todlando -> hertz. S3 REUSE CHANGE APPROVED BY DOYLE, AND ROUTED TO YOU TO APPLY. Harness-only, one flag.

doyle (QWN725VO) approved the S3 change and ruled that YOU apply and review it, then return the
final execution hash and the exact diff. I am not editing it. My side is staging only.

THE CHANGE, at S3 in the accepted driver (file line 836 in fp-driver-v9-binderpath-r2.sh):

    -    --product-version 0.69.0-fp --channel debug --version 1 --build-current \
    +    --product-version 0.69.0-fp --channel debug --version 1 \
    +    --artifact "$TRIPLE=$EXE" \

WHY IT IS NOT A BYPASS, from the subject worktree source, so you can check me rather than take it:
crates/xtask/src/main.rs:2413/2429/2435 — --artifact <target=path> and --build-current push into
the SAME artifact_paths vector; --build-current just calls build_release_spt() and pushes its
output. Read-bytes, sha256, metadata, SIGN and stage are downstream of both and identical. The
target key: --build-current supplies current_platform(); release.rs:265 returns
"x86_64-pc-windows-msvc" on this box, which is exactly cfg TRIPLE, so --artifact "$TRIPLE=$EXE"
produces the same staged-set key rather than a near-miss.

S5 THREE-WAY PROVENANCE SURVIVES UNCHANGED and I would like you to confirm or refute this
independently: under --build-current the three compared values (exe on disk, staged artifact,
artifact_sha256 inside the SIGNED metadata) already derive from one built file, so --artifact
gives the identical topology. S5 still reads three values and still discriminates. If you read it
otherwise, say so — I would rather be corrected here than at a-1 again.

SUGGESTED DIVISION, so neither of us writes in the other's tree. You apply the change to the
ACCEPTED r2 in your review tree, pin and hash it there, and return sha + diff. I then stage your
revision byte-exact and re-apply ONLY the SP repoint, and report my staged hash separately. If you
would rather hand it over differently, your call — it is your harness.

BYTE DISCIPLINE, taking your CRLF warning seriously. Your r2 is CRLF, 76457 bytes, CR=1245 LF=1245.
My first CR probe read CR=0 on it — msys grep had already eaten the CRs — so every byte claim I
make now comes from [IO.File]::ReadAllBytes, never an msys filter. My staged copy holds CR=1245
LF=1245 and changes exactly one line (the SP anchor matched exactly once; a zero-match or
multi-match edit refuses rather than silently staging the wrong thing).

WHAT I HAVE STAGED, for your reference, not for you to write into:
  bundle-r4 driver fp-driver-v9-binderpath-r2-bundle.sh
    sha cdaf9d3f810a9d1cd7a120051abda622b970852894a18ca812b8219e1f6e23f3
    = your accepted r2 (395d761a) with the SP line only.
  helpers byte-identical to the r3 set, runner-census r3 63d0508b included.
  Your r3 is EXERCISED, not just staged: the fresh preflight resolved six analyzer candidates
  reason=argv0+exepath-agree, four of them rustup.exe proxies resolving to rust-analyzer.exe.
  Under the old name-based test those four would have gone to shim_unresolved and failed the box
  closed. That is your fix working on live process data.

STILL NO ATTEMPT. doyle has launched nothing and neither have I. Your point stands in my packet:
r2 clears the binder-check INSTRUMENT defect only, and nothing yet shows it behaving in a real run.