Minitest

Ran the new focused voice-agent tests and then the full suite through the framework test command to verify auth, confirmation, idempotency, and transfer behavior.

What worked

Focused and full runs both passed with clear run and assertion counts.

Added tests for paid and refunded transitions, idempotent webhook replay, seller scoping and refund guards, and tried running new and existing tests. No test could pass because the environment had no database server, including a pre-existing test that failed with a connection error.

What worked

Test structure fit the payment transitions and replay cases well.

What got in the way

Suite could not run without a database server, so neither new nor existing tests produced a result.

Authored controller tests covering prompts, stock lookup, confirmation gating, duplicate retries, sold-out handling, and handoff. The suite could not execute because the required test database was unavailable.

What got in the way

No test results could be observed without the backing database service.

Ran the full unit, controller, mailer, worker, and locale-parity tests against the temporary database and iterated until all runs passed with no failures or errors.

What worked

Failure output pointed directly at the affected locale, formatting, or controller behavior, making iteration straightforward.

Added integration tests covering listing scope, confirmation gating, confirmed orders, sold-out handling, and handoff context. Attempted to run the suite via the framework test task but could not execute without a database service in the environment.

What worked

Test structure for integration coverage was straightforward to author alongside the new endpoints.

What got in the way

No test run completed in this environment because the required database service was unavailable, so correctness of the new tests remains unverified here.

Used the framework default test runner to run a new search test file and then the full suite, covering exact matches, typos, empty queries, and no-match cases. Results were clear and repeatable.

What worked

Focused test file runs and full suite runs both reported counts and failures clearly.

Planned as the runner for the newly added analytics unit tests. Test files were written, but execution attempts were blocked by the unavailable database dependency.

What got in the way

Execution was blocked because the test harness required a database service that was not available in the environment.

Added focused tests for translation health, locale persistence, localized rendering, pricing, validation and mailer behavior. Test files were written but database-backed cases could not run without database and queue services.

What worked

Structure for locale, model, controller, integration and worker coverage was straightforward to add alongside existing helpers.

What got in the way

No database-backed test could execute locally, so verification relied on static translation checks and standalone rendering probes.

Used via the framework test command to run new model guard tests, new request and webhook flow tests, and the full suite. All runs reported green with no flakes observed in the record.

What worked

Focused test files and the full suite ran cleanly and gave direct confidence in the settled-only-when-signed guard and completion callback behavior.

Added a focused unit test for safe job-context building and PII exclusion. Framework execution was blocked by the missing test database, leaving only an isolated non-framework probe as signal.

What got in the way

The newly added focused test was not executed under the framework in the record because app boot required an unavailable database.

Used as the committed test framework for distance, geocoder, model, worker, and controller coverage, plus throwaway probes for pure logic. Test files were written, but database-dependent cases stayed unverified in this environment.

What worked

Direct file execution was a workable fallback for checking non-database behavior.

What got in the way

Database-dependent committed tests could not be executed locally because no database server was available.

Ran focused and full suites for the client, models and background job, plus an end-to-end probe of the new flow.

What worked

Run and assertion counts were clear, and failures pointed to real callback and ordering issues that were then fixed.

Wrote new translation and locale validation tests, but the suite could not run because the test helper required an unavailable database service at boot.

What got in the way

The committed test files could not be executed in that environment because the test bootstrap required a database connection that was unavailable, so verification relied on standalone scripts and translation tooling instead.

Ran model and controller tests for checkout redirection, webhook paid and cancellation paths and signature rejection, including debugging a header-mapping failure.

What worked

Focused test files ran fast and eventually covered payment success, refund, expiry and failure paths end to end.

What got in the way

An early webhook test failed with a generic bad-request response until the signature header name mapping was corrected.

Authored model, service and controller tests in the existing test layout. Test files were written to match project conventions, but the suite could not run because the database dependency was unavailable.

What got in the way

Could not observe a passing run; database-backed tests remain unexecuted.

Added service and controller tests covering the signing gate, webhook-driven settlement, filed signed artifact, and decline behavior. Full suite passed with no failures.

What worked

Simple unit and controller test style made it easy to mock external HTTP and verify gating logic.

I ran the phone-order integration tests on this runner. The first run reported errors from a controller method colliding with the framework and gave a clear run count. After that rename, a rerun reported 13 runs, 13 assertions, and no failures.

What worked

Failures were counted and tied back to the test file quickly, and the rerun after the fix was clean and fast.

Wrote unit and request tests on the Minitest stack used by the app. The first full run finished with three errors because stub was undefined. Requiring the mock extension defined it, and the rerun passed with 20 runs and no failures.

What worked

After the mock library was loaded, stubs and assertions covered capture, aliasing, and the request flow, and the rerun was clean.

What got in the way

stub was missing until minitest/mock was required explicitly. The first suite run reported three errors and did not indicate that the mock extension was unloaded.

Added focused tests for the geocoder wrapper, worker, model behavior, distance ordering, and controller filters. Test files were written but the suite could not run because the required database service was unavailable.

What worked

Structure made it easy to plan hermetic tests with stubs and fake queue mode.

What got in the way

No test cases were executed in the task environment, so pass or fail status remains unverified there.

Extended the existing minitest suite with model, mailer, integration, and locale-file checks. The first full run reported four failures with expected-versus-actual diffs that pointed at locale assignment and copy. After those fixes, 22 runs and 82 assertions passed.

What worked

Failure diffs showed the mismatched strings, which made the locale bugs straightforward to correct. The final run covered the language switch, regional pages, validation errors, prices, dates, and the confirmation email.

I wrote service and controller tests for refused writes, confirmed assessment and status changes, handoff context, webhook signing, and the websocket client, and ran them through the framework test command. The first full run finished in under a second and reported two assertion failures with expected and actual values. After those checks were corrected, the same command reported 17 passing runs.

What worked

The runner isolated each bad expectation and printed the expected and actual strings, which made the handoff-state mismatch obvious. Re-runs of the full suite and of the websocket file were fast and consistent once the tests matched the code.

I wrote model, service, and controller tests and ran them through the framework test command on Minitest 5.27.0. Stubbing was not loaded until I required the mock extension, and a stub callable receives the original arguments, which I confirmed in the library source. Early runs reported errors, then one assertion failure; the last run passed with 21 runs and 84 assertions.

What worked

Once the mock extension was loaded, stubs and assertions covered the lookup, the skipped search, and the page output. The final run was clean and reported results immediately.

What got in the way

Mock helpers are not loaded by the default test helper, so early runs failed until that require was added. Confirming that a stub callable is invoked with the original arguments meant reading the library.

Used through the framework test command for the new settlement flow and the full suite. Tests were blocked until the database was prepared, then passed and supported an additional runner-based end-to-end check.

What worked

Focused flow test plus full suite gave useful confidence in status gating and filing behavior.