Deterministic repository resync workflow

Use this workflow after manual IDE edits or ad hoc fixes outside the strategic architect loop to bring all JSON telemetry, hardware PMU reports, static analysis logs, and dual compiler builds back into parity.

Step 1. Recompute bottom up ACCC state and check hard invariant gates

Run the deterministic introspection script to measure exact token footprints, extract CMakeLists.txt dependency edges, calculate subagent sizing scores $\Psi(C_i)$, and evaluate hard gates $H_1$ through $H_5$.

python3 .agents/skills/architect/scripts/sync_manifest.py --check

Fix any reported violation in H1_acyclicity, H2_anchor_preservation, H3_execution_verification_parity, H4_compiler_regime_and_insulation, or H5_context_locality before proceeding.

Step 2. Re-run dirty hardware PMU benchmarks

Inspect dirty_benchmarks in production_artifacts/manifest.json. For each listed component, execute its <name>BENCH_run target under Clang_Custom_Release to regenerate production_artifacts/profiling/<name>_score_report.json.

cmake --build --preset Clang_Custom_Release --target <name>BENCH_run

Step 3. Reconcile static analysis and dual compiler verification

If C++ translation units or headers under targets/ were modified, verify static analysis and dual compiler debug and release builds.

cmake --preset Clang_Tidy && cmake --build --preset Clang_Tidy
./production_artifacts/build_all.sh custom debug
./production_artifacts/build_all.sh default release

Resolve any safety critical findings in code and update production_artifacts/clang_tidy_state.md if situational exceptions changed.

Step 4. Finalize manifest and commit clean state

Run sync_manifest.py --check once more so dirty_benchmarks clears and production_artifacts/manifest.json reflects the freshly generated <name>_score_report.json files. Commit all updated files so git status --porcelain is clean for subsequent architect or performance runs.