Nuggets reconciliation

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

Reconciliation

Evidence and correction boundary

The four reports share the frozen identity and source layers in boundary. This reconciliation compares their supplied versions, not mutable artifact copies. It read no target source files. SRC-1 paths below identify evidence already retained by the linked records. No correction answers or refusal were supplied; there is no supplied declined objection to resolve. The previous reconciliation was read as a previous output, and its connections were reassessed against the current reports.

All reports distinguish implementation and doctrine from unobserved operation and benefit. Epistemic architectural status implemented and analyst implementation conclusion status wired concern different fields; their coexistence is not a disagreement or a license to infer observation.

Identity and supersessions

Amendment: EPI-OBJ-task-summary is superseded by MEM-OBJ-task-summary. Both identify the same _task excerpt in extension-local facts and project JSON, produced before host compaction by joining the last three selected user texts and truncating to 200 characters. Both retain that selection/write passage from SRC-1 .pi/extensions/nuggets.ts. Both distinguish explicit recall/list from ordinary injection, which excludes underscore-prefixed entries. The epistemic inventory and task-transformation ledger concern this same object; the supersession preserves their semantic-preservation uncertainty and consumer limits. It establishes no identity with the encompassing integration route. Both IDs remain declared.

Amendment: EPI-RTE-kind-migration is superseded by MEM-RTE-legacy-migration. Both identify the operator-launched legacy migration through backup, heuristic classification, case-insensitive merge, kind-file writes and legacy archive. Their retained assignment from SRC-1 src/migrate-memory.ts has incoming key/value, maximum hits and incoming-or-previous session marker. Trigger, code admission, default-kind consumers and manual rather than automatic rollback agree. The epistemic lineage/recovery ledger and memory migration account attach to the same route without adding execution or truth acceptance. Both IDs remain declared.

Whole-referent identity is ruled out for the other overlapping declarations:

• RT-RTE-memory-context is a valid integration container. Its five memory parts—MEM-RTE-fact-mutation, MEM-RTE-hook-capture, MEM-RTE-context-rebuild, MEM-RTE-recall-selection and MEM-RTE-compaction-extract—have different triggers, selections or consumers. Their containment does not require superseding the valid container.
• EPI-RTE-preference-capture isolates the input-regex path; MEM-RTE-hook-capture also covers result-hook file capture. EPI-RTE-fact-withdrawal isolates forget; MEM-RTE-fact-mutation also covers remember. Neither pair is whole-route identity.
• EPI-RTE-fact-upsert covers library admission and optional save, including direct callers. MEM-RTE-fact-mutation covers explicit extension mutations and local-map coordination. Their shared library step does not make either complete referent replace the other.
• EPI-RTE-recall-decode separates string-producing numerical transformation from EPI-RTE-recall-score's matching/scoring evaluator. Both include library consumers. MEM-RTE-recall-selection additionally covers the extension's recall/list dispatch, kind selection and local fallback. Shared implementation is not complete route identity. RT-CMP-hrr-vectors is numerical state, not any of these routes.
• EPI-OBJ-remember-value isolates explicit caller-authored content across local facts, snapshots and disk. MEM-OBJ-nugget-facts identifies library fact content from several producers; MEM-OBJ-session-facts identifies local facts and snapshots from several producers. The explicit content crosses stores but is neither complete store referent. EPI-OBJ-preference-value and EPI-OBJ-file-path isolate parts with different producers and checks, not duplicate encompassing stores.
• EPI-OBJ-promoted-entry identifies a section/key/value output part. MEM-OBJ-promoted-memory identifies the Markdown artifact, including existing entries and whole-file rewrite behavior. Part and artifact remain distinct, and neither is identical to RT-RTE-memory-promotion, their writer.
• MEM-OBJ-hit-metadata identifies persisted counters/session markers used by promotion. EPI-OBJ-recall-score identifies transient matching/decoding results used for ranking and display. These are different operative parts of recall.
• EPI-CLM-associative-recall and EPI-CLM-memory-improvement are distinct source claims, not declarations of the routes they discuss or duplicates of RT-CLM-ingress-control. EPI-RTE-memory-tests and EPI-ABS-truth-acceptance have no competing declaration. Workflow declares none; its annotations add workflow-specific fields to runtime records.

No combined record needs supersession by a newly allocated split. The compared containers remain valid alongside their declared parts. No additional required-but-undeclared material part was identified in this comparison.

Compaction correction and remaining attribution discrepancy

The former mechanism disagreement is no longer present. RT-RTE-memory-context now says precompaction capture filters the last twenty assistant tool-use blocks, not the last twenty matching file operations. The runtime account makes the same distinction. MEM-RTE-compaction-extract agrees: slice first, then match tool names and path inputs. Both retain the loop headed for (const tc of toolCalls.slice(-20)) from SRC-1 .pi/extensions/nuggets.ts. Nonmatching calls occupy suffix positions; the reports now support one selection account. The previous reconciliation's mechanism conflict must not be carried forward as current.

Unresolved conflict: RT-RTE-memory-context and MEM-RTE-compaction-extract, as characterized in memory's Integration issues, have a remaining discrepancy about the supplied runtime's wording, not the implementation. The memory issue still attributes “last twenty matching tool calls” to runtime and presents slice-before-filter as a correction. The current runtime explicitly rejects that interpretation, and its retained SRC-1 .pi/extensions/nuggets.ts loop agrees with memory's route. This prevents treating that integration-issue attribution as an accurate description of the current runtime or as an outstanding mechanism objection. It does not prevent a shared slice-before-filter conclusion. The reconciler cannot revise the memory member's residual attribution.

Independent convergence and other integration dispositions

Withdrawal across copies. RT-RTE-memory-context retains the short-circuit local-delete OR shelf-delete passage from SRC-1 .pi/extensions/nuggets.ts. MEM-RTE-context-rebuild and EPI-RTE-fact-withdrawal independently retain the positive-entry replay passage: a later snapshot's omitted keys are not deletion tombstones. MEM-OBJ-promoted-memory describes an additional unretracted copy under SRC-1 src/nuggets/promote.ts. Memory's withdrawal integration issue elaborates runtime rather than contradicting it. Immediate local deletion, actual library deletion, snapshot revival and Markdown retention have separate effects; none of these reports says every library deletion fails.

Hit counting and promotion. MEM-OBJ-hit-metadata and EPI-CLM-memory-improvement retain SRC-1 src/nuggets/memory.ts's comparison with the last session marker. Alternating IDs can increment again; replacement preserves the existing key's counters. Memory's integration warning against global unique-session accounting does not conflict with the current RT-RTE-memory-promotion, which asserts the nonempty-session-ID condition and ordinary extension recall's omission of that ID, not a set of all historical sessions. All three accounts preserve the conditional writer without treating ordinary repeated extension recall as its activation evidence. Memory's annotation adds cached-shelf freshness, no hard output budget and no-candidate return limits. The conditional rewrite risk for prior free-form prose agrees across reports; no-candidate return does not itself rewrite the file.

Representation and recall. MEM-OBJ-nugget-facts, RT-CMP-hrr-vectors and EPI-RTE-recall-decode connect readable stored strings to reconstructed numerical state and selection from a finite stored-value vocabulary. Their evidence in SRC-1 src/nuggets/memory.ts supports different stages, not rival descriptions. MEM-RTE-recall-selection and EPI-RTE-recall-score agree on greatest-confidence cross-kind selection with order breaking ties, anchored by SRC-1 src/nuggets/shelf.ts's comparison. Epistemic's distinction between decoding confidence and world-truth warrant limits the evaluator's domain without changing memory's route status.

Automatic capture and acceptance. MEM-RTE-hook-capture describes code-admitted input fragments and tool paths. EPI-RTE-preference-capture retains the regex/extraction passages from SRC-1 .pi/extensions/nuggets.ts and derives a negated-input counterexample to universal semantic preservation. Memory does not claim universal preservation, so this is additional assessment, not disagreement. File capture's failure to check successful effects is also shared. EPI-ABS-truth-acceptance bounds its absence finding to local evidence-consuming truth acceptance. It does not deny code admission, developer fixture oracles, possible useful recall or uninspected external evaluation. No supplied finding requires a truth-acceptance record this bounded absence rules out.

Reminder handoffs and delivery. The workflow account connects RT-RTE-message-turn, RT-RTE-schedule-admission, RT-OBJ-cron-jobs, RT-RTE-proactive-turn and RT-BAP-scheduled-prompt. Its single-Telegram-chat configuration is conditional, not a universal recipient guarantee. Workflow's retained passages from SRC-1 src/gateway/main.ts, src/gateway/cron.ts and src/gateway/router.ts separate append success, downstream admission, event emission and sender completion. These agree with runtime and epistemic's operational-authority ledger. The no-sender log-and-resolve path further limits completion, rather than contradicting runtime's registered-transport forwarding route.

The current runtime additionally retains Telegram's HTML-to-plain-text send fallback in RT-RTE-message-turn and describes its proactive applicability in RT-RTE-proactive-turn, under SRC-1 src/gateway/telegram.ts. Workflow's “no inspected retry” statement is explicitly about the proactive-processing handlers and one-shot restoration, not every transport send attempt. These scopes coexist: a failed HTML attempt can get a plain-text attempt, while an ultimately failed send has no router replay or one-shot restoration. Partial delivery remains possible. The selected reminder is a timer event; workflow's exclusion of heartbeat-only NOTHING filtering agrees with runtime and epistemic, which assess that filter separately.

Unresolved host and live-state questions. Memory's remaining integration questions concern Pi session serialization, compaction alternatives, tool permissions, extension activation, live hit-ID callers, concurrent writers, actual recall quality and Claude loading. They are limitations, not cross-report disagreements. The limits beside RT-RTE-message-turn, RT-RTE-memory-context, RT-RTE-memory-promotion, MEM-RTE-context-rebuild and MEM-RTE-recall-selection prevent the corresponding operational, recovery and benefit conclusions. They do not negate inspected extraction, retention or delivery capacity. Apart from the residual compaction attribution above, no dependent finding was identified that requires a supplied record to say something it no longer says.