What the Data for This Category Looks Like
Computer equipment research report data primarily comes from public reports released by industry consulting institutions, official technical documents from hardware manufacturers, review content published by third-party hardware testing agencies, and sector-specific research reports for the computer sector in the securities industry. Research report update schedules adjust irregularly alongside new hardware launches and quarterly industry monitoring nodes, with no fixed cycle. The document structure of a single research report includes fields such as device model, core hardware parameters, performance test data, applicable scenarios, official suggested price, and release time. Hardware parameter fields must use fixed units: GB for video memory, TB for storage capacity, and count for core count.
What Constraints Do These Characteristics Impose on HTTP Interfaces and External Systems?
Since research reports contain multiple sets of hardware parameters with clear units, HTTP interfaces must support format validation for parameter units to prevent invalid data from entering the retrieval workflow. Since updates have no fixed cycle, external system integrations must support on-demand triggered incremental pulls. Fixed-cycle full synchronization cannot adapt to the irregular update rhythm. Since single research reports may contain long-text test data and multiple parameter groups, interfaces must support large file parsing or segmented transmission to avoid request failures caused by excessive data volume. Additionally, field standardization requirements mean format validation rules must be added to interface requests and responses to ensure incoming and returned parameters comply with preset specifications.
Configuration Settings
| Configuration Item | Recommended Value | Rationale |
|---|---|---|
apiRequestTimeout | 120 seconds | Computer equipment research reports may contain multiple long-text test datasets, resulting in large interface response data volumes. Extending the timeout prevents request interruptions |
chunkSize | 800–1200 characters | Parameter paragraphs and test data sections in computer equipment research reports are moderately sized. This segmented range balances retrieval accuracy and interface call efficiency |
recallTopK | Top 6–10 results | There are many segmented computer equipment models. Retrieving too many increases context processing load, while retrieving too few fails to cover full retrieval needs |
fieldUnitValidation | Enabled | Research reports contain fields with units such as video memory and storage capacity. Validating that unit formats match preset rules ensures data accuracy |
incrementalSyncTrigger | Triggered by update timestamp | Computer equipment research report updates have no fixed cycle. On-demand pulling reduces unnecessary interface calls and external system resource consumption |
maxParseFileSize | 50 MB | Single research reports may contain multiple test charts and long-text analyses. This upper limit covers the file size requirements of most standard research reports |
The parameter values provided on this page are common recommended starting points for configuration. Actual values are affected by material format, data volume, and business rules. Specific issues require individual analysis, and testing against local samples is recommended before finalizing settings.
Three Common Misconfigurations
- The hardware parameter field returned by the interface is empty, with the error message
unit_mismatch. The cause is that thefieldUnitValidationconfiguration is not enabled, and parameters that do not comply with unit rules are automatically filtered. - Interface calls frequently trigger timeouts, with the status code returning
504 Gateway Timeout. The cause is thatapiRequestTimeoutis not adjusted to above 120 seconds. Long-text data in single research reports causes interface response delays to exceed default thresholds. - External systems only retrieve conversation records created via the web interface, and do not include conversations created via the API. The cause is that the
apiChatSyncconfiguration is not enabled, and conversations generated via the API are not synchronized to the external system's query scope.
How to Verify Successful Configuration
- Send a test research report containing standard unit hardware parameters, and check that the interface returns complete fields with unit formats matching preset rules.
- Call the incremental synchronization interface, specifying the update timestamp from the last 24 hours, and verify that only research reports updated within this time period are pulled, confirming the incremental synchronization configuration is active.
- Initiate two API calls from different users, and confirm that each user can only access conversation records they created, verifying that user isolation configuration is active.
- Upload a research report file exceeding the preset file size limit, and check that the interface returns a file over-limit prompt matching the
maxParseFileSizeconfiguration.
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.