e2e-wiring-review

End-to-end wiring audits trace user-facing flows from entry points through controllers, services, and data stores to detect dead paths. This approach uses evidence-backed code citations to verify coverage across web apps, APIs, CLIs, and databases.

Phase-driven verification is an auditing method that checks runtime states, persistence, configuration usage, and test coverage in distinct phases. It confirms every cross-service interaction is verifiably wired and observable using citations to code paths.

To verify a checkout flow is fully wired to the database, audit the end-to-end path to confirm the order is created, stored, and reported. The audit traces each interaction from user entry through services to validate persistence with no dead ends.

Yes, end-to-end wiring tracing applies to mobile and desktop applications, as well as web apps, APIs, CLIs, and databases. It enumerates paths across these platforms to confirm every entry point is verifiably wired from input to output.

Dead paths in cross-service interactions occur when user-facing flows stop short of their intended outcomes. An end-to-end wiring audit identifies these gaps by tracing each interaction from user entry through controllers and data stores with code citations.

The best way to audit runtime states and configuration usage is through phase-driven end-to-end wiring verification. This method requires evidence-backed claims with citations to code paths, tests, and runtime states to confirm wiring and configuration usage.