/content list populated by the same two quoted append operations. The affected epistemic inventory and history ledger entries concern this same client-owned history. Shallow-copy and truth-apt-content findings remain epistemic findings about that object, not another history identity.

Amendment: EPI-RTE-chat-history is superseded by MEM-RTE-chat-history. Both trace chat through generate, inclusion of retained messages, provider response, append of original user and assistant text, and subsequent history reuse. Their common messages.extend(self.messages) passage establishes the same read-back mechanism. Both give implementation conclusion status: wired and operation conclusion status: uninspected. The epistemic ledger's retention and consumption rows are functions of this route, not distinct routes. Its Tavily-prefix omission and lack of semantic acceptance remain scoped findings; neither supersession rewrites a declaring report.

Containment and distinct identities

The valid checkpoint envelope RT-OBJ-output-dict remains alongside its parts. MEM-OBJ-final-cheatsheet, MEM-OBJ-final-output, MEM-OBJ-steps and MEM-OBJ-retrieved-selection identify separate reference, response, diagnostic and selection fields with different consumers. EPI-OBJ-final-answer and EPI-OBJ-target separately identify scored response and imported reference target. None is identical to the envelope; no split supersession is required. The envelope's target storage does not imply target delivery to the curator.

MEM-OBJ-container-id is the native dispatch handle and associated opaque state surface, not RT-RTE-native-execution, which is the dispatch route. Neither is identical to readable full output. Likewise client messages and MEM-RTE-chat-history are not the benchmark corpus, RT-RTE-context-selection, or RT-RTE-checkpoint-continuation. Their owners, storage and consumer paths differ.

EPI-OBJ-curator-prompt and EPI-OBJ-synthesis-prompt identify different templates and timing. Neither duplicates RT-OBJ-generator-prompt, the solving template, or RT-BAP-curator-guidance, the update consumer's authority path. Template, configured model RT-CMP-language-model, and authority path retain distinct identities.

EPI-RTE-answer-generation overlaps generator stages of RT-RTE-cumulative-curation and RT-RTE-context-selection, but identifies the common answer producer across all modes rather than either full loop. EPI-RTE-reference-admission identifies the extraction/install stage shared by cumulative and synthesis paths, not either complete route. Neither spans only one supplied route, and neither is a duplicate requiring supersession. EPI-RTE-choice-scoring is explicitly a part of RT-RTE-answer-scoring, not its replacement.

EPI-OBJ-search-results and EPI-RTE-search-acquisition concern externally acquired search context, not earlier benchmark outputs or similarity retrieval. RT-CMP-input-embeddings supplies numerical ranking inputs, not these imported snippets or a correctness evaluator.

EPI-CLM-verified-solutions concerns retention warrant; EPI-CLM-zero-shot adds label/feedback conditions and reported performance. Neither is identical to RT-CLM-adaptive-memory, the broader inference-time memory and future-capacity claim. Their shared implementation links do not make their claimed scopes interchangeable. Workflow declares no records; its annotations add no competing identities.

Independent convergence and integration dispositions

The runtime replacement route, memory write-side account, epistemic admission counterexample and workflow annotation independently connect answer production to syntactic reference installation. See RT-RTE-cumulative-curation, MEM-OBJ-final-cheatsheet and EPI-RTE-reference-admission. Missing opening tags retain fallback; an opening tag without closure can still admit text. Workflow further shows that answer-extraction failure does not veto the curator handoff. This extends, rather than contradicts, the runtime schedule.

All four accounts keep task scoring separate from memory admission. RT-RTE-answer-scoring, MEM-OBJ-final-output and EPI-RTE-choice-scoring, together with the workflow account, place live-reference assignment and corpus append before scoring. The choice predicate's negated-option counterexample narrows the semantic license of that evaluator without denying its implemented counting function. Dataset targets support measurement, not a wired curator veto. Requested verification and retention of “verified” solutions therefore coexist with syntactic admission; this is a system-claim/route comparison, not a disagreement between analysts.

RT-RTE-context-selection and its memory annotations agree that direct retrieval/history deliver raw earlier responses, whereas synthesis produces a replacement before current solving. Synthesis fallback retains assembled examples rather than necessarily the old reference. The epistemic ledger separates deterministic selection/assembly from semantically indeterminate model synthesis. Memory's trace-fed transformation finding concerns the implemented input-to-reference-to-consumer chain; it does not assert semantic improvement or accepted new knowledge. No conflict follows from these different assessment units.

MEM-OBJ-steps, RT-RTE-cumulative-curation and the workflow account agree that old/new reference snapshots survive, but the curator's full response is not separately checkpointed. Reasons survive as live guidance only if included inside extracted text. Manual recovery capability does not establish automatic rollback, and absent mandatory rationale does not establish absent criticism inside opaque model processing.

RT-RTE-checkpoint-continuation, its memory annotation and the workflow delivery account agree on driver-owned JSONL persistence, last-reference/full-output reload and positional restart. Partial argument checks and non-atomic rewriting limit replay and recovery guarantees. The epistemic retention/recovery rows add no endorsement to reload. The memory report's four checkpoint-part declarations clarify consumers without correcting the runtime's container finding.

The separate client-history declarations extend the runtime's expressly limited convenience-API coverage. Search acquisition extends that same coverage without inserting search into the selected cumulative workflow. The runtime already distinguishes the explicit search switch from search-capable provider behavior. These are coverage additions, not contradictory benchmark accounts.

The memory report's remaining integration questions stay local: initial seed/history/checkpoint authorship is unresolved; embedding provenance and quality are uninspected; native payload content, lifecycle, read-back and authority are opaque. See MEM-OBJ-final-cheatsheet, MEM-OBJ-messages, RT-CMP-input-embeddings and MEM-OBJ-container-id. Known subsequent transformations and handle dispatch remain established alongside those uncertainties. No extra source, part identity or provider-memory benefit is inferred.

No unresolved cross-report conflict is identified in the supplied versions. Independent agreement here is agreement among source-based accounts, not independent experimental replication. RT-CLM-adaptive-memory, the runtime theory assessments and the epistemic bounded conclusion consistently leave exercised learning, behavioral dependence, criticism-result iteration and causal benefit unestablished. The standing improvement-directed mechanism, requested model checks and implemented delivery retain their respective scopes; none is promoted to observed operation or successful self-improvement.