What data looks like for this category
Core data for this category comes from order design systems, sheet and wood batch ledgers, CNC drilling and cutting equipment logs, ERP/MES systems, and moisture content testing equipment. Daily production and management documents include order disassembly drawings, cutting lists, edge banding and drilling programs, coating process parameters, hardware bill of materials, trial assembly and packaging records. Data updates follow cadences per order, daily, or per material batch. Common fields include panel size, material batch number, process parameters, and test results. Units include millimeters, cubic meters, and moisture content values.
Constraints imposed by these characteristics on HTTP interfaces and external systems
The multi-source, heterogeneous data characteristics of this category require HTTP interfaces to support integration with multiple external systems. These include order design tools, CNC equipment, and ERP systems. The interfaces must adapt to field format differences across different systems. High-frequency data updates per order or batch require reasonable request rate limits and timeout handling rules for the interface. Transmission of high-precision fields such as panel size and process parameters requires structured parameter passing. This avoids data truncation. The production model driven by customized orders requires interface requests to support dynamic input of personalized parameters. Examples include order numbers and material batch numbers. This adapts to data pulling and pushing for different production scenarios. Data anomalies may cause full-order installation failures. Interfaces must return clear error identifiers and field descriptions. This enables quick problem location.
How to set configurations
This page is written based on FastGPT v4.17.0.
| Configuration Item | Recommended Approach | Rationale |
|---|---|---|
Authorization | Include a Bearer token in the format Bearer {internal enterprise authentication token} | Adapts to interface authentication rules for most ERP/MES systems, and ensures the legitimacy of external system access |
variables | Configure dynamic fields such as order numbers, material batch numbers, and device IDs | Adapts to personalized data pulling requirements for customized orders, and matches the multi-order, multi-batch data characteristics of this category |
responseData | Extract core business fields such as panel size, batch number, and test results | Filters redundant data, reduces interface transmission load, and meets the transmission requirements for high-precision fields in this category |
| Request timeout | 30–60 seconds | Covers the time required for pulling CNC equipment logs and transmitting large-size order disassembly drawings, and avoids request failures caused by network delays |
| Retry count | 2–3 times | Addresses temporary network fluctuations or short-term unavailability of external systems, and ensures stability for high-frequency data updates |
| Request body format | Select form-data or JSON based on the requirements of the connected system | Adapts to interface formats for different external systems. ERP systems mostly use JSON. CNC equipment interfaces mostly use form-data to transfer files |
Three common configuration errors
- Symptom: Uncaught exceptions occur during interface calls. Logs show authentication failure or path error. Cause: In private deployment scenarios, the interface address in the configuration file and the
Authorizationparameter are not adjusted to match the actual conditions of the connected system. This causes requests to fail external system authentication. - Symptom: When using form-data format to send requests in a workflow, file parameters cannot be transferred normally. The interface returns an error with empty fields. Cause: The upload method for file parameters is not configured correctly. This fails to match the transmission format requirements for large files such as order disassembly drawings and coating process documents in this category.
- Symptom: When calling interfaces in the Safari browser, requests are blocked with no response. The page displays a cross-origin error. Cause: CORS header information for the external system is not configured. This fails to match the cross-origin request rules for the Safari browser, causing the interface call to be blocked by the browser.
How to confirm correct configuration
- Call the test interface, check if the returned
responseDataincludes preset core fields such as panel size and material batch number. Confirm that the data extraction rule takes effect. - Pass dynamic
variablesparameters such as a test order number. Verify if the interface can pull production data for the corresponding order. Confirm that the dynamic parameter configuration is correct. - Adjust the request timeout to a reasonable range. Simulate a network delay scenario. Verify if the interface can complete the response within the set time. Confirm that the timeout configuration meets actual requirements.
- Check if the format of the
Authorizationparameter is correct. Call the authentication interface to verify that external system authentication checks pass normally. Confirm that the authentication configuration is correct.
The values provided are common starting points and should be measured against the reader's own samples.