What the documents look like
The core evidence for cross-border product compliance and labeling consists of product test reports, English-language labels, MSDS documents, and platform prohibition lists. Compliance determinations occur before listing and import; errors can lead to platform delisting, customs seizure, or consumer claims. The conversation logs and audit step handles the authorization status of materials, operations, and requests during operations permission and handover.
A hypothetical drill sample provides the material for verification. The original text supplied for checking: a test report for a batch of children's water cups states "Report No. LAB-2024-0317, test item is phthalates, conclusion meets the limit specified by the commissioning party, report date March 17, 2024, commissioning party is Company A." The destination country regulation database entry states "the phthalate limit for this product category applies new limits from June 1, 2024." The handover request pending determination: "Please mark this batch of water cups as compliant and authorize listing." This request does not state whether the test relied on the new limit or the old limit, nor does it state the identity of the authorizing person or the scope of authorization.
Constraints at the conversation logs step
When initiating a session, passing chatId indicates use of that session; the session is automatically retrieved from the database, the last item in the messages array is taken as the user question, and remaining messages are ignored. The chatId must be ensured unique by the caller and have a length under 250. When responseChatItemId is passed, it is stored in the database as the ID of this response message and must be unique under the current chatId. The detail parameter controls whether intermediate values are returned; in non-stream mode results are stored in responseData, while in stream mode they are distinguished through events.
Similarity scores do not carry permission or entity isolation functions, and retrieval itself does not constitute authorization. The interactive returned to external callers by interaction nodes is a display configuration containing only type and params; internal runtime fields such as entryNodeIds, memoryEdges, nodeOutputs, and nodeResponseId are not returned.
Configuration and implementation checks
| Configuration item | Officially documented content | Verification action for this sample |
|---|---|---|
| body.appId | Recommended to pass in the request body when calling chat/completions; priority higher than Bearer form | Check that the appId corresponding to the handover request matches the target application |
| chatId | When a non-empty string, uses that session; caller ensures uniqueness and length under 250 | Check the chatId to which the sample conversation belongs, distinguishing sessions from different entry points |
| responseChatItemId | When passed, stored as response message ID in the database; must be unique under the current chatId | Check whether the response record of this handover request can be located to the corresponding entry |
| detail | Whether to return intermediate values; non-stream mode results in responseData | Set accordingly when runtime details are needed and inspect responseData |
| authProxy | Proxy team member identity requires the team owner to enable when creating or editing the key; proxy identity still requires target application and session permissions | Check whether the handover operator's proxy identity has permissions for that application and session |
| source | When retrieving session lists, source=api indicates retrieval of sessions created through the API | Check whether the sample conversation belongs to API origin, not mixed with other origins |
The assumed trial starting point: set detail to true to obtain responseData, on the grounds that runtime detail fields need verification; compare with the response structure when detail=false to confirm whether intermediate values appear. This starting point is a choice for this paper drill, not an official default.
Three common errors
- Treating retrieval or a form as authorized execution. In the sample, "please mark as compliant and authorize listing" is a handover request pending determination; retrieving the test report does not constitute authorization, and form values do not equal completed business verification, approval, or external synchronization.
- Treating unstated information as confirmed. The sample request does not state whether the test relied on the new limit or the old limit, nor does it state the authorizing person's identity or authorization scope; these are unsupported or pending verification and cannot be recorded as negative or conflicting.
- Mixing sessions from different origins. source=api retrieves only sessions created through the API; page sessions and other origins are not included. When checking the sample conversation's attribution, the source field must first be confirmed, then matched against business records.
How to verify the setup
- Input the sample material original text and the draft request, comparing the test report date with the regulation database's new limit applicability date. The report date March 17, 2024 precedes the new limit applicability date June 1, 2024; whether the report conclusion covers the new limit is not stated. Expected phenomenon: the compliance basis of this request is in a pending-verification state and cannot be marked as compliant.
- Input the sample request, comparing the authorizing person identity and authorization scope fields. The request does not state the authorizing person identity or authorization scope. Expected phenomenon: the authorization boundary is missing, and the handover operation cannot execute listing on this basis. If a clear authorizing person and scope are subsequently supplied, re-verify according to the supplemented content.
- Input the sample conversation's chatId and source fields, comparing their correspondence with the API-origin session list. Expected phenomenon: when the chatId can be located and source is api, the conversation attribution is clear; if the chatId corresponds to a page session or other origin, it is not in this list and requires separate verification, recording actual observations without presuming causes.
All three verification items are paper drill expectations and were not actually executed. Empty-result continuation can use explicit paper inputs to check downstream design, without claiming that a fictional rule retrieval necessarily returns an empty array. Libraries across different vector models cannot be jointly associated; during verification, first check identifiers and exclude non-conforming ones, recording actual observations.