What the data for this category looks like
Oil and gas extraction intelligent due diligence report data primarily comes from reservoir geological exploration databases, real-time drilling operation collection systems, production logging terminals, and oilfield supply chain management platforms. Two update schedules apply: static geological data is updated quarterly, while dynamic production data is synchronized at minute-to-hour intervals. The document structure includes fields such as block number, well location coordinates, reservoir permeability, daily oil and gas equivalent production, water cut, and more. Units include millidarcy, cubic meters, tons, percentage, and others.
What constraints these characteristics impose on tool calls and plugins
The quarterly update cadence for static geological data requires configuring caching policies for tool calls to avoid repeatedly pulling stale data. The high-frequency synchronization requirement for dynamic production data requires plugins to support minute-level polling or real-time push interface integration. The multi-field and multi-unit characteristic requires configuring unified field mapping rules before tool calls, to convert units from different sources into standard formats. The large data volume of individual due diligence reports requires setting reasonable timeout thresholds for tool calls to avoid request interruptions. Additionally, oilfield open platforms typically have strict interface rate limiting rules, so the concurrency count for tool calls must adapt to platform restrictions.
How to set the configurations
| Configuration Item | Recommended Setting | Rationale |
|---|---|---|
toolCallTimeout | 300–600 seconds | Large data volume of individual oil and gas extraction due diligence reports requires sufficient processing time reserved for interface requests |
cacheEnable | Enabled | Low update frequency of static geological data means caching reduces repeated interface call overhead |
fieldStandardization | Enabled | Unified unit and field naming across different sources is required to meet the standardization requirements of due diligence reports |
maxParallelToolCalls | 2–3 times | Avoid initiating too many concurrent requests to trigger rate limiting on oilfield open platforms |
pluginAuthType | API key authentication | Most oilfield open platforms use key-based authentication, which aligns with industry-standard access methods |
The parameter values provided on this page are common recommended starting points for configuration. Actual values are affected by material form, data volume, and business rules. Specific issues require targeted analysis, and it is recommended to test on your own samples before finalizing settings.
Three Common Mistakes
- Phenomenon: A
404 Not Founderror is returned when a local MCP service is called. Cause: No internal IP and port mapping rules for the local service are filled in the FastGPT plugin configuration, causing the platform to fail to access the locally deployed MCP service. - Phenomenon: No thought process content is included in the reply after tool calls complete. Cause: The
showToolThoughtconfiguration item is not enabled, or no prompt template containing thought chains is specified during model invocation. - Phenomenon: FastGPT tool call results differ from direct LLM function call results given the same input. Cause: Tool parameter descriptions consistent with native function calls are not configured in FastGPT, or inference parameters such as model invocation temperature coefficient are not aligned.
How to confirm proper configuration
- The FastGPT plugin test panel can be used to enter a typical query for oil and gas extraction due diligence reports, trigger a tool call, and check if the fields returned by the interface have completed standardization conversion.
- Tool call logs can be reviewed to confirm that the cache hit count for static data requests meets expectations, with no repeated low-frequency data pull records.
- A query containing dynamic production data can be initiated to verify that the response time of the tool call falls within the preset
toolCallTimeoutrange. - The plugin authentication configuration can be checked, a tool call request across network segments can be attempted, and confirmation made that there are no authentication failure errors.
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.