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feat(phd-phase2-stubkill-2-10): expand App.J Troubleshooting — STROBE / cross-link / R7 hooks#612

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feat(phd-phase2-stubkill-2-10): expand App.J Troubleshooting — STROBE / cross-link / R7 hooks#612
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@gHashTag gHashTag commented May 8, 2026

Closes #265\n\n## Phase 2 STUB-KILL · task 2.10 — App.J Troubleshooting expansion

Closes trios#380 Phase 2 manifest task 2.10 (line 67).

Pre/post

Metric Pre Post
docs/phd/appendix/J-troubleshooting.tex 6,100 B / 136 lines 16,812 B / 340 lines
\label sites in J 1 12
Total monograph \label sites 1158 1170 (0 dup, 0 dangling)
\begin/\end env balance 15/15 15/15

What changed

  • §J.0 Overview — STROBE rationale, blocker taxonomy (3 firmware / 1 electrical / 1 informational), critical-path delay analysis dominated by BLK-001
  • §J.7 BLK ↔ chapter / Coq / Zenodo cross-link table — 5-row bridge to Reproducibility (ch_20:abstract), Zenodo Z-08 (10.5281/zenodo.19227884), with 3/5 entries honestly marked audit-pending (R5)
  • §J.8 Lessons learned — 5 numbered engineering-checklist lessons for future operators
  • §J.9 Reproduction protocol — Rust subcommand cargo run -p trinity-fpga -- bringup (R1: no .sh/.py), idempotent, gated by trinity_fpga::bringup::idempotent integration test
  • §J.10 Open issues / audit-pending — 4 honest open items: multi-cable concurrency, BLK-004 die forensics (no decap performed), >115200-baud noise margin, XVC bridge boot-time
  • §J.11 Falsification hooks — R7 pre-registered observations for each BLK-001..005 that would invalidate the resolution

Preserved verbatim

  • All 5 STROBE blocker entries (BLK-001..005) preserved byte-for-byte
  • IDCODE 0x13631093, STAT 0x401079FC, commit a63d3fb8, ESP32 pin GPIO35/IO35 — all kept exactly
  • 5-row resolution summary table (J.6) intact

R-rule compliance

  • R1: zero .py / .sh blocks; reproduction uses cargo run -p trinity-fpga -- bringup
  • R5: 3/5 Zenodo rows + BLK-004 die forensics + multi-cable concurrency marked audit-pending rather than asserted
  • R7: falsification hooks pre-registered for every BLK entry
  • R10: single atomic commit 0066a58

Stack

  • base: feat/phd-phase2-stubkill-2-8 (PR #609, tip cf3033c)
  • this: feat/phd-phase2-stubkill-2-10 tip 0066a58

🌻 Phase 2 STUB-KILL: 8/10 lanes done after this merge.

φ² + φ⁻² = 3 · DOI 10.5281/zenodo.19227877 · defense 2026-06-15

… overview, BLK↔chapter/Coq/Zenodo bridge, lessons learned, reproduction protocol, audit-pending log, R7 falsification hooks [agent=phase2-2-10]
@gHashTag gHashTag merged commit 1760735 into feat/phd-phase2-stubkill-2-8 May 10, 2026
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@gHashTag gHashTag deleted the feat/phd-phase2-stubkill-2-10 branch May 10, 2026 20:52
gHashTag added a commit that referenced this pull request May 10, 2026
… overview, BLK↔chapter/Coq/Zenodo bridge, lessons learned, reproduction protocol, audit-pending log, R7 falsification hooks [agent=phase2-2-10] (#612)
gHashTag added a commit that referenced this pull request May 10, 2026
…t verifier (R1 fix), licence matrix, chapter↔DOI bridge, SHA cross-link, longevity policy (#726)

* feat(phd-phase1-unify-1-2): rename Flos Aureus strand NN-slug.tex -> fa_NN.tex (34 files) [agent=perplexity-computer-phase1]

Phase 1 UNIFY · trios#380 task 1.2.

Pure git-mv rename: each docs/phd/chapters/NN-<slug>.tex moves to
docs/phd/chapters/fa_NN.tex with 100% file similarity (R == 100). No
content edits in this commit; the rename is paired 1:1 with main.tex
include-path patches in the next commit.

Why: per #380 manifest task 1.2, the named-strand canonical namespace
is fa_NN (Flos Aureus), parallel to the ch_NN namespace (Trinity S³AI).
phd-chapter-author v1.1 lessons-learned point 1 already classified the
old NN-slug names as the canonical chapter location, but the v6.2
manifest reserves the unprefixed NN-slug namespace and instead pins
fa_NN as the namespace shared by main.tex include lines and Neon
ssot.chapters export targets.

Mechanical mapping (NN preserved, slug dropped):
  00-monad.tex                -> fa_00.tex
  01-golden-egg.tex           -> fa_01.tex
  ...
  33-epilogue.tex             -> fa_33.tex

Anchor phi^2 + phi^{-2} = 3 · DOI 10.5281/zenodo.19227877.
Refs trios#380 Phase 1 UNIFY task 1.2.

* feat(phd-phase1-unify-1-5): chapter-prefix non-referenced \label keys; eliminate LaTeX duplicate-label warnings [agent=phase1-unify-1-5]

Phase 1 UNIFY · trios#380 task 1.5 — cross-references sweep.

Problem: 70 chapter files in docs/phd/chapters/ (34 ch_NN + 35 fa_NN +
ch_35_mesh_node) defined ~126 label keys identically across multiple
files (e.g. \label{abstract}, \label{introduction}, \label{sec:05-intro}).
None of these duplicate keys were consumed by any \ref/\autoref/\eqref/
\Cref/\pageref in the corpus, so they were pure LaTeX duplicate-label
warnings — not broken cross-references. Still, they bloated the build log
and made the PDF build noisy on the road to defense 2026-06-15.

Fix: for every \label{KEY} in <stem>.tex, if KEY is consumed by any
\ref-family command anywhere in docs/phd/, leave it bare (protected);
otherwise rewrite to \label{<stem>:KEY}. Idempotent: skip keys already
prefixed. Mechanical rename, no semantic content changed.

Inventory before patch:
  - 1145 total \label sites, 620 unique keys
  - 126 duplicate keys (all unreferenced)
  - 119 referenced keys (all uniquely defined, 0 dangling)

Inventory after patch:
  - 1145 total \label sites, 1145 unique keys
  - 0 duplicate keys
  - 0 dangling refs
  - 119/119 originally-referenced keys still resolve (no breakage)

Patched 1011 \label sites across 70 files. Added
docs/phd/cross-ref-audit.md with full label→file map (1324 lines)
satisfying acceptance criterion #1 of #380 task 1.5.

Stacked on feat/phd-phase1-unify-1-2 (PR #595, task 1.2).

Skill: phd-chapter-author v1.1 + phd-monograph-auditor v1.2.
Anchor: phi^2 + phi^-2 = 3, DOI 10.5281/zenodo.19227877.
R1 (no .py/.sh committed): the patch script ran from /tmp, only LaTeX changed.

* feat(phd-phase1-unify-1-4): Flos Aureus & Trinity-strand Chapter Anchor headers in 70 chapters [agent=phase1-unify-1-4]

Phase 1 UNIFY · trios#380 task 1.4 — header blocks (~0.5 pp/ch).

Per #380 manifest (PART VIII Flos Aureus, 34 chapters), every chapter
must carry a branded header naming its golden-flower petal:
FA.00 Monad / FA.01 Golden Egg / FA.02 Golden Cut / ... / FA.33 Epilogue,
grouped into the 8 Parts of the Flos Aureus strand:
  Part I   Foundations         (fa_00..fa_03)
  Part II  Expansion           (fa_04..fa_07)
  Part III Crystal             (fa_08..fa_09)
  Part IV  Synthesis           (fa_10)
  Part V   Sacred Geometry     (fa_11..fa_19)
  Part VI  Physics Foundation  (fa_20..fa_24)
  Part VII Algebraic Proofs    (fa_25..fa_29)
  Part VIII Imagery & Genealogy (fa_30..fa_33)

Two distinct header palettes:
- Flos Aureus (yellow!4 / yellow!50!brown) for fa_NN: title carries
  petal name (e.g. 'Flos Aureus FA.05 Golden Bridge'), motif, Part,
  Lane, theorem count, Coq link, notation key.
- Trinity S^3AI Strand (blue!3 / blue!40!black) for ch_NN: title
  carries chapter number, anchor, lane S<n>, theorem count, Coq link.

Fields present in both palettes: anchor phi^2+phi^-2=3 (Trinity
Identity, INV-22) + INV-k cross-reference via \citetheorem (task 1.6).

Coverage:
  Patched: 68 chapters (34 fa_NN + 34 ch_NN with NN in 01..34)
  Skipped (bespoke pre-existing): ch_00, ch_35_mesh_node — left intact
                                  per R6 lane discipline.
  Total with Chapter Anchor: 70/70 = 100% coverage.

Cross-check vs task 1.5/1.6 invariants (post amend):
  - Total \label sites: 1158 (unchanged)
  - Duplicate keys: 0
  - Dangling refs: 0
  - 119/119 referenced keys preserved

New file: docs/phd/chapter-headers-audit.md (142 lines) — Flos Aureus
manifest table + Trinity strand table + per-chapter audit with
file/lane/petal/motif/theorem-count/header-presence.

Stacked on feat/phd-phase1-unify-1-6 (PR #603).

Skill: phd-chapter-author v1.1 + phd-monograph-auditor v1.2.
Anchor: phi^2 + phi^-2 = 3, DOI 10.5281/zenodo.19227877.
R1 (no .py/.sh committed).
R5 (honesty): theorem counts mechanical; stub chapters honestly report 0;
              chapters without dedicated .v use per-theorem fallback link.
R6 (lane discipline): no chapter prose touched; only header injection.
R10 (atomic): one amended commit.

* feat(phd-phase2-stubkill-2-8): expand App.H Zenodo DOI registry — Rust verifier (R1 fix), licence matrix, chapter↔DOI bridge, SHA cross-link, longevity policy [agent=phase2-2-8]

- Pre-patch:  4,607 B / 127 lines, sections H.1..H.4
- Post-patch: 12,263 B / 259 lines, sections H.1..H.9 (+166% bytes, +132 lines)

R1 violation fix:
- Removed #!/bin/bash 'verify_dois.sh' block from §H.2
- Replaced with pointer to Rust subcommand
  cargo run -p trios-phd -- verify-dois
  (binary at crates/trios-phd/src/bin/verify_dois.rs;
   canonical DOI list at docs/phd/zenodo_dois.toml)

R5-honest audit log:
- §H.2 records sampled HTTP-200 verifications for 6 of the 13 DOIs
  (Z-01, Z-03, Z-04, Z-08, Z-13 plus historical training-run DOI
   10.5281/zenodo.18947017), CONFIRMED 2026-05-08T23:55Z
- Remaining 7 DOIs flagged for confirmation by the Rust audit binary
  at Phase 5 freeze (T-5); honest 'audit-pending' status, not fabricated PASS

New sections:
- §H.5 Per-artefact licence matrix (13 rows: CC-BY-4.0 / CC-BY-NC-ND-4.0 /
  MIT, by artefact kind)
- §H.6 Chapter ↔ DOI cross-reference (13 rows; binding contract per R5)
- §H.7 SHA-256 lock-file cross-link to AP.G §G.6.bis (the bridge between
  Zenodo deposits and the reproducibility.lock.json schema landed in
  PR #608's AP.G §G.6.bis)
- §H.8 Longevity & migration policy (Zenodo primary + GitHub tag secondary
  + Software Heritage tertiary mirror; recovery procedure)
- §H.9 Reviewer-2 mitigation (back-dating challenge → Z-13 pre-registration
  hash anchor; silent-amendment challenge → Zenodo DOI immutability +
  lock-file SHA check)

Cross-reference audit (re-run):
- 1158 \\label sites preserved (Phase 1 baseline)
- 0 duplicates, 0 dangling refs
- New \\ref{app:data-availability} resolves to AP.G line 14
- 17 begin/end pairs balanced

Phase 2 STUB-KILL exit criterion: ≥8KB met (12,263 B).
Phase 2 progress after this lane: 7/10 tasks done.

Anchor: phi^2 + phi^-2 = 3 - Zenodo DOI 10.5281/zenodo.19227877 - defense 2026-06-15.

Author: Dmitrii Vasilev <raoffonom@icloud.com> (ORCID 0009-0008-4294-6159)
Skill:  phd-monograph-auditor v1.2 + phd-chapter-author v1.1 + autonomous-research-loop
Issue:  #380 (Phase 2 task 2.8)
Claim:  #380 (comment)

* feat(phd-phase2-stubkill-2-10): expand App.J Troubleshooting — STROBE overview, BLK↔chapter/Coq/Zenodo bridge, lessons learned, reproduction protocol, audit-pending log, R7 falsification hooks [agent=phase2-2-10] (#612)
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