What the data for this category looks like
Daily documents for this category include VPC planning plans, security group rule lists, load balancing configuration files, and change approval forms. Data originates from configuration records exported from cloud platform consoles, network topology diagrams, real-time traffic monitoring data, and architecture design drawings submitted by customers. Data updates trigger each time a change form is submitted. Single changes involve configuration fields including network segment ranges, port mapping rules, health check thresholds, and backend server group lists. No unified fixed units exist, and configurations must align with the specification standards of the corresponding cloud vendor.
How These Characteristics Impact Tool Calling and Plugin Workflows
Daily documents are mostly structured configuration lists and topology diagrams. Tool calling must adapt to the configuration field formats of different cloud vendors, and general templates cannot be used. Data updates trigger in real time with each change form submission. Plugins must support pulling the latest traffic monitoring data and change records in a single call to avoid using expired configurations. Time-consuming steps such as network segment planning and rule verification require plugins to automatically pull historical configurations for comparison, so plugins must have the ability to batch read multi-source configurations. Errors directly affect business connectivity. Tool call return results must include clear exception fields to quickly locate the cause of inaccessible connections or forwarding errors.
How to Set Configurations
This content is written based on the plugin configuration logic of FastGPT v4.17.0.
| Configuration Item | Recommended Setting | Rationale |
|---|---|---|
| Plugin trigger timing | Within 10 minutes after change form submission | Matches the approval and circulation cycle of cloud network changes, avoiding calls to configurations that have not taken effect |
toolChoice | Fixed binding to cloud network and load balancing plugin | Ensures the target of tool calling matches the current category, avoiding calls to unrelated functions |
functionCall | Pull the first 5 historical configuration records | Covers core review dimensions including network segment planning, security group rules, and health checks |
| Timeout threshold | 600 seconds | Adapts to the maximum response duration of mainstream cloud vendor APIs, avoiding call failures due to network latency |
| Result parsing rule | Extract exception configuration fields | Quickly locate issues such as inaccessible connections and traffic forwarding errors |
| Parameter filtering scope | Only include configuration items related to changes | Reduces invalid data and improves the efficiency of change reviews |
Three Common Mistakes
- Phenomenon: Tool calls return interface failure with status code 400. Cause: The access key for cloud network APIs is not correctly bound in plugin configuration, resulting in failure to pull configuration data.
- Phenomenon: Custom Python execution plugins cannot read local configuration files. Cause: The storage path of cloud network configurations is not mounted in the plugin runtime environment, causing the script to fail to obtain target files.
- Phenomenon: Initial calls work normally, but subsequent multi-turn context calls return empty results. Cause: No context filtering rules are configured, causing expired traffic monitoring data to be loaded during tool calls.
How to Confirm Configurations Are Set Correctly
- Submit a test change form to trigger plugin calls, and verify whether the returned configuration data includes the current cloud platform's VPC, security group, and load balancing configurations.
- Manually simulate an incorrect configuration change, and verify whether the plugin can identify and return corresponding exception prompts.
- Adjust the plugin's trigger timing, and check whether tool calls automatically execute within the set time window.
- Check the plugin's log output to confirm whether traffic monitoring and change record data can be pulled correctly.
The values provided here are common starting points and should be measured 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 2026-10-19.