Reflexion reconciliation

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

Reconciliation

Shared boundary and independent convergence

The reports use the same frozen boundary: four shipped task workflows, a complete parent artifact with partial dependency loops, and implementation or attributed design evidence. None examined target execution or a causal experiment. Specialist reads extend initial coverage without adding a source. The workflow account selects HumanEval Python, not a different system boundary. This reconciliation needed no source reads.

RT-RTE-program-attempt, the memory annotations, the epistemic ledger and the workflow account agree on host-owned scheduling, provisional internal tests, unchecked diagnosis delivery, reference-test-bounded correctness labels and JSONL delivery even when unsolved. Workflow supplies the selected invocation's one-test limit and revised-candidate branch. EPI-RTE-test-filter distinguishes Python parseability from Rust's always-true eligibility predicate. Workflow's syntax-filtering finding is expressly Python-scoped; neither predicate establishes expected-value truth.

Duplicate supersessions

Amendment: EPI-OBJ-program-reflection is superseded by MEM-OBJ-reflections. Both identify the ordinary programming reflection output, its process string/list retention, JSONL archive and successor-generator hint. The epistemic generation passage and memory append/write passages establish the same diagnostic material. This connects requested causal-content assessment with lineage and latest-hint delivery; it changes neither record's finding and does not identify the hint with candidate code or test feedback.

Amendment: EPI-RTE-result-audit is superseded by MEM-RTE-result-validation. Both identify the standalone Python/Rust validators: operator-selected JSONL, solved-row selection, saved solution/reference-test execution and console verdict without corrected-file writeback. Their identical Python reconstruction and Rust evaluator passages establish route identity. The epistemic countercheck and memory later executable consumer are not independent audits. This route is distinct from RT-RTE-code-execution, which supplies execution machinery for attempt calls rather than the later file-to-console invocation.

Amendment: EPI-RTE-leet-audit is superseded by MEM-RTE-leet-evaluation. Both identify the standalone programming_runs/evaluate_leet_results.py scaffold, stored implementations, intended formatter/submission and process-local evaluations without output write. The argument-count/index passages identify the same defective entry point. Both declarations give implementation status afforded and operation uninspected. The epistemic ledger's no route found within boundary concerns executable delivery through that entry with assertions enabled, not absence of the parent scaffold. Identity does not choose or replace a finding. Neither is the online LeetCode wrapper in RT-RTE-code-execution.

Distinct records and container overlaps

EPI-OBJ-test-feedback identifies execution returns, including Boolean/tuple outcomes and reference results. MEM-OBJ-test-feedback identifies retained internal-test feedback and reused tests at the attempt driver. Return versus append passages establish overlapping but different boundaries, so no whole-record supersession applies. EPI-OBJ-internal-tests separately identifies executable assertions. None is identical to the candidate input RT-OBJ-cur-func-impl.

EPI-OBJ-qa-reflections is a strategy-dependent container for diagnoses and prior traces. MEM-OBJ-hotpotqa-reflections and MEM-OBJ-last-attempt distinguish those parts. Append versus LAST_ATTEMPT replacement passages rule out identity of the container with either part. No split supersession is needed: the container distinguishes strategies rather than assigning all material common warrant. MEM-OBJ-hotpotqa-checkpoints adds whole-agent serialization and separately constructed logs, not another declaration of either text part. EPI-OBJ-qa-content distinguishes current imported evidence, answer, key and match from retained diagnoses and checkpoints.

EPI-OBJ-alfworld-state and EPI-OBJ-webshop-state retain outcome/state and plan parts with different forces. MEM-OBJ-alfworld-memory, MEM-OBJ-alfworld-logs, MEM-OBJ-webshop-memory and MEM-OBJ-webshop-logs identify narrower plans and traces. These valid containers can remain alongside their parts; neither whole-record identity nor split supersession follows. Matching configuration field names do not identify the same object across task families.

MEM-OBJ-program-results contains archived candidates, hints, feedback and accounting fields, not only the current implementation. MEM-OBJ-state is UCS node state, not the ordinary latest candidate or the entire variants route. Shared fields and containment establish no identity. EPI-RTE-test-filter and EPI-RTE-answer-normalize are subroutes rather than duplicates of enclosing attempts. Multiple ledger functions citing one declaration create no additional records. Runtime provider components and behavioral-authority paths remain runtime declarations; specialist annotations do not duplicate them. EPI-CLM-strategy-guidance concerns HotPotQA context and improvement instructions, unlike the ALFWorld storage scope of RT-CLM-persisting-memory; their sources and scopes rule out claim identity.

Cross-report disagreements and integration dispositions

No unresolved inter-report disagreement remains in the supplied versions. In particular, the earlier reconciliation's Rust-generation conflict does not apply to these records. RT-RTE-program-attempt now explicitly limits complete generation progression and its delivery/theory assessments to Python. It retains the Rust caller's omitted required code_block_instruction, the helper signature and contrasting Python call. RT-RTE-program-variants carries the same independent parent-code defect through variant progression and theory delivery. Those findings agree with EPI-RTE-test-filter and the epistemic ledger's Rust limitation. Runtime's wired fields cover the stated Python bodies and visible callbacks, not complete Rust generation. Independently callable Rust execution and auditing remain supported; the upstream defect does not erase them. Memory's generic retained-material findings do not assert a completed Rust generation chain, and workflow expressly selects Python.

The LeetCode records also agree on an afforded scaffold rather than wired standalone delivery. The epistemic declaration explains that the argv contradiction blocks delivery with assertions enabled even if dependencies return; memory retains the contradictory assertion/indexing and record-shape defects. Missing remote semantics and absent writeback remain limits, not a disagreement. No correction answers or declined objections were supplied; these dispositions follow the current members, not inferred answers to unseen objections.

The memory integration issues add qualifications without reversing runtime's scoped findings. Solved-row validation supplies a later consumer of archived programs; runtime says persistence alone does not establish future execution. HotPotQA set_qa without reflection reset limits universal isolation but does not contradict the shipped same-question notebook route or demonstrate cross-question learning. Unknown checkpoint internals, caller-selected resumed content and task/session identity stability constrain lineage and operation without negating known subsequent writes. MEM-OBJ-state and RT-RTE-program-variants agree on evaluated best.code versus archived cur_func_impl; missing search semantics cannot resolve that mismatch from a solved label.

RT-RTE-webshop-trial, MEM-OBJ-webshop-memory and the epistemic retention ledger agree that plans reach later reflection input but not the inspected action prompt. RT-RTE-alfworld-trial delivers a last-three plan tail to actions, while RT-RTE-hotpotqa-attempt delivers strategy-selected traces or diagnoses. These route differences prevent universal action-guidance claims without contradicting the narrower ALFWorld storage claim.

The reports keep program/reference outcomes, normalized answer matching, ALFWorld done and WebShop full reward within their separate evaluator domains. None treats task outcome as acceptance of a diagnosis. Epistemic's indeterminate content relation is compatible with runtime's requested explanation and uninspected theory properties: requested formulation and retained delivery do not establish actual explanatory propositions, semantic dependence or criticism. Missing execution, historical payload inspection and causal evidence are limitations rather than conflicts. Computational scheduling and retained-input pathways do not settle exercised reflection, autonomous theory building, learning benefit or successful self-improvement.