What the data for this category looks like
The data sources for civil aviation airport internal office and employee services mainly come from four categories: flight scheduling systems, employee attendance management systems, logistics support systems, and terminal equipment monitoring systems. Data update rhythms are split into real-time and periodic types. Flight dynamics and equipment operating status are updated at the second level. Employee attendance and scheduling information is updated per shift or daily. Logistics supply inventory is updated weekly. Data documents use a standardized JSON structure. Core fields include unique identifier ID, business type, timestamp, and associated number. Units uniformly use international standard formats. Time fields follow the YYYY-MM-DD HH:mm:ss format. Position fields use Chinese position names. The equipment status field is a numeric enumeration value ranging from 0 to 3.
What constraints these characteristics impose on the "HTTP Interfaces and External Systems" link
The data characteristics of civil aviation airport internal office and employee services create multiple constraints for the HTTP interfaces and external systems link. Real-time updated flight dynamics and equipment status data require interface response delays of no more than 3 seconds. Otherwise, real-time push business scenarios cannot be supported. Periodically updated attendance and scheduling data allow interface timeouts to be relaxed to 60 seconds. An automatic retry mechanism must be configured for these cases. The standardized JSON structure requires that interface request and return fields must strictly match preset enumerations. This prevents parsing failures caused by missing fields or data type mismatches. When connecting multiple data sources, independent interface paths must be divided by business type. This avoids data confusion between different systems. Most airport internal systems are deployed on private networks. Interfaces must support private domain name access and IP whitelist verification. They must also be compatible with HTTPS protocol and two-way certificate authentication.
How to set configurations
| Configuration Item | Recommended Value | Rationale |
|---|---|---|
| Authentication Configuration | Bearer {airport internal interface secret key} | Matches the Bearer token format of the Authorization parameter, complies with airport internal interface security specifications |
| Request Variable Configuration | {"airportId": "SHA", "dataScope": "internal"} | Corresponds to the variables parameter, binds airport-specific identifiers and data scope |
| Data Extraction Configuration | $.data.list | Corresponds to the responseData parameter, extracts the core business data array returned by the interface |
| Interface Timeout Setting | 30–60 seconds | Adapts to different response requirements for real-time and periodic airport data |
| Retry Count Setting | 2 times | Prevents interface call failures caused by single network fluctuations |
| Data Retention Period | 7 days | Filters redundant data older than 7 days to reduce invalid storage |
Reference only; verify against the target FastGPT release and deployment documentation.
Three common mistakes
- Symptom: The interface returns data that conforms to the standard structure, but the interface prompts "Model response empty". Cause: The
responseDataparameter is not configured correctly, and the core data fields returned by the interface are not extracted. This causes the system to fail to obtain valid business content. - Symptom: After Docker deployment, accessing the page fails after a long loading cycle. Cause: The interface secret key in the
Authorizationparameter is not configured correctly, or the access permission for the corresponding port is not enabled in the private network. This causes interface call timeout. - Symptom: An INITIALROOT password error is displayed after starting the container. Cause: The INITIALROOT parameter configured in docker-compose.yml does not match the password entered during system login, or the parameter format contains extra spaces.
How to confirm the configuration is complete
- Call the configured HTTP interface, check the returned original data structure, and confirm that the core business fields have been correctly extracted.
- Check the interface authentication information, confirm that the format of the
Authorizationparameter and the secret key content are consistent with the requirements of the airport internal interface. - Simulate business scenarios to call the interface, and verify that the update frequency of the returned data matches the rhythm of the airport internal system.
- Check the system logs, and confirm that there are no error messages for interface call failures or data parsing exceptions.
The configuration values provided here are common starting points. They should be evaluated against the reader's own samples.
Question material comes from public community discussions. Configuration values are common starting points and should be measured against your own samples. Verified on 2026-09-28.