Tool Calling and Plugins for Aviation Airport Marketing

What the data for this category looks like

Aviation airport marketing-related data primarily comes from the flight scheduling database of the airport operation command center, terminal business management systems, member service platforms, and flight synchronization interfaces of partner airlines. Flight takeoff and landing times and temporary adjustment information are synchronized every 15 minutes, with temporary adjustment information pushed in real time. Business hours and marketing event information for merchants in the terminal are updated weekly. Member consumption and mileage data are updated daily. Data documents use structured formats, with fields including flight_no (string, flight number), dep_time (ISO 8601 format, departure time), terminal (three-character uppercase string, terminal code), passenger_flow (integer, real-time passenger flow), merchant_id (string, merchant ID), activity_start (ISO 8601 format, event start time). The corresponding units for each field are none, timestamp, code, passenger trips, none, timestamp respectively.

What constraints these characteristics impose on tool calling and plugins

The real-time requirements of flight data determine that the timeout threshold for tool calls cannot be too long. Otherwise, expired flight information will be returned, affecting the timeliness of marketing content. Differences in update frequencies across data sources require plugins to support configuring independent synchronization intervals by data type. This avoids expired data or redundant requests caused by unified caching strategies. Fixed-format field requirements mean that parameter validation rules for tool calls must strictly match. For example, the terminal field must be three uppercase letters, otherwise the interface will return invalid data. For scenarios with multiple data source accesses, plugins must support configuring different authentication methods to adapt to the security specifications of different systems. They must also distinguish call quotas for different data sources to avoid exceeding interface limits.

How to Set Configurations

Configuration Item	Recommended Setting	Rationale
`tool_call_timeout`	`15 seconds`	Matches the update frequency of flight data, avoids returning expired information, and ensures the timeliness of marketing content generation
`plugin_sync_interval`	Configure by data source category: 15 minutes for flight data sources, 7 days for merchant data sources	Adapts to the actual update rhythm of different data sources, reduces invalid synchronization requests
`request_body_max_size`	`1000 KB`	The typical size of aviation airport marketing materials does not exceed 800 KB, reserving a reasonable margin to avoid triggering `413` errors
`tool_param_validator_enabled`	`Enabled`	Strictly validates fixed-format fields such as `terminal`, reducing invalid tool calls
`hide_tool_call_log`	`Enabled`	Meets interface display requirements in marketing scenarios, avoids exposing sensitive interface authentication information
`tool_call_force_enabled`	`Enabled for qwen3 models`	Forces the model to prioritize calling configured tools, avoids the model entering direct inference mode

The parameter values provided on this page are conventional recommendations used as starting points for configuration. Actual values are affected by material form, data volume, and business rules. Specific issues require case-by-case analysis, and testing on own samples is recommended before finalizing settings.

Three Common Misconfigurations

Phenomenon: The tool calling interface returns a 413 Request Entity Too Large error. Cause: The request_body_max_size parameter was not adjusted, and the uploaded marketing materials or request data exceeded the default interface limit.
Phenomenon: Full request and response logs from the tool calling process are displayed in the front end. Cause: The hide_tool_call_log configuration item was not enabled, or the configuration item value was set incorrectly.
Phenomenon: When using the qwen3 model, tool calling triggers inference mode instead of tool calling. Cause: The tool_call_force_enabled parameter was not enabled to force tool calling, or the system prompt did not explicitly specify prioritizing tool calls.

How to Confirm Configurations Are Correctly Set

Initiate a tool calling test that includes a valid terminal code, verify that returned data field formats comply with preset validation rules.
Review tool calling logs, confirm that only simplified call summaries are displayed, with no full request response content shown, aligning with the expected behavior of the hidden configuration.
Adjust the size of the tool calling request body to near the threshold, conduct a boundary test, confirm that a 413 error is returned when the threshold is exceeded, and no service exception occurs.
Switch to the qwen3 model to initiate a tool call, confirm that the model prioritizes calling the configured plugin, and does not directly generate inference content.

Question material comes from public community discussions. Configuration values are common starting points and should be measured against your own samples. Verified on 2026-09-14.