- 02 Jun, 2026 40 commits
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Preserve a newer restart checkpoint so the next session inherits up-to-date proof that the real FMA smoke continues progressing inside Epoch 1 without yet saving a model or entering downstream stages. Constraint: Verification is still limited to live runtime evidence because Epoch 1 has not completed Rejected: Keep the prior 18:22 checkpoint only | would leave the handoff one monitoring cycle behind reality Confidence: high Scope-risk: narrow Directive: Continue monitoring until the first saved model file or stage transition appears before changing status conclusions Tested: ps on PID 311629; validate-splits on /tmp/fma_real_smoke_stopcheck/fma/manifests; find on /tmp/fma_real_smoke_stopcheck/fma_models_smoke Not-tested: End-of-epoch artifacts, build-index, evaluate, final metrics
cnb.bofCdSsphPA authored -
Keep the restart artifacts synchronized with the newest observed elapsed time so the next session can see that the real FMA smoke is still advancing without yet reaching model save or evaluation stages. Constraint: Training remains inside Epoch 1, so verification is limited to live runtime evidence Rejected: Stop at the prior 17:07 checkpoint | would leave handoff docs behind the latest verified state Confidence: high Scope-risk: narrow Directive: Continue monitoring until the first saved model file or stage transition appears Tested: ps on PID 311629; validate-splits on /tmp/fma_real_smoke_stopcheck/fma/manifests; find on /tmp/fma_real_smoke_stopcheck/fma_models_smoke Not-tested: End-of-epoch artifacts, build-index, evaluate, final metrics
cnb.bofCdSsphPA authored -
Keep the restart package aligned with the newest observed runtime so the next session inherits proof that the real FMA smoke continues moving forward inside Epoch 1. Constraint: The only new evidence available was live process progress because training has not finished the epoch Rejected: Reuse the 15:12 checkpoint | would leave handoff evidence stale by another monitoring cycle Confidence: high Scope-risk: narrow Directive: Keep watching for first model output or stage transition before changing any roadmap conclusions Tested: ps on PID 311629; validate-splits on /tmp/fma_real_smoke_stopcheck/fma/manifests; find on /tmp/fma_real_smoke_stopcheck/fma_models_smoke Not-tested: Final checkpoint write, build-index, evaluate, and report generation
cnb.bofCdSsphPA authored -
Advance the handoff timestamp so a restarted session inherits the latest proof that the real FMA smoke is still progressing inside Epoch 1 rather than stalling before model output. Constraint: Only live process evidence was available because the first epoch still has not finished Rejected: Skip another checkpoint update | would leave restart docs one verification step behind reality Confidence: high Scope-risk: narrow Directive: Wait for the first saved model file or stage transition before making any accuracy claims Tested: ps on PID 311629; validate-splits on /tmp/fma_real_smoke_stopcheck/fma/manifests; find on /tmp/fma_real_smoke_stopcheck/fma_models_smoke Not-tested: End-of-epoch checkpoint creation and downstream evaluate output
cnb.bofCdSsphPA authored -
Update the handoff package with newer runtime evidence so the next session can distinguish a still-progressing epoch from a hung pipeline while waiting for the first saved model file. Constraint: Verification had to rely on live process state because Epoch 1 has not completed yet Rejected: Leave the prior checkpoint as-is | would force the next session to re-check whether progress continued Confidence: high Scope-risk: narrow Directive: Continue checking for the first transition into saved model output, build-index, or evaluate before drawing quality conclusions Tested: ps on PID 311629; process scan for smoke-local/build-index/evaluate; validate-splits on /tmp/fma_real_smoke_stopcheck/fma/manifests; find on /tmp/fma_real_smoke_stopcheck/fma_models_smoke Not-tested: Final FMA smoke report and accuracy metrics
cnb.bofCdSsphPA authored -
Capture the current real-FMA CPU smoke checkpoint, restart path, and delivery handoff so the next session can resume without re-diagnosing an expected long-running training stage. Constraint: Real FMA smoke is still running on CPU with no GPU available Rejected: Wait for final smoke completion before documenting | would delay a usable handoff artifact Confidence: high Scope-risk: narrow Directive: Keep staging explicit; do not include datasets, smoke outputs, checkpoints, or caches Tested: git diff review; live process check; validate-splits on /tmp/fma_real_smoke_stopcheck/fma/manifests Not-tested: Final FMA smoke metrics after Epoch 1 completion
cnb.bofCdSsphPA authored -
Constraint: This checkpoint records running-smoke evidence only and must not stage data, model artifacts, or tmp outputs Rejected: Wait for the full real FMA smoke to finish before updating handoff docs | The running-state evidence is already valuable for the next session and should not be lost Confidence: high Scope-risk: narrow Directive: Keep future restart notes aligned with the live smoke status and continue using explicit file staging Tested: Re-verified real FMA smoke is running on CPU, manifests validate, and the documented no-GPU condition explains the long training phase Not-tested: Did not wait for Epoch 1 completion, model checkpoint emission, or downstream build-index/evaluate completion
cnb.bofCdSsphPA authored -
Constraint: Limit this checkpoint to ignore rules and handoff notes; do not change tracked artifact history Rejected: Expand ignore coverage to all noisy data trees immediately | This pass only suppresses well-understood untracked cache noise Confidence: high Scope-risk: narrow Directive: Keep ignore changes incremental and distinguish between untracked cache noise and already-tracked historical artifacts Tested: Confirmed untracked __pycache__ and .pyc noise disappeared from git status after the ignore update Not-tested: Did not rewrite tracking state for already-versioned cache or data artifacts
cnb.bofCdSsphPA authored -
Constraint: Limit this checkpoint to ignore rules and handoff notes; do not alter dataset contents Rejected: Ignore broad data or cache trees immediately | This pass only suppresses confirmed local-generated noise with low risk Confidence: high Scope-risk: narrow Directive: Keep adding ignore rules incrementally and only for artifacts proven to be local/generated noise Tested: Confirmed the targeted .omx wait files and real-smoke CSV no longer appear in git status after the ignore update Not-tested: Did not broaden ignore coverage to larger data/cache trees in this checkpoint
cnb.bofCdSsphPA authored -
Constraint: Limit this checkpoint to handoff and changelog documentation consistency Rejected: Leave small formatting mismatches across entrypoints | Restart guidance should be byte-level easy to copy and compare Confidence: high Scope-risk: narrow Directive: Keep the first verification command identical across AGENT, README, session handoff, and delivery handoff Tested: Verified all four primary entrypoints contain the same runnable command block Not-tested: No code or training path executed in this consistency-only checkpoint
cnb.bofCdSsphPA authored -
Constraint: Restrict this checkpoint to handoff documentation consistency only Rejected: Leave delivery handoff behind the newer restart guidance | All primary restart entrypoints should expose the same first verification command Confidence: high Scope-risk: narrow Directive: Keep the first runnable command identical across AGENT, README, session handoff, and delivery handoff Tested: Rechecked relative links in the updated delivery handoff and changelog docs Not-tested: No code or training path executed in this handoff-consistency checkpoint
cnb.bofCdSsphPA authored -
Constraint: Limit this checkpoint to memory and handoff documentation only Rejected: Keep the restart command only in README | New sessions should see the first verification command directly in AGENT memory too Confidence: high Scope-risk: narrow Directive: Keep AGENT memory focused on restart-critical commands and avoid duplicating full workflow specs there Tested: Rechecked 174 relative links across AGENT, changelog, and handoff docs Not-tested: No code or training path executed in this memory-only checkpoint
cnb.bofCdSsphPA authored -
Constraint: Restrict this checkpoint to navigation and handoff documentation backed by fresh local verification Rejected: Keep restart guidance read-only without a first command to run | New sessions benefit from an immediate executable sanity check Confidence: high Scope-risk: narrow Directive: Keep README focused on compressed restart guidance and use the offline smoke only as an environment and chain sanity check Tested: Re-ran business_export_offline_smoke.py successfully and rechecked 215 relative links across the updated docs Not-tested: Did not connect to a live business export or run full training/evaluation beyond dry-run
cnb.bofCdSsphPA authored -
Constraint: Restrict this checkpoint to navigation documentation only Rejected: Leave the overview mismatch and rely on users to infer reading order | Restart sessions should get a direct, explicit path Confidence: high Scope-risk: narrow Directive: Keep README focused on compressed navigation and restart order, not on duplicating full specs Tested: Rechecked 215 relative links across the updated overview, changelog, and handoff docs Not-tested: No code or training path executed in this navigation-only checkpoint
cnb.bofCdSsphPA authored -
Constraint: Keep this checkpoint limited to navigation docs and preserve the condensed doc structure Rejected: Keep the new business-export material discoverable only through deep links | New sessions should find the intake chain from the overview immediately Confidence: high Scope-risk: narrow Directive: Maintain README as the compressed navigation surface and avoid expanding it into another full spec Tested: Rechecked 211 relative links across the updated overview, changelog, and handoff docs Not-tested: No code or training path executed in this navigation-only checkpoint
cnb.bofCdSsphPA authored -
Constraint: Limit this checkpoint to documentation updates backed by already-collected local evidence Rejected: Leave the smoke result only in transient chat output | The next session needs the proof captured in repo-native handoff files Confidence: high Scope-risk: narrow Directive: Keep treating the offline smoke as an integration proof, not as a substitute for real business-data validation Tested: Rechecked 183 relative links and documented the successful offline smoke summary already verified locally Not-tested: No new code path executed in this documentation-only checkpoint
cnb.bofCdSsphPA authored -
Constraint: Keep verification offline-only and avoid touching real databases or production assets Rejected: Stop at manifest generation without execution evidence | A dry-run smoke gives the next session stronger handoff confidence Confidence: high Scope-risk: narrow Directive: Stage local sample audio inside the smoke workspace so manifest paths remain self-contained and reproducible Tested: Ran business_export_offline_smoke.py end-to-end; verified normalize/build summaries and train.py --dry-run success; rechecked adapter doc links Not-tested: Did not run full training/evaluation on live business exports or connect to any database
cnb.bofCdSsphPA authored -
…y from normalized rows Constraint: Keep this checkpoint offline-only and avoid touching real business data, datasets, or model artifacts Rejected: Leave final manifest shaping as a manual next-session task | The handoff is stronger when catalog/train/test/val can already be produced automatically Confidence: high Scope-risk: narrow Directive: Treat these generated manifests as integration-stage scaffolds and validate final field policy again before production data ingestion Tested: Ran build_business_project_manifests.py on normalized sample data and verified catalog/train/test/val structure; rechecked 70 relative links Not-tested: Did not run the generated manifests through full training/evaluation against live business audio
cnb.bofCdSsphPA authored -
Constraint: Keep this checkpoint offline-only and avoid touching real business data, datasets, or model artifacts Rejected: Leave role splitting as a manual next-session step | The export chain is more usable when reference/query/excluded lists are produced automatically Confidence: high Scope-risk: narrow Directive: Treat the split outputs as staging lists and keep final project-manifest adaptation explicit in the downstream integration step Tested: Normalized the sample CSV, ran split_business_manifest_ready.py, verified 1 reference + 1 query + 1 excluded row, and rechecked 73 relative links Not-tested: Did not run against a live business export or feed the split outputs into the full training pipeline
cnb.bofCdSsphPA authored -
Constraint: Keep this checkpoint offline-only and avoid touching real databases, datasets, or model artifacts Rejected: Stop at static CSV/JSONL examples only | The next session needs an executable normalization path, not just samples Confidence: high Scope-risk: narrow Directive: Treat normalized JSONL as manifest-ready staging output and keep final manifest shaping explicit in the integration step Tested: Ran normalize_business_export.py on the sample CSV and JSONL inputs; verified 3 output rows each; rechecked 71 relative links Not-tested: Did not run against a live business export or connect to any database
cnb.bofCdSsphPA authored -
Constraint: Keep this checkpoint static and avoid any real database connectivity or dataset mutation Rejected: Leave export details implicit until a live exporter exists | The next session needs concrete SQL, CSV, and JSONL examples now Confidence: high Scope-risk: narrow Directive: Treat the SQL as a field-mapping example only and adapt table names to the real schema during integration Tested: Parsed the CSV and JSONL examples and rechecked 69 relative links across the export docs Not-tested: Did not connect to a production database or execute a live export
cnb.bofCdSsphPA authored -
Constraint: Keep the checkpoint lightweight and avoid touching real datasets or generated artifacts Rejected: Defer manifest guidance until a DB export tool exists | The next session needs repo-native field and role contracts now Confidence: high Scope-risk: narrow Directive: Default ambiguous assets to excluded until manual review confirms song identity and usable role Tested: Parsed manifest templates; verified print_business_type_mapping.py emits valid JSON; rechecked 94 relative links Not-tested: Did not connect to a real database or run a live export in this checkpoint
cnb.bofCdSsphPA authored -
Constraint: Keep this checkpoint documentation-first and avoid staging dataset, cache, or model artifacts Rejected: Leave the asset-type strategy implicit in chat only | The next session needs repo-native guidance and templates Confidence: high Scope-risk: narrow Directive: Treat type-based buckets as a starting scaffold and keep hard-negative curation manual until evidence supports automation Tested: Parsed both bucket JSON templates and rechecked 104 relative links across the new docs Not-tested: Did not run a fresh business-type benchmark in this checkpoint
cnb.bofCdSsphPA authored -
Constraint: Keep the checkpoint lightweight and avoid touching dataset or model artifacts Rejected: Wait to add buckets until automatic semantic labeling exists | Manual curated buckets are enough to unblock the next session now Confidence: high Scope-risk: narrow Directive: Use the template as a curated benchmark scaffold, not as evidence that filenames imply semantics Tested: Parsed the new JSON template; ran ab_smoke_bucketed.py --help; rechecked targeted relative links Not-tested: Did not launch a new semantic bucket benchmark run in this checkpoint
cnb.bofCdSsphPA authored -
Constraint: Avoid staging datasets, smoke artifacts, /tmp outputs, and caches Rejected: Delay handoff until larger semantic buckets exist | User asked for immediate delivery and resumability now Confidence: high Scope-risk: narrow Directive: Treat toy prefix buckets as a methodology baseline, not a product conclusion Tested: Verified /tmp/ab_smoke_bucketed_smoke/report.json and bucket_report.json outputs; reviewed targeted git diff Not-tested: No new training or benchmark execution in this documentation-only checkpoint
cnb.bofCdSsphPA authored -
Constraint: The cap48/cap64 reversal means strategy guidance can no longer rely on a single overall subset result Rejected: Keep bucket benchmarking as a doc-only next step | The repo now needs an executable baseline so later sessions can measure scale/style divergence directly Confidence: high Scope-risk: moderate Directive: Treat ab_smoke_bucketed.py as the canonical seed for style-aware evaluation, and expand bucket definitions before revisiting global default-strategy claims Tested: Verified acr-engine/scripts/ab_smoke_bucketed.py passes py_compile; verified first bucket prefix_000_a produced bucket_report.json with hybrid 4/1.0/1.0 and high_energy 3/1.0/1.0; verified second bucket execution is in progress Not-tested: Full multi-bucket report.json completion, richer bucket definitions, and bucket-level aggregate conclusions
cnb.bofCdSsphPA authored -
Constraint: Strategy guidance must now reflect that cap48 and cap64 produce different winners under verified runs Rejected: Keep high_energy as the generic default | The completed cap64 run shows hybrid winning clearly at a larger subset size, so the docs must acknowledge scale sensitivity Confidence: high Scope-risk: moderate Directive: Do not present a single global default strategy again until bucketed and style-aware benchmarks explain the cap48/cap64 divergence Tested: Verified cap64 report.json, progress.json, high_energy eval.json, and hybrid eval.json; confirmed cap64 winner=hybrid with top1 0.875 vs high_energy 0.625 Not-tested: Multi-seed cap64 aggregates, bucket/style-aware benchmarks, and any revised hybrid training design
cnb.bofCdSsphPA authored -
Constraint: The cap64 run is still incomplete, so only verified hybrid index-complete and evaluation-running evidence can be recorded safely now Rejected: Wait for hybrid eval.json before checkpointing | Would lose the verified handoff that hybrid indexing finished and evaluate.py is already running Confidence: high Scope-risk: narrow Directive: Keep cap64 high_energy and hybrid checkpoints symmetric so the final comparison can be written from docs alone if needed Tested: Verified hybrid reference_progress.json shows 64 refs, 657 windows, 192-d embeddings, and complete status; verified active process is evaluate.py on /tmp/ab_smoke_seg_cap64_top2/hybrid/fma/manifests; verified hybrid eval.json and report.json are still absent Not-tested: Final hybrid cap64 metrics, final report.json, and any cap64 winner conclusion
cnb.bofCdSsphPA authored -
Constraint: The cap64 run is still active, so only verified training-complete evidence can be recorded now without overstating results Rejected: Wait for hybrid eval before checkpointing | Would lose the stronger handoff evidence that the full hybrid epoch already completed Confidence: high Scope-risk: narrow Directive: Keep distinguishing hybrid training-complete from hybrid index/eval completion until report.json lands Tested: Verified live session output shows hybrid Epoch 1 progressed from 0/32 to 32/32, and verified the active process remains run_demo.py build-index on /tmp/ab_smoke_seg_cap64_top2/hybrid/fma/manifests while hybrid eval.json and report.json remain absent Not-tested: Final hybrid cap64 metrics, final report.json, and any cap64 winner conclusion
cnb.bofCdSsphPA authored -
Constraint: The cap64 run is still in progress, so this checkpoint can only record verified hybrid stage transitions, not final comparisons Rejected: Wait for hybrid eval before checkpointing | Would lose the verified evidence that hybrid training finished and indexing has already started Confidence: high Scope-risk: narrow Directive: Keep cap64 branch checkpoints symmetric so high_energy and hybrid can be compared later without re-reading process history Tested: Verified active process is run_demo.py build-index on /tmp/ab_smoke_seg_cap64_top2/hybrid/fma/manifests; verified /tmp/ab_smoke_seg_cap64_top2/hybrid/fma_models_smoke/best_model.pt exists; verified hybrid eval.json and report.json are still absent Not-tested: Final hybrid cap64 metrics, final report.json, and any cap64 winner conclusion
cnb.bofCdSsphPA authored -
Constraint: The cap64 run is still incomplete, so only branch-transition evidence can be recorded safely at this point Rejected: Wait for the hybrid eval before checkpointing | Would lose the verified handoff that execution has moved beyond high_energy into hybrid training Confidence: high Scope-risk: narrow Directive: Keep cap64 branch progression explicit so the next session can resume from the current strategy leg without re-inspection Tested: Verified high_energy eval.json reports num_queries=32, top1=0.625, topk=1.0; verified active processes show external_adapters.py on /tmp/ab_smoke_seg_cap64_top2/hybrid and train.py on /tmp/ab_smoke_seg_cap64_top2/hybrid/fma/manifests; verified hybrid eval.json and report.json are still absent Not-tested: Final hybrid cap64 metrics, final report.json, and any cap64 winner conclusion
cnb.bofCdSsphPA authored -
Constraint: The cap64 run has only produced the high_energy leg so far, so any larger conclusion must wait for hybrid and the final report Rejected: Wait for report.json before checkpointing | Would lose the verified cap64 high_energy score and the proof that execution has already switched into the hybrid branch Confidence: high Scope-risk: narrow Directive: Do not compare cap64 strategy winners until both legs and the final report land; treat the current 0.625 high_energy score as an intermediate checkpoint only Tested: Verified high_energy eval.json reports num_queries=32, top1=0.625, topk=1.0; verified progress.json records the same result; verified the active process has switched to the hybrid smoke-local branch and report.json is still absent Not-tested: Final cap64 hybrid metrics, final report.json, and any cap64-based strategy conclusion
cnb.bofCdSsphPA authored -
Constraint: The cap64 run is still active, so this checkpoint can only record stage completion evidence rather than final benchmark conclusions Rejected: Wait for eval.json or report.json before committing | Would lose the verified handoff that indexing finished and evaluate.py is now running Confidence: high Scope-risk: narrow Directive: Keep stage checkpoints explicit—training complete, index complete, evaluation running, report complete—until cap64 fully settles Tested: Verified reference_progress.json shows 64 refs, 657 windows, and complete status; verified active process is evaluate.py on /tmp/ab_smoke_seg_cap64_top2/high_energy/fma/manifests; verified high_energy eval.json and report.json are still absent Not-tested: Final cap64 high_energy metrics, hybrid branch execution, and post-cap64 strategy guidance
cnb.bofCdSsphPA authored -
Constraint: The cap64 run is still active, so only verified training-complete evidence can be recorded without overstating results Rejected: Keep only the older build-index note | The live session now proves the entire high_energy epoch finished, which is stronger handoff evidence Confidence: high Scope-risk: narrow Directive: Distinguish clearly between training-complete, indexing-complete, and report-complete milestones in future cap64 checkpoints Tested: Verified live session output shows high_energy Epoch 1 progressed from 0/32 to 32/32, and verified the active process remains run_demo.py build-index on /tmp/ab_smoke_seg_cap64_top2/high_energy/fma/manifests Not-tested: Final cap64 eval metrics, hybrid branch progress, and report.json generation
cnb.bofCdSsphPA authored -
Constraint: The cap64 benchmark is still running, so only verified stage-transition evidence can be documented safely Rejected: Wait for cap64 completion before checkpointing | Would leave the next session without proof that the run advanced from training into build-index Confidence: high Scope-risk: narrow Directive: Keep recording cap64 milestones as they happen, but avoid updating winner guidance until report.json lands Tested: Verified cap64 processes are active, confirmed the high_energy branch advanced from train.py to run_demo.py build-index on /tmp/ab_smoke_seg_cap64_top2/high_energy/fma/manifests, and confirmed report.json is still absent Not-tested: Final cap64 scores, hybrid branch progression, and any post-cap64 strategy conclusion
cnb.bofCdSsphPA authored -
Constraint: The new cap64 run is still in-flight, so only startup and stage-transition evidence can be documented safely Rejected: Wait for cap64 results before checkpointing | Would leave the next session without a verified handoff that the larger benchmark is already running Confidence: high Scope-risk: narrow Directive: Keep cap64 artifacts out of git and update strategy guidance only after report.json lands Tested: Verified the cap64 ab_smoke process is running, confirmed the high_energy smoke-local branch entered train.py on /tmp/ab_smoke_seg_cap64_top2/high_energy/fma/manifests, and recorded the active work root and parameters in docs Not-tested: Final cap64 metrics, hybrid branch execution, and any post-cap64 strategy conclusion
cnb.bofCdSsphPA authored -
Constraint: Strategy guidance had to wait until the full seed=999 report landed and all three cap48 runs could be aggregated consistently Rejected: Keep treating cap48 as unresolved | The third seed now confirms high_energy repeats the same score while hybrid remains volatile Confidence: high Scope-risk: narrow Directive: Treat high_energy as the cap48 default only within the documented FMA smoke condition until larger cap64 and bucketed benchmarks either confirm or overturn it Tested: Verified seed=999 report.json, high_energy eval.json, hybrid eval.json, and computed three-seed aggregate showing high_energy mean_top1=0.9167 with zero variance versus hybrid mean_top1=0.8750 Not-tested: cap64-or-larger benchmarks, bucket/style-aware evaluations, and any future hybrid redesign
cnb.bofCdSsphPA authored -
Constraint: The cap48 seed=999 run has only completed the hybrid leg, so the three-seed aggregate is still incomplete Rejected: Wait for high_energy to finish before checkpointing | Would risk losing the verified hybrid seed999 score from the active Ralph session Confidence: high Scope-risk: narrow Directive: Keep recording verified partial benchmark milestones, but do not revise default-strategy guidance until both strategies and the final report are available Tested: Verified hybrid eval.json reports num_queries=24, top1=0.875, topk=1.0; verified progress.json records the same result; verified high_energy is still running and report.json is still absent Not-tested: Final high_energy seed999 metrics, final report.json, and updated three-seed aggregate
cnb.bofCdSsphPA authored -
Constraint: The running cap48 seed=999 benchmark has not emitted its final report yet, so only in-flight evidence can be recorded safely Rejected: Claim a new three-seed conclusion now | The aggregate would be speculative without report.json and eval outputs Confidence: high Scope-risk: narrow Directive: When a long benchmark is still active, checkpoint stage evidence explicitly and wait for report.json before changing strategy guidance Tested: Verified process tree shows hybrid moved from build-index to evaluate.py; verified reference_progress.json reports 48 refs, 491 windows, 192-d embeddings, and complete status; verified report.json is still absent Not-tested: Final hybrid eval metrics, subsequent high_energy run, and final three-seed aggregate
cnb.bofCdSsphPA authored -
Constraint: The cap48 seed=999 benchmark is still running, so this checkpoint must avoid unverified algorithm conclusions Rejected: Wait for the CPU benchmark to finish | Would delay handoff and leave the next session without a clean restart package Confidence: high Scope-risk: narrow Directive: Keep future doc-only checkpoints surgically staged and do not add data/raw, external_smoke, /tmp outputs, or model artifacts Tested: Verified staged diff only includes AGENT memory, handoff, changelog, and changelist docs; confirmed /tmp cap48 seed=999 report is not ready yet Not-tested: The in-flight cap48 seed=999 benchmark result and any follow-up aggregate metrics
cnb.bofCdSsphPA authored
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