What this category's data looks like
This page addresses the scenarios of school safety hazard inspection and campus incident reporting. The materials include three types: safety inspection checklists, hazard rectification ledgers, and emergency incident reports. The sources are on-campus patrol records, rectification receipts, and incident report forms. The update cadence is daily patrols, weekly summaries, and immediate reporting per incident. The safety inspection checklist fields include inspection item, responsible person, date, and signature; the hazard rectification ledger fields include hazard name, quantity, rectification deadline, acceptance inspector, and receipt; the emergency incident report fields include incident name, number of people involved, occurrence date, reporter, and acknowledgment. When the materials enter workflow orchestration, the safety inspection checklist serves as the trigger input, the hazard rectification ledger serves as the comparison baseline, and the emergency incident report serves as the cross-material consistency verification object. Together, the three support the production of a unified terminology glossary and a bilingual reference draft for external release.
Configuration and implementation checks
This step is executed by workflow nodes (user selection and branching), outputting branch directions and interaction state records. The "unified terminology glossary and bilingual reference draft" is continued and completed by subsequent nodes according to the branch. When the user selection node is triggered, the conversation enters the interaction state and records the workflow state. After the user completes the selection, execution continues along the branch corresponding to the selected option.
| Object | Check | Verification action |
|---|---|---|
| Safety inspection checklist | Whether the inspection item, responsible person, date, and signature correspond item by item with the hazard rectification ledger | In the node, check the options and branch connections one by one, and compare the name, quantity, date, and signature fields of the two materials |
| Hazard rectification ledger | Whether the hazard name, quantity, rectification deadline, acceptance inspector, and receipt are consistent with the emergency incident report | Trigger one interaction, check the node status in the run record, and verify the receipt signatures of the ledger and the report |
| Emergency incident report | Whether the incident name, number of people involved, occurrence date, reporter, and acknowledgment are synchronized with the version of the safety inspection checklist | In subsequent nodes, reference variables and nodeId, and run a trial once to confirm that the selection result variable has been passed to the subsequent nodes |
| Unified terminology glossary and bilingual reference draft | Whether the same term is consistent throughout the whole text, and whether the translated name can refer back to the source text | Sample three terms and check whether their usage is consistent throughout the whole text, and verify whether the bilingual reference draft can refer back to the source text |
Three common errors
- Symptom: The name, quantity, and date of the same record do not match between the safety inspection checklist and the hazard rectification ledger. Cause: The two materials are entered separately, without cross-material comparison and terminology unification.
- Symptom: The version of the emergency incident report is not synchronized, and the old report form and the new ledger coexist. Cause: The update cadences differ, and there is a lack of version synchronization and receipt confirmation steps.
- Symptom: The hazard rectification ledger lacks a signature or receipt, making the acceptance step untraceable. Cause: Signatures and receipts are not included in field verification, and the process does not continue verification after the interaction is completed.
How to verify the setup
Acceptance of this feature: Run a trial for each option one by one, check the branch directions and interaction states in the run record, confirm that each option corresponds to one branch, and that the process continues execution after the interaction is completed.
Business testing: Sample three terms and check whether their usage is consistent throughout the whole text, and verify whether the translated names in the unified terminology glossary and bilingual reference draft can refer back to the source text.
- In the node, check the options and branch connections one by one, confirm that each option corresponds to one branch, and avoid the situation where selecting an option still follows the default branch.
- In subsequent nodes, reference
variablesandnodeIdand run a trial once to confirm that the selection result variable has been passed to the subsequent nodes, and that the process does not stall after the interaction is completed.