{
  "id": "7280a95a-f933-446c-9f81-6498fcf16ab7",
  "object": "chat.completion",
  "created": 1781196236,
  "model": "deepseek-v4-pro",
  "choices": [
    {
      "index": 0,
      "message": {
        "role": "assistant",
        "content": "{\n  \"parse_status\": \"pass\",\n  \"overall_verdict\": \"supports_with_required_corrections\",\n  \"confidence\": \"high\",\n  \"findings\": [\n    {\n      \"severity\": \"medium\",\n      \"issue\": \"The contract lists eleven required output artifacts, but only provides detailed field specifications for the dramart_ai_scene_prompt_preview_packet and seedance_2_0_shot_prompt_preview_packet. The remaining artifacts (adapter_preview_input_manifest, adapter_entity_mention_validator_report, public_review_page_contract, unsupported_or_risky_field_report, adapter_preview_validation_report, adapter_preview_gate, manifest) lack explicit schema definitions, which could lead to ambiguous or incomplete implementations and reduce validator effectiveness.\",\n      \"recommendation\": \"Add a brief, explicit field specification for each of the underspecified artifacts, or reference a standard project schema document that defines them. At minimum, describe the purpose and key content of each to guide the implementation.\"\n    },\n    {\n      \"severity\": \"low\",\n      \"issue\": \"The cross_platform_prompt_alignment_matrix must include 'unsupported/risky field count', but the contract does not define what constitutes an unsupported or risky field. The unsupported_or_risky_field_report is expected to cover this, but the link between them is not explicitly stated.\",\n      \"recommendation\": \"Clarify that the unsupported_or_risky_field_report provides the authoritative list, and the alignment matrix should count entries per scene/shot from that report, or directly define the criteria in the contract.\"\n    },\n    {\n      \"severity\": \"low\",\n      \"issue\": \"The adapter entity mention ledger validator requires exactly one row per @实体名称 mention, but the contract does not specify the method for detecting mention tokens (e.g., exact string matching, regex, or semantic matching).\",\n      \"recommendation\": \"Add a note that the validator must use exact string matching for the '@实体名称' pattern found in preview packet content to eliminate ambiguity.\"\n    }\n  ],\n  \"required_corrections\": [\n    \"Provide explicit field definitions for all required output artifacts (adapter_preview_input_manifest, adapter_entity_mention_validator_report, public_review_page_contract, unsupported_or_risky_field_report, adapter_preview_validation_report, adapter_preview_gate, manifest) to ensure implementers produce valid and complete artifacts.\",\n    \"Define the criteria for 'unsupported/risky field' or explicitly link the unsupported_or_risky_field_report to the alignment matrix.\",\n    \"Specify the exact token matching rule for @实体名称 detection in the entity mention ledger.\"\n  ],\n  \"remaining_high_or_blocker_count\": 0\n}",
        "reasoning_content": "We need to evaluate a no-writeback Dramart/Seedance adapter-preview contract for schema adequacy and boundary safety. The task is advisory-only, returning JSON according to the required schema.\n\nWe must analyze the provided payload, which includes the contract text, closeout gate core, fresh run core, now36 gate core, etc. The contract text defines a contract for a \"Dramart / Seedance Adapter Preview Contract\". It's a contract/design gate only; no adapter preview generation, final prompt, provider payload, media, evidence, asset binding, writeback, route transition, etc. It authorizes the implementation to generate review-only Dramart-AI style preview, Seedance 2.0 style preview, and a public static review HTML in one bounded run, with strict constraints.\n\nWe need to evaluate schema adequacy (whether the required output schemas are defined properly) and boundary safety (whether the contract prevents unauthorized actions like provider execution, final prompt export, asset binding, writeback, etc.). Also, entity mention ledger safety, public review page safety, no-writeback/no-provider/no-final-prompt boundaries.\n\nThe contract defines many output artifacts: adapter_preview_input_manifest, adapter_entity_mention_ledger, adapter_entity_mention_validator_report, dramart_ai_scene_prompt_preview_packet, seedance_2_0_shot_prompt_preview_packet, cross_platform_prompt_alignment_matrix, unsupported_or_risky_field_report, public_review_page_contract, adapter_preview_validation_report, adapter_preview_gate, manifest. It also specifies required fields for Dramart and Seedance preview packets, ledger requirements, cross-platform alignment, public review page contract constraints, and validators.\n\nFurthermore, the contract includes a DeepSeek advisory requirement: before this contract can pass, DeepSeek Round 1 must evaluate schema adequacy, adapter boundary safety, entity mention ledger safety, public review page safety, and no-writeback/no-provider/no-final-prompt boundaries. Round 2 must critique Round 1. Our current evaluation is presumably Round 1? The context says: \"Evaluate this no-writeback Dramart/Seedance adapter-preview contract for schema adequacy and boundary safety.\" So we are acting as the DeepSeek advisory reviewer for Round 1 (though the system prompt says \"You are an advisory-only reviewer ... Return only valid JSON.\"). So we produce the evaluation.\n\nWe need to output: parse_status, overall_verdict, confidence, findings, required_corrections, remaining_high_or_blocker_count.\n\nWe must decide the overall_verdict: supports_contract, supports_with_required_corrections, does_not_support.\n\nWe need to examine if there are any missing schema elements or boundary violations. Let's go through the contract carefully.\n\nFirst, check that the contract defines the required schemas adequately. The contract lists the output artifacts and describes some of their required fields. But does it fully specify the schema? It says \"Required fields:\" for Dramart and Seedance packets, giving field names. For other artifacts, it describes the content but not necessarily a detailed schema. However, the contract is a design/contract; it doesn't need to specify every field down to the type, but should be enough to implement safely. The validator section defines what must fail, which implicitly constrains schemas.\n\nWe need to see if there are any gaps:\n\n- adapter_preview_input_manifest: not explicitly described. It's listed as a required output, but the contract doesn't define its schema. Is that a problem? Possibly, but it may be a manifest of input artifacts used, which could be derived from the input authority section. However, the contract could be missing a schema for it. In the later validator, it checks \"Source scene/shot/source/trace refs do not resolve.\" So maybe the manifest is just a list. However, for completeness, it might be good to have at least a brief description. But is it a blocker? Maybe it's a low severity finding.\n\n- adapter_entity_mention_ledger: described with required fields and constraints. Seems adequate.\n\n- adapter_entity_mention_validator_report: not described in detail. Could be a report of validation results. The validator section implies checks.\n\n- dramart_ai_scene_prompt_preview_packet: described with fields. Looks okay.\n\n- seedance_2_0_shot_prompt_preview_packet: described with fields. Also includes negative constraints like no provider fields.\n\n- cross_platform_prompt_alignment_matrix: described: must show mapping from source scene/shot to various things. Not fully detailed, but enough.\n\n- unsupported_or_risky_field_report: not described in detail. Could be a report of fields that are unsupported or risky? Might be fine.\n\n- public_review_page_contract: described constraints for the public HTML.\n\n- adapter_preview_validation_report: not described separately; likely the aggregate validation output.\n\n- adapter_preview_gate: a gate artifact, presumably similar to other gates.\n\n- manifest: likely a standard output manifest.\n\nSo some artifacts lack detailed schema, but the contract might still be sufficient for an implementation to be safe because the validators enforce the critical boundaries. However, part of schema adequacy is ensuring the implementer knows what to produce. If some output schema is entirely undefined, it could lead to implementation ambiguity. The contract could be improved by providing a skeletal schema for each artifact, or at least a reference. But for boundary safety, the critical part is that the forbidden actions are prevented.\n\nWe need to check boundary safety: The contract explicitly states many prohibitions and includes a validator that must fail if certain conditions are met. For instance, if any preview packet contains canonical_entity_uid, canonical_uid, asset_uri, etc., the validator must fail. So the schema is enforced by validation. This is a strong safety mechanism.\n\nWe should identify any potential leakages: For example, the contract allows \"adapter_entity_mention_ledger\" which contains `@实体名称` tokens. It requires that each mention resolves to exactly one ledger row, and that these rows state `adapter_only=true`, `not_canonical_entity_uid=true`, etc. That seems safe.\n\nThe public review page must avoid secrets, provider payloads, etc., and must not mutate outputs/index.json. That's good.\n\nThe contract specifies that all output schemas are review-only and not canonical screenplay, shooting script, final prompt, etc. That's clear.\n\nThe contract includes forbidden side-effect counters that must remain zero. The current contract says \"All counters must remain 0 in this contract.\" The validator will check that. It also says: \"dramart_ai_adapter_preview_generation_count may be non-zero only in the next implementation, not in this contract.\" This is correctly bounded.\n\nOne potential issue: The contract says \"The implementation may land Dramart-AI style preview, Seedance 2.0 style preview, and a public static review HTML in one bounded run only if the artifacts are separated by schema, the validation report exposes per-platform counts, and the final prompt remains unauthorized.\" This is a permission for the next implementation, not for this contract. This contract only authorizes the contract itself? Actually, the contract's Decision section includes: `dramart_ai_adapter_preview_implementation_authorized=true` and `seedance_2_0_adapter_preview_implementation_authorized=true`. But earlier in the Authority section it says: \"This contract is a contract/design gate only; no adapter preview generation... is performed by this contract.\" So there is a distinction: the contract authorizes the implementation (in a later stage) but does not itself perform generation. The decision to authorize implementation is part of the contract. That seems coherent.\n\nBut we need to evaluate this contract's schema adequacy and boundary safety. The contract itself is a design document; it defines what the next implementation must produce and what it must not do. As a contract, it should be clear and complete enough to guide safe implementation. Are there any missing constraints that could lead to boundary violations in the future implementation? Let's check.\n\nPotential missing constraints:\n- The contract says the implementation must use only the specified fresh run artifacts and \"NOW-37 and NOW-38 artifacts may be used as advisory/contextual schema references only\". But what about other sources? It's restricted to those input files. That's good.\n\n- The validator for the next implementation must fail if certain conditions occur. The contract defines validators but does not specify the exact structure of the validation report. However, that's for the next implementation; this contract is just the spec. So for this contract to be adequate, it should define the validation criteria. It does.\n\n- Are there any fields in the Dramart/Seedance preview packets that could be misinterpreted as provider payload? The required fields appear to be entirely review-oriented (scene_title, entity_mentions, shot_image_blocks, etc.) and do not include provider-specific fields. The contract also explicitly forbids including those fields in preview packets. So it's safe.\n\n- The adapter entity mention ledger: How are mentions resolved? The contract says \"Every @实体名称 token appearing in a Dramart or Seedance preview packet must resolve to exactly one ledger row for the same preview packet.\" It doesn't specify how the resolution is verified. But the validator will check that there's exactly one row. That's sufficient.\n\n- Boundary safety with respect to route transitions: The contract says route transition is unauthorized. And it says the next entrypoint must remain unchanged. So no route mutation.\n\n- Outputs index mutation: unauthorized. The contract says the public review page must not mutate outputs/index.json. And the contract itself does not mutate it.\n\n- DeepSeek advisory: the contract requires DeepSeek rounds; but we are now performing Round 1 evaluation. That's fine.\n\nNow, are there any missing required corrections? Could the contract be improved? Possibly requiring explicit schema definitions for all artifacts, or clarifying some aspects. But the question is whether these are \"required corrections\" for the contract to be acceptable. Since our role is advisory, we need to decide if the contract \"supports_contract\" (no issues), \"supports_with_required_corrections\" (some issues must be fixed), or \"does_not_support\" (blocker issues).\n\nLet's try to find any blocker or high-severity issues:\n\n1. Lack of full schema for some output artifacts (manifest, validator reports, etc.) could lead to ambiguous implementation, but not necessarily a safety boundary issue. However, if the implementation produces something that inadvertently includes forbidden fields because the schema wasn't fully specified, that could be a risk. But the validators would catch it. The validators are defined in terms of what must not be present, which is robust. So I'd classify this as low severity.\n\n2. The contract says \"The implementation must create an adapter-only entity_mention_ledger.\" It specifies fields and constraints. But does it specify that the ledger must be separate from the canonical entity store? It says ledger rows must state not_canonical_entity_uid=true. That's good. However, the ledger might be stored alongside the preview packets. Could it be misinterpreted as canonical? The contract's authority section says it's not canonical writeback. So it's safe.\n\n3. The contract authorizes `dramart_ai_adapter_preview_implementation_authorized=true` and `seedance_2_0_adapter_preview_implementation_authorized=true`, but also says \"no adapter preview generation ... is performed by this contract.\" This could be confusing. But it's clear: this contract only authorizes; actual generation happens in a later implementation stage. There's no leakage because the contract itself does not produce those artifacts. However, the decision_under_review in the payload includes those authorizations. That seems consistent.\n\n4. The contract's \"Input Authority\" section lists the fresh run artifacts and says NOW-37/38 may be used as advisory. But what about the contract's own artifacts? The implementation for this contract is just the contract document itself? Actually, the payload includes \"contract\" as an artifact, and we are evaluating it. So the contract is already produced. This evaluation is part of the DeepSeek advisory. So we don't need to generate anything.\n\n5. Check the \"Required Output Schemas\" section: It lists many artifacts. But some of them (like adapter_preview_input_manifest, adapter_entity_mention_validator_report, public_review_page_contract, adapter_preview_gate, manifest) are not described with field lists. However, maybe the contract expects that these are standard artifacts with implicit schemas from the project's conventions. For a contract, it might be acceptable to not detail every minor output, as long as the critical ones are defined. But from a schema adequacy standpoint, a reviewer might note missing schemas. However, I think it's low severity because the critical boundary-enforcing artifacts (preview packets, ledger, alignment matrix) are described.\n\n6. The contract says: \"The implementation validator must fail if any of these are true:\" and lists conditions. But does it specify what constitutes the validator? That is, is there a validator script that checks these? The contract could be interpreted as requiring a validator, but not defining how. That's a implementation detail for the next stage. So perhaps not an issue.\n\n7. The public review page contract: It says \"The public review page may be generated as a static HTML artifact... It must: show ... markers; avoid secrets ... It must not mutate outputs/index.json ... A stable latest pointer requires a later explicit static publishing contract.\" This is clear. But it doesn't specify the exact content beyond those constraints. That seems fine.\n\n8. The \"Closeout Meaning\" section clarifies that passing this contract means only that the adapter preview implementation contract is sufficient, and that final prompt remains incomplete, etc. So it's clear.\n\nOverall, the contract appears well-designed to prevent boundary overreach. However, there might be one potential issue: The contract authorizes `dramart_seedance_public_review_preview_authorized=true` (in decision), which might allow generation of the public review page in the next implementation. But that is within the bounded preview.\n\nNow, checking for any missing explicit prohibition: The contract prohibits canonical_entity_uid, canonical_uid, asset_uri, etc. in preview packets. But what about embeddings or some intermediate data? The contract doesn't define that. But the validation checks cover the output artifacts. If the implementation creates some internal data structure that leaks, it's not explicitly covered. However, the contract says the implementation's validator must fail if \"Any forbidden side-effect counter is non-zero.\" The forbidden side-effect counters include many things, but \"dramart_adapter_generation_count\" and \"seedance_adapter_generation_count\" are allowed to be non-zero in the next implementation, not in this contract. For this contract (the design gate), those counters must remain 0. So that's safe.\n\nOne more point: The contract specifies that \"DeepSeek v4 pro thinking/max review is advisory-only and is not evidence, operator acceptance, route authority, writeback authority, replay authority, outputs-index authority, provider readiness, production readiness, or production acceptance.\" This is good.\n\nNow, let's think about the required JSON output: We need \"findings\" array of objects with severity, issue, recommendation. \"required_corrections\" array of strings. \"remaining_high_or_blocker_count\" integer.\n\nIf we find no high or blocker issues, we can set overall_verdict to \"supports_contract\". But there may be low or medium findings regarding incomplete schemas. Let's enumerate:\n\n- Low severity: The contract does not explicitly define the schema for all output artifacts (e.g., adapter_preview_input_manifest, public_review_page_contract, manifest, validation reports). This may lead to ambiguity in implementation. However, the validators provide strong safety nets. Recommendation: Provide at least a summary of expected fields or a reference to standard schemas.\n\n- Low severity: The adapter_entity_mention_ledger validator requires exactly one ledger row per mention, but the contract does not specify how the validator identifies that a mention token is present in a preview packet (e.g., via regex or string matching). This could be clarified. Recommendation: Add a note on mention token detection.\n\n- Medium? Could there be a boundary leakage if the implementation uses NOW-37/38 artifacts in an unsafe way? The contract says they \"may be used as advisory/contextual schema references only; they are not fresh-run evidence, provider evidence, writeback authority, or production authority.\" That's clear.\n\n- The contract authorizes `dramart_seedance_public_review_preview_authorized=true` but doesn't explicitly state that the public review page must not include provider payload or secrets. It does state that later in the \"Public Review Page Contract\" section. So that's covered.\n\n- The \"Cross-Platform Alignment\" section says it must show \"unresolved or filtered mention count\" and \"unsupported/risky field count\". But what constitutes \"unsupported or risky field\"? It might be derived from the unsupported_or_risky_field_report, but the definition is vague. Could lead to inconsistent implementation. Low severity.\n\nGiven these, I'd say the contract is mostly adequate and has strong safety boundaries. I'd lean towards \"supports_with_required_corrections\" with some low-severity recommendations, but are any corrections \"required\" to make it pass? The term \"required_corrections\" suggests modifications that must be made before the contract can be considered acceptable. If we think the issues are minor and do not undermine safety, we might still give \"supports_contract\" with findings but no required corrections. However, the description of \"supports_with_required_corrections\" implies that there are necessary changes. I need to decide based on typical usage. Since this is a contract for a safety-critical system, even missing schema definitions could be considered required for implementation clarity. But the question asks us to evaluate for \"schema adequacy and boundary safety\". If schemas are missing, then schema adequacy is lacking. So I might say required corrections: add explicit schema definitions for all required output artifacts. However, the contract itself is a design document, not the final implementation; the next stage could define those schemas. The contract says \"Required Output Schemas\" and lists them, but doesn't give full schemas. For boundary safety, the validators cover it. But for schema adequacy, it might be insufficient. So I'd mark medium severity for missing schemas, and recommend adding them.\n\nLet's see what the contract says about the schema details: For some artifacts, it says \"Required fields:\" and lists them. For others, it says nothing. So it's inconsistent. That could be a finding.\n\nNow, for boundary safety, I don't see any actual leaks. All unauthorized actions are explicitly prohibited. The entity mention ledger is safe. Public review page is constrained. So no high or blocker issues.\n\nThus, overall_verdict could be \"supports_with_required_corrections\" due to schema inadequacy, with required corrections to define schemas for all listed output artifacts. But maybe the evaluator expects \"supports_contract\" because the contract's validators are sufficient. I'll think about how the system usually judges these. The previous contracts in this project likely had similar levels of detail. The payload includes a \"closeout_gate_core\" which says \"pass: true\", indicating the previous stage passed. This contract is a continuation. The \"decision_under_review\" shows that the contract authorizes certain things. The \"route_plan_excerpt\" further clarifies the plan.\n\nGiven the thoroughness of the contract and the strong validators, I'm inclined to say it supports the contract, but with some suggestions. However, I should note the missing schema definitions as a medium finding and recommend they be added. The required_corrections could be: \"Provide explicit field definitions for all required output artifacts (e.g., adapter_preview_input_manifest, adapter_entity_mention_validator_report, public_review_page_contract, unsupported_or_risky_field_report, manifest, adapter_preview_gate, adapter_preview_validation_report) to ensure consistent implementation.\" But would that be required for the contract to be accepted? Perhaps the contract could be refined in the next stage. Since this is just the contract, the next implementation will interpret it. If the contract is too vague, the implementation might be unsafe. So to ensure safety, it's better to have explicit schemas. So I'll classify as required corrections with medium severity.\n\nAlso, the contract mentions \"adapter_preview_validation_report\" as an output, but doesn't specify what it contains. If the validation report is what the validator produces, it should be defined. The validator's failure conditions are defined, but the report structure is not. That could be a medium.\n\nAnother potential issue: The contract says \"The implementation must use only the following existing no-writeback source artifacts:\" and lists paths. But the payload includes many artifact refs; the contract might need to reference the specific fresh run directory. It does so. So okay.\n\nI'll produce a findings list with these items.\n\nLet's assign severity: missing explicit schemas for half of the required outputs: medium. Also, the \"unsupported_or_risky_field_report\" is referenced but not defined, which could cause inconsistency: low to medium. I'll say medium.\n\nAlso, the contract does not specify the format for \"source_trace_refs\" in preview packets. It's listed as a field but no schema. Low.\n\nI'll include recommendations to add explicit schemas.\n\nNow, \"remaining_high_or_blocker_count\": 0.\n\nConfidence: high, because the safety boundaries are clearly defined and the issues are non-critical.\n\nBut let's double-check if there's any possibility of a blocker: Could the contract inadvertently allow something like \"provider_payload\" to be included in preview packets because the required fields include \"dramart_ai_prompt_preview_candidate\"? That's a candidate prompt, not a final prompt. The contract says \"final prompt remains unauthorized\". The preview candidate is a draft for review. It could resemble a prompt, but it's not authorized as final. The validator checks that no final prompt text is present. So it's safe. The preview candidate might be used as a prompt in a later stage, but that would require separate authorization. So fine.\n\nCould the entity mention ledger be used to link to canonical entities? It says not_canonical_entity_uid=true and not_writeback_authority=true. So safe.\n\nIs there any risk of the public review HTML including private data? The contract forbids secrets, .env values, provider credentials, etc. So safe.\n\nThus, no blockers.\n\nI'll produce JSON output accordingly.\n\nThe required JSON schema also includes \"parse_status\": \"pass\" since we are evaluating the contract; we should set it to \"pass\" (assuming the input was parsed correctly, which it is). And \"overall_verdict\": \"supports_with_required_corrections\" (or \"supports_contract\"?). I'll go with \"supports_with_required_corrections\" because I think the missing schemas are important enough to correct before moving to implementation. However, if the system considers that the contract is sufficient as a design, and the schemas can be fleshed out in the implementation stage, then it might be \"supports_contract\". Let's read the contract's own requirement: \"DeepSeek v4 pro thinking/max Round 1 must evaluate schema adequacy...\". If we find schema inadequacy, we should recommend corrections. So \"supports_with_required_corrections\" seems appropriate.\n\nLet's craft the findings.\n\nFinding 1: Missing explicit schema definitions for several required output artifacts.\nSeverity: medium.\nIssue: The contract lists required output schemas (adapter_preview_input_manifest, adapter_entity_mention_validator_report, public_review_page_contract, unsupported_or_risky_field_report, adapter_preview_validation_report, adapter_preview_gate, manifest) but does not describe their required fields or structure, unlike the Dramart/Seedance preview packets. This could lead to inconsistent or incomplete implementations.\nRecommendation: Add a brief specification of the expected fields and format for each of these artifacts, or reference an existing standard schema document.\n\nFinding 2: Vague definition of \"unsupported or risky field\" in cross-platform alignment.\nSeverity: low.\nIssue: The cross_platform_prompt_alignment_matrix must include \"unsupported/risky field count\", but the contract does not define what constitutes an unsupported or risky field. This may cause ambiguity in validator behavior.\nRecommendation: Define or reference a list of unsupported/risky fields, or specify that the unsupported_or_risky_field_report provides that list and the alignment matrix references it.\n\nFinding 3: Mention token detection not specified.\nSeverity: low.\nIssue: The entity mention ledger requires resolution of @实体名称 tokens, but the contract does not specify how tokens are identified (e.g., exact string matching, fuzzy, etc.). This could lead to inconsistent ledger generation.\nRecommendation: Add a note that the validator uses exact string matching on the `@实体名称` pattern in preview packet content.\n\nThese are minor. I could combine them.\n\nNow, required_corrections: I'll list the first one as a required correction, and maybe the second as optional. But the required_corrections array should contain strings describing necessary changes. I'll phrase: \"Provide explicit field definitions for the following output artifacts: adapter_preview_input_manifest, adapter_entity_mention_validator_report, public_review_page_contract, unsupported_or_risky_field_report, adapter_preview_validation_report, adapter_preview_gate, manifest.\" and maybe \"Clarify the definition of 'unsupported/risky field' and mention token detection.\"\n\nBut if we say \"supports_with_required_corrections\", we must list required corrections. If we think the contract can be accepted without changes, we'd say \"supports_contract\". I'm leaning towards \"supports_contract\" with findings but no required corrections, because the safety boundaries are solid and the missing schema details don't create a safety risk; they affect implementation clarity. The contract itself says \"Required Output Schemas\" and lists them, but the actual schema definition could be deferred to the implementation's own validation? Actually, the contract says \"The next implementation must produce these artifacts\". It doesn't say that this contract must define every field. The contract defines some of them. So maybe it's adequate. The validator specifications are the crucial part, and they are well-defined. I might consider that the contract is sufficient, and any missing details can be filled in during implementation as long as they comply with the validator. So \"supports_contract\" with low-severity advisory findings. Given the high confidence, I'll choose \"supports_contract\" but still include findings as suggestions.\n\nLet's see the typical output for these kinds of reviews: in the now36 gate, the deepseek round1 had \"finding_counts\": {\"low\": 2}, \"high_or_blocker_count\": 0, \"overall_verdict\": \"supports_with_required_corrections\". Actually, the now36 deepseek round1 outcome was \"supports_with_required_corrections\" with some low findings. So maybe they use that. In the provided payload, the now36_gate_core has deepseek_implementation_status where round1.overall_verdict is \"supports_with_required_corrections\". So the system is familiar with that verdict for contracts that need minor corrections. In our case, the contract is similar: it has some minor missing definitions. So I'll go with \"supports_with_required_corrections\" and include the missing schema as required corrections.\n\nBut note: the now36 deepseek round1 had \"supports_with_required_corrections\" with \"confidence\": \"high\" and \"finding_counts\": {\"low\": 2}. That suggests that even with low findings, they required corrections. So I'll do the same.\n\nThus, I'll set overall_verdict to \"supports_with_required_corrections\", list corrections like \"Define explicit fields for all required output schemas.\", and set remaining_high_or_blocker_count to 0.\n\nLet's write the findings and required_corrections.\n\nI'll create a findings array:\n\n- severity: medium, issue: \"Several required output artifacts (adapter_preview_input_manifest, adapter_entity_mention_validator_report, public_review_page_contract, unsupported_or_risky_field_report, adapter_preview_validation_report, adapter_preview_gate, manifest) lack explicit field definitions, unlike dramart and seedance preview packets. This may lead to implementation ambiguity.\", recommendation: \"Add a concise field specification for each, or reference standard schemas, to ensure consistent and safe output.\"\n\n- severity: low, issue: \"The cross_platform_prompt_alignment_matrix references 'unsupported/risky field count' without a clear definition of what constitutes unsupported/risky fields.\", recommendation: \"Define the list or link to the unsupported_or_risky_field_report.\"\n\n- severity: low, issue: \"The entity mention ledger resolver does not specify token detection rules (e.g., pattern matching).\", recommendation: \"Specify that '@实体名称' tokens are identified by exact string pattern matching to avoid mismatches.\"\n\nRequired corrections: I'll list the medium one as required: \"Provide explicit field definitions for adapter_preview_input_manifest, adapter_entity_mention_validator_report, public_review_page_contract, unsupported_or_risky_field_report, adapter_preview_validation_report, adapter_preview_gate, and manifest.\" And maybe the others as recommendations but not strictly required? The \"required_corrections\" field is for \"specifies the corrections that must be applied for the contract to meet schema adequacy and boundary safety.\" So if we think the contract is borderline, we list them. I'll include the first one and also the second one as required because it's part of schema clarity. The token detection is minor. I'll combine them: \"1. Add explicit field definitions for all output artifacts that currently lack them. 2. Clarify the definition of 'unsupported/risky field' and the method for entity mention token detection.\"\n\nBut to keep it simple, I'll list one required correction: \"Provide explicit schema definitions for all listed required output artifacts to ensure implementation consistency and validator coverage.\"\n\nAlternatively, I could say no required corrections, but I think the system expects at least some if we say \"supports_with_required_corrections\". So yes.\n\nNow, I'll produce the JSON.\n\nLet's structure it exactly as required: { \"parse_status\": \"pass\", \"overall_verdict\": \"supports_with_required_corrections\", \"confidence\": \"high\", \"findings\": [...], \"required_corrections\": [...], \"remaining_high_or_blocker_count\": 0 }.\n\nI need to ensure the JSON is valid. Also, the \"findings\" must have \"severity\", \"issue\", \"recommendation\". Severity: \"low\", \"medium\", \"high\", \"blocker\". Only one medium and two lows; remaining high/blocker count 0.\n\nI'll write:\n\n{\n  \"parse_status\": \"pass\",\n  \"overall_verdict\": \"supports_with_required_corrections\",\n  \"confidence\": \"high\",\n  \"findings\": [\n    {\n      \"severity\": \"medium\",\n      \"issue\": \"The contract lists eleven required output artifacts, but only provides detailed field specifications for the dramart_ai_scene_prompt_preview_packet and seedance_2_0_shot_prompt_preview_packet. The remaining artifacts (adapter_preview_input_manifest, adapter_entity_mention_validator_report, public_review_page_contract, unsupported_or_risky_field_report, adapter_preview_validation_report, adapter_preview_gate, manifest) lack explicit schema definitions, which could lead to ambiguous or incomplete implementations and reduce validator effectiveness.\",\n      \"recommendation\": \"Add a brief, explicit field specification for each of the underspecified artifacts, or reference a standard project schema document that defines them. At minimum, describe the purpose and key content of each artifact to guide the implementation.\"\n    },\n    {\n      \"severity\": \"low\",\n      \"issue\": \"The cross_platform_prompt_alignment_matrix must include 'unsupported/risky field count', but the contract does not define what constitutes an unsupported or risky field. The unsupported_or_risky_field_report is expected to cover this, but the link between them is not explicitly stated.\",\n      \"recommendation\": \"Clarify that the unsupported_or_risky_field_report provides the authoritative list, and the alignment matrix should count entries per scene/shot from that report, or directly define the criteria in the contract.\"\n    },\n    {\n      \"severity\": \"low\",\n      \"issue\": \"The adapter entity mention ledger validator requires exactly one row per @实体名称 mention, but the contract does not specify the method for detecting mention tokens (e.g., exact string matching, regex, or semantic matching).\",\n      \"recommendation\": \"Add a note that the validator must use exact string matching for the '@实体名称' pattern found in preview packet content to eliminate ambiguity.\"\n    }\n  ],\n  \"required_corrections\": [\n    \"Provide explicit field definitions for all required output artifacts (adapter_preview_input_manifest, adapter_entity_mention_validator_report, public_review_page_contract, unsupported_or_risky_field_report, adapter_preview_validation_report, adapter_preview_gate, manifest) to ensure implementers produce valid and complete artifacts.\",\n    \"Define the criteria for 'unsupported/risky field' or explicitly link the unsupported_or_risky_field_report to the alignment matrix.\",\n    \"Specify the exact token matching rule for @实体名称 detection in the entity mention ledger.\"\n  ],\n  \"remaining_high_or_blocker_count\": 0\n}\n\nThat seems comprehensive. However, the \"required_corrections\" might be a bit redundant with findings. But that's fine.\n\nLet's double-check if any of these corrections are truly required for boundary safety. The missing artifact schemas might not directly affect safety if the validators cover all forbidden outputs. But the validators themselves might be underspecified if we don't know what fields to check in those artifacts. For example, the public_review_page_contract might be just a high-level description; the actual safety check is on the generated HTML, not on the contract artifact. The adapter_preview_gate likely follows a standard gate schema, which might be inherited. So maybe it's not critical. However, to be thorough, I'll still flag them.\n\nAlternatively, I could reduce required_corrections to just the medium one, and note the lows as non-required. But I think it's okay.\n\nI'll produce final JSON."
      },
      "logprobs": null,
      "finish_reason": "stop"
    }
  ],
  "usage": {
    "prompt_tokens": 36454,
    "completion_tokens": 7971,
    "total_tokens": 44425,
    "prompt_tokens_details": {
      "cached_tokens": 0
    },
    "completion_tokens_details": {
      "reasoning_tokens": 7383
    },
    "prompt_cache_hit_tokens": 0,
    "prompt_cache_miss_tokens": 36454
  },
  "system_fingerprint": "fp_9954b31ca7_prod0820_fp8_kvcache_20260402"
}