Treat configuration as the test unit

Different models can serve different application tasks, but each configuration needs its own evidence. Record the exact model ID, protocol, client version, important parameters, test date, and intended purpose. A model directory helps identify candidates; it does not prove every capability has passed your tests.

Separate release requirements from optional improvements. If the application requires structured output or tool calls, define explicit acceptance criteria for those features. Without evidence, mark them unverified rather than inferring support from a name or successful plain-text response.

Attach evidence to each capability

Use fixed, non-sensitive samples and expected outcomes. Humans can review answer quality, while parsing, field types, and boundary conditions benefit from deterministic validation. Record pass, fail, or untested and link to redacted application test records.

DimensionExample acceptance criterion
Task qualityRepresentative samples meet team-defined requirements
Structured outputParses successfully and matches application field rules
Tool callsArguments, result handling, and termination are correct
StreamingAssembly, termination, and cancellation work
Operating limitsTimeouts, rate limits, context, and spending are observable

Retest when something changes

Run a bounded pilot at expected input lengths and modest concurrency. Observe usage, latency, and error categories. Do not extrapolate one success to the largest context or long-term reliability, and confirm limits before attempting load tests.

Rerun affected samples after changing a model, upgrading an SDK, or modifying prompts. Expand through a controlled set of tasks and keep a tested route back to the previous configuration. Verify that fallback inputs, outputs, and tool protocols still satisfy application expectations.

Sources & further reading

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