Release Notes and Operations Report Summary for Data Masking Processing: Context and Token

Data for this category originates from databases, data dictionaries, masking tools, and access approval systems. It is updated per batch or project.

What Data for This Category Looks Like

Data for this category originates from databases, data dictionaries, masking tools, and access approval systems. It is updated per batch or project. Daily produced documents include masking plans, field mapping tables, masking verification reports, and approval records. Core fields include sensitive field identifiers, masking rule parameters, verification results, and approval status. There are no unified fixed units. Values are adjusted based on project scenarios.

What Constraints Do These Characteristics Impose on Context and Token Processing

Each batch of project masking data has significant structural differences. Adapt to the semantic boundaries of different fields when associating contexts to avoid cross-project context contamination. Different project update frequencies require context caching to be isolated per project. This prevents mixing of masking data from different batches. Masking verification reports and approval records contain sensitive metadata. Skip token-level filtering of sensitive content in context, and sensitive information leakage risks will occur. The sensitive field identification link takes time. Allocate context tokens to prioritize high-priority sensitive fields. This avoids invalid token occupation causing core content truncation.

How to Configure Settings

This document applies to FastGPT v4.17.0. The following configuration items are designed for this version:

Configuration ItemRecommended SettingRationale
maxContext8-25 entries, adjusted per project sensitivity levelMatches the project-based update data characteristics of this category, avoids cross-project context contamination
quoteMaxToken800-1200 tokensAdapts to the document length of masking verification reports and field mapping tables, prevents core masking rules from being truncated
Context Isolation RulesBound to project IDDifferentiates masking data from different batches, prevents context mixing between projects
Sensitive Field Filter ThresholdCalibrated via actual testingPrioritizes retaining context content for sensitive fields, reduces information leakage risks
Context Refresh TimingTriggered upon project approval completionAligns with the approval record update rhythm of this category, ensures context syncs with the latest masking rules

Three Common Configuration Mistakes

  • The number of context entries in conversation details does not match the configured value, and only a small amount of associated content is displayed. This occurs because context isolation rules are not configured per project, leading to merged coverage of masking data contexts from different batches.
  • The AI returns non-standard JSON content. This occurs because the context does not filter sensitive metadata in the field mapping table, causing token usage to exceed the threshold and triggering format parsing exceptions.
  • Uploading masking-related files with relative paths containing tokens causes processing failures. This occurs because token parameters in file paths are not stripped during the context processing link, leading to the backend service failing to correctly identify the file access path.

How to Verify Successful Configuration

  • View the context management interface of the FastGPT platform, confirm that the number of context entries for the current project matches the set maxContext value.
  • Test importing a masking verification report, check that the context token usage does not exceed the set quoteMaxToken range.
  • Launch cross-project conversation testing, confirm that contexts of different projects do not interfere with each other, with no context contamination.
  • Upload masking-related files, confirm that the backend service can correctly identify the file path, with no token parameter interference.

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 2026-10-19.