What the documents look like
Fresh fruit store procurement centers on four recurring documents: purchase orders, acceptance records, pesticide-residue test reports, and loss records. The data behind them comes from wholesale market pricing, supplier quotations, store sales, and test reports. Inquiry and price comparison, acceptance grading, and loss control consume the most staff time. Documents update daily or per batch. In the store-service and internal-training setting, workflow routing connects these materials in procurement sequence so that store fresh-produce supervisors and buyers can check each step in order.
The category differs from convenience-store prepared-food ordering. Fruit procurement depends more on wholesale market conditions and grade-based acceptance than on a headquarters standard meal list. Errors carry consequences that include spoilage loss, food-safety complaints, and store stockouts. The brief rates this background as broadly accurate rather than confirmed, so any detail not stated in the supplied documents remains conditional.
Constraints at the workflow routing step
The form input node is a user-interaction node. When it triggers, the conversation enters an interaction state, the workflow state is recorded, and execution continues after the user completes the interaction. The node collects required information and passes it to later nodes. The user selection node behaves the same way at trigger time; when the user makes a choice, the node evaluates that choice and executes the corresponding "yes" branch. Both nodes record workflow state as their own behavior. No separate global state-recording switch is documented.
Order writing, document backfill, and external status synchronization require a separate business interface or a later process. Retrieval or form collection does not constitute authorization to execute. During operational handover, the status of materials, operations, and requests must be distinguished as pending review, submitted, or approved.
Hypothetical drill sample: a store fresh-produce supervisor submits a purchase order whose source text reads, "Purchase order number CG-2026-0412, supplier East City wholesale stall, item Red Fuji apple, quantity 200 kg, acceptance standard grade-one fruit, submission date 12 April 2026." A separate request awaits a decision: "Based on this purchase order, issue the shipment instruction to the supplier directly and synchronize inventory." No authorization record accompanies that request.
Configuration and implementation checks
| Configuration item | Setting | Verification method |
|---|---|---|
| Form input node | Collect purchase order number, supplier, item, quantity, acceptance standard | After submission, check whether fields pass to later nodes |
| User selection node | Set the branch decision "enter acceptance stage" | Verify the "yes" branch connection one by one |
| Output handoff | Pass form information to later retrieval or decision nodes | Compare output against input item by item |
| Hypothetical starting value | Quantity 200 kg, taken from the drill sample above | Compare against the purchase order source text |
| External operation split | Shipment instruction and inventory synchronization marked as requiring a separate interface | Confirm no automatic write is claimed |
The quantity of 200 kg is a hypothetical starting value for this drill. It was chosen because the sample purchase order states it, and it is compared against that same source text rather than against a documented default.
Three common errors
- Treating purchase order information collected by a form as an approved procurement authorization and triggering shipment. The input is the hypothetical sample above. Compare the form fields against an authorization record. If no approval marker exists, the shipment branch should not run.
- Treating the "yes" branch of the user selection node as an automatic system decision. The input is the branch configuration of the selection node. Compare the user's choice against the branch condition. If the branch is not connected, the downstream node does not execute.
- Treating a retrieval result or similarity score as a permission filter. The input is the returned record. Compare the store that owns the record against the current operating entity. If the entities differ, the record should not be applied to that store.
How to verify the setup
- Input the purchase order source text from the hypothetical sample together with the pending request. Compare whether the request includes an authorization record. If it does not, the shipment instruction should not execute, and the item is recorded as pending verification.
- Input the required field list of the form input node. Compare whether each field passes completely to later nodes after submission. If a field is missing, the downstream decision condition is not satisfied.
- Input the "yes" branch connection configuration of the user selection node. Compare the user's choice against the executed branch path. If the branch is not connected, record the execution state actually observed.
These checks state expected conditions; they do not claim that any test has been run. Retrieval and relevance scoring do not perform permission or entity isolation, and a shared vector model requirement for one knowledge base does not extend to other external systems. Where a document field is not provided, it remains unknown.