What the data for this category looks like
Data sources for aquaculture intelligent due diligence reports include real-time water quality data from pond online monitoring equipment, daily feed feeding and seed stocking ledgers, quarterly disease inspection reports, and purchase reference price documents from regional aquaculture industry associations. Update frequency: water quality data is synced hourly, production ledgers are updated daily, inspection reports and reference prices are updated quarterly or monthly. Document structure includes basic pond information, periodic production records, compliance inspection attachments, and supply chain docking archives. Fields include dissolved oxygen concentration (unit: mg/L), pH value, ammonia nitrogen content (unit: mg/L), per-mu feed dosage (unit: kg/mu), and per-mu aquaculture yield (unit: kg/mu).
What constraints these characteristics impose on deployment and upgrade
The above data characteristics impose multiple constraints on the deployment and upgrade process. High-frequency real-time water quality data requires high-concurrency vector retrieval configuration to avoid synchronization delays. Multi-source heterogeneous data formats require preset parsing rules for different data sources during deployment, and upgrades must be compatible with old parsing templates and support mapping of new fields. Data sources with different update frequencies require configured differentiated synchronization cycles, and upgrade processes must support dynamic adjustment of task scheduling parameters. Aquaculture documents often include high-definition inspection photos and long-text ledgers, so file upload and parsing timeout thresholds must be adjusted during deployment, and upgrade processes must support batch processing logic for large-volume attachments.
How to Set Configurations
| Configuration Item | Recommended Value | Rationale |
|---|---|---|
UPLOAD_FILE_MAX_SIZE | 2000 MB | Aquaculture due diligence reports often include high-definition inspection photos and pond monitoring clips, requiring support for large-volume file uploads |
PARSE_FILE_TIMEOUT_SECONDS | 600 seconds | Long-period production ledgers and multi-page compliance inspection reports require longer parsing processing time |
SYNC_TASK_CONCURRENCY | 8–12 | The hourly synchronized water quality data volume is large, and appropriate concurrency can avoid data synchronization backlogs |
RECALL_TOP_N | 10–15 | Aquaculture due diligence data includes multi-dimensional fields, requiring sufficient recall results to cover complete pond information |
SIMILARITY_THRESHOLD | 0.72–0.85 | Water quality indicators (such as dissolved oxygen, pH) have high feature similarity, requiring a reasonable threshold to filter irrelevant matching results |
PLUGIN_REGISTER_PATH | ./packages/plugins/register | System plugins must be registered according to the standard path; missing this file will prevent plugins from loading properly |
The parameter values provided on this page are common recommended starting points for configuration. Actual values are affected by material form, data volume, and business rules. Specific issues require case-by-case analysis, and it is recommended to test on your own samples before finalizing settings.
Three Common Mistakes
- Phenomenon: After executing the Docker deployment process, the system plugin configuration interface fails to load normally, and the console displays "plugin register file not found". Cause: The
packages/plugins/registerfile was not created in the deployment directory, or thePLUGIN_REGISTER_PATHparameter was not correctly configured to point to the actual path of this file. - Phenomenon: In the locally deployed workflow configuration interface, after adding more than 20 nodes, obvious lag occurs when entering node parameters, and input delay exceeds 1 second. Cause: The lazy loading mechanism for front-end node rendering was not enabled, or the number of page node caches was not limited, resulting in a large number of DOM elements occupying front-end resources.
- Phenomenon: After executing the
docker compose pullupgrade command and restarting the container, the container fails to start, and the log displays "port already in use" or "missing required env variable". Cause: Port conflicts occurred because the original container was not stopped before upgrade, or the.envconfiguration file was not updated to adapt to the parameter requirements of the new version.
How to Confirm the Configuration Is Correct
- Upload a single large-volume aquaculture inspection report attachment, confirm that the upload and parsing processes have no errors, and adjust the corresponding parameters based on actual attachment specifications.
- Manually trigger a high-frequency water quality data synchronization task, check the synchronization log to confirm that the task execution status matches the preset configuration, with no backlog or timeout prompts.
- Enter the system plugin configuration interface, confirm that the plugin list loads normally, with no error prompts related to registration files, and verify that the plugin registration path configuration is correct.
- Drag and add multiple workflow nodes and enter parameters, confirm that the page response has no obvious lag, and adjust the front-end rendering configuration based on the actual number of nodes.
Question material comes from public community discussions. Configuration values are common starting points and should be measured against your own samples. Verified on 2026-09-14.