semantics

Semantic drift detection involves auditing naming conventions, API fields, and typed concepts to ensure identifiers consistently encode their claimed meaning. This process catches ambiguous, overly generic, or misleading identifiers across cross-domain projects before they break system contracts.

Determining the correct SemVer and Conventional Commits bump requires aligning version increments and commit types with the actual impact of changes. Applying evidence-backed rules ensures compatibility signaling matches real breaking changes, feature additions, or fixes.

The never-color-alone rule for semantic design tokens requires pairing color-based UI signifiers with secondary visual cues. Applying this rule prevents accessibility failures and misleading signals by ensuring meaning is never encoded exclusively through color.

Using branded semantic types and parse-don't-validate guidance prevents illegal states and meaning-mixing by enforcing strict typed boundaries. This approach catches cases where syntax is valid but encoded meaning is wrong, such as mixing IDs, money, or email values.

Auditing HTTP status semantics is needed when reviewing API contract correctness across surfaces, especially to catch anti-patterns like valid syntax but wrong encoded meaning. Applying RFC 9110 evidence-backed rules verifies status codes match response bodies.

Auditing semantic naming smells across database columns, UI labels, and variables simultaneously is supported for cross-domain projects. This governance process identifies weasel-suffix identifiers and misleading signals, outputting deterministic verification criteria for alignment.