What the documents look like
Receiving and putaway covers the first physical-and-record reconciliation when goods enter the warehouse. The working data comes from the WMS, ERP purchasing, supplier delivery notes and barcode scanning. The documents handled day to day are the purchase arrival note, the receiving inspection note, the putaway task and the discrepancy report. In store service and internal training, the material shared or embedded is a fragment of those documents plus a conversation entry point.
Three characteristics shape this page. First, the most time-consuming steps are checking arrived quantities, printing barcodes and assigning storage locations, so a shared fragment frequently carries quantity, barcode and location fields that readers treat as instructions. Second, updates occur per batch and daily, so a shared fragment may belong to a different batch than the reader assumes; the recipient must first confirm which document and which date range the fragment comes from. Third, errors produce inventory that does not match physical stock, later picking mistakes and supplier disputes, so a shared fragment mistaken for an authorization can turn a checking action into an execution action.
Constraints at the shared access step
The no-login window is created under the application's publish channels and the system-generated full link is copied for use. The link identifier itself is not a business authorization. Expiry time and QPM are set for the intended scope and checked against the actual version in use; QPM is the maximum number of visits per user per minute. Identity verification is limited to the commercial edition scope and follows the official interface return of a success state and a uid. The uid is a string that excludes certain characters and is no longer than 255 bytes. The anonymous local identifier works only on the same device and same browser; records across devices require separately designed identity and session management. Retrieval and forms collect values or return fragments; business verification, approval, database writes and external synchronization each need their own downstream implementation.
Hypothetical paper exercise. A receiving and putaway team plans to embed a receiving inspection description into a store training share link. The source text available for checking reads: "Purchase arrival note PC-20240612-07, arrival date 12 June 2024, supplier delivery note S-8842, quantity due 120 pieces. Receiving inspection note YS-20240612-03 records 118 pieces actually received, a discrepancy of 2 pieces, and discrepancy report CY-20240612-01 has status pending verification." A draft sentence to be judged reads: "The arrived quantity for this batch has been checked and matches, so it can go directly to putaway." The request is to embed that draft sentence into the share link for store training use.
Configuration and implementation checks
The table below is tied to the exercise above and lists only documented settings or implementation checks relevant to this feature and this primary task. The hypothetical starting values are for this paper comparison only and are not official defaults.
| Configuration item | Hypothetical starting value for this exercise | Reason and comparison object |
|---|---|---|
| Link name | Receiving putaway training fragment | Used only for record display, matching the sharing purpose |
| Expiry time | 12 July 2024 | Covers the training period, compared with the material date 12 June 2024 |
| QPM | 10 visits per user per minute | Estimated from training headcount, compared with the documented per-user per-minute maximum |
| Point cap | 5000 | Estimated from fragment call volume, checked against the team that bears the cost |
| Identity verification root address | https://example.invalid/auth | Only the root address is entered, compared with the documented requirement |
| authToken concatenation | Append authToken after shareId | Compared with the documented full-link example |
Three common errors
- Treating the share link identifier as a business authorization. The input is the shareId in the link; the comparison object is the document number and status in the source text; the observable result is that the two do not correspond while the fragment is still treated as an executable instruction.
- Treating a pending discrepancy report as a match. The input is discrepancy report CY-20240612-01 with status pending verification; the comparison object is the draft sentence saying the quantity has been checked and matches; the observable result is that the status field conflicts with the draft sentence.
- Treating the anonymous local identifier as a cross-device identity. The input is the localId; the comparison object is the documented same-device same-browser condition; the observable result is that records cannot be pulled after switching devices.
How to verify the setup
- For the draft sentence "The arrived quantity for this batch has been checked and matches, so it can go directly to putaway", input the source text values of 120 pieces due, 118 pieces actually received, a discrepancy of 2 pieces, and discrepancy report status pending verification. Compare the draft sentence with the discrepancy report status field. The draft sentence is supported only when the status field is explicitly verified and the quantities match. The current status is pending verification, so the sentence is not supported.
- For the identity verification configuration, input the authToken and the root address. Compare the official interface return of success and uid. Verification passes only when success is true and the uid meets the length and character requirements. When the return is absent or the uid does not comply, record the gap.
- For cross-device records, input the same uid from different devices. Compare this with the documented same-device same-browser condition. Cross-device records can be pulled only when identity and session management have been separately designed. Otherwise record the item as not supported.