Integrations Design Examination

Examination

The examination checked and rewrote every existing design artifact and the integration ownership summary. A newly documented handler lifecycle closes a concrete omission. Technical corrections were committed separately from the original artifacts’ final prose, and the structured inventory records changes and evidence boundaries.

The named drafting brief was unavailable. Source and anchor checks used the pinned repositories; existing test definitions were inspected as evidence, without treating them as passing runtime verification or product approval.

Coverage

Boundary	Examined coverage
Service operations	133 of 133 across three contracts
Physical tables	54 of 54 across six objects
Shared host views	Two views within the workflow object
Destination screens	19 of 19, including four extension previews and two unfinished synchronization surfaces
Durable state machines	Both verification and health workflows
Primary queues	All four execution and message queues
Scheduled health, credential and dispatch work	All seven declared schedules
Model tasks	None found; all required inference lists are empty

Health entry points, the two declared data-grant stubs and customization registration are counted alongside literal route identifiers. The complete contract total differs from the planning summary, which is retained unchanged with a finding. Workflow runtime inspection covers shared views rather than a connected configuration screen.

Corrections

Release deprecation no longer promises pointer recomputation. Reconciliation no longer claims a mutex or the original serving deployment, and external secret writes no longer claim database rollback. Replay distinguishes new provider-message records from requeued existing subscription deliveries.

The corrected lifecycles include missing retry outcomes, inactive registry replacement and handler enablement. Screen contracts now describe built confirmation controls and the differences between console gates and API permissions. Wider ownership and registry decisions remain proposed where their cited approval does not establish that wider scope.

Remaining Decisions

The weakest evidence concerns connected extension behavior, external host adoption and deployed database authority. Existing disagreements about accepted-access widening, lifecycle versions, integration-reader permissions, attention membership and external-material retention remain open. Secret compensation, current-release visibility after deprecation, registration-owner authentication and reconciliation across changed releases need explicit disposition before preparation.

Verdict for Andrew

The corrected design is a faithful source-level account of the scoped module at the pinned commits, with proposed intent and unresolved boundaries retained explicitly. Its weakest area is operational proof across sample extension screens, host adoption and external systems. Before implementation preparation starts, decide lifecycle-version policy, secret compensation and retention, release-pointer behavior, registration ownership and the intended extension and message acceptance scope.

Continuation (pass 2)

This continuation examines the testing layer against the existing design obligations. It checks twenty-two capability test specifications, six feature suites and the source inventory and anchors of all six hundred forty executable registrations. It rewrites the capability and feature testing explanations and clarifies the contribution boundary of every bound capability scenario; the original design artifacts and their technical contracts remain as examined in the first design pass.

All modeled transitions appear in proposed case matrices, and every declared related-capability link has an interaction scenario. Required rules and object invariants without direct scenario coverage remain explicit findings. The exact back-fill report is now present, the former filename blocker is resolved, and the new identity-collision finding preserves the existing allocations for Andrew’s review.

The continuation does not requalify the original design or establish runtime acceptance. Product and design intent, approval status and source pins remain unchanged. The separate testing examination records the inventory counts, evidence limitations and validation results.

Continuation Verdict for Andrew

The existing design remains a source-level account of the pinned implementation, with a testing layer whose remaining obligations are now explicitly accounted for. Its weakest evidence is runtime proof across composed feature flows, object invariants and external or unavailable acceptance seams. Before qualification, decide the outstanding product boundaries and finding-identifier collision, then implement and execute the missing proof.