signal-end-to-end

End-to-end signal changes are coordinated by aligning router configuration, signal extraction, CLI schema, and metadata contracts simultaneously. This ensures consistent behavior across config, parsing, and tests when introducing a new signal type or updating router-owned metadata headers.

End-to-end signal orchestration is the process of aligning router-owned metadata headers and topology payloads with signal semantics. It validates that signal extraction and configuration remain consistent when modifying router signals or bindings.

You need to update signal extraction and topology bindings when introducing a new signal type, modifying signal extraction logic, or updating router-owned metadata headers. This ensures alignment across configuration, parsing, and tests with explicit E2E coverage.

To add a new signal type, introduce the signal and run the end-to-end workflow to align configuration, extraction, CLI schema, and metadata contracts. This ensures comprehensive E2E coverage and testability across router signals.

Yes, end-to-end signal testing requires explicit E2E coverage for router signals. This ensures router-owned metadata headers and topology payloads align with signal semantics across config, extraction, and CLI schema.

Router signal extraction and CLI schema fall out of sync when metadata changes are not coordinated end-to-end. Aligning configuration, extraction, CLI schema, and metadata contracts together ensures consistent behavior and testability.