What the documents look like
Omnichannel stock transfers track goods moving between stores and warehouses. This category does not cover marketing outreach. The main data sources are ERP inventory, store POS, e-commerce orders and WMS. The documents handled day to day are transfer requests, inventory snapshots, store shortage lists and transfer logistics notes. The task on this page is drafting product and marketing copy, and workflow routing connects the material collection, branch decisions and human checks needed for drafting into an executable path.
Inventory snapshots and shortage lists describe a state at a point in time. When a draft sentence cites an available quantity or an arrival time, it must be compared against the same subject and the same period in the corresponding document. Transfer requests and logistics notes carry the approval path and in-transit status. Draft wording such as "available", "in transit" or "received into stock" must stay within the status the document actually records. Data updates daily and weekly; this page does not derive batch synchronization or real-time mechanisms from that cadence.
The drafting input is spread across four document types. A workflow first collects required information through a form input node, then uses a user selection node to decide which branch to follow. When the form input node triggers, the conversation enters an interaction state, records the workflow state, and passes submitted information to later nodes. When the user makes a choice, the user selection node evaluates that choice and executes the corresponding "yes" branch. The interaction state is behavior of an interaction node; no separate global state-recording switch is set here.
Output handoff must be explicit: collected information is passed to later retrieval, judgment or interface nodes, and output is compared item by item against input. Order writes, document backfill and external status synchronization require separate business interfaces or later flows; the nodes themselves do not perform these actions. Retrieval is for finding reference copy material. Semantic recall and relevance do not handle permission or entity isolation, and retrieval results do not constitute authorization.
Constraints at the workflow routing step
The drafting step draws from four document types, so routing has to separate complete material from material with gaps before any sentence is judged. A form input node collects the required fields, and a user selection node branches on whether the material set is complete. The interaction state, the recorded workflow state and the hidden dialog box are documented behaviors of the interaction nodes. This page does not invent a control switch for them, a submission count, an automatic judgment or a snapshot guarantee.
The following hypothetical paper exercise is not a real record and was not run.
Material text one: "Transfer request T-0417, requesting party is a store in the East China region, requested object is 200 units of the same product, request date is 17 April, approval status is pending review."
Material text two: "Inventory snapshot S-0417 records 60 units available for that store and that product, and 340 units available in the e-commerce warehouse for the same period."
Draft sentence to be judged: "That store has sufficient stock for this product and can immediately transfer 200 units to the e-commerce warehouse."
Judgment: material one records approval status as pending review, and material two does not state a transfer authorization scope. The claims "sufficient stock" and "can immediately transfer" are not supported by the material. Pending review does not constitute approval, and it does not show that operating permission is absent; the authorization boundary of this request remains an evidence gap.
Configuration and implementation checks
| Configuration item | Setting on this page | Basis and check method |
|---|---|---|
| Form input node | Collects three required fields: drafting task, document type, period range | Node enters interaction state on trigger; submitted information passes to later nodes |
| User selection node | Branches on "material complete" and "material gap" | Node executes the corresponding "yes" branch after the user chooses; verify branch connections one by one |
| Output handoff | Passes form information to retrieval and human-check nodes | Compare output against input item by item and confirm field correspondence |
| Retrieval scope | Limited to the transfer request, inventory snapshot, shortage list and logistics note uploaded for this task | Retrieval does not perform authorization judgment; results are reference material only |
| Hypothetical test starting point | Draft-sentence threshold set to "explicitly recorded in material" as the comparison baseline for this paper exercise | This is a hypothetical starting value for this exercise, compared sentence by sentence against the "not recorded" state; it is not an official default |
| External actions | Order writes and document backfill are marked as requiring separate business interfaces | Nodes do not perform writes or synchronization; later flows must implement them |
Three common errors
- Treating "pending review" as approved. Material one records approval status as pending review. If a draft sentence says "transfer approved" on that basis, the input is the approval status field, the comparison is "pending review" against "approved", and the observable result is that the two values differ, so the sentence is unsupported.
- Treating snapshot available quantity as transferable quantity. Material two records 60 units available at the store and 340 units at the e-commerce warehouse, and the draft sentence says "can immediately transfer 200 units". The input is the snapshot quantity and the draft quantity, the comparison is 60 units against 200 units, and the observable result is that the draft quantity exceeds the store snapshot quantity, so the quantity does not match.
- Treating a retrieval hit as authorization evidence. Retrieval returns related copy material. If a draft sentence says "the transfer has been confirmed by the system" on that basis, the input is the retrieval result, the comparison is the retrieval result against an authorization field, and the observable result is that the retrieval result contains no authorization field, so retrieval does not constitute authorization.
How to verify the setup
- Check material one against the draft sentence. Input the material one text and the draft sentence, compare the approval status value "pending review" with the draft phrase "approved", and when the field values differ, judge the sentence unsupported and keep the evidence gap open.
- Check material two against the draft sentence. Input the material two text and the draft sentence, compare the snapshot quantity of 60 units with the draft quantity of 200 units, and when the draft quantity is greater than the snapshot quantity, judge the quantity as not matching and do not draw a transferable conclusion.
- Check empty-result handoff. Input the paper retrieval result
[], compare whether the downstream node handles it on the empty-result branch, and when the downstream does not treat the empty result as a hit, judge the handoff design as correct. This does not assert that a fictional rule-based retrieval always returns an empty result.