What the documents look like
Overseas stock replenishment management for third-party warehouses involves replenishment plans, inbound appointment requests, inventory age reports, and last-mile delivery notes. A third-party warehouse can serve several sales channels, and the seller allocates stock across those channels. Replenishment plans and inbound appointments therefore carry matching relationships for item name, quantity, batch, and time window. Contract and transaction material comparison requires placing the item name, quantity, and inbound batch in a replenishment plan side by side with the inbound appointment and the last-mile delivery note, then judging whether the same entity, the same period, and the same field hold consistent values. Sources include the overseas warehouse WMS, ERP sales forecasts, freight forwarder systems, and carrier bills. Update frequency is weekly or daily, and this page does not depend on automatic synchronization; it handles comparison across materials that already exist.
Constraints at the workflow routing step
Workflow routing in contract and transaction material comparison handles material collection, branch judgment, and result handoff. When a form input node triggers, the conversation enters an interaction state, required information is collected, and the submitted values pass to later nodes. When a user selection node triggers, the workflow enters the interaction state, and after the user makes a selection the node evaluates that selection and executes the corresponding "yes" branch. The interaction state is recorded by the interaction node; no separate global state switch is set. Retrieval or form collection does not constitute authorized execution. Order writes, document backfill, and external status synchronization require a separate business interface or a later process.
Hypothetical paper exercise sample: the source material reads, "Overseas warehouse A received a replenishment plan on March 10, 2025, planned inbound batch B-0310, item X, quantity 200 units; the inbound appointment states batch B-0310, item X, quantity 180 units." The draft sentence to be judged is, "The replenishment plan and the inbound appointment agree on quantity, and inbound completion can be confirmed." That sentence turns a pending verification state into a confirmed completion and does not state the authorization boundary. The comparison must use the same entity, the same period, and the same field: batch B-0310 and item X, with the quantity field at 200 in the plan and 180 in the appointment. These are explicitly mutually exclusive values in the same field, which constitutes a contradiction. Whether inbound is complete is not stated, so that point is unsupported.
Configuration and implementation checks
| Configuration item | Use on this page | Implementation check |
|---|---|---|
| Form input node | Collect the material identifier to compare and the field to be judged | After triggering, the interaction state begins; submitted values pass to later nodes |
| User selection node | Route contradiction, unsupported, and pending-verification outcomes | After the user selects, the corresponding "yes" branch executes |
| Output handoff | Pass collected information to a later retrieval or judgment node | Compare each output item against the input item |
| Retrieval scope | Limit the target material scope to what is authorized for access | When missing, record the evidence gap and do not fabricate authorization |
| External operation split | Order writes, document backfill, external synchronization | Connect a separate business interface or later process; the form does not execute these |
| Hypothetical exercise starting point | The quantity field in this sample is 200 and 180 | Chosen because the two values are explicitly mutually exclusive; compare the same field in plan and appointment |
Three common errors
- Writing a pending-verification point as a negation or a conflict. In the sample, whether inbound is complete is not stated. A draft sentence reading "inbound was not completed" treats an unsupported point as a negation. The check input is the two source sentences, the comparison is whether a completion status is stated, and the observable result should be "unsupported / pending verification."
- Treating retrieval or a form as authorized execution. In the sample, the draft sentence reads "inbound completion can be confirmed." The check input is the draft sentence and the authorization boundary statement, the comparison is whether an authorization or effective clause exists, and the observable result should be that the authorization basis is absent and must not be fabricated.
- Jointly associating libraries that use different vector models. The check input is the model identifiers of the two libraries, the comparison is whether the identifiers match, and the observable result should be to verify identifiers first, exclude non-matching libraries, and not run a cross-model retrieval to compare missed recalls.
How to verify the setup
- Using the sample source text and draft sentence, enter the form input node, compare whether the submitted information passes to later nodes, and observe whether the output contains batch B-0310, item X, and quantities 200 and 180. The condition is met when the fields correspond item by item.
- Using the draft sentence "The replenishment plan and the inbound appointment agree on quantity, and inbound completion can be confirmed," enter the user selection node, compare whether the selected branch points to contradiction and unsupported outcomes, and observe whether the corresponding "yes" branch executes. The condition is met when the routing result matches the field comparison.
- Using an explicit paper input of [] to check empty-result handoff, compare whether the downstream design handles an empty reference, and observe whether the evidence gap is recorded. The condition is met when the setup does not claim that a fictional rule retrieval necessarily returns []. All of the above are paper checks; no deployment or test has occurred.