Declaration Materials and File Review for Communication Towers and Infrastructure: Workflow Orchestration

Declaration Materials and File Review for Communication Towers and Infrastructure: Workflow Orchestration

What This Category’s Data Looks Like

The data for declaration materials and file review of communication towers and infrastructure primarily comes from operation and maintenance management systems, infrastructure approval platforms, and base station archives. Data updates are triggered by a single declaration submission. Daily inspection data is synchronized on a calendar day basis. Documents include declaration forms, on-site inspection forms, and qualification certification files. The structure is fixed as a basic information section, tower body parameter section, and approval process section. Fields include tower height (unit: meters), carrying load (unit: kilonewtons), approval document number, file number, and others. Some fields must comply with general communication industry specifications.

Constraints Imposed on Workflow Orchestration

Multi-system data source access requires workflow configuration to include cross-source data pull nodes, to ensure consistency of parameters such as tower height and carrying load. Fixed field units require adding format verification nodes in the process, to prevent parameters with non-standard units from entering the review link. Multi-node approval processes require configuring branch judgment and loop nodes, to adapt to differences in approval levels for different files. Processes triggered by a single declaration must be bound to the submission event as the start node, to avoid repeated triggering of invalid reviews. Large survey drawing attachments require separate configuration of direct file upload nodes, to prevent loss of drawing details from default text parsing.

Configuration Settings

Reference only; verify against the target FastGPT release and deployment documentation.

Configuration ItemRecommended SettingRationale
Question Classification NodeClassify by "qualification compliance", "parameter accuracy", "process completeness"Matches core review dimensions of communication tower declaration materials
Loop ConfigurationSet maximum loop count to 3, 60 seconds between each loopAdapts to conventional correction operations for declaration materials, avoids invalid resource consumption
Maximum ContextRetain the first 10 context entriesCovers approval history and core parameter records of declaration materials, prevents context loss
Direct File Upload ConfigurationEnable direct upload for CAD and PDF formatsAdapts to common formats of communication tower survey drawings, preserves drawing details
variablesStore file numbers and tower height valuesEnables cross-node transfer of core field data required for review
nodeIdBind unique identifiers of corresponding review nodesEnables precise cross-node data calling and status synchronization

Three Common Configuration Errors

  • Phenomenon: Loop nodes do not end as expected after triggering, with a status code showing "loop count exceeded". Cause: No reasonable maximum loop count set, or loop condition judgment logic does not match correction requirements for declaration materials.
  • Phenomenon: The number of context entries displayed in conversation details is less than the configured value, and large model replies cannot be associated with declaration material attachments. Cause: Context retention range not configured correctly, or attachment files not included in the context association scope.
  • Phenomenon: Uploaded CAD drawings are not correctly recognized by the large model, and the parsing result only contains scattered text. Cause: Direct file upload configuration not enabled, using the default text parsing process which loses drawing details.

How to Verify Correct Configuration

  • Trigger a simulated declaration submission, confirm that workflow startup status and event binding match preset configurations.
  • Review the content of the variable storage node, confirm that core fields such as file number and tower height value are correctly transferred.
  • Upload test CAD drawings, confirm that parsing results from the large model node preserve drawing details.
  • Configure a test case for the loop node, confirm that loop count and interval meet preset 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 2026-09-28.