Place Copilot review guidance according to the reach you need, then keep human acceptance separate from instruction placement. This decision framework covers repository-wide rules, shared agent context, path-scoped guidance, and task-oriented skills, with a Python 3.14 troubleshooting scenario.
A credible final response is one signal, not proof that an agent followed instructions, chose the intended tool, extracted the right arguments, or transferred work at the right boundary.
Use a shared Error Trigger workflow for common intake, but design it around missing identifiers and trigger-specific failure context. Keep malformed webhook requests rejected before workflow start in a separate monitoring boundary.
Use the retry option to choose a workflow version, and use editor loading to inspect saved execution input. This guide separates the four documented paths and adds a bounded, application-owned verification policy.
Match the evaluation surface to the decision: inspect a trace to investigate an unclear failure, grade traces against defined workflow rules, and use datasets for repeatable change comparisons. Treat routing and handoff evidence as a prerequisite for adding agent complexity.
A Stripe v1 pagination design should make one owner responsible for every follow-up request: either a documented client-library helper or application-controlled manual traversal.
A rising AI bill is a signal to investigate, not proof that token demand is the cause. Compare usage, an organization-defined charge-per-unit measure, and GPU allocation before choosing a demand control, commercial review, or capacity adjustment.
Choose the accountable scope before calculating an AI unit metric. This troubleshooting pattern separates direct charges from unresolved shared spend so token counts are useful controls rather than unsupported product-cost conclusions.
A practical review separates network reachability, cloud-feature state, and response telemetry so that timing and token fields are not mistaken for privacy evidence.