What This Category's Data Looks Like
Core data for communication towers and infrastructure comes from the operation and maintenance management platform, including modules such as base station basic archives, inspection records, fault work orders, and tower body parameters. Update schedule: basic archives are synchronized and updated monthly, real-time inspection data is updated daily, and fault work orders are entered in real time. The document structure uses a structured table format, with fields including base station unique identifier, longitude and latitude coordinates, tower height, maintenance cycle, fault type, and processing progress. Units are none, degrees, meters, days, types, and times respectively. Data formats are uniformly structured JSON or CSV, with no large volume of unstructured text content.
What Constraints Do These Characteristics Impose on Workflow Orchestration
High proportion of structured data requires that parameter passing between workflow nodes must strictly match field names to avoid inquiry result errors caused by parameter misalignment. Data update frequencies vary. Real-time work order data needs to pull the latest data when the workflow is triggered, and cannot rely on fixed caching. Otherwise, response content will be delayed. Field units are fixed. The response content generated by the workflow must strictly follow preset units, and cannot be converted arbitrarily. Otherwise, inquiry accuracy will be affected. Single data entries have a small size but a large total number. The single data pull limit of the workflow must adapt to the category's data paging rules to avoid missing key information.
How to Configure
| Configuration Item | Recommended Setting | Rationale |
|---|---|---|
| variables | Bind base station ID, inspection record ID, fault work order number | Match the core query dimensions of the communication tower category to ensure the accuracy of data calls |
| nodeId | Assign fixed nodeId according to data source node | Ensure the uniqueness of different data call nodes in the workflow and avoid node conflicts |
| Single data pull limit | Top 20 entries | Adapt to the single-page data display limit of the communication tower operation and maintenance platform to avoid returning redundant content |
| Data cache duration | 3600 seconds | Balance real-time performance and call efficiency, and meet the update schedule requirements of operation and maintenance data |
| Export document format configuration | Only retain structured fields and inquiry summary | Align with the core needs of user inquiries, and avoid unnecessary content occupying download resources |
| Model input context limit | 8000 token | Adapt to the context window of locally deployed models to avoid input overflow |
Three Common Misconfigurations
- The inquiry response generated by the workflow has no exported Word download link at the bottom. The cause is that the export format variable is not configured in
variables, and the document generation node is not bound. - A node ID mismatch error occurs after migrating an old version workflow. The cause is that the
nodeIdconfiguration of the original workflow was not retained, and nodes were copied directly leading to ID conflicts. - When calling the local QWQ-32B model, no summary result is displayed after uploading an attachment. The cause is that the attachment parsing node is not configured in the workflow, and the original attachment is directly passed to the model node without format conversion.
How to Confirm Successful Configuration
- In the FastGPT v4.17.0 workflow editor, view the
variablesconfiguration item and confirm that category-specific fields such as base station ID and inspection record ID are bound. - Trigger a test session, enter an inquiry question containing a specific base station identifier, and check whether the returned result contains accurate data of the corresponding field.
- Test the export function to confirm that the generated document contains the structured content and download link required for the inquiry.
- Check the node ID configuration to confirm that the
nodeIdof each data call node is consistent with the preset value, with no duplicates or conflicts.
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 2026-09-28.