What the documents look like
Central chain procurement and distribution work concerns headquarters purchasing and delivery, not store display checks. The main operational data comes from ERP purchasing, WMS, store POS, and supplier delivery records. The working documents are centralized procurement contracts, replenishment plans, delivery notes, and store requisition forms. Purchasing managers, the supply chain center, and the distribution center each hold records for different stages, so a handover must establish the current state and authorization boundary of each document.
This page addresses one task: operations permission and handover management for conversation logs and audit. The logs are produced through the chat interface. The interface uses appId to identify the application and chatId to identify a conversation, while dataId identifies a specific exchange inside that conversation. A run detail requires setting detail in the request; non-stream results are held in responseData, and stream mode separates intermediate values through event. The returned field range is bounded by the interface contract, and business data that is not returned cannot be treated as fully retained. Retrieval results and form entries do not constitute authorization to execute. Reconciliation, retention, and compliance requirements belong to a complete business solution implemented elsewhere. Identity fields in a test mode may differ from a formal call, so input, history, and returned content are checked separately.
Constraints at the conversation logs step
The handover step inherits several conditions from this category. Records are produced per order and updated daily or weekly, and the page does not depend on batch synchronization or real-time triggers. A conversation log is tied to an appId and chatId pair, so records under different chatIds are not merged. Run detail is available only when detail is set, and a missing field remains unknown rather than assumed retained. A retrieval match or a submitted form value does not authorize a purchasing, delivery, or requisition action.
Hypothetical paper exercise sample: a chain supply chain center prepares a paper record during a handover. The material text to be checked reads: "On 10 March 2025, the distribution center submitted store requisition form YH-0310-07; the purchasing manager signed for receipt the same day." A draft sentence to be judged reads: "This requisition form has completed delivery execution." The check scope is limited to the record state and authorization signature for that form number on 10 March 2025.
Three errors are common at this step. First, treating a retrieval result or a form entry as authorization to execute. The input is the requisition text above, the comparison is whether the text states delivery execution authorization, and the observable result is that the text shows only submission and receipt, so delivery execution is not supported. Second, mixing conversations from different entry points. The input is an appId and chatId combination, the comparison is the dataId records under the target conversation, and the observable result is that records under different chatIds are not combined. Third, assuming an unreturned field was retained. The input is responseData when detail is true, the comparison is the field list actually returned by the interface, and the observable result is that a missing field stays unknown.
Configuration and implementation checks
The table below lists settings documented in the official material or implementation checks relevant to this page and its main task. The values are starting points for this hypothetical exercise, used for comparison against actual interface returns, and are not official defaults.
| Configuration item | Hypothetical starting value | Check method |
|---|---|---|
| appId | Sample application identifier | Compare item by item with body.appId and the value associated with the key |
| chatId | Sample conversation identifier | Confirm the length is under 250 and matches the target conversation |
| detail | Set to true | Check whether responseData returns node run detail |
| responseChatItemId | Sample response message identifier | Confirm uniqueness under the current chatId |
| source | Set to api | When listing conversations, confirm only API-created sources are included |
| loadCustomFeedbacks | Set to true | When listing exchanges, confirm the feedback field is returned |
The appId starting value is chosen because the interface uses it to identify the application, and it is compared against body.appId and the key-associated value. The chatId starting value is chosen because the interface uses it to identify a conversation, and it is compared for length under 250 and for consistency with the target conversation. The detail starting value is chosen because run detail is requested, and it is compared against the presence of node detail in responseData. The responseChatItemId starting value is chosen because the interface stores it as the response message identifier, and it is compared for uniqueness under the current chatId. The source starting value is chosen because the conversation list request distinguishes API-created conversations, and it is compared against the returned source field. The loadCustomFeedbacks starting value is chosen because feedback fields are read from the exchange list, and it is compared against the returned feedback field.
Three common errors
- Treating a retrieval result or a form entry as authorization to execute. The input is the hypothetical requisition text and the draft sentence. The comparison is whether the draft sentence goes beyond the submission and receipt stated in the text. The observable result is that the draft asserts delivery execution while the text does not state it, so the claim is unsupported.
- Combining conversations from different entry points. The input is the appId and chatId pair. The comparison is the dataId records under the target conversation. The observable result is that records under different chatIds are not merged.
- Assuming an unreturned field was retained. The input is a request with detail set to true. The comparison is the field list actually returned in responseData. The observable result is that a missing field remains unknown and is recorded as a gap.
How to verify the setup
- Input the hypothetical requisition text and the draft sentence. Compare whether the draft sentence exceeds the submission and receipt scope stated in the text. If the draft asserts delivery execution while the text does not state it, the claim is judged unsupported.
- Input the appId and chatId. Compare whether the source field returned in the conversation list is api. If the returned records include a non-API source, the source check does not pass.
- Input a request with detail set to true. Compare whether responseData contains node run detail. If responseData is empty or lacks the target node, record the field as missing and keep it pending verification.
These checks test the named primary task: whether a draft sentence or handover request stays within the authorization state shown by the source material. They do not test identity certification or report analysis. A pending request is not approval, an offered option is not execution, and an unsigned termination is not a completed termination. Retrieval is not authorization, and a relevance score is not a category, entity, or permission filter. Where the material does not state a field, the field remains unknown.