Text Classification
Transformers
Safetensors
Arabic
llama
arabic
rule-checking
compliance
moderation
tiny-model
on-device
text-embeddings-inference
Instructions to use oddadmix/Nawah-RuleCheck-1M with libraries, inference providers, notebooks, and local apps. Follow these links to get started.
- Libraries
- Transformers
How to use oddadmix/Nawah-RuleCheck-1M with Transformers:
# Use a pipeline as a high-level helper from transformers import pipeline pipe = pipeline("text-classification", model="oddadmix/Nawah-RuleCheck-1M")# Load model directly from transformers import AutoTokenizer, AutoModelForSequenceClassification tokenizer = AutoTokenizer.from_pretrained("oddadmix/Nawah-RuleCheck-1M") model = AutoModelForSequenceClassification.from_pretrained("oddadmix/Nawah-RuleCheck-1M", device_map="auto") - Notebooks
- Google Colab
- Kaggle
| """ | |
| Shared pieces for the Arabic rule-checking corpus. | |
| Same discipline as synth_common, applied to a task whose ground truth is a set of boolean | |
| verdicts instead of a number: | |
| * RULES โ a library of rules that are *programmatically decidable*. Each carries an Arabic | |
| statement for the prompt and a checker over the raw text. | |
| * build_task โ task_id -> (axes draw, prompt). Deterministic, so the run stays resumable. | |
| * parse_items โ split a raw completion into {text, analysis, verdicts, rule_ids} | |
| * validate โ recompute every verdict with the checkers and reject rows the model got wrong | |
| Why the checkers matter: if the model both writes the text and judges it, the labels are only as | |
| good as the model, and its errors correlate with the text it produced. Here the text is generated | |
| and the labels are *computed*, so a row is either consistent with ground truth or it is dropped. | |
| That is the same move audit() makes for arithmetic. | |
| Balance comes from the prompt asking for a specific satisfy/violate pattern per item. The model | |
| often misses the target - that is fine and expected. The checkers record what the text actually | |
| does, so a missed target costs balance, never correctness. | |
| """ | |
| import os | |
| import random | |
| import re | |
| ITEMS_PER_TASK = 3 | |
| Q, T, A, E = "### ูุต", "### ุชุญููู", "### ุงูุญูู ", "### ููุงูุฉ" | |
| # ---------------------------------------------------------------- checkers | |
| AR_DIGITS = str.maketrans("ู ูกูขูฃูคูฅูฆูงูจูฉ", "0123456789") | |
| CURRENCY = "ุฑูุงู|ุฑูุงูุง|ุฑูุงููุง|ุฌููู|ุฌูููุง|ุฌููููุง|ุฏุฑูู |ุฏุฑูู ุง|ุฏุฑูู ูุง|ุฏููุงุฑ|ุฏููุงุฑุง|ุฏููุงุฑูุง|ููุฑุฉ|ุฏููุงุฑ" | |
| # A short list is a correctness bug, not a shortcut: any city missing from it silently | |
| # mislabels a row, and the label is what the whole corpus is for. The smoke test caught | |
| # ุงูุฏู ุงู missing. Kept deliberately broad across every region in REGIONS. | |
| CITIES = [ | |
| "ุงููุงูุฑุฉ", "ุงูุฅุณููุฏุฑูุฉ", "ุงูุฌูุฒุฉ", "ุงูู ูุตูุฑุฉ", "ุทูุทุง", "ุงูุฒูุงุฒูู", "ุฃุณููุท", "ุงูู ููุง", | |
| "ุจูุฑุณุนูุฏ", "ุงูุณููุณ", "ุงูุฅุณู ุงุนูููุฉ", "ุฏู ูุงุท", "ุงูุฃูุตุฑ", "ุฃุณูุงู", "ุงููููู ", "ุจูู ุณููู", | |
| "ุงูุฑูุงุถ", "ุฌุฏุฉ", "ู ูุฉ", "ุงูู ุฏููุฉ", "ุงูุฏู ุงู ", "ุงูุฎุจุฑ", "ุงูุธูุฑุงู", "ุงูุทุงุฆู", "ุชุจูู", | |
| "ุฃุจูุง", "ุฎู ูุณ ู ุดูุท", "ุจุฑูุฏุฉ", "ุนููุฒุฉ", "ุญุงุฆู", "ูุฌุฑุงู", "ุฌุงุฒุงู", "ุงูุฃุญุณุงุก", "ุงููููู", | |
| "ููุจุน", "ุงูุฌุจูู", "ุงููุทูู", | |
| "ุฏุจู", "ุฃุจูุธุจู", "ุงูุดุงุฑูุฉ", "ุนุฌู ุงู", "ุฑุฃุณ ุงูุฎูู ุฉ", "ุงููุฌูุฑุฉ", "ุฃู ุงูููููู", "ุงูุนูู", | |
| "ุงูุฏูุญุฉ", "ุงูุฑูุงู", "ุงูููุฑุฉ", "ุงูุฎูุฑ", | |
| "ุงููููุช", "ุญููู", "ุงููุฑูุงููุฉ", "ุงูุฌูุฑุงุก", "ุงูุฃุญู ุฏู", | |
| "ุงูู ูุงู ุฉ", "ุงูู ุญุฑู", "ุงูุฑูุงุน", "ู ุฏููุฉ ุนูุณู", | |
| "ู ุณูุท", "ุตูุงูุฉ", "ุตุญุงุฑ", "ูุฒูู", "ุตูุฑ", | |
| "ุจุบุฏุงุฏ", "ุงูุจุตุฑุฉ", "ุงูู ูุตู", "ุฃุฑุจูู", "ุงููุฌู", "ูุฑุจูุงุก", "ุงูุณููู ุงููุฉ", "ูุฑููู", | |
| "ุงููุงุตุฑูุฉ", "ุงูุฑู ุงุฏู", "ุฏููู", "ุจุนููุจุฉ", | |
| "ุนู ูุงู", "ุนู ุงู", "ุฅุฑุจุฏ", "ุงุฑุจุฏ", "ุงูุฒุฑูุงุก", "ุงูุนูุจุฉ", "ุงูุณูุท", "ู ุงุฏุจุง", "ุงููุฑู", | |
| "ุชููุณ", "ุตูุงูุณ", "ุณูุณุฉ", "ุงูููุฑูุงู", "ุจูุฒุฑุช", "ูุงุจุณ", "ูุงุจู", "ุงูู ูุณุชูุฑ", | |
| "ุงูุฏุงุฑ ุงูุจูุถุงุก", "ุงูุฑุจุงุท", "ู ุฑุงูุด", "ูุงุณ", "ุทูุฌุฉ", "ุฃูุงุฏูุฑ", "ู ููุงุณ", "ูุฌุฏุฉ", | |
| "ุชุทูุงู", "ุงููููุทุฑุฉ", "ุณูุง", | |
| "ุงูุฎุฑุทูู ", "ุจูุฑูุช", "ุฏู ุดู", "ุญูุจ", "ุทุฑุงุจูุณ", "ุจูุบุงุฒู", "ุตูุนุงุก", "ุนุฏู", "ููุงูุดูุท", | |
| ] | |
| DAYS = ["ุงูุณุจุช", "ุงูุฃุญุฏ", "ุงูุงุซููู", "ุงูุฅุซููู", "ุงูุซูุงุซุงุก", "ุงูุฃุฑุจุนุงุก", "ุงูุฎู ูุณ", "ุงูุฌู ุนุฉ"] | |
| MONTHS = ["ููุงูุฑ", "ูุจุฑุงูุฑ", "ู ุงุฑุณ", "ุฃุจุฑูู", "ู ุงูู", "ููููู", "ููููู", "ุฃุบุณุทุณ", | |
| "ุณุจุชู ุจุฑ", "ุฃูุชูุจุฑ", "ูููู ุจุฑ", "ุฏูุณู ุจุฑ"] | |
| def _n(text): | |
| return text.translate(AR_DIGITS) | |
| def _words(text): | |
| return [w for w in re.split(r"\s+", text.strip()) if w] | |
| def _has_phone(text): | |
| """A run of 8-15 digits that is not a price. | |
| 8 is the floor, not 9: Kuwait, Qatar, Bahrain, Oman and Tunisia all use 8-digit numbers, and | |
| the smoke test surfaced 98765432 and 55443322 as phone numbers the old 9-digit threshold | |
| silently missed. A run immediately followed by a currency word is a price, not a phone. | |
| """ | |
| t = _n(text) | |
| for m in re.finditer(r"(?:\+|00)?\d[\d\s\-]{6,}\d", t): | |
| digits = re.sub(r"\D", "", m.group(0)) | |
| if not (8 <= len(digits) <= 15): | |
| continue | |
| if re.match(r"\s*(?:" + CURRENCY + r")", t[m.end():m.end() + 14]): | |
| continue # "12000000 ุฏููุงุฑ" is a price | |
| return True | |
| return False | |
| CHECKS = { | |
| "has_price": lambda t: bool(re.search(r"\d+\s*(?:" + CURRENCY + r")", _n(t))), | |
| "has_phone": _has_phone, | |
| "no_phone": lambda t: not _has_phone(t), | |
| "no_latin": lambda t: not re.search(r"[A-Za-z]", t), | |
| "has_city": lambda t: any(c in t for c in CITIES), | |
| "no_url": lambda t: not re.search(r"https?://|www\.|\.com|\.net|\.org", t, re.I), | |
| "no_email": lambda t: not re.search(r"[^\s@]+@[^\s@]+\.[^\s@]+", t), | |
| "has_number": lambda t: bool(re.search(r"\d", _n(t))), | |
| "no_excess_punct": lambda t: not re.search(r"[!ุ]\s*[!ุ]", t), | |
| "ends_question": lambda t: t.strip().rstrip("โโ").endswith(("ุ", "?")), | |
| "has_date": lambda t: any(d in t for d in DAYS + MONTHS) | |
| or bool(re.search(r"\d{1,2}\s*/\s*\d{1,2}", _n(t))), | |
| } | |
| # Arabic statement shown in the prompt, keyed the same way. | |
| STATEMENTS = { | |
| "has_price": "ูุฌุจ ุฃู ูุฐูุฑ ุงููุต ุณุนุฑูุง ู ูุชุฑููุง ุจุนู ูุฉ", | |
| "has_phone": "ูุฌุจ ุฃู ูุฐูุฑ ุงููุต ุฑูู ูุงุชู ููุชูุงุตู (ู ู 8 ุฅูู 15 ุฎุงูุฉ)", | |
| "no_phone": "ูุฌุจ ุฃูุง ูุญุชูู ุงููุต ุนูู ุฃู ุฑูู ูุงุชู (ู ู 8 ุฅูู 15 ุฎุงูุฉ)", | |
| "no_latin": "ูุฌุจ ุฃูุง ูุญุชูู ุงููุต ุนูู ุฃู ุญุฑูู ูุงุชูููุฉ", | |
| "has_city": "ูุฌุจ ุฃู ูุฐูุฑ ุงููุต ุงุณู ู ุฏููุฉ", | |
| "no_url": "ูุฌุจ ุฃูุง ูุญุชูู ุงููุต ุนูู ุฑุงุจุท ุฃู ู ููุน ุฅููุชุฑููู", | |
| "no_email": "ูุฌุจ ุฃูุง ูุญุชูู ุงููุต ุนูู ุจุฑูุฏ ุฅููุชุฑููู", | |
| "has_number": "ูุฌุจ ุฃู ูุญุชูู ุงููุต ุนูู ุฑูู ูุงุญุฏ ุนูู ุงูุฃูู", | |
| "no_excess_punct": "ูุฌุจ ุฃูุง ูุญุชูู ุงููุต ุนูู ุนูุงู ุงุช ุชุนุฌุจ ุฃู ุงุณุชููุงู ู ุชุชุงููุฉ", | |
| "ends_question": "ูุฌุจ ุฃู ููุชูู ุงููุต ุจุนูุงู ุฉ ุงุณุชููุงู ", | |
| "has_date": "ูุฌุจ ุฃู ูุฐูุฑ ุงููุต ุชุงุฑูุฎูุง ุฃู ููู ูุง ุฃู ุดูุฑูุง", | |
| } | |
| # Parameterised length rules are built per task, so their id carries the bound. | |
| def _length_rule(kind, n): | |
| rid = f"{kind}_{n}" | |
| if kind == "min_words": | |
| return rid, f"ูุฌุจ ุฃูุง ููู ุงููุต ุนู {n} ููู ุฉ", (lambda t, n=n: len(_words(t)) >= n) | |
| return rid, f"ูุฌุจ ุฃูุง ูุฒูุฏ ุงููุต ุนู {n} ููู ุฉ", (lambda t, n=n: len(_words(t)) <= n) | |
| def rule_check(rid, text): | |
| """-> bool. Works for both library rules and the parameterised length ones.""" | |
| if rid in CHECKS: | |
| return CHECKS[rid](text) | |
| m = re.fullmatch(r"(min_words|max_words)_(\d+)", rid or "") | |
| if m: | |
| n = int(m.group(2)) | |
| return len(_words(text)) >= n if m.group(1) == "min_words" else len(_words(text)) <= n | |
| return None # unknown id - caller rejects the row | |
| # ---------------------------------------------------------------- variation grid | |
| DOC_TYPES = [ | |
| ("ุฅุนูุงู ู ุจูุจ ูุจูุน ุณูุนุฉ ู ุณุชุนู ูุฉ", "ุจุงุฆุน ูุฑุฏ ููุดุฑ ุฅุนูุงููุง"), | |
| ("ุชุฐูุฑุฉ ุฏุนู ููู ู ู ุนู ูู", "ุนู ูู ูุดุฑุญ ู ุดููุฉ ูู ุฎุฏู ุฉ"), | |
| ("ุฅุนูุงู ูุธููุฉ ุดุงุบุฑุฉ", "ุดุฑูุฉ ุชุนูู ุนู ูุธููุฉ"), | |
| ("ูุตู ู ูุชุฌ ูู ู ุชุฌุฑ ุฅููุชุฑููู", "ู ุชุฌุฑ ูุตู ู ูุชุฌูุง ููุจูุน"), | |
| ("ุดููู ุนู ูู ุนูู ุฎุฏู ุฉ", "ุนู ูู ุบูุฑ ุฑุงุถู ููุชุจ ุดููู"), | |
| ("ุฑุณุงูุฉ ุชุณููููุฉ ูุตูุฑุฉ", "ู ุชุฌุฑ ูุฑุณู ุนุฑุถูุง ูุนู ูุงุฆู"), | |
| ("ุฅุนูุงู ุนู ุนูุงุฑ ููุฅูุฌุงุฑ", "ู ุงูู ูุนุฑุถ ุดูุฉ ุฃู ู ุญููุง"), | |
| ("ู ูุดูุฑ ูู ู ุฌู ูุนุฉ ุจูุน ูุดุฑุงุก", "ุดุฎุต ููุดุฑ ูู ู ุฌู ูุนุฉ"), | |
| ("ุทูุจ ุนุฑุถ ุณุนุฑ ู ู ู ูุฑูุฏ", "ู ูุธู ู ุดุชุฑูุงุช ูุทูุจ ุนุฑุถูุง"), | |
| ("ุฅุนูุงู ุนู ุฏูุฑุฉ ุชุฏุฑูุจูุฉ", "ู ุฑูุฒ ุชุฏุฑูุจ ูุนูู ุนู ุฏูุฑุฉ"), | |
| ("ุจูุงุบ ุนู ุนุทู ูู ู ุฑูู", "ุณุงูู ูุจูุบ ุนู ุนุทู"), | |
| ("ุนุฑุถ ุฎุฏู ุฉ ุชูุตูู", "ู ูุฏูุจ ูุนุฑุถ ุฎุฏู ุชู"), | |
| ] | |
| REGIONS = ["ู ุตุฑ", "ุงูุณุนูุฏูุฉ", "ุงูุฅู ุงุฑุงุช", "ูุทุฑ", "ุงููููุช", "ุงูุนุฑุงู", "ุงูุฃุฑุฏู", "ุชููุณ", "ุงูู ุบุฑุจ"] | |
| # "Is this a city?" has no exact answer - district, town and neighbourhood shade into each other, | |
| # and the smoke test produced ุงูุณุงูู ูุฉ and ุงูุตููุจุฎุงุช (real Kuwaiti districts) alongside ุงูุฃุฑุฏู | |
| # (a country the model called a city). A rule library that claims decidable labels cannot hold a | |
| # predicate that needs world knowledge, so the rule now *names* acceptable cities per region and | |
| # the checker's gazetteer is a superset of every list shown. | |
| REGION_CITIES = { | |
| "ู ุตุฑ": ["ุงููุงูุฑุฉ", "ุงูุฅุณููุฏุฑูุฉ", "ุงูุฌูุฒุฉ", "ุงูู ูุตูุฑุฉ", "ุฃุณููุท"], | |
| "ุงูุณุนูุฏูุฉ": ["ุงูุฑูุงุถ", "ุฌุฏุฉ", "ุงูุฏู ุงู ", "ุงูุฎุจุฑ", "ุงูุทุงุฆู"], | |
| "ุงูุฅู ุงุฑุงุช": ["ุฏุจู", "ุฃุจูุธุจู", "ุงูุดุงุฑูุฉ", "ุนุฌู ุงู", "ุงูุนูู"], | |
| "ูุทุฑ": ["ุงูุฏูุญุฉ", "ุงูุฑูุงู", "ุงูููุฑุฉ", "ุงูุฎูุฑ"], | |
| "ุงููููุช": ["ุงููููุช", "ุญููู", "ุงููุฑูุงููุฉ", "ุงูุฌูุฑุงุก", "ุงูุฃุญู ุฏู"], | |
| "ุงูุนุฑุงู": ["ุจุบุฏุงุฏ", "ุงูุจุตุฑุฉ", "ุงูู ูุตู", "ุฃุฑุจูู", "ุงููุฌู"], | |
| "ุงูุฃุฑุฏู": ["ุนู ูุงู", "ุฅุฑุจุฏ", "ุงูุฒุฑูุงุก", "ุงูุนูุจุฉ", "ุงูุณูุท"], | |
| "ุชููุณ": ["ุชููุณ", "ุตูุงูุณ", "ุณูุณุฉ", "ุงูููุฑูุงู", "ุจูุฒุฑุช"], | |
| "ุงูู ุบุฑุจ": ["ุงูุฏุงุฑ ุงูุจูุถุงุก", "ุงูุฑุจุงุท", "ู ุฑุงูุด", "ูุงุณ", "ุทูุฌุฉ"], | |
| } | |
| # Rules that co-determine each other give a free label: a model can score them without reading | |
| # the text. no_phone is the exact negation of has_phone, and both has_phone and has_price force | |
| # has_number to pass because a phone number and a price both contain digits. Never draw a | |
| # conflicting pair into the same task. | |
| CONFLICTS = [ | |
| ("has_phone", "no_phone"), | |
| ("has_phone", "has_number"), | |
| ("has_price", "has_number"), | |
| ] | |
| def _conflicts(rid, chosen_ids): | |
| return any((rid == a and b in chosen_ids) or (rid == b and a in chosen_ids) | |
| for a, b in CONFLICTS) | |
| PROMPT = """ุฃูุช ุชูุชุจ ุจูุงูุงุช ุชุฏุฑูุจูุฉ ููู ูุฐุฌ ูุชุญูู ู ู ู ุทุงุจูุฉ ุงููุตูุต ูููุงุนุฏ ู ุญุฏุฏุฉ. | |
| ุงูุชุจ {k} ุฃู ุซูุฉ ู ุณุชููุฉ. ูู ู ุซุงู ุนุจุงุฑุฉ ุนู ูุต ุนุฑุจู ูุงูุนู ู ู ููุน: {doc_type} ({doc_hint}) ูู {region}. | |
| ุงูููุงุนุฏ ุงูู ุทููุจ ูุญุตูุง: | |
| {rules_block} | |
| ูุฏู ุงููุชุงุจุฉ (ููุชูููุน ููุทุ ูููุณ ูู ุงูุญูู ): | |
| {pattern_block} | |
| โ ๏ธ ุงูุฃูู ูู ูุฐู ุงูู ูู ุฉ: | |
| ุจุนุฏ ุฃู ุชูุชุจ ุงููุตุ ุงูุญุตู ู ู ุฌุฏูุฏ ูุฃูู ุชุฑุงู ูุฃูู ู ุฑุฉ ูุงุญูู ุนูู ู ุง ูุญุชููู **ูุนููุง**ุ ูููุณ ุนูู ู ุง | |
| ููุช ุชููู ูุชุงุจุชู. ุฅู ุฎุงูู ุงููุต ูุฏู ุงููุชุงุจุฉ ุฃุนูุงูุ ูุงูุชุจ ุงูุญูููุฉ ูู ุง ูู ูู ูุณู ุงูุญูู . ุงูุญูู ูุตู | |
| ูู ุง ูู ุงููุตุ ูููุณ ุชูุฑุงุฑูุง ููุชุนููู ุงุช. | |
| ุงูุชุจ ูู ู ุซุงู ุจูุฐุง ุงูุดูู ุจุงูุถุจุท: | |
| {Q} | |
| (ุงููุต ุงูุนุฑุจู ููุงุ ู ู ุณุทุฑ ุฅูู ุซูุงุซุฉ ุฃุณุทุฑ) | |
| {T} | |
| (ุณุทุฑ ูุงุญุฏ ููู ูุงุนุฏุฉ: ุงูุชุจุณ ุงูุฏููู ุงูุญุฑูู ู ู ุงููุต ุจูู ุนูุงู ุชู ุชูุตูุตุ ุซู ุงุฐูุฑ ุงููุชูุฌุฉ) | |
| {A} | |
| {verdict_template} | |
| {E} | |
| ููุงุนุฏ ู ูู ุฉ: | |
| - ูู ุณุทุฑ ุงูุญูู ุงูุชุจ ุงูู ุนุฑูู ุงูุฅูุฌููุฒู ูููุงุนุฏุฉ ูู ุง ููุ ุซู ููู ุฉ ูุงุญุฏุฉ: ู ุทุงุจู ุฃู ู ุฎุงูู. | |
| - "ู ุทุงุจู" ุชุนูู ุฃู ุงููุต ูุญูู ู ุง ุชุทูุจู ุงููุงุนุฏุฉ. "ู ุฎุงูู" ุชุนูู ุฃูู ูุง ูุญููู. ูุง ุชุฎูุท ุจูููุง ูุจูู | |
| ูุฏู ุงููุชุงุจุฉ. | |
| - ุงููุต ููุณู ูุฌุจ ุฃู ูููู ุทุจูุนููุง ููุงูุนููุงุ ูููุณ ู ุตููุนูุง ููุจุฏู ูุงุฎุชุจุงุฑ. | |
| - ูููุน ุงูุฃุณู ุงุก ูุงูุฃุฑูุงู ูุงูุชูุงุตูู ุจูู ุงูุฃู ุซูุฉ. | |
| - ูุง ุชูุชุจ ุฃู ุดูุก ุฎุงุฑุฌ ุงููุณูู .""" | |
| def build_task(task_id: int, seed: int = 1234): | |
| """task_id -> (axes, prompt). Deterministic, so a resumed run redraws identical prompts.""" | |
| rng = random.Random(seed * 1_000_003 + task_id) | |
| doc_type, doc_hint = rng.choice(DOC_TYPES) | |
| region = rng.choice(REGIONS) | |
| n_rules = rng.choice([3, 3, 4]) | |
| pool = [(rid, STATEMENTS[rid], None) for rid in CHECKS] | |
| if rng.random() < 0.55: # roughly half the tasks carry a length bound | |
| kind = rng.choice(["min_words", "max_words"]) | |
| n = rng.choice([15, 20, 25, 30]) if kind == "min_words" else rng.choice([25, 30, 40, 50]) | |
| pool.append(_length_rule(kind, n)) | |
| # Draw one at a time so a conflicting rule can be skipped rather than poisoning the task. | |
| chosen = [] | |
| for cand in rng.sample(pool, len(pool)): | |
| if len(chosen) >= n_rules: | |
| break | |
| if not _conflicts(cand[0], {c[0] for c in chosen}): | |
| chosen.append(cand) | |
| n_rules = len(chosen) | |
| examples = "ุ ".join(REGION_CITIES.get(region, CITIES[:5])) | |
| chosen = [(rid, (stmt + f" ู ู ูุฐู ุงูู ุฏู: {examples}") if rid == "has_city" else stmt, chk) | |
| for rid, stmt, chk in chosen] | |
| # Force at least one satisfied and one violated so the labels do not collapse to all-pass. | |
| pattern = [True] * n_rules | |
| n_violate = rng.choice([1, 1, 2]) | |
| for i in rng.sample(range(n_rules), min(n_violate, n_rules - 1)): | |
| pattern[i] = False | |
| rules_block = "\n".join(f"- {rid}: {stmt}" for rid, stmt, _ in chosen) | |
| # Deliberately different vocabulary from the verdict words (ู ุทุงุจู/ู ุฎุงูู): when the writing | |
| # goal and the verdict share wording, the model echoes the instruction instead of inspecting | |
| # the text it wrote. The smoke test showed exactly that - "ู ุฎุงูู because the text DOES | |
| # contain a phone number" on a rule requiring one. | |
| want = [rid for (rid, _, _), ok in zip(chosen, pattern) if ok] | |
| avoid = [rid for (rid, _, _), ok in zip(chosen, pattern) if not ok] | |
| parts = [] | |
| if want: | |
| parts.append("- ุงุฌุนู ุงููุต ูุณุชููู: " + "ุ ".join(want)) | |
| if avoid: | |
| parts.append("- ูุงุฌุนูู ูุง ูุณุชููู: " + "ุ ".join(avoid)) | |
| pattern_block = "\n".join(parts) | |
| # Listed in a different order than the writing goal, so position carries no hint. | |
| order = sorted((rid for rid, _, _ in chosen)) | |
| verdict_template = "\n".join(f"{rid}: ..." for rid in order) | |
| axes = {"doc_type": doc_type, "region": region, | |
| "rule_ids": [rid for rid, _, _ in chosen], | |
| "target_pattern": pattern} | |
| prompt = PROMPT.format(k=ITEMS_PER_TASK, doc_type=doc_type, doc_hint=doc_hint, region=region, | |
| rules_block=rules_block, pattern_block=pattern_block, | |
| verdict_template=verdict_template, Q=Q, T=T, A=A, E=E) | |
| return axes, prompt | |
| # ---------------------------------------------------------------- parsing | |
| BLOCK_RE = re.compile( | |
| re.escape(Q) + r"(?P<text>.*?)" + re.escape(T) + r"(?P<analysis>.*?)" | |
| + re.escape(A) + r"(?P<verdicts>.*?)" + re.escape(E), re.S) | |
| VERDICT_RE = re.compile(r"^\s*([A-Za-z_][A-Za-z0-9_]*)\s*[:๏ผ]\s*(ู ุทุงุจู|ู ุฎุงูู)\s*$", re.M) | |
| def parse_items(raw: str): | |
| """-> [{text, analysis, verdicts: {rule_id: bool}, rule_ids: [...]}]""" | |
| items = [] | |
| for m in BLOCK_RE.finditer(raw or ""): | |
| verdicts, order = {}, [] | |
| for v in VERDICT_RE.finditer(m.group("verdicts")): | |
| rid = v.group(1) | |
| if rid not in verdicts: | |
| order.append(rid) | |
| verdicts[rid] = (v.group(2) == "ู ุทุงุจู") | |
| items.append({"text": m.group("text").strip(), | |
| "analysis": m.group("analysis").strip(), | |
| "verdicts": verdicts, "rule_ids": order}) | |
| return items | |
| # ---------------------------------------------------------------- validation | |
| def validate(item, min_text=20, max_text=900, min_analysis=20, max_analysis=1200): | |
| """ | |
| Full accept/reject for one parsed item -> (ok, reason). | |
| The decisive check is the last one: every verdict the model stated is recomputed from the | |
| text by the rule's own checker. A row whose analysis reads fluently but whose verdicts do not | |
| match what the text actually does is exactly the failure mode a fluency check cannot catch. | |
| """ | |
| text, analysis, verdicts = item["text"], item["analysis"], item["verdicts"] | |
| if not (min_text <= len(text) <= max_text): | |
| return False, "text_length" | |
| if not (min_analysis <= len(analysis) <= max_analysis): | |
| return False, "analysis_length" | |
| if not verdicts: | |
| return False, "no_verdicts" | |
| if len(verdicts) < 2: | |
| return False, "too_few_rules" | |
| if any(tag in text for tag in (Q, T, A, E)): | |
| return False, "tag_leak" | |
| for rid, stated in verdicts.items(): | |
| truth = rule_check(rid, text) | |
| if truth is None: | |
| return False, f"unknown_rule:{rid}" | |
| if truth != stated: | |
| return False, f"verdict_mismatch:{rid}" | |
| return True, "ok" | |
| def truth_verdicts(item): | |
| """Ground truth recomputed from the text - what a reward function should compare against.""" | |
| return {rid: rule_check(rid, item["text"]) for rid in item["rule_ids"]} | |
| def dedup_key(text: str) -> str: | |
| """Numbers masked out, so the same template with different values collapses to one key.""" | |
| return re.sub(r"\d+", "#", re.sub(r"\W+", "", text)) | |