What This Category of Data Looks Like
Data for this category originates from incident timelines, operation logs, monitoring metrics, and code commit records. Update frequency is after each major incident or once per month. Daily delivered documents include RCA reports, incident tickets, retrospective meeting minutes, and rectification tracking sheets. Document fields include incident occurrence time, affected service scope, root cause analysis conclusions, rectification measures, and tracking status. Some fields use timestamps and service status identifiers as record formats, with no unified mandatory units.
What Constraints Do These Characteristics Impose on Scheduled Tasks and Automation
Data sources for this category are scattered, covering multiple types of operation and maintenance and development outputs. Scheduled tasks must adapt to the pull rhythm of multi-source data. Update frequency is once per major incident or once per month. Automated tasks do not need high execution frequency, to avoid occupying excessive operation and maintenance resources. Daily delivered documents have fixed structures. Automated processes must match the field specifications of various documents, to ensure generated content aligns with team usage habits. The impact scope of errors in fault troubleshooting and rectification is large. Automated links must configure complete failure handling and alert mechanisms, to guarantee the accuracy of data aggregation and document generation.
How to Configure Settings
This page is compatible with FastGPT v4.17.0.
| Configuration Item | Recommended Setting | Rationale |
|---|---|---|
| Scheduled Task Execution Cycle | Set according to major incident cycle, or 720 hours | Matches the update frequency of this category (once per month or per single major incident) to reduce invalid resource usage |
| Multi-source Data Pull Concurrency | 2–4 concurrent pulls | Adapts to the interface rate limiting rules of operation and maintenance systems, avoids additional pressure on monitoring and log platforms |
| Root Cause Analysis Data Aggregation Window | 1–2 hours | Covers the complete timeline of a single incident, ensures completeness of evidence collection |
| Rectification Item Tracking Automatic Synchronization Frequency | 24 hours | Matches the daily rectification tracking update rhythm, synchronizes closed-loop status in a timely manner |
| Task Failure Retry Count | 3 retries | Balances data reliability and resource consumption, avoids repeated triggering of invalid alerts |
Three Common Misconfigurations
- Phenomenon: API calls automatically carry Bearer tokens, and the configuration cannot be manually closed. Cause: The automatic token supplement option is not disabled in third-party service connection configurations, leading to adaptation failures with third-party APIs.
- Phenomenon: Missing fields in RCA reports generated after scheduled task execution. Cause: Pull mapping rules for corresponding data sources are not configured, leading to failure of normal aggregation of some logs and monitoring data.
- Phenomenon: Frequent error triggers in rectification tracking sheet synchronization tasks. Cause: Set execution cycle is too short, exceeding the interface call frequency limit of the rectification system.
How to Verify Successful Configuration
- Manually trigger a scheduled task, check whether multi-source data is pulled according to configuration and aggregated into the preset document template.
- View task execution logs, confirm that the failure retry mechanism triggers as configured when simulating interface errors.
- Compare generated RCA report fields with the document format used by the team daily, confirm that field matching conforms to team specifications.
- Verify third-party service connection configurations, confirm that the status of the automatic token supplement option meets usage requirements.
The values given 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.