def make_id(self, *parts: Any) -> Optional[str]:
"""Generate a (hopefully unique) ID for the given entity, composed
of the given components, and the :attr:`~key_prefix` defined in
the proxy.
"""
self.id = make_entity_id(*parts, key_prefix=self.key_prefix)
return self.id
def make_address(
context: Context,
full=None,
remarks=None,
summary=None,
po_box=None,
street=None,
street2=None,
street3=None,
city=None,
place=None,
postal_code=None,
state=None,
region=None,
country=None,
country_code=None,
key=None,
):
"""Generate an address schema object adjacent to the main entity."""
city = jointext(place, city, sep=", ")
street = jointext(street, street2, street3, sep=", ")
address = context.make("Address")
address.add("full", full)
address.add("remarks", remarks)
address.add("summary", summary)
address.add("postOfficeBox", po_box)
address.add("street", street)
address.add("city", city)
address.add("postalCode", postal_code)
address.add("region", region)
address.add("state", state, quiet=True)
address.add("country", country)
address.add("country", country_code)
country_code = address.first("country")
if not address.has("full"):
data = {
"attention": summary,
"house": po_box,
"road": street,
"postcode": postal_code,
"city": city,
"state": jointext(region, state, sep=", "),
# "country": country,
}
full = get_formatter().one_line(data, country=country_code)
address.add("full", full)
if full:
# query_full(context, full, address.get("country"))
norm_full = slugify(full)
hash_id = make_entity_id(country_code, norm_full, key)
if hash_id is not None:
address.id = f"addr-{hash_id}"
return address
def flush(self):
writer = self.dataset.bulk()
countries = set()
results = list(
chain(self.aggregator_entities.results(),
self.aggregator_patterns.results()))
for (key, prop, values) in results:
if prop.type == registry.country:
countries.add(key)
mention_ids = set()
for (key, prop, values) in results:
label = values[0]
if prop.type == registry.name:
label = registry.name.pick(values)
schema = self.MENTIONS.get(prop)
if schema is not None and self.entity.schema.is_a(DOCUMENT):
mention = model.make_entity("Mention")
mention.make_id("mention", self.entity.id, prop, key)
mention_ids.add(mention.id)
mention.add("resolved", make_entity_id(key))
mention.add("document", self.entity.id)
mention.add("name", values)
mention.add("detectedSchema", schema)
mention.add("contextCountry", countries)
mention = self.ns.apply(mention)
writer.put(mention)
# pprint(mention.to_dict())
self.entity.add(prop, label, cleaned=True, quiet=True)
if len(results):
log.debug(
"Extracted %d prop values, %d mentions [%s]: %s",
len(results),
len(mention_ids),
self.entity.schema.name,
self.entity.id,
)
writer.put(self.entity)
writer.flush()
return mention_ids
def make_id(self,
*parts: Optional[str],
dataset: Optional[str] = None) -> Optional[str]:
hashed = make_entity_id(*parts, key_prefix=self.dataset.name)
return self.make_slug(hashed, dataset=dataset)
def make_id(self, *parts):
"""Generate a (hopefully unique) ID for the given entity, composed
of the given components, and the key_prefix defined in the proxy.
"""
self.id = make_entity_id(*parts, key_prefix=self.key_prefix)
return self.id
