def process_es_bio_label_code(match) -> str:
return ("en:es-eco-{}-{}".format(match.group(1), match.group(2)).lower())
EN_ORGANIC_REGEX_STR = [
r'ingr[ée]dients?\sbiologiques?',
r'ingr[ée]dients?\sbio[\s.,)]',
r'agriculture ue/non ue biologique',
r'agriculture bio(?:logique)?[\s.,)]',
r'production bio(?:logique)?[\s.,)]',
]
LABELS_REGEX = {
'en:organic': [
OCRRegex(re.compile(r"|".join(
[r"(?:{})".format(x) for x in EN_ORGANIC_REGEX_STR])),
field=OCRField.full_text_contiguous,
lowercase=True),
],
'xx-bio-xx': [
# The negative lookbehind (?<![a-zA-Z]) is useful to avoid to match
# strings if additional chars are before the label
OCRRegex(re.compile(
r"(?<![a-zA-Z])([A-Z]{2})[\-\s.](BIO|ÖKO|OKO|EKO|ØKO|ORG|Bio)[\-\s.](\d{2,3})"
),
field=OCRField.text_annotations,
lowercase=False,
processing_func=process_eu_bio_label_code),
# Spain specific regex
OCRRegex(re.compile(
r"(?<![a-zA-Z])ES[\-\s.]ECO[\-\s.](\d{3})[\-\s.]([A-Z]{2,3})"),
field=OCRField.text_annotations,
else:
store = item
regex_str = re.escape(item.lower())
sorted_stores[store] = regex_str
return sorted(sorted_stores.items(), key=store_sort_key)
SORTED_STORES = get_sorted_stores()
STORE_REGEX_STR = "|".join(r"((?<!\w){}(?!\w))".format(pattern)
for _, pattern in SORTED_STORES)
NOTIFY_STORES: Set[str] = set(
text_file_iter(settings.OCR_STORES_NOTIFY_DATA_PATH))
STORE_REGEX = OCRRegex(re.compile(STORE_REGEX_STR),
field=OCRField.full_text_contiguous,
lowercase=True)
def find_stores(ocr_result: OCRResult) -> List[Dict]:
results = []
text = ocr_result.get_text(STORE_REGEX)
if not text:
return []
for match in STORE_REGEX.regex.finditer(text):
groups = match.groups()
for idx, match_str in enumerate(groups):
return "en:es-eco-{}-{}".format(match.group(1), match.group(2)).lower()
EN_ORGANIC_REGEX_STR = [
r"ingr[ée]dients?\sbiologiques?",
r"ingr[ée]dients?\sbio[\s.,)]",
r"agriculture ue/non ue biologique",
r"agriculture bio(?:logique)?[\s.,)]",
r"production bio(?:logique)?[\s.,)]",
]
LABELS_REGEX = {
"en:organic": [
OCRRegex(
re.compile(r"|".join(
[r"(?:{})".format(x) for x in EN_ORGANIC_REGEX_STR])),
field=OCRField.full_text_contiguous,
lowercase=True,
),
],
"xx-bio-xx": [
# The negative lookbehind (?<![a-zA-Z]) is useful to avoid to match
# strings if additional chars are before the label
OCRRegex(
re.compile(
r"(?<![a-zA-Z])([A-Z]{2})[\-\s.](BIO|ÖKO|OKO|EKO|ØKO|ORG|Bio)[\-\s.](\d{2,3})"
),
field=OCRField.text_annotations,
lowercase=False,
processing_func=process_eu_bio_label_code,
),
# Spain specific regex
format_str: str = "%d/%m/%y"
else:
format_str = "%d/%m/%Y"
try:
date = datetime.datetime.strptime("{}/{}/{}".format(day, month, year), format_str).date()
except ValueError:
return None
return date
EXPIRATION_DATE_REGEX: Dict[str, OCRRegex] = {
'full_digits_short': OCRRegex(re.compile(r'(?<!\d)(\d{2})[-./](\d{2})[-./](\d{2})(?!\d)'),
field=OCRField.full_text,
lowercase=False,
processing_func=functools.partial(process_full_digits_expiration_date,
short=True)),
'full_digits_long': OCRRegex(re.compile(r'(?<!\d)(\d{2})[-./](\d{2})[-./](\d{4})(?!\d)'),
field=OCRField.full_text,
lowercase=False,
processing_func=functools.partial(process_full_digits_expiration_date,
short=False)),
}
def find_expiration_date(ocr_result: OCRResult) -> List[Dict]:
# Parse expiration date
# "À consommer de préférence avant",
results = []
city_code, company_code = match.group(1, 2)
city_code = city_code.replace(" ", "")
company_code = company_code or ""
return "EMB {}{}".format(city_code, company_code).upper()
def process_fsc_match(match) -> str:
fsc_code = match.group(1)
return "FSC-{}".format(fsc_code).upper()
PACKAGER_CODE: Dict[str, OCRRegex] = {
"fr_emb":
OCRRegex(
re.compile(r"emb ?(\d ?\d ?\d ?\d ?\d) ?([a-z])?(?![a-z0-9])"),
field=OCRField.text_annotations,
lowercase=True,
processing_func=process_fr_emb_match,
),
"fsc":
OCRRegex(
re.compile(r"fsc.? ?(c\d{6})"),
field=OCRField.text_annotations,
lowercase=True,
processing_func=process_fsc_match,
),
"eu_fr":
OCRRegex(
re.compile(
r"fr (\d{2,3}|2[ab])[\-\s.](\d{3})[\-\s.](\d{3}) (ce|ec)(?![a-z0-9])"
),
field=OCRField.full_text_contiguous,
)
)
def generate_nutrient_mention_regex(nutrient_mentions: List[NutrientMentionType]):
sub_re = "|".join(
r"(?P<{}>{})".format("{}_{}".format("_".join(lang), i), name)
for i, (name, lang) in enumerate(nutrient_mentions)
)
return re.compile(r"(?<!\w){}(?!\w)".format(sub_re))
NUTRIENT_VALUES_REGEX = {
nutrient: OCRRegex(
generate_nutrient_regex(NUTRIENT_MENTION[nutrient], units),
field=OCRField.full_text_contiguous,
lowercase=True,
)
for nutrient, units in NUTRIENT_UNITS.items()
}
NUTRIENT_MENTIONS_REGEX: Dict[str, OCRRegex] = {
nutrient: OCRRegex(
generate_nutrient_mention_regex(NUTRIENT_MENTION[nutrient]),
field=OCRField.full_text_contiguous,
lowercase=True,
)
for nutrient in NUTRIENT_MENTION
}
if is_suspicious_weight(normalized_value, normalized_unit):
# Don't process the insight automatically if the value
# is suspiciously high
result["automatic_processing"] = False
return result
PRODUCT_WEIGHT_REGEX: Dict[str, OCRRegex] = {
"with_mention":
OCRRegex(
re.compile(
r"(?<![a-z])(poids|poids net [aà] l'emballage|poids net|poids net égoutté|masse nette|volume net total|net weight|net wt\.?|peso neto|peso liquido|netto[ -]?gewicht)\s?:?\s?([0-9]+[,.]?[0-9]*)\s?(fl oz|dle?|cle?|mge?|mle?|lbs|oz|ge?|kge?|le?)(?![a-z])"
),
field=OCRField.full_text_contiguous,
lowercase=True,
processing_func=functools.partial(process_product_weight, prompt=True),
priority=1,
),
"with_ending_mention":
OCRRegex(
re.compile(
r"(?<![a-z])([0-9]+[,.]?[0-9]*)\s?(fl oz|dle?|cle?|mge?|mle?|lbs|oz|ge?|kge?|le?)\s(net)(?![a-z])"
),
field=OCRField.full_text_contiguous,
lowercase=True,
processing_func=functools.partial(process_product_weight,
prompt=True,
ending_prompt=True),
priority=1,
import re
from typing import List, Dict
from robotoff.insights.ocr.dataclass import OCRRegex, OCRField, OCRResult
TRACES_REGEX = OCRRegex(re.compile(
r"(?:possibilit[ée] de traces|peut contenir(?: des traces)?|traces? [ée]ventuelles? de)"
),
field=OCRField.full_text_contiguous,
lowercase=True)
def find_traces(ocr_result: OCRResult) -> List[Dict]:
results = []
text = ocr_result.get_text(TRACES_REGEX)
if not text:
return []
for match in TRACES_REGEX.regex.finditer(text):
raw = match.group()
end_idx = match.end()
captured = text[end_idx:end_idx + 100]
result = {
'raw': raw,
'text': captured,
'notify': TRACES_REGEX.notify,
}
results.append(result)
nutrient_names_str = "|".join(nutrient_names)
units_str = "|".join(units)
return re.compile(
r"(?<!\w)({}) ?(?:[:-] ?)?([0-9]+[,.]?[0-9]*) ?({})(?!\w)".format(
nutrient_names_str, units_str))
NUTRIENT_VALUES_REGEX = {
"energy":
OCRRegex(
generate_nutrient_regex(
[
"[ée]nergie", # fr/de
"energy", # en
"calories", # fr/en
"energia", # es
"valor energ[ée]tico", # es
],
["kj", "kcal"],
),
field=OCRField.full_text_contiguous,
lowercase=True,
),
"saturated_fat":
OCRRegex(
generate_nutrient_regex(
[
"mati[èe]res? grasses? satur[ée]s?", # fr
"acides? gras satur[ée]s?", # fr
"saturated fat", # en
"of which saturates", # en
"verzadigde vetzuren", # nl
from robotoff.insights.ocr.dataclass import OCRResult, OCRRegex, OCRField
def generate_nutrient_regex(nutrient_names: List[str], units: List[str]):
nutrient_names_str = '|'.join(nutrient_names)
units_str = '|'.join(units)
return re.compile(
r"(?<!\w)({}) ?(?:[:-] ?)?([0-9]+[,.]?[0-9]*) ?({})(?!\w)".format(
nutrient_names_str, units_str))
NUTRIENT_VALUES_REGEX = {
'energy':
OCRRegex(generate_nutrient_regex(["[ée]nergie", "energy", "calories"],
["kj", "kcal"]),
field=OCRField.full_text_contiguous,
lowercase=True),
'saturated_fat':
OCRRegex(generate_nutrient_regex(
["mati[èe]res? grasses? satur[ée]s?", "saturated fat"], ["g"]),
field=OCRField.full_text_contiguous,
lowercase=True),
'trans_fat':
OCRRegex(generate_nutrient_regex(
["mati[èe]res? grasses? trans", "trans fat"], ["g"]),
field=OCRField.full_text_contiguous,
lowercase=True),
'fat':
OCRRegex(generate_nutrient_regex(["mati[èe]res? grasses?", "total fat"],
["g"]),
field=OCRField.full_text_contiguous,
import re
from typing import List, Dict
from robotoff.insights.ocr.dataclass import OCRResult, OCRRegex, OCRField
def generate_nutrient_regex(nutrient_names: List[str], units: List[str]):
nutrient_names_str = '|'.join(nutrient_names)
units_str = '|'.join(units)
return re.compile(r"({}) ?(?:[:-] ?)?([0-9]+[,.]?[0-9]*) ?({})".format(nutrient_names_str,
units_str))
NUTRIENT_VALUES_REGEX = {
'energy': OCRRegex(
generate_nutrient_regex(["[ée]nergie", "energy"], ["kj", "kcal"]),
field=OCRField.full_text_contiguous,
lowercase=True),
'fat': OCRRegex(
generate_nutrient_regex(["mati[èe]res? grasses?"], ["g"]),
field=OCRField.full_text_contiguous,
lowercase=True),
'glucid': OCRRegex(
generate_nutrient_regex(["glucides?", "glucids?"], ["g"]),
field=OCRField.full_text_contiguous,
lowercase=True),
'carbohydrate': OCRRegex(
generate_nutrient_regex(["sucres?", "carbohydrates?"], ["g"]),
field=OCRField.full_text_contiguous,
lowercase=True),
}
from robotoff.insights.ocr.utils import generate_keyword_processor
from robotoff.utils import text_file_iter
from robotoff.utils.cache import CachedStore
def generate_trace_keyword_processor(labels: Optional[List[str]] = None):
if labels is None:
labels = list(text_file_iter(settings.OCR_TRACE_ALLERGEN_DATA_PATH))
return generate_keyword_processor(labels)
TRACES_REGEX = OCRRegex(
re.compile(
r"(?:possibilit[ée] de traces|conditionné dans un atelier qui manipule|peut contenir(?: des traces)?|traces? [ée]ventuelles? d[e']|traces? d[e']|may contain)"
),
field=OCRField.full_text_contiguous,
lowercase=True,
)
TRACE_KEYWORD_PROCESSOR_STORE = CachedStore(
fetch_func=generate_trace_keyword_processor, expiration_interval=None
)
def find_traces(content: Union[OCRResult, str]) -> List[RawInsight]:
insights = []
text = get_text(content, TRACES_REGEX)
if not text: