Release Notes and Operations Report Summary for CDN and Edge Acceleration Configuration: Workflow Orchestration

Data for this category is collected from CDN consoles, DNS resolution records, public network access logs, and edge node monitoring alerts. Daily

What this category of data includes

Data for this category is collected from CDN consoles, DNS resolution records, public network access logs, and edge node monitoring alerts. Daily produced documents include domain access forms, cache rule configuration forms, refresh and preheat operation records, and node failure analysis reports. Included fields are domain name, cache policy type, refresh and preheat volume, alert trigger threshold, and more. Data updates occur either as a daily summary or in real time when configuration changes. Core data focuses on the full process nodes of public network content distribution, covering access, caching, distribution, and fault troubleshooting stages.

The multi-source nature of this category of data requires workflows to support cross-console data pulling. Multi-data source pull rules must be configured via variables. Differences in fields across document types require built-in format verification and conversion nodes in workflows. Flexible update frequencies require support for both scheduled trigger and change trigger modes. Core data is bound to domain names and edge nodes. Workflows must use nodeId to associate configuration and logs of corresponding nodes during execution. Additionally, time-consuming stages such as domain name record verification and cache rule debugging require workflows to support parallel branch processing. This avoids overall delays caused by serial execution.

How to configure the settings

The following configuration items are designed for FastGPT v4.17.0.

Configuration ItemRecommended SettingRationale
Multi-data source pull rulesConfigure pull intervals of 300-600 seconds separately for CDN consoles, DNS logs, and monitoring alertsCovers core data sources, avoids frequent pulls that occupy node resources
Parallel branch trigger modeStart all branch nodes simultaneouslyAdapts to multi-stage parallel processing needs, reduces overall workflow execution time
variablesBind three core fields: domain name, cache rule ID, and alert levelUnifies core identifiers for workflow execution, enabling subsequent nodes to associate data easily
nodeIdBind the unique identifier of the corresponding edge nodeAccurately associates node configuration with matching monitoring and fault data
Change trigger thresholdTriggered by configuration change operationsAdapts to real-time update requirements for operations report summary
Scheduled trigger cyclePerform full summary at 2:00 AM dailyCovers the summary cycle for daily updated data, avoids resource usage during business peak hours

Three common misconfigurations

  • Symptom: Only one branch node of the workflow runs, while other branches do not respond. Cause: The parallel branch trigger mode was not configured correctly, and the default single-branch execution rule was enabled.
  • Symptom: Runtime logs prompt missing parameters, and workflow execution fails. Cause: variables or nodeId were not bound correctly, preventing nodes from retrieving required data identifiers.
  • Symptom: Cache confusion or node matching errors appear in summary data. Cause: Field formats of different data sources were not verified, and data was directly spliced, leading to incorrect associations.

How to confirm the configuration is complete

  • Enter the workflow test page, trigger the parallel branch nodes, and verify all branches start execution.
  • Review workflow runtime logs, confirm that the bound fields for variables and nodeId loaded correctly.
  • Trigger a configuration change operation, confirm the workflow automatically starts the summary process.
  • Check daily scheduled trigger summary results, confirm data covers all core stage data from the current day.

The values provided 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.