JAZ report verification

Type: agentic-system-analyses/types/agentic-system-verification.md

Verification

The handed reports support publication of a bounded implementation account. The earlier replay blocker and history precision limit are repaired. One local implementation-status disagreement remains below. I read all supplied members, correction answers, structural findings and contracts, and assessed every declaration, annotation, source anchor, status, containment relation and reconciliation disposition. The structural report-check says none; no structural blocker needs routing. The runtime answer reports correction; the other answer files are empty. Neither that answer nor the previous verification substitutes for the checks below.

SRC-1's checkout HEAD matches the boundary, and Git status is clean. The tracked root agrees with the coverage table. The enclosing-runtime classification remains supported: the package owns query/execution iteration and completion, and the console is a shipped consumer, not an excluded application. No target code, tests, examples, providers or services were executed. Source reads establish implementation or attributed doctrine, not observed operation or causal benefit. Citation form and quotation occurrence are deterministic checks, not semantic acceptance.

Independent tracing and dispositions

  • Invocation, state and execution authority. Direct tracing of SRC-1, src/jaz/invoke.py and src/jaz/_agent.py, confirms scope/input conflict checks, child setup, fresh opener/state, query substitution, persistent versus transient edits, committed-source execution, observation feedback and final completion transforms. This supports RT-RTE-agent-loop, RT-RTE-recursive-work, RT-OBJ-message-buffer and RT-BAP-response-execution. Supplied responses/results can bypass ordinary producers; fresh frames do not imply object/process isolation. Defaults in SRC-1, src/jaz/config.py, support the configurable backend account in RT-CMP-model-backend. Its external weight/version uncertainty is preserved. RT-CLM-repl-work is a supported capacity claim, not a success measurement.
  • Governance and host effects. SRC-1, src/jaz/hooks/dispatcher.py, confirms ordinary hook exceptions are nonfatal; the records correctly avoid universal fail-closed claims. The depth-event conditions in src/jaz/hooks/builtin/recursion_limit.py support optional cap removal/veto, subject to the retained ancestry qualification. The source anchors and quoted policy/guard qualifications support the bounded guarantee table and RT-RTE-hook-control, not a process-security guarantee. Direct reading of src/jaz/_library/swe.py confirms real shell and file effects without per-call human admission, as RT-RTE-host-tools states. Granting these capabilities is not the default permission policy.
  • History and context. SRC-1, src/jaz/protocol/code_only.py, confirms the repaired RT-OBJ-repl-state: full output and recoverable exceptions are Continue-specific; terminal history fields do not reconstruct terminal stdout/value/exception. The runtime answer, record and account now agree with memory's annotation. The prior history limit is discharged. Agent's edit fold and protocol rendering support MEM-RTE-context-selection, EPI-OBJ-observation-text and EPI-RTE-observation-cut. Their retained abbreviation passage supports the arithmetic deduction and possible qualifier loss, not semantic compression. SRC-1, src/jaz/hooks/builtin/context_window.py, uses prior prompt usage for a warning addition, not eviction or a total-window reservation.
  • Console retention and delivery. Direct reading of SRC-1, src/jaz/console.py, confirms live-object main history, text-only helper history, append after success or exception, and automatic nonempty-history delivery. This supports MEM-OBJ-conversation-history, MEM-OBJ-helper-history and MEM-RTE-session-history. The same caller supports RT-RTE-settings-change, RT-BAP-helper-proposal, EPI-OBJ-helper-response and EPI-RTE-helper-unwrapping. The workflow account correctly traces restricted proposal generation, typed return, fresh-attempt recovery, human code consent and unsandboxed host execution. Recording applied=True before exec proves admission, not completed execution. Answers print without that gate; declined code remains remembered. Neither workflow annotation allocates a duplicate identity or asserts semantic verification.
  • Checks and warrant. Direct source reads of SRC-1, src/jaz/hooks/builtin/repl_code_hooks.py, src/jaz/hooks/builtin/return_hooks.py and src/jaz/hooks/builtin/budget_forcing.py, support EPI-RTE-code-validation, EPI-RTE-return-validation and EPI-RTE-budget-forcing. Pre-execution source veto, post-execution value rejection, type checking and counter-driven continuation have different licenses. The ledger preserves these distinctions. No supplied callback instantiates general task acceptance. Direct inspection of the ping/switch in SRC-1, src/jaz/console.py, supports EPI-RTE-model-ping and the mismatch in EPI-CLM-model-validation: one minimal completion cannot guarantee the next request, and the switch is not every configuration route.
  • Trace production, consumption and programs. SRC-1, src/jaz/hooks/builtin/atif_trace.py, confirms capped repr serialization, nested documents, retained abnormal outcomes, teardown writing and setup/reuse policy. It supports MEM-OBJ-atif-trace and MEM-RTE-trace-recording, not namespace restoration. Direct event-handler inspection in src/jaz/hooks/builtin/workflow_replay.py confirms early code capture and finalization on abnormal exits, supporting RT-RTE-workflow-emission with its equivalence qualifications. The converter in src/jaz/utils/trace_to_directory.py reads retained JSON and defaults to the first root, consistent with MEM-RTE-trace-display. Display consumers and executable-program consumers remain separate.
  • Replay correction. Independent tracing of InvokeEnter, query Send and query Exit in SRC-1, src/jaz/hooks/builtin/replay.py, confirms shared-stack-top selection rather than event-invoke-ID lookup. The revised progression, selection, delegated visibility, expiry and limits in RT-RTE-trajectory-replay, and the runtime persistence account, now carry the sequential-nesting condition and concurrent response/divergence misrouting. The runtime answer is supported. The positive saved-response-to-execution mechanism remains; no observed concurrency incident, replay equivalence or rollback is claimed. The epistemic ledger's reference to this route no longer inherits an unconditional isolation claim.
  • Token objects, exports and updates. Direct tracing of SRC-1, src/jaz/hooks/builtin/rollout.py and src/jaz/llm/sglang.py, confirms collection by invoke ID, token-less stand-down, partial outcomes, alternate projections, sampled-span masks, hidden-reasoning retention and fresh rendering when visible content differs. This supports MEM-OBJ-rollout, EPI-OBJ-rollout, MEM-RTE-rollout-export and EPI-RTE-rollout-export. Export compatibility is not task acceptance or independent authentication of server token truth, as EPI-CLM-rollout-fidelity preserves. The explicit HTTP methods support MEM-RTE-weight-transport and EPI-RTE-weight-update; server application and later effects are not demonstrated. Their status scope remains the limit below.
  • Configuration and access. Direct reads of SRC-1, src/jaz/user_settings.py and src/jaz/credentials.py, confirm loader rejection/warnings, opt-in credential lookup, preservation of unrelated entries and per-write rather than concurrent-transaction atomicity. These support MEM-OBJ-user-settings, MEM-OBJ-credentials and MEM-RTE-credential-access. Configuration and access authority are not knowledge acceptance.

The retained source passage supports EPI-CLM-agent-optimization as framework positioning. Inspection of SRC-1, src/jaz/protocol/code_only.py, confirms that EPI-CLM-code-framing preserves the attributed comparison's clustering, heavy-tail sensitivity, unchanged task scores and failed controlled reproduction. These comments are not supplied raw runs or independent causal evidence. No report declares an evidenced absence. Route-specific uncertainty has not been promoted to package-wide absence, task correctness or learned-capacity findings.

Relations, conflicts and omission stopping decision

I checked all seven epistemic Part of: relations. Observation text belongs to messages; helper response and cleanup belong to the helper route; source validation, return validation and BudgetForcing belong to hook control; output abbreviation belongs to the agent loop. The cross-kind helper-object containment is explained. The broader containers remain valid alongside their material parts.

All three amendments in reconciliation have identity evidence: the rollout objects, collection/export mechanisms and weight-request wrappers respectively name the same implementations. Supersession does not erase the epistemic function splits or choose a stronger status. The replay/history dispositions correctly recognize that memory's integration objections describe earlier runtime wording; the present records agree on the source behavior. Those stale objections do not establish a remaining substantive conflict. The remaining weight-status conflict names both findings, source evidence and the prevented unified comparison; its bounded disposition follows below. The other integration issues preserve supported additions or already-scoped uncertainty, not missing corrections. No required undeclared material part was identified.

Omission questions were selected from the frozen tree, alternate shipped paths and producer/consumer dependencies: could a shipped caller bypass helper consent; does retained trace content reach execution rather than merely display; is a trainer/update consumer shipped; and do context edits establish an actual summarizing policy? Searches across SRC-1 src/ for weight updates, rollout exports, replay constructors and message-edit producers, followed through the console, Agent, replay, rollout and SGLang implementations, give bounded dispositions. Ordinary console Python is outside the helper gate, which the reports already state. Replay grants execution authority with its repaired selector condition. The inspected references expose training samples and update transport, not a shipped evaluated optimizer. Context additions and edit folds do not themselves establish semantic summarization. A scoped search returning no matches was treated as a search miss, not evidence of absence.

Further omission expansion stopped because these consequential questions have supported dispositions and no identified material challenge remains unaddressed. Complete telemetry lifecycle, all malformed diagnostic inputs and all provider/dependency behavior remain unassessed; the reports do not emit complete inventories or negative comparisons requiring those audits. Their remaining architectural conclusions hold without accepting provider parity, crash checkpoints, replay equivalence, training benefit or successful task delivery. Already explicit, faithfully scoped uncertainty is not an additional limit.

Blockers

none

Limits

  • MEM-RTE-weight-transport assigns implementation afforded, while EPI-RTE-weight-update assigns wired; the reconciliation conflict preserves both. SRC-1, src/jaz/llm/sglang.py, establishes an exposed method that calls the HTTP wrapper, but not server application or a shipped evaluated-update caller. Epistemic scopes wiring to the outbound request; memory scopes its affordance to externally activated parameter replacement. Both behavioral descriptions are supported. Withhold a single unqualified implementation-status comparison for the superseded pair. Request implementation, external activation, downstream consumption and learning must remain separate; this local scope disagreement does not justify calling the mechanism a wired learning loop.