What the documents look like
Dealer ordering events run on a quarterly and annual cycle. The operating review draws on the ordering event system, historical sales, dealer inventory, and financial credit records. The documents that matter at this step are the ordering handbook, the ordering contract, the sample list, and the credit approval record. These documents carry quantity, amount, status, and authorization boundary fields, and the review compares those fields with what an external system returns.
The consequences that shape the review are under-ordering, inventory pressure disputes, and collection risk. Those are quantity, amount, status, and authorization questions. They are not store-operation metrics. Because the documents update slowly, a field mismatch between a returned value and the handbook or contract wording sends the review back to the source of the difference before any conclusion is drawn.
Dealer ordering does not manage platform storefronts directly. It faces offline dealers placing reservations. The channel department, regional dealers, and merchandise planning staff are the typical parties. The API layer carries values between the ordering workflow and external systems; it does not decide whether a dealer is entitled to order, whether credit is approved, or whether a contract has taken effect.
Constraints at the HTTP integrations step
The HTTP module sends a request to a given address. Params carry path parameters and are common in GET requests. Body carries the request payload and is common in POST and PUT requests. Headers carry special information such as authentication. URL, Params, Body, and Headers can all reference variables through {{}}. The available variables come from global variables, system variables, and prior node outputs.
Returned values are extracted with JSON path syntax. Each configured key states how to parse the response, not what the interface returns. When the output type is set to string, the value for that key is converted to a JSON string. This matters when a returned quantity or status is passed onward: the receiving step sees a string, and the review must compare it against the document field with that in mind.
Among the system variables, chatId and responseChatItemId do not exist in test mode. An empty value there is an environment difference, not a business fault. The conversation interface does not honor model, temperature, or similar parameters; those are determined by the orchestration. Actual token consumption is not returned, and detail=true is required to obtain responseData for manual calculation. The authProxy option, which proxies a team member identity, requires the team owner to enable it when creating or editing the key, and the proxied identity still needs permission on the target app and conversation. This is documented for FastGPT v4.15.0 and later.
A similarity score is a ranking value. It does not act as a permission or entity filter. Retrieval does not authorize anything. Forms collect values; business verification, approval, database writes, and external synchronization need their stated downstream implementation. No scheduled trigger or hidden control is assumed. Where a document field is not provided, it remains unknown.
Configuration and implementation checks
The table below uses a hypothetical starting point for this page only. Each row states why that starting point was chosen and what it is compared against. None of these values is an official default.
| Configuration item | Hypothetical starting point for this exercise | Reason and comparison method |
|---|---|---|
| Request address and method | The address and method stated in the external interface document | The address may reference a variable; compare the actual request line with the document |
| Headers authentication | Authorization injected through secure configuration; the sample does not write credentials | Compare the header key name with the external document requirement; a missing key is recorded |
| Body structure | JSON keys listed according to the external interface contract | Compare key names and types with the contract, then check each value actually passed |
| Variable reference | Global variables, system variables, and prior node outputs | Compare the name inside {{}} with the available variable list |
| Return value extraction | Keys configured with JSON path syntax | Compare the extracted result with the actual field in the interface response |
| Debug identity fields | chatId and responseChatItemId do not exist in test mode | Compare test mode and production mode values; an empty value is not a fault |
A hypothetical paper exercise sample follows. A brand channel department is reviewing the spring 2026 ordering event. The ordering handbook text available for comparison contains three sentences: "The ordering scope for this event is the spring/summer 2026 collection." "Dealers must submit order quantities by March 20." "The credit limit is subject to the financial approval result." The credit approval record shows the status "pending review." The proposed handover request sentence is: "Write the pending-review credit limit into the ordering contract and synchronize it to the external financial system."
Three common errors
- Treating a pending-review credit approval as an effective limit and writing it into the ordering contract. The input is the credit approval record with status "pending review" and the proposed handover request sentence. The comparison is between the status field and the handbook wording that the credit limit is subject to the financial approval result. The observable result is that the request sentence presents a not-yet-effective status as an effective fact.
- Treating a retrieval similarity score as a permission or entity filter. The input is the score field in a returned result. The comparison is whether that field is a permission field at all. The observable result is that a high or low similarity is used to decide whether a dealer is entitled to view a record.
- Reading an empty
chatIdin test mode as an interface or business record fault. The input is a request made in test mode. The comparison is against the system variable documentation stating thatchatIddoes not exist in test mode. The observable result is that the empty value is written up as a business fault conclusion.
How to verify the setup
- Take the three sentences from the ordering handbook in the hypothetical sample and the credit approval record with status "pending review." Compare the proposed handover request sentence against whether it presents the pending status as effective. The condition is met when the request sentence clearly marks the status as pending review and does not trigger a write or synchronization action. A pending request is not approval, and an offered option is not execution.
- Take one interface response that contains a score field. Compare the score with the permission and entity identifier fields. The condition is met when the conclusion states only that the score is a ranking value and does not use it to exclude any dealer or record. Retrieval is not authorization, and a relevance score is not a category, entity, or permission filter.
- Take a request made in test mode where
chatIdandresponseChatItemIdare empty. Compare this with the system variable documentation. The condition is met when the empty value is recorded as an environment difference, is not written up as a business fault, and is not used to assert that the interface failed.
Authorization status, approval results, and external system writes all require downstream implementation. This page checks inputs, comparisons, and observable results only. An unsigned termination is not a completed termination, and a document field that was not provided remains unknown. Where the evidence needed for a check is not present in the accessible target scope or in a clearly stated manual input, the gap is recorded rather than filled.