gormes-service-layer-refactor

To refactor duplicated Go runtime logic, identify shared mechanics across providers and channels, then extract reusable service seams and adapters. This enforces modularization while preserving public behavior and keeping policy at the edge.

A service seam in Go agent runtime modularization is a package-local interface that encapsulates duplicated provider and channel logic. It creates small, testable boundaries that improve maintainability without disrupting public APIs.

To incrementally refactor a Go service layer without breaking callers, apply a safe workflow that extracts shared interfaces first, then updates multiple callers step by step. This minimizes public disruption while introducing modular seams.

Yes, this refactoring approach is designed for Go-based Hermes-like agent runtimes with multiple callers sharing provider, channel, and setup logic. It preserves existing behavior while extracting reusable adapters across shared runtime mechanics.

The best way to eliminate duplication hotspots in a Go service layer is to identify repeated runtime mechanics across modules and extract shared interfaces behind package-local seams. This promotes locality and keeps policy at the edge.