{
  "version": "now33a_current_canonical_registry_deepseek_consultation.v1",
  "created_at": "2026-06-06T10:18:53.570057Z",
  "call_status": "success",
  "provider_meta": {
    "provider": "deepseek_reviewer",
    "model": "deepseek-v4-pro",
    "base_url": "https://api.deepseek.com/chat/completions",
    "thinking_type": "enabled",
    "reasoning_effort": "max",
    "max_tokens": 32000,
    "timeout_seconds": 600,
    "temperature": 0.0,
    "skipped": false
  },
  "messages": [
    {
      "role": "system",
      "content": "You are an independent pipeline boundary auditor. Return compact JSON only. Advisory-only."
    },
    {
      "role": "user",
      "content": "{\"active_route\": {\"execution_state_ref\": {\"exists\": true, \"path\": \"/wwwb/aitools/writer/execution_state.json\", \"sha256\": \"e13988906fadf37efd4d9e75f2486c6f9b6b4af9afbae12571695ef007ec54a3\", \"size_bytes\": 60704}, \"next_entrypoint_id\": \"platform_neutral_prompt_readiness_manual_execution_log_contract\"}, \"advisory_question\": \"Round 1: audit whether the current canonical registry build/import preflight can validate registry authority without creating current registry files, writeback, UID binding, asset binding, evidence, or route transition.\", \"contract_excerpt\": {\"char_count\": 8608, \"exists\": true, \"path\": \"/wwwb/aitools/writer/docs/now33a_current_canonical_registry_build_import_contract_20260606.md\", \"sha256\": \"83a3f436b6b37841214d889c5b7a2f23771c79881b4b6d3c01263f78ef1ee9c8\", \"text\": \"# NOW-33A Current Canonical Registry Build/Import Preflight Contract\\n\\n更新时间：`2026-06-06T17:58:00+08:00`\\n\\n## Status\\n\\n- stage: `NOW_33A_current_canonical_registry_build_import_preflight`\\n- active route authority: `execution_state.json.next_entrypoint`\\n- active route must remain: `platform_neutral_prompt_readiness_manual_execution_log_contract`\\n- purpose: validate whether any existing registry candidate can become the current canonical registry basis before UID binding replay, KG/raw KG writeback, asset binding, held/debt final classification, evidence-pack assembly, or provider/manual execution.\\n- expected closeout shape: read-only authority preflight, not successful current registry creation.\\n\\n## Why This Exists\\n\\nNOW-33 closed honestly as `advisory_entity_link_binding_closed_missing_registry_no_writeback`: all `1638` P2V-22 draft rows are represented, but no current canonical registry is available, so no canonical UID binding can be claimed.\\n\\nThe next prerequisite is not another entity-link pass. It is a current registry authority check:\\n\\n- collect target source fingerprints from the current P2V source line;\\n- inspect candidate entity registries;\\n- reject candidates whose source lineage does not overlap the target source fingerprints;\\n- reject candidates with invalid entity UID/name schema;\\n- reject path/name/title hints as authority;\\n- report whether a candidate can be explicitly configured for read-only use;\\n- keep all writeback, UID binding, assets, evidence, execution, feedback, replay, and route transition blocked.\\n\\n## Inputs\\n\\nRequired source artifacts:\\n\\n- `outputs/p_plan_v2_17_first20_scale_generation_calibration_density_repair_20260605_0505/P2V_17_chapters.jsonl`\\n- `outputs/p_plan_v2_22_neutral_prompt_draft_hold_boundary_20260605_0713/P2V_22_neutral_prompt_draft_rows.jsonl`\\n- `outputs/now33_entity_link_binding_advisory_20260606_1544/NOW_33_entity_link_gate.json`\\n- `outputs/now33_entity_link_binding_advisory_20260606_1544/NOW_33_entity_gap_report.json`\\n- `outputs/now33_entity_link_binding_advisory_20260606_1544/NOW_33_registry_discovery_report.json`\\n- DeepSeek v4 pro thinking/max Round 1 and Round 2 consultation records for this contract.\\n\\nOptional input:\\n\\n- `--configured-registry-path`: a candidate registry path. Configuration alone is not sufficient; the candidate must still pass deterministic source fingerprint and entity schema checks.\\n\\n## Output Artifacts\\n\\nThe preflight run writes only advisory/control artifacts:\\n\\n- `NOW_33A_current_registry_input.json`\\n- `NOW_33A_source_fingerprint_report.json`\\n- `NOW_33A_registry_candidate_manifest.jsonl`\\n- `NOW_33A_registry_authority_gap_report.json`\\n- `NOW_33A_current_registry_import_plan.md`\\n- `NOW_33A_current_registry_validation_report.json`\\n- `NOW_33A_current_registry_gate.json`\\n- `NOW_33A_current_registry_review.html`\\n- `manifest.json`\\n\\nThese artifacts are not manual/provider/operator evidence and do not mutate canonical storage.\\n\\n## Deterministic Validation Rules\\n\\nThe program must:\\n\\n- preserve `execution_state.json.next_entrypoint`;\\n- compute target source fingerprints from P2V-17 chapter source rows and P2V-22 draft source refs;\\n- verify P2V-22 draft source hashes are covered by P2V-17 chapter hashes;\\n- inspect registry candidates under `outputs/**/02e_entity_registry.json` and configured candidate path;\\n- validate candidate entity rows have unique non-empty `entity_uid` values and canonical/display names;\\n- validate `entities` is a non-empty JSON array of objects before checking entity row fields;\\n- inspect nearby `project.json` / `run_manifest.json` lineage and registry KG refs where present;\\n- require fingerprint overlap with target full-source or chapter-source fingerprints before a candidate can be eligible;\\n- record rejected candidates with explicit rejection reasons;\\n- allow at most one configured selected candidate and only as read-only;\\n- keep all forbidden side-effect counters at zero;\\n- fail if DeepSeek Round 1 or Round 2 is missing, unavailable, unparseable, or has blocker/high findings.\\n\\n## Fingerprint Computation And Overlap Rule\\n\\nTarget source fingerprint computation is deterministic:\\n\\n- `target_chapter_sha256s`: sorted unique `P2V_17_chapters.jsonl[*].sha256` values.\\n- `target_full_source_sha256s`: SHA-256 of each distinct existing `P2V_17_chapters.jsonl[*].source_path` file.\\n- `draft_source_sha256s`: sorted unique `P2V_22_neutral_prompt_draft_rows.jsonl[*].source_sha256` values.\\n- `p2v22_subset_check`: every `draft_source_sha256s` value must appear in `target_chapter_sha256s`.\\n- `source_fingerprint`: stable JSON fingerprint over `target_chapter_sha256s`, `target_full_source_sha256s`, and `draft_source_sha256s`.\\n\\nCandidate registry overlap is also deterministic:\\n\\n- candidate full-source SHA values come from nearby `project.json.input_sha256`, `run_manifest.json.input_sha256`, registry `target_source_sha256s`, registry `target_full_source_sha256s`, registry `source_full_sha256s`, registry `full_source_sha256s`, or the same keys under registry `source_fingerprints`;\\n- candidate chapter SHA values come from registry `target_chapter_sha256s`, `source_chapter_sha256s`, `chapter_sha256s`, or the same keys under registry `source_fingerprints`;\\n- `source_fingerprint_status=pass` only when either:\\n  - at least one candidate full-source SHA matches `target_full_source_sha256s`; or\\n  - candidate declares a non-empty chapter SHA set and that set is a subset of `target_chapter_sha256s`.\\n\\nThe preflight deliberately does not treat path names, work title hints, entity names, or sample text as authority. A configured candidate still fails if it lacks the source fingerprint overlap above.\\n\\n## DeepSeek Advisory Protocol\\n\\nThis is a high-impact registry authority contract, so two DeepSeek v4 pro thinking/max rounds are required:\\n\\n- Round 1: scope/options/risks/artifacts audit.\\n- Round 2: critique Round 1 for overreach, hallucination, boundary violations, missing assumptions, and operator constraints.\\n\\nDeepSeek output may substitute for human advice-style consultation under operator delegation, but only as advisory input considered by the program and project agent. It remains non-binding and advisory-only. It cannot become:\\n\\n- current registry authority;\\n- operator production acceptance;\\n- provider/manual/operator evidence;\\n- accepted/operator overlay;\\n- canonical/raw KG writeback;\\n- UID binding writeback;\\n- asset binding;\\n- feedback/replay action;\\n- route authority;\\n- runtime routing logic;\\n- `outputs/index.json` or `outputs/index-lite.json` mutation.\\n\\n## Exit Criteria\\n\\nThe stage can close as `current_registry_preflight_pass_no_eligible_registry_recorded` when:\\n\\n- source fingerprint report is valid;\\n- all candidates are inspected or none exist;\\n- no candidate is eligible;\\n- the missing/invalid current registry basis is recorded;\\n- validators pass;\\n- DeepSeek Round 1 and Round 2 support the preflight boundary.\\n\\nThe stage can close as `current_registry_preflight_pass_eligible_candidates_require_explicit_configuration` when:\\n\\n- one or more candidates pass source fingerprint and schema checks;\\n- no candidate is configured as current;\\n- validators pass;\\n- no writeback or registry creation occurs.\\n\\nThe stage can close as `current_registry_preflight_pass_configured_candidate_selected_read_only_no_writeback` when:\\n\\n- the configured candidate passes source fingerprint and schema checks;\\n- exactly one configured candidate is selected for read-only authority reference;\\n- no current registry file is created;\\n- no UID binding, KG/raw KG writeback, row mutation, asset binding, evidence, execution, feedback, replay, route transition, or output-index mutation occurs.\\n\\n## Explicit Non-Goals\\n\\nThis contract does not:\\n\\n- build a new entity registry;\\n- import a registry into canonical storage;\\n- write or rewrite canonical KG/raw KG/entity store;\\n- bind P2V rows to entity UIDs;\\n- bind or acquire assets;\\n- classify held/debt rows as final;\\n- assemble NOW-36 evidence pack;\\n- create manual/provider/operator evidence;\\n- execute provider/media jobs;\\n- ingest feedback, repair, or replay;\\n- change route or output indexes;\\n- claim production acceptance.\\n\\n## Next Step After Closeout\\n\\nIf no eligible candidate exists, the next required contract is a target-source-grounded entity registry build contract.\\n\\nIf a candidate is eligible but not configured, explicitly configure it and rerun this preflight.\\n\\nIf a configured candidate is selected read-only, rerun NOW-33 read-only entity linking against that configured registry. A separate writeback/asset/evidence contract is still required before any canonical mutation or execution work.\\n\", \"truncated\": false}, \"expected_json_schema\": {\"confidence\": \"high | medium | low\", \"findings\": [{\"category\": \"scope | source_fingerprint | registry_schema | boundary | artifact | other\", \"description\": \"short\", \"required_fix\": \"short\", \"severity\": \"blocker | high | medium | low\"}], \"overall_verdict\": \"supports_current_registry_preflight_contract | needs_fix_before_preflight | blocks_preflight\", \"recommended_closeout_label\": \"short string\", \"required_contract_corrections\": [\"short string\"], \"scope_audit\": {\"deepseek_advisory_only\": \"boolean\", \"kg_writeback_blocked\": \"boolean\", \"path_or_name_hint_rejected_as_authority\": \"boolean\", \"read_only_preflight_allowed\": \"boolean\", \"registry_creation_blocked\": \"boolean\", \"route_transition_blocked\": \"boolean\", \"source_fingerprint_validation_required\": \"boolean\", \"uid_binding_blocked\": \"boolean\"}}, \"hard_boundaries\": {\"accepted_overlay_writeback_allowed\": false, \"active_route_authority\": \"execution_state.json.next_entrypoint\", \"adapter_payload_allowed\": false, \"asset_binding_allowed\": false, \"canonical_entity_uid_binding_allowed\": false, \"canonical_kg_writeback_allowed\": false, \"current_registry_file_creation_allowed\": false, \"current_registry_selection_requires_explicit_config\": true, \"deepseek_advisory_is_operator_production_acceptance\": false, \"deepseek_advisory_may_substitute_for_expert_advice\": true, \"execution_state_next_entrypoint_unchanged\": true, \"feedback_intake_allowed\": false, \"manual_provider_evidence_creation_allowed\": false, \"media_generation_allowed\": false, \"operator_evidence_creation_allowed\": false, \"operator_overlay_writeback_allowed\": false, \"operator_production_acceptance_claimed\": false, \"outputs_index_mutation_allowed\": false, \"path_or_title_name_matching_authorizes_registry\": false, \"preflight_only\": true, \"provider_job_execution_allowed\": false, \"provider_specific_prompt_allowed\": false, \"raw_kg_writeback_allowed\": false, \"registry_import_writeback_allowed\": false, \"repair_execution_allowed\": false, \"replay_execution_allowed\": false, \"row_mutation_allowed\": false, \"runtime_branch_by_work_title_entity_name_or_sample_text_allowed\": false, \"stage\": \"NOW_33A_current_canonical_registry_build_import_preflight\"}, \"input_counts\": {\"local_registry_candidate_path_sample\": [\"/wwwb/aitools/writer/outputs/archive/p0_entity_replay_pre_20260520_115434/02e_entity_registry.json\", \"/wwwb/aitools/writer/outputs/daozu_first50_deepseek_foundation_entity_20260515_094504/02e_entity_registry.json\", \"/wwwb/aitools/writer/outputs/daozu_first50_deepseek_foundation_entity_clean_20260521_125249/02e_entity_registry.json\", \"/wwwb/aitools/writer/outputs/daozu_first50_deepseek_foundation_entity_20260515_094504/logs/_archive/20260515T014513318333Z__before__20260515T030544098193Z/stage_artifacts/entity_registry/20260515T014513318333Z__02e_entity_registry.json\", \"/wwwb/aitools/writer/outputs/daozu_first50_deepseek_foundation_entity_20260515_094504/logs/_archive/20260515T030544098193Z__before__20260515T030724291180Z/stage_artifacts/entity_registry/20260515T030544098193Z__02e_entity_registry.json\", \"/wwwb/aitools/writer/outputs/daozu_first50_deepseek_foundation_entity_20260515_094504/logs/_archive/20260515T030724291180Z__before__20260515T030826045872Z/stage_artifacts/entity_registry/20260515T030724291180Z__02e_entity_registry.json\", \"/wwwb/aitools/writer/outputs/daozu_first50_deepseek_foundation_entity_20260515_094504/logs/stage_artifacts/entity_registry/20260515T030826045872Z__02e_entity_registry.json\", \"/wwwb/aitools/writer/outputs/daozu_first50_deepseek_foundation_entity_clean_20260521_125249/logs/_archive/20260521T045256791991Z__before__20260521T051836498989Z/stage_artifacts/entity_registry/20260521T045256791991Z__02e_entity_registry.json\", \"/wwwb/aitools/writer/outputs/daozu_first50_deepseek_foundation_entity_clean_20260521_125249/logs/stage_artifacts/entity_registry/20260521T052028443017Z__02e_entity_registry.json\", \"/wwwb/aitools/writer/outputs/tri_novel_b730_source_kg_entity_context_rebuild_execution_20260528_123019/isolated_artifacts/source_refs/B71SRC000007_02e_entity_registry.json\", \"/wwwb/aitools/writer/outputs/tri_novel_b730_source_kg_entity_context_rebuild_execution_20260528_123019/isolated_artifacts/source_refs/B71SRC000016_02e_entity_registry.json\"], \"now33_current_canonical_registry_status\": \"missing_current_canonical_registry\", \"now33_discovered_candidate_count\": 11, \"now33_status\": \"advisory_entity_link_binding_closed_missing_registry_no_writeback\", \"p2v17_chapter_count\": 20, \"p2v17_distinct_chapter_sha256_count\": 20, \"p2v17_distinct_source_path_count\": 1, \"p2v22_draft_row_count\": 1638}, \"input_fingerprint\": \"4bbf5983644f2b35fdac640bf1f51ff2d3bb0a156ffb5f7e681262b9b1e12e21\", \"previous_round\": {\"dir\": \".\", \"parsed\": {}, \"record\": {}}, \"role\": \"DeepSeek v4 pro thinking/max independent advisory reviewer. Advisory only.\", \"round_id\": \"round1\", \"task\": \"Audit NOW-33A current canonical registry build/import preflight. Return JSON only.\"}"
    }
  ],
  "message_fingerprint": "f5446ed5a6aba092f450a16cc2b578b5d9fffd909f35a018c89043076e340d39",
  "response_text": "{\n  \"confidence\": \"high\",\n  \"findings\": [\n    {\n      \"category\": \"boundary\",\n      \"description\": \"DeepSeek advisory protocol requires program to fail on blocker/high findings, effectively granting DeepSeek hard gate authority despite the non-binding advisory label.\",\n      \"required_fix\": \"Reconcile the language: either make the DeepSeek checks truly advisory (fail only if explicitly overridden by operator) or acknowledge the veto as an explicit design choice.\",\n      \"severity\": \"medium\"\n    },\n    {\n      \"category\": \"source_fingerprint\",\n      \"description\": \"Lineage discovery uses 'nearby project.json / run_manifest.json' without scoping rules, risking non-deterministic candidate inspection.\",\n      \"required_fix\": \"Define exact relative paths or a strict discovery algorithm from the candidate registry location.\",\n      \"severity\": \"medium\"\n    },\n    {\n      \"category\": \"registry_schema\",\n      \"description\": \"Multiple source fingerprint key names are listed without priority or conflict resolution, which could lead to ambiguous matching if a candidate carries multiple keys with divergent values.\",\n      \"required_fix\": \"Specify key precedence and type expectations (e.g., array vs string) and a deterministic resolution strategy.\",\n      \"severity\": \"low\"\n    },\n    {\n      \"category\": \"artifact\",\n      \"description\": \"Advisory outputs include a manifest.json that could be mistaken for a canonical manifest, risking accidental downstream use.\",\n      \"required_fix\": \"Write all preflight artifacts to a dedicated advisory subdirectory or prefix filenames with 'NOW_33A_' consistently.\",\n      \"severity\": \"low\"\n    }\n  ],\n  \"overall_verdict\": \"supports_current_registry_preflight_contract\",\n  \"recommended_closeout_label\": \"contract_validated_read_only_preflight_feasible\",\n  \"required_contract_corrections\": [\n    \"Define 'nearby' discovery for project.json/run_manifest.json explicitly.\",\n    \"Clarify the DeepSeek fail rule to avoid contradiction with non-binding advisory status.\",\n    \"Add key precedence and type handling for candidate registry source fingerprint discovery.\"\n  ],\n  \"scope_audit\": {\n    \"deepseek_advisory_only\": true,\n    \"kg_writeback_blocked\": true,\n    \"path_or_name_hint_rejected_as_authority\": true,\n    \"read_only_preflight_allowed\": true,\n    \"registry_creation_blocked\": true,\n    \"route_transition_blocked\": true,\n    \"source_fingerprint_validation_required\": true,\n    \"uid_binding_blocked\": true\n  }\n}",
  "raw_response": {
    "id": "cd7282d1-31cc-4704-84a2-bedc1caa6fd9",
    "object": "chat.completion",
    "created": 1780740956,
    "model": "deepseek-v4-pro",
    "choices": [
      {
        "index": 0,
        "message": {
          "role": "assistant",
          "content": "{\n  \"confidence\": \"high\",\n  \"findings\": [\n    {\n      \"category\": \"boundary\",\n      \"description\": \"DeepSeek advisory protocol requires program to fail on blocker/high findings, effectively granting DeepSeek hard gate authority despite the non-binding advisory label.\",\n      \"required_fix\": \"Reconcile the language: either make the DeepSeek checks truly advisory (fail only if explicitly overridden by operator) or acknowledge the veto as an explicit design choice.\",\n      \"severity\": \"medium\"\n    },\n    {\n      \"category\": \"source_fingerprint\",\n      \"description\": \"Lineage discovery uses 'nearby project.json / run_manifest.json' without scoping rules, risking non-deterministic candidate inspection.\",\n      \"required_fix\": \"Define exact relative paths or a strict discovery algorithm from the candidate registry location.\",\n      \"severity\": \"medium\"\n    },\n    {\n      \"category\": \"registry_schema\",\n      \"description\": \"Multiple source fingerprint key names are listed without priority or conflict resolution, which could lead to ambiguous matching if a candidate carries multiple keys with divergent values.\",\n      \"required_fix\": \"Specify key precedence and type expectations (e.g., array vs string) and a deterministic resolution strategy.\",\n      \"severity\": \"low\"\n    },\n    {\n      \"category\": \"artifact\",\n      \"description\": \"Advisory outputs include a manifest.json that could be mistaken for a canonical manifest, risking accidental downstream use.\",\n      \"required_fix\": \"Write all preflight artifacts to a dedicated advisory subdirectory or prefix filenames with 'NOW_33A_' consistently.\",\n      \"severity\": \"low\"\n    }\n  ],\n  \"overall_verdict\": \"supports_current_registry_preflight_contract\",\n  \"recommended_closeout_label\": \"contract_validated_read_only_preflight_feasible\",\n  \"required_contract_corrections\": [\n    \"Define 'nearby' discovery for project.json/run_manifest.json explicitly.\",\n    \"Clarify the DeepSeek fail rule to avoid contradiction with non-binding advisory status.\",\n    \"Add key precedence and type handling for candidate registry source fingerprint discovery.\"\n  ],\n  \"scope_audit\": {\n    \"deepseek_advisory_only\": true,\n    \"kg_writeback_blocked\": true,\n    \"path_or_name_hint_rejected_as_authority\": true,\n    \"read_only_preflight_allowed\": true,\n    \"registry_creation_blocked\": true,\n    \"route_transition_blocked\": true,\n    \"source_fingerprint_validation_required\": true,\n    \"uid_binding_blocked\": true\n  }\n}",
          "reasoning_content": "We are asked to conduct a Round 1 audit of the NOW-33A current canonical registry build/import preflight. We need to provide a compact JSON response that includes confidence, findings, overall verdict, recommended closeout label, required contract corrections, and a scope audit. We must stay within boundaries: no writeback, no route transition, etc. We need to audit whether the current canonical registry build/import preflight can validate registry authority without creating current registry files, writeback, UID binding, asset binding, evidence, or route transition.\n\nWe are given the contract excerpt and various input counts. We must not actually execute anything, just provide an advisory audit.\n\nWe need to evaluate the contract against the stated boundaries and rules.\n\nLet's first understand the contract:\n\n- Purpose: validate whether any existing registry candidate can become the current canonical registry basis before UID binding replay, etc.\n- Expected closeout shape: read-only authority preflight, not successful current registry creation.\n- It requires source fingerprints, candidate inspection, and deterministic checks.\n- It explicitly forbids many actions: no current registry file creation, no UID binding, no KG writeback, etc.\n- It requires two DeepSeek rounds.\n- Exit criteria: various pass states, none of which create a registry.\n\nNow, the task: \"audit whether the current canonical registry build/import preflight can validate registry authority without creating current registry files, writeback, UID binding, asset binding, evidence, or route transition.\"\n\nWe need to produce a JSON with:\n- confidence: high | medium | low\n- findings: array of objects with category, description, required_fix, severity\n- overall_verdict: supports_current_registry_preflight_contract | needs_fix_before_preflight | blocks_preflight\n- recommended_closeout_label: short string\n- required_contract_corrections: array of strings\n- scope_audit: object with booleans for deepseek_advisory_only, kg_writeback_blocked, etc.\n\nWe must check if the contract and any potential implementation would adhere to the hard boundaries.\n\nWe need to consider:\n- Does the contract properly define source fingerprint computation and overlap?\n- Does it properly restrict candidate registry authority checks?\n- Does it allow any mutation?\n- Are the exit criteria clear and consistent with the non-goals?\n- Does it rely on DeepSeek appropriately?\n- Are there any gaps or risks that could lead to boundary violations?\n\nGiven the input_counts, there are local registry candidate paths, now33 discovered 11 candidates, but no current canonical registry. The preflight is to examine these without creating anything.\n\nWe are to audit the contract itself as a specification for a preflight procedure. We should identify any issues that might cause the preflight to fail to ensure the boundaries, or that might allow unintended side effects.\n\nLet's examine the contract excerpt in detail:\n\n- \"advisory_question: Round 1: audit whether the current canonical registry build/import preflight can validate registry authority without creating current registry files, writeback, UID binding, asset binding, evidence, or route transition.\"\n- Hard boundaries set: for example, current_registry_file_creation_allowed: false, uid_binding_allowed: false, etc.\n- The contract should enforce that.\n\nFrom the contract text:\n\n- Output artifacts are \"advisory/control artifacts\" and \"not manual/provider/operator evidence and do not mutate canonical storage.\"\n- Deterministic validation rules: preserve execution_state.json.next_entrypoint; compute fingerprints; inspect registry candidates; validate schema; require fingerprint overlap; record rejected; allow at most one configured selected candidate and only as read-only; keep all forbidden side-effect counters at zero; fail if DeepSeek rounds missing/has blockers.\n- Fingerprint computation: from P2V-17 and P2V-22 sources. It uses specific fields.\n- Candidate overlap uses various keys.\n- DeepSeek advisory protocol: rounds required, advisory only, cannot become current registry authority, operator production acceptance, etc.\n- Exit criteria: three possible exit states, all read-only, no creation.\n- Explicit non-goals: lists many things it does not do.\n\nPotential issues:\n\n1. **Scope and power of DeepSeek**: The contract says DeepSeek advisory is required and may substitute for human advice-style consultation under operator delegation. It is non-binding and advisory-only. But the boundary says deepseek_advisory_may_substitute_for_expert_advice: true, which is fine. However, we need to ensure that DeepSeek's output is not used as authority incorrectly. The contract says: \"DeepSeek output may substitute for human advice-style consultation under operator delegation, but only as advisory input considered by the program and project agent. It remains non-binding and advisory-only.\" It also lists things it cannot become. This seems solid.\n\n2. **Route transition**: The contract says active route must remain `platform_neutral_prompt_readiness_manual_execution_log_contract` and that execution_state.json.next_entrypoint must be preserved. That ensures no route transition. Good.\n\n3. **Filesystem writes**: The contract lists output artifacts like reports, gate, review.html, manifest.json. These are advisory artifacts. But they are written to the filesystem. Are these allowed? The boundary says preflight_only: true, and that may allow writing advisory files. The contract says these artifacts \"do not mutate canonical storage.\" However, if they are written to a directory under outputs, that might be a mutation of the outputs index. The boundary says \"outputs_index_mutation_allowed: false\". The contract says it does not mutate output-indexes (explicitly in non-goals: \"change route or output indexes\"). But writing new files into the outputs directory without updating an index might not be a mutation of the canonical output index, if they are just loose files. The contract likely intends to write these as temporary/working files for human review, not as canonical outputs. But we should check: does the boundary allow creating these artifacts? The hard boundaries do not explicitly prohibit writing advisory files; they prohibit things like registry creation, UID binding, etc. So creating advisory reports is probably fine as long as they don't become canonical evidence or mutate canonical storage. But the boundary says \"operator_evidence_creation_allowed: false\", \"manual_provider_evidence_creation_allowed: false\". The advisory reports are not operator evidence, so likely okay.\n\n4. **Fingerprint computation**: The contract is specific about which files and hashes to use. However, it assumes P2V-17 and P2V-22 files exist and have valid data. If those files are missing or corrupted, the preflight would fail. That's acceptable. But there is a potential issue: the contract says \"target_full_source_sha256s: SHA-256 of each distinct existing P2V_17_chapters.jsonl[*].source_path file.\" That implies the program must read the actual source files and compute their SHA-256. This could be a large operation, but it's read-only. Could there be a risk of side effects? If the source files are huge or if reading them causes some state change (unlikely). No write.\n\n5. **Candidate registry inspection**: It will inspect registries under outputs/**/02e_entity_registry.json and any configured candidate. This involves reading many files. No writes.\n\n6. **Validation of registry candidate schema**: It validates entity rows have unique non-empty entity_uid and names. This is a good check.\n\n7. **Fingerprint overlap rule**: The candidate must have full-source SHA match or chapter SHA subset. This is robust. However, the contract lists many possible keys for source fingerprints in the registry, which may cause confusion if a registry uses a non-standard key. But the contract attempts to cover all variants.\n\n8. **Explicit non-goals**: It lists what it does not do, which matches the boundaries.\n\nPotential gaps:\n\n- The contract mentions \"DeepSeek v4 pro thinking/max Round 1 and Round 2 consultation records for this contract\" as required inputs. How will the program ensure these exist and are valid? The program should parse and check for blocker/high findings. But the contract doesn't specify what constitutes a valid DeepSeek output or how to parse it. This could be ambiguous. But the boundary says DeepSeek is advisory, so even if DeepSeek output is missing/unparseable, the contract says the program must fail. So it's a hard requirement. But we need to ensure that the program doesn't treat DeepSeek as authority; it only checks for its existence and absence of blockers. That's fine.\n\n- The contract says \"allow at most one configured selected candidate and only as read-only\". That means if a candidate is configured, it must be read-only. How is \"read-only\" enforced? By not performing any writes. The program should simply designate it as the selected registry for downstream reading, without copying or importing it. Could there be a risk that the selected registry path is later mutated? That's beyond this preflight. The preflight only selects it as the current basis, but does not create a new file. The contract says \"no current registry file is created\". That's good.\n\n- The exit criteria include \"current_registry_preflight_pass_configured_candidate_selected_read_only_no_writeback\". This state implies the preflight passes and a candidate is selected. But the contract also says \"If a configured candidate is selected read-only, rerun NOW-33 read-only entity linking against that configured registry. A separate writeback/asset/evidence contract is still required before any canonical mutation or execution work.\" So the program would not proceed to mutation. This is consistent.\n\n- The contract says \"keep all forbidden side-effect counters at zero\". What are these counters? Not clearly defined. This might be an implementation detail. For audit, we can assume that the program will monitor for any side effects and ensure they don't happen.\n\nPotential risks:\n\n- If the preflight writes advisory files, could those files be mistaken for canonical evidence downstream? The contract says they are not evidence, but human operators might misinterpret them. However, the audit is about whether the contract can validate without doing those things; the existence of advisory files doesn't itself cause UID binding, etc.\n\n- The contract relies on reading many files, but it doesn't say what happens if some of those files are malformed, missing, or have invalid JSON. The program should handle errors gracefully and probably fail with a clear reason.\n\n- The contract says \"inspect nearby project.json / run_manifest.json lineage and registry KG refs where present\". This is somewhat vague: what is \"nearby\"? It should be defined relative to the registry candidate path. This could lead to non-deterministic behavior if the search path is not strictly specified. We should flag this as a medium severity issue.\n\n- The contract mentions \"source_fingerprint_status=pass only when either: at least one candidate full-source SHA matches target_full_source_sha256s; or candidate declares a non-empty chapter SHA set and that set is a subset of target_chapter_sha256s.\" This means if a candidate has full-source SHA that matches, it passes even if chapter SHAs are missing or different. Is that safe? Maybe, because the full-source SHA covers the entire source. But what if the candidate registry was built from a subset of the source? It would still have the full-source SHA? The full-source SHA is the hash of the entire source file, so if the registry was built from a subset, the full-source SHA of that file would differ unless the source file is exactly the same. The candidate registry might store the source file's SHA as a reference; it would only match if the exact same source file was used. That seems correct.\n\n- However, there is a subtlety: \"candidate full-source SHA values come from nearby project.json.input_sha256, run_manifest.json.input_sha256, registry target_source_sha256s, registry target_full_source_sha256s, registry source_full_sha256s, registry full_source_sha256s, or the same keys under registry source_fingerprints\". This is a long list of possible keys. The program must search all these. If a candidate has a key like \"source_full_sha256s\" but it's not an array or is a string, the program should handle it. Also, the term \"full-source SHA\" might be ambiguous: does it mean the hash of the entire source file, or a list of hashes? The contract says \"target_full_source_sha256s\" is SHA-256 of each distinct existing source_path file, so it's a set of hashes. And candidate systems might store a list or a single hash. The overlap rule says \"at least one candidate full-source SHA matches target_full_source_sha256s\". So if candidate has a list and any matches, it's a pass. That seems fine.\n\n- The chapter SHA subset rule: \"candidate declares a non-empty chapter SHA set and that set is a subset of target_chapter_sha256s.\" That would pass if the candidate was built from a subset of chapters. That makes sense because the candidate might only cover some chapters, and we still want to consider it if it aligns with the target's chapters. But note: we want to validate registry authority for the current P2V-22 draft, which covers all 1638 rows. If the candidate registry only covers a subset of chapters, it might not have entities for all rows. But the contract says that's acceptable for a read-only registry basis? The contract doesn't require full coverage; it only requires that the candidate's source lineage overlaps the target source fingerprints. That might be intentional: the preflight is just checking if any candidate is from the same source material, not that it covers all rows. Then downstream linking might have gaps, but that's handled later. So it's okay.\n\n- But what if a candidate has a full-source SHA that doesn't match, and its chapter SHA set is a subset, but the subset is very small (e.g., 1 chapter)? The contract would still pass it. That might be too permissive: a registry built from a single chapter could be considered eligible, but then when linking, most rows wouldn't have entities. That might cause a large gap. However, the contract's purpose is only to validate authority, not coverage. The later steps will handle gaps. So this is not a preflight failure.\n\n- The contract says \"reject candidates whose source lineage does not overlap the target source fingerprints\". So if neither full-source nor chapter subset matches, it's rejected. That's good.\n\nNow, let's consider the boundary: \"current_registry_file_creation_allowed: false\". The contract says no current registry file is created. However, the advisory outputs include a manifest.json and other files; are any of those considered a \"current registry file\"? Probably not. But we must ensure that the contract doesn't inadvertently create a file that could be interpreted as the canonical registry. The output names are like NOW_33A_current_registry_*.json, but they are reports, not the registry itself. The contract says \"These artifacts are not manual/provider/operator evidence and do not mutate canonical storage.\" So it's clear.\n\nNow, let's think about the preflight's own integrity: What if the preflight itself has a bug that causes a mutation? That's beyond this contract audit; we're auditing the contract's design. The contract's rules, if implemented correctly, should prevent mutation. But we might note that the contract depends on the implementation to follow these rules. For an audit, we can assume the contract is the specification, and we're checking if the specification is consistent with the boundaries.\n\nNow, let's examine the hard boundaries:\n\n- accepted_overlay_writeback_allowed: false\n- active_route_authority: \"execution_state.json.next_entrypoint\"\n- adapter_payload_allowed: false\n- asset_binding_allowed: false\n- canonical_entity_uid_binding_allowed: false\n- canonical_kg_writeback_allowed: false\n- current_registry_file_creation_allowed: false\n- current_registry_selection_requires_explicit_config: true\n- deepseek_advisory_is_operator_production_acceptance: false\n- deepseek_advisory_may_substitute_for_expert_advice: true\n- execution_state_next_entrypoint_unchanged: true\n- feedback_intake_allowed: false\n- manual_provider_evidence_creation_allowed: false\n- media_generation_allowed: false\n- operator_evidence_creation_allowed: false\n- operator_overlay_writeback_allowed: false\n- operator_production_acceptance_claimed: false\n- outputs_index_mutation_allowed: false\n- path_or_title_name_matching_authorizes_registry: false\n- preflight_only: true\n- provider_job_execution_allowed: false\n- provider_specific_prompt_allowed: false\n- raw_kg_writeback_allowed: false\n- registry_import_writeback_allowed: false\n- repair_execution_allowed: false\n- replay_execution_allowed: false\n- row_mutation_allowed: false\n- runtime_branch_by_work_title_entity_name_or_sample_text_allowed: false\n- stage: \"NOW_33A_current_canonical_registry_build_import_preflight\"\n\nAll these boundaries are addressed in the contract explicitly or implicitly. Let's verify:\n\n- current_registry_selection_requires_explicit_config: The contract says \"allow at most one configured selected candidate and only as read-only\" and that configuration alone is not sufficient. It requires explicit configuration via `--configured-registry-path`. So it requires explicit config.\n- path_or_title_name_matching_authorizes_registry: The contract says \"The preflight deliberately does not treat path names, work title hints, entity names, or sample text as authority.\"\n- outputs_index_mutation_allowed: The contract says it does not change output indexes.\n- deepseek_advisory_is_operator_production_acceptance: False, as DeepSeek is advisory.\n- All the writeback/creation/binding all false.\n\nThe contract appears to respect all of these.\n\nNow, are there any missing pieces? The contract requires DeepSeek rounds as inputs. But the hard boundary says deepseek_advisory_may_substitute_for_expert_advice: true. That allows the program to use DeepSeek's output as advisory input. The contract says the program must \"fail if DeepSeek Round 1 or Round 2 is missing, unavailable, unparseable, or has blocker/high findings.\" That seems okay, but it gives DeepSeek a hard veto power over the preflight. Could DeepSeek's output inadvertently cause the program to halt even if the preflight is otherwise valid? Yes, but that's by design; it's a check. However, what if DeepSeek's output contains a false positive blocker? Then the preflight would fail incorrectly. But DeepSeek is advisory only; perhaps the program should not rely on it to block? The contract says \"fail if DeepSeek ... has blocker/high findings.\" That means the program treats DeepSeek's severity assessments as authoritative enough to fail the preflight. But the hard boundary says deepseek_advisory_is_operator_production_acceptance: false, but it doesn't say the program cannot use DeepSeek as a gate. However, the boundary also says \"deepseek_advisory_may_substitute_for_expert_advice: true\", which implies the program can treat it as expert advice and decide to fail based on it. But there's a tension: if DeepSeek is non-binding and advisory-only, can the program be forced to fail based on its output? The contract says the program must fail if DeepSeek has blocker/high findings. That seems like it's giving DeepSeek a binding authority, which might contradict the \"non-binding and advisory-only\" clause later in the contract. Let's read the contract again: \"DeepSeek output may substitute for human advice-style consultation under operator delegation, but only as advisory input considered by the program and project agent. It remains non-binding and advisory-only. It cannot become: current registry authority; operator production acceptance; ...\" So the program is allowed to consider DeepSeek's advice and act on it (like an expert recommending to fail), but the final decision is still the program's. However, the deterministic validation rules say \"fail if DeepSeek Round 1 or Round 2 is missing, unavailable, unparseable, or has blocker/high findings.\" That is a hard rule in the program; it doesn't say the program shall consider and then decide, it says \"fail if\". That gives DeepSeek a strong influence. But if DeepSeek's findings are advisory, the program could theoretically override them? The contract as written requires failure. So that might be a point of overreach: giving DeepSeek a de facto veto that is binding. But the boundary allows deepseek_advisory_may_substitute_for_expert_advice, and if the program follows that advice to fail, it's allowed. However, the boundary does not say the program must fail on DeepSeek's say-so; it's a design choice. Could that be a risk? If DeepSeek is unreliable, the preflight could fail unnecessarily. But we're auditing the contract, not the implementation. For the purpose of this audit, we might note that the contract's reliance on DeepSeek as a hard gate might be a concern if DeepSeek misbehaves, but since DeepSeek is part of the contract's design, it's not a boundary violation per se. However, we might classify it as a medium risk.\n\nAlso note: the contract says DeepSeek rounds are required inputs. In the input_fingerprint, it says \"DeepSeek v4 pro thinking/max Round 1 and Round 2 consultation records for this contract.\" But where are these records? They are not provided in this context. For the preflight to run, it would need to have those consultation records. Since we are doing a round 1 audit ourselves, we are generating a consultation record. So the circular dependency: the preflight requires Round 1 and Round 2 records to run, but Round 1 is being performed now. The contract likely expects that Round 1 and Round 2 are completed before the preflight program runs, i.e., as part of the development process. The contractor is probably supposed to follow the contract by first conducting DeepSeek rounds, then running the program with those rounds as input. For us, as the first round auditor, we are providing an advisory response; we don't need to worry about that dependency because we're not running the program.\n\nNow, let's see if there are any missing validation rules that should be in the contract to ensure boundary adherence:\n\n- The contract should explicitly forbid any network access or external API calls that might have side effects? Not needed; it's a local preflight.\n\n- The contract should enforce that the execution_state.json is not modified except preserving next_entrypoint. It says \"preserve execution_state.json.next_entrypoint\", which implies the program may read but not change it.\n\n- The contract says \"keep all forbidden side-effect counters at zero\". That's a good runtime check.\n\nNow, let's produce the JSON.\n\nWe need to output confidence, findings, overall_verdict, recommended_closeout_label, required_contract_corrections, scope_audit.\n\nFirst, assess confidence: high, because the contract is well-defined and aligns with boundaries. There are minor potential issues but nothing that blocks preflight.\n\nFindings: we should list any issues we identified.\n\nPotential findings:\n\n1. **Scope / boundary**: The contract's rule to fail if DeepSeek rounds have blocker/high findings gives DeepSeek an effective veto power that may conflict with its stated \"non-binding and advisory-only\" status. This could cause the preflight to fail unnecessarily if DeepSeek errs. However, the contract's own text says DeepSeek remains advisory; a hard fail rule makes it binding in practice. This is a mild inconsistency. We can flag it as a medium or low severity.\n\n2. **Source fingerprint**: The description of \"nearby project.json / run_manifest.json\" is ambiguous and could lead to non-deterministic behavior if \"nearby\" is not clearly defined (e.g., parent directory, sibling directory). This could affect candidate validation consistency. Severity: medium, because it might affect which candidates are examined.\n\n3. **Registry schema**: The contract relies on many possible keys for source fingerprints in candidate registries. While comprehensive, it doesn't specify what to do if multiple keys exist with conflicting information, or if the format is unexpected (e.g., a string vs list). This could lead to parsing errors or missed matches. Severity: medium.\n\n4. **Artifact / boundary**: The advisory artifacts written include a manifest.json. If this file is written to a location that is later picked up as a canonical manifest, it could violate the outputs_index_mutation boundary. The contract says it doesn't mutate canonical storage, but we should ensure it's written to a non-canonical path. The contract doesn't specify the output directory; it might default to the working directory or outputs. If it writes to a standard output directory without updating the index, it's not a mutation, but it could be confusing. Severity: low.\n\n5. **Other**: The preflight checks for \"entity_uid\" and display names, but does it check for UID format or uniqueness across all candidates? It checks per candidate. That's fine.\n\n6. **Other**: The contract uses \"P2V_17_chapters.jsonl\" and \"P2V_22_neutral_prompt_draft_rows.jsonl\" as inputs. It assumes these files have specific fields (sha256, source_sha256, etc.). If these fields are missing, the preflight should fail gracefully. The contract doesn't specify error handling for malformed inputs, but that's an implementation detail. Not a contract flaw.\n\n7. **Boundary**: The contract says \"allow at most one configured selected candidate and only as read-only\". The exit criteria include a state where no candidate is configured but eligible ones exist, and it suggests explicitly configure it. That aligns with the boundary current_registry_selection_requires_explicit_config.\n\nOverall, the contract is robust. We can give an overall_verdict of supports_current_registry_preflight_contract, because the contract as designed will validate registry authority without crossing boundaries. However, we could also say needs_fix_before_preflight if we think the ambiguous \"nearby\" and the DeepSeek veto are significant enough to require a correction. Let's evaluate: The ambiguous \"nearby\" could lead to the program not finding relevant lineage files, causing it to miss fingerprint overlap and reject valid candidates. That could delay the pipeline but not violate boundaries. It's a design weakness, not a boundary violation. The DeepSeek veto: if DeepSeek is required to pass and its output is treated as authoritative for pass/fail, it might stop the pipeline when it shouldn't. But that's a risk the contract accepts; it's not a boundary violation because the preflight can fail, and that doesn't create registry files or mutate anything. So both are quality issues, not boundary issues. The audit question is specifically: \"audit whether the current canonical registry build/import preflight can validate registry authority without creating current registry files, writeback, UID binding, asset binding, evidence, or route transition.\" So we care about whether it can do that without those forbidden actions. The design seems to prevent those actions. So overall_verdict: supports_current_registry_preflight_contract.\n\nBut we should still include findings and recommended corrections.\n\nThe expected JSON schema asks for \"recommended_closeout_label\": a short string. That is likely one of the closeout states from the contract. Since we are in Round 1, we might not be ready to recommend a closeout for the preflight itself; we are auditing the contract. The advisory question is from the preflight's perspective: the auditor is to say whether the contract supports the preflight. We could recommend a closeout label based on the audit? Actually, the expected JSON says \"recommended_closeout_label\": \"short string\". It might mean: if this contract were to be evaluated, what closeout state would we recommend? But we are not running the preflight; we are auditing the contract. Perhaps it means: given our audit, what label should be attached to this contract's status? Or maybe it's asking for the preflight's closeout label based on the contract's own criteria? The advisory_question says: \"Round 1: audit whether the current canonical registry build/import preflight can validate registry authority without ...\". So our audit should end with a verdict about the contract's ability to do so. The recommended_closeout_label could be one of the contract's exit criteria, indicating which exit we think the preflight would reach if it were to run now? But we don't know the actual state of the inputs. We only know from input_counts that there are candidates, etc. But we are not executing. So we might label as something like \"preflight_contract_audit_pass\" or similar. The schema example says \"supports_current_registry_preflight_contract\" is an overall_verdict. The recommended_closeout_label might be a suggestion for the next step or a label for this audit. Perhaps we can put \"round1_audit_supports_contract_no_corrections\" or something. The expected JSON schema uses \"supports_current_registry_preflight_contract | needs_fix_before_preflight | blocks_preflight\" for overall_verdict. So we'll set overall_verdict to \"supports_current_registry_preflight_contract\". For recommended_closeout_label, we could use something like \"current_registry_preflight_pass_configured_candidate_selected_read_only_no_writeback\" if we think that would be the likely outcome? But we don't know if a candidate will be selected. We can set it to a generic \"advisory_contract_audit_complete\" or something. Given the expected JSON indicates \"short string\", I'll set it to \"contract_validated_read_only_preflight_feasible\".\n\nRequired_contract_corrections: we can list suggestions for improving the contract: [\"Define 'nearby' for project.json/run_manifest.json discovery explicitly (e.g., sibling directory or parent of registry path).\", \"Clarify that DeepSeek's blocker/high findings should be treated as advisory and not necessarily as hard gates, or explicitly accept the veto.\", \"Specify error handling for missing or malformed candidate fingerprint keys.\"]. But are these required? The question says \"required_contract_corrections\". If we think the contract does not need any corrections to meet the boundaries, we can leave it empty or provide suggestions as optional. Since they are not strictly required to prevent boundary violations, we might leave it empty or note them as low. However, the field is required and expects an array. I'll include some minimal suggestions.\n\nScope_audit: the booleans:\n- deepseek_advisory_only: true (the contract states DeepSeek is advisory only, though it has a hard gate, but overall it's advisory because it doesn't become production acceptance)\n- kg_writeback_blocked: true\n- path_or_name_hint_rejected_as_authority: true\n- read_only_preflight_allowed: true\n- registry_creation_blocked: true\n- route_transition_blocked: true\n- source_fingerprint_validation_required: true\n- uid_binding_blocked: true\n\nAll should be true based on the contract.\n\nNow, let's craft the findings array.\n\nI'll create a few findings:\n\n1. Category: \"boundary\", description: \"DeepSeek advisory protocol requires program to fail on blocker/high findings, giving DeepSeek de facto hard gate authority despite being labeled non-binding advisory.\", required_fix: \"Clarify that DeepSeek findings are advisory and program should consider but not be mandated to fail, or accept the veto and update the non-binding label.\", severity: \"medium\" (because it could lead to unnecessary preflight failure but not boundary crossing).\n\n2. Category: \"source_fingerprint\", description: \"Candidate lineage search uses vague 'nearby project.json / run_manifest.json' without explicit directory scoping, risking non-deterministic or missed file discovery.\", required_fix: \"Specify exact relative paths or search rules from the candidate registry path.\", severity: \"medium\".\n\n3. Category: \"registry_schema\", description: \"Multiple candidate source fingerprint key names may cause parsing ambiguity if multiple keys are present with differing values or unexpected types.\", required_fix: \"Define a priority order and type expectations for keys, and document fallback if none match.\", severity: \"low\".\n\n4. Category: \"artifact\", description: \"Advisory output files (e.g., manifest.json) could be confused with canonical output if written to standard output directories without clear non-canonical marker.\", required_fix: \"Either write to a clearly temporary/advisory subdirectory or prefix names to distinguish.\", severity: \"low\".\n\n5. Category: \"scope\", description: \"Preflight relies on external DeepSeek consultation records as input; if these are unavailable, preflight fails. This dependency is not a violation but could be a bottleneck.\", required_fix: \"None required, but consider allowing preflight to proceed with a warning if DeepSeek records are missing while still marking as non-production.\", severity: \"low\".\n\nBut I should limit findings to relevant ones. The contract seems to have the DeepSeek dependency intentionally.\n\nOverall, the contract is good.\n\nNow, produce the JSON. Make sure to follow the schema exactly.\n\nThe expected JSON schema:\n{\n  \"confidence\": \"high | medium | low\",\n  \"findings\": [\n    {\n      \"category\": \"scope | source_fingerprint | registry_schema | boundary | artifact | other\",\n      \"description\": \"short\",\n      \"required_fix\": \"short\",\n      \"severity\": \"blocker | high | medium | low\"\n    }\n  ],\n  \"overall_verdict\": \"supports_current_registry_preflight_contract | needs_fix_before_preflight | blocks_preflight\",\n  \"recommended_closeout_label\": \"short string\",\n  \"required_contract_corrections\": [\"short string\"],\n  \"scope_audit\": {\n    \"deepseek_advisory_only\": \"boolean\",\n    \"kg_writeback_blocked\": \"boolean\",\n    \"path_or_name_hint_rejected_as_authority\": \"boolean\",\n    \"read_only_preflight_allowed\": \"boolean\",\n    \"registry_creation_blocked\": \"boolean\",\n    \"route_transition_blocked\": \"boolean\",\n    \"source_fingerprint_validation_required\": \"boolean\",\n    \"uid_binding_blocked\": \"boolean\"\n  }\n}\n\nWe need to output only JSON, no other text.\n\nSo I'll construct the JSON accordingly."
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