jade-core-verification

JADE migration correctness is verified by comparing normalized semantic outcomes rather than raw log text. This approach extracts lifecycle, ACL protocol, and DF/AMS events into a canonical event model, confirming behavior remains intact despite platform or Java version differences.

Semantic trace normalization extracts lifecycle, ACL protocol, and DF/AMS events from logs, XML sniffer output, and JSON lines into a canonical event model. This allows accurate comparison of baseline and migrated traces even when raw text differs.

Normalized trace comparison supports final migration gates, trace comparison, runtime consumer verification, and evidence-based validation. It requires baseline and migrated trace directories along with tolerance configuration to return a semantic pass or fail result.

To compare baseline and migrated JADE traces with unreliable raw diffing, use a semantic verification skill. It normalizes trace noise and compares canonical events against a tolerance configuration, returning a clear pass or fail result.

JADE migration verification supports ACL protocols and DF/AMS event scenarios. It extracts these specific events into a canonical model, applying evidence-based validation across lifecycle, ACL, and DF/AMS scenarios for comprehensive semantic checks.

Raw log diffing for JADE trace comparison becomes unreliable when log text changes across platforms or Java versions. Trace noise disrupts accurate validation, requiring normalized semantic outcome comparison to confirm behavior has stayed intact.