What the documents look like
Overseas warehouse replenishment work draws on several source systems: the overseas warehouse WMS, ERP sales forecasts, freight forwarder systems and carrier bills. Daily documents include replenishment plans, inbound appointment requests, inventory age reports and last-mile delivery orders. Compared with Amazon FBA replenishment, a third-party overseas warehouse can serve multiple channels, and the seller allocates stock across those channels directly. In store service and internal training, forms serve one purpose: collecting information that later workflow steps consume. When a form input node triggers, the conversation enters an interactive state, the workflow state is recorded, and execution continues after the user completes the interaction. Channel allocation inside a replenishment plan, the time window of an inbound appointment, and the checked result of an age-based fee all need to be gathered field by field. The node itself does not provide a business database.
Constraints at the interactive forms step
The form input node collects submitted information and passes it to later nodes. It does not carry business database functions. The user selection node executes a branch according to the user's choice; it is not a staff directory or a business data selector. Field validation, business approval, write-back and batch operations are implemented in external systems or later nodes as required. The interactive state records workflow state and waits for interaction. No automatic submission or automatic judgment occurs while waiting.
Hypothetical drill sample: during store service training, a cross-border seller needs to check a replenishment plan handover request. The source text supplied for checking reads: "Replenishment plan number BP-0715, covering channel A and channel B, planned inbound date 20 July 2025, quantity 800 units, current status pending review." The draft sentence to be judged reads: "This replenishment plan has been approved and an inbound appointment can be arranged." The checking point: the source text states the status is pending review, while the draft sentence claims approval. Pending review does not demonstrate the absence of operating permission, and it is not approval. The draft sentence and the source text take mutually exclusive values on the same subject, the same period and the same field, so the draft sentence is unsupported.
Configuration and implementation checks
| Configuration item | Hypothetical starting point for this drill | Reason and comparison method |
|---|---|---|
| Form field list | Replenishment plan number, covered channels, inbound date, quantity, current status | Compare field by field against the source text; record missing items as gaps |
| Required information check | Number, channels, date, quantity and status all set as required | Test the behaviour difference when one item is missing and when it is completed |
| Interactive state handling | Record state on trigger and wait for interaction | Per the documents, execution continues after the interaction completes |
| User selection branch | Execute the corresponding branch from the selection result | Do not treat a branch result as approval or authorization |
| Downstream division of work | Field validation, approval and write-back implemented by external systems | The node only collects and passes information |
Three common errors
- Treating pending review as approved. The input is "current status pending review" from the source text. Compare the field value; if the draft sentence says "approved", the same field holds mutually exclusive values and the draft sentence is unsupported.
- Treating a user selection branch result as business authorization. The input is the branch execution record of the user selection node. Compare that record against the approval field. Branch execution does not create an approval fact; approval must be completed in an external system.
- Treating form-collected information as a database write. The input is the field values after form submission. Compare whether the later node has write capability. The node only passes information; write-back requires a separately connected system implementation.
How to verify the setup
- Input the source text and the draft sentence from the hypothetical sample, then compare the value of the "current status" field. If the draft sentence claims approval while the source text says pending review, the draft sentence is unsupported. The expected result is that the mutually exclusive field values are identified.
- Input the form field list and check item by item whether the source text contains the number, channels, date, quantity and status. Record missing items as gaps. The expected result is a list of missing fields, with no invented authorization clause added.
- Input the branch execution record of the user selection node and compare that record against the approval field to confirm that branch execution does not constitute approval. The expected result is that the branch result and the approval status are recorded separately, and branch execution is not equated with business authorization.