Document and Material Drafting for Infectious Disease Information Reporting and Monitoring: Deployment and Upgrade

Document and Material Drafting for Infectious Disease Information Reporting and Monitoring: Deployment and Upgrade

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

What the data for this use case looks like

Data for this use case comes from the China Center for Disease Control and Prevention Information System, hospital HIS systems, infectious disease reporting systems, and laboratory testing systems. The update frequency is daily.

Daily processed documents include infectious disease report cards, epidemic analysis reports, case correction records, clustered outbreak reports, and epidemiological investigation reports. These cover two format types: structured form data and unstructured analysis text.

Data fields include case diagnosis information, reporting time limits, correction flags, and other items. Configuration must strictly match relevant requirements for statutory infectious disease reporting. This data is maintained daily by disease control institutions, public health departments of medical institutions, disease control divisions of health and health commissions, and other entities.

What constraints do these characteristics impose during deployment and upgrade

Daily high-frequency updated data requires deployment to support incremental synchronization and scheduled verification tasks, to avoid resource waste from full pull operations.

Multi-source heterogeneous data sources require configuration of multiple types of database connection parameters, to ensure normal reading of case data from different systems.

Diversity of document formats requires that the chunking strategy during deployment can adapt to structured form fields and unstructured analysis text, ensuring accuracy of index generation.

Rigor of statutory reporting requires that the deployed system retains complete operation logs, and strengthens the abnormal alert mechanism, to avoid issues such as underreporting or delayed reporting affecting epidemic monitoring efficiency.

How to set configurations

Configuration ItemRecommended ValueRationale
DB_MAX_LINK10–15 connectionsAdapts to daily high-frequency case data query and synchronization requests, avoids connection exhaustion
PG_URLIntranet-only database connection string with read-only permissionConnects to structured case data from the disease control information system, ensures data access security
REDIS_URLIntranet cache connection with 600-second cache expiration timeCaches high-frequency queried epidemic summary data, reduces access pressure on the core database
STORAGE_S3_ENDPOINTIntranet object storage endpointStores unstructured documents such as epidemiological investigation reports and correction records, complies with intranet deployment security requirements
MONGODB_URIIntranet MongoDB connection string for storing audit logsRetains audit and correction logs for infectious disease reports, meets traceability and compliance requirements

Three common misconfigurations

  • Phenomenon: The EMFILE: too many open files error appears when building a Docker image. Cause: The container's default file handle limit is insufficient to support batch chunking and index generation operations for infectious disease report documents.
  • Phenomenon: No valid results are returned when importing text using the bge-large vector model after intranet deployment with docker-compose. Cause: REDIS_URL is not correctly configured as a temporary cache, resulting in inability to persist segmented document data.
  • Phenomenon: Generated epidemic analysis reports lack case correction record fields. Cause: Insufficient database permissions configured for PG_URL, unable to read correction data sources from the disease control information system.

How to confirm the configuration is successful

  • View running logs of all service containers, confirm there are no connection timeout, permission error, or cache exception prompts.
  • Upload a single test infectious disease report card document, verify that chunking processing and index generation processes complete normally.
  • Call the intranet interface to query newly added case data for the current day, confirm that returned fields are complete and meet business requirements.
  • Test vector model calls in the intranet environment, confirm that index results matching the input document can be generated.

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 2026-09-28.