What data looks like for this category
Data for this category comes from raw material quality certificates, heating furnace systems, press collection data, MES, non-destructive testing equipment, and customer forging drawings. Key parameters related to controlled plastic deformation include forging ratio, fiber direction, and others. Data update frequency is per forging part, per batch, or per furnace run. Daily documents include forging process specifications, cutting lists, heating furnace records, forging process cards, mold life records, heat treatment commissioning slips, and ultrasonic testing reports. Most fields include batch identifiers, process parameters, test results, and equipment operation data. No additional statistical percentages or non-business-related quantitative values are included.
What constraints these characteristics impose on HTTP interfaces and external systems
Data sources for this category are scattered, and field differences are significant. Interfaces must support parameter formats from multiple industrial systems to avoid field mapping errors. Unlike solidification defect data collection for casting categories, this category requires focused transmission of parameters such as forging ratio and fiber direction. The high-frequency update rhythm requires interfaces to support batch or high-frequency calls to adapt to data synchronization needs per furnace run or batch. Transmission of key quality parameters must ensure completeness. Interfaces must support parameter verification and exception capture. At the same time, because serious consequences such as forging part scrapping are involved, interface identity verification must be strict. Authentication information must be configured to complete access control. Response delays vary across different industrial systems, so reasonable response time margins must be reserved.
How to configure
This configuration applies to FastGPT v4.17.0.
| Configuration Item | Recommended Setting | Rationale |
|---|---|---|
Authorization | Bearer {Industrial System Authentication Token} | Adapts to the authentication specifications of industrial external systems, ensuring the legality of interface calls |
variables | Includes fields such as batch number, furnace batch number, and test defect type, filled according to actual collected data | Matches the business data structure of forging and die forging, enabling global transmission and reuse of parameters |
responseData | Configured according to the actual returned field format, calibrated based on actual testing | Adapts to the core data fields of this category, ensuring returned data can be parsed by subsequent processes |
| Interface timeout | 300–600 seconds | Adapts to data collection and transmission delays of industrial systems, avoiding data synchronization interruptions due to timeouts |
| Request retry count | 2–3 times | Addresses request failures caused by industrial network fluctuations, ensuring data transmission stability |
Three common mistakes
- Phenomenon: The interface call returns a parameter error prompt, and the
variablesfield does not include the required furnace batch number or batch number. Cause: Global variables are not configured according to the business data structure of forging and die forging, and core business identifier fields are omitted. - Phenomenon: The interface call times out, returning a 504 status code. Cause: The timeout setting is not adjusted, the default short timeout duration is used, and the delay of data collection by industrial systems is not adapted.
- Phenomenon: After embedding an HTTP request in a loop nest, batch data is duplicated or lost. Cause: The batch identifier in
variablesis not correctly passed within the loop, leading to context overwriting or parameter misalignment.
How to confirm the configuration is complete
- Call the configured test interface, check whether the fields returned in
responseDatacover the core data items required for forging and die forging business. - Simulate high-frequency calls for multiple batches or furnace runs, verify the response stability of the interface in actual business scenarios.
- Check the configuration format of the
Authorizationheader, ensure that unauthorized requests cannot access the interface normally. - Adjust the timeout setting, simulate the delay scenario of industrial systems, and verify that interface calls do not fail due to timeouts.
The values given are common starting points and should be measured against the reader's own samples.