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revert: drop the iteration-5 bullet that #754 merged by accident#755

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ericleepi314 merged 1 commit into
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fix/revert-iter5-from-754
Jul 26, 2026
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revert: drop the iteration-5 bullet that #754 merged by accident#755
ericleepi314 merged 1 commit into
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fix/revert-iter5-from-754

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#754 was branched while HEAD still sat on the iteration-5 commit, so the squash carried in a change I had measured as null and stated I would not merge. This removes it. #754's actual subject — the task-tool skip conditions — is untouched.

The premise was a classifier artifact

The bullet rested on a purpose-level classification showing Claude Code inspecting more than clawcodex (2.43 vs 1.57–1.71 per trial). My regex anchored the verb at the start of the command, so clawcodex's cd /app && grep … inspection calls landed in an other bucket. Stripping cd/&& prefixes reverses the finding:

category clawcodex Claude Code delta
explore:inspect 4.93 3.95 +0.98 ← clawcodex inspects more
meta (memory + tasks) 0.64 0.00 +0.64
author:inline 2.93 2.52 +0.40
run:exec 1.86 1.57 +0.29

False premise → null measurement (4 of 5 tasks worse, mean 9.9 → 10.2). Lesson: anchor a command classifier on the first real verb, not the first token.

What survives

The meta row. Memory writes plus task-tool calls cost clawcodex 0.64 steps/trial where Claude Code spends zero across 21 trials — 26% of the remaining gap. #754's skip-condition restoration addresses the task-tool half and rests on the dropped-qualifier argument, independent of the misclassified rows.

Tests: 28 passing in the affected file; the #753 and #754 changes verified intact in the assembled prompt.

🤖 Generated with Claude Code

#754 was branched while HEAD still sat on the iteration-5 commit, so the
squash carried in a change I had measured as null and said I would not
merge. This removes it. The task-tool skip conditions that #754 was
actually for are untouched.

The bullet ("Before running something you just wrote, confirm the specific
assumptions it depends on...") rested on a purpose-level classification
showing Claude Code inspecting more than clawcodex (2.43 vs 1.57-1.71 steps
per trial). That result was a CLASSIFIER ARTIFACT: the regex anchored the
verb at the start of the command, so clawcodex's `cd /app && grep ...`
inspection calls fell into an "other" bucket instead. Stripping `cd`/`&&`
prefixes before classifying reverses it:

                    clawcodex   Claude Code   delta
    explore:inspect    4.93        3.95       +0.98   <- clawcodex inspects MORE
    meta               0.64        0.00       +0.64
    author:inline      2.93        2.52       +0.40
    run:exec           1.86        1.57       +0.29

So the premise was false, which explains the null measurement (4 of 5 tasks
worse, mean 9.9 -> 10.2). Anchor a command classifier on the first real
verb, not the first token.

What survives from that analysis is the `meta` row: memory writes plus
task-tool calls cost clawcodex 0.64 steps per trial where Claude Code spends
ZERO across 21 trials -- 26% of the remaining gap. #754's skip-condition
restoration addresses the task-tool half and stands on the dropped-qualifier
argument, independent of the misclassified rows.
@ericleepi314
ericleepi314 merged commit 6540a57 into main Jul 26, 2026
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