anchor-trace-horizontal-extension

Bi-directional dependency tracing maps both consumers and producers from an anchor file, distinguishing processing components from pass-through modules to guide the extension scope across all architectural layers.

You provide the path to the anchor file. The tool then traces upward and downward connections across all layers, classifies components, and outputs a cross-layer feature extension plan detailing scope, impacted modules, and recommended changes.

Yes, the tracer classifies each component as processing or pass-through. This distinction helps teams identify where functional logic resides versus where data simply transits, ensuring extensions target only the necessary processing modules.

The best way is to trace bi-directional dependencies from an anchor file to map all impacted modules. This approach ensures changes ripple minimally and coherently across UI, bridge, and service layers in a large codebase.

Yes, it is designed for scaling features across large codebases. By mapping cross-layer dependencies from an anchor file, it ensures changes ripple minimally and coherently across UI, bridge, or service layers without breaking architecture.

Anchor file tracing automates the discovery of consumers and producers across all layers, classifying processing versus pass-through components. Manual review risks missing hidden cross-layer dependencies, whereas tracing outputs a comprehensive, minimal extension plan.