def set_target(self, snak, value):
if value in ('somevalue', 'novalue'):
snak.setSnakType(value)
return True
if snak.type == 'wikibase-item':
snak.setTarget(pywikibot.ItemPage(self.repo, value))
return True
elif snak.type == 'wikibase-property':
snak.setTarget(pywikibot.PropertyPage(self.repo, value))
return True
elif snak.type == 'quantity':
match = self.quantityR.fullmatch(value)
if match:
amount, error, unit = match.groups()
else:
match = self.quantity_oldR.fullmatch(value)
if match:
amount, lower, upper, unit = match.groups()
error = upper, lower # it *is* the other way around
if match:
if unit:
unit = pywikibot.ItemPage(self.repo, 'Q' + unit)
quantity = WbQuantity(amount, unit, error, site=self.repo)
snak.setTarget(quantity)
return True
elif snak.type == 'time':
iso, _, prec = value.rpartition('/')
if iso:
time = WbTime.fromTimestr(iso,
precision=int(prec),
site=self.repo)
snak.setTarget(time)
return True
elif snak.type in ('string', 'external-id', 'url', 'math'):
if value.startswith('"') and value.endswith('"'):
snak.setTarget(value[1:-1])
return True
elif snak.type == 'commonsMedia':
if value.startswith('"') and value.endswith('"'):
repo = self.repo.image_repository()
snak.setTarget(pywikibot.FilePage(repo, value[1:-1]))
return True
#elif snak.type in ('geo-shape', 'tabular-data'):
elif snak.type == 'monolingualtext':
lang, _, text = value.partition(':')
if text and text.startswith('"') and text.endswith('"'):
monotext = WbMonolingualText(text[1:-1], lang)
snak.setTarget(monotext)
return True
elif snak.type == 'globe-coordinate':
match = self.globeR.fullmatch(value)
if match:
coord = Coordinate(*map(float, match.groups()), site=self.repo)
snak.setTarget(coord)
return True
return False
def set_target(self, snak, value):
if value in ('somevalue', 'novalue'):
snak.setSnakType(value)
return True
if snak.type == 'wikibase-item':
snak.setTarget(pywikibot.ItemPage(self.repo, value))
return True
elif snak.type == 'wikibase-property':
snak.setTarget(pywikibot.PropertyPage(self.repo, value))
return True
elif snak.type == 'quantity':
match = self.quantityR.fullmatch(value)
if match:
amount, error, unit = match.groups()
else:
match = self.quantity_oldR.fullmatch(value)
if match:
amount, lower, upper, unit = match.groups()
error = upper, lower # it *is* the other way around
if match:
if unit:
unit = pywikibot.ItemPage(self.repo, 'Q' + unit)
quantity = WbQuantity(amount, unit, error, site=self.repo)
snak.setTarget(quantity)
return True
elif snak.type == 'time':
iso, _, prec = value.rpartition('/')
if iso:
time = WbTime.fromTimestr(
iso, precision=int(prec), site=self.repo)
snak.setTarget(time)
return True
elif snak.type in ('string', 'external-id', 'url', 'math'):
if value.startswith('"') and value.endswith('"'):
snak.setTarget(value[1:-1])
return True
elif snak.type == 'commonsMedia':
if value.startswith('"') and value.endswith('"'):
repo = self.repo.image_repository()
snak.setTarget(pywikibot.FilePage(repo, value[1:-1]))
return True
#elif snak.type in ('geo-shape', 'tabular-data'):
elif snak.type == 'monolingualtext':
lang, _, text = value.partition(':')
if text and text.startswith('"') and text.endswith('"'):
monotext = WbMonolingualText(text[1:-1], lang)
snak.setTarget(monotext)
return True
elif snak.type == 'globe-coordinate':
match = self.globeR.fullmatch(value)
if match:
coord = Coordinate(*map(float, match.groups()), site=self.repo)
snak.setTarget(coord)
return True
return False
def string_to_wddate(isotimestamp: str) -> WbTime:
"""
Create a wikidata compatible wikibase date from an ISO 8601 timestamp
"""
date = WbTime.fromTimestr(isotimestamp,
calendarmodel=Settings.calendarmodel)
date.hour = 0
date.minute = 0
date.second = 0
date.precision = WbTime.PRECISION["day"]
return date
def try_get_year_from_property_timestamp(entity_dict: Dict, property_id: str,
oab_type: str) -> int:
"""Function for extracting the year from an inception timestamp
Args:
entity_dict: JSON response from wikidata
property_id: Wikidata property id e. g. 'P18' stands for the property image
oab_type: openArtBrowser type e. g. 'artwork', 'motif' important for logging
Returns:
Year from timestamp
"""
timestr = entity_dict[CLAIMS][property_id][0][MAINSNAK][DATAVALUE][VALUE][
TIME]
return WbTime.fromTimestr(timestr).year
def _set_target(self, snak, value):
if value in ('somevalue', 'novalue'):
snak.setSnakType(value)
return True
def invalid_report():
pywikibot.warning('Invalid value "{}" for {} datatype'.format(
value, snak.type))
if snak.type in self.entity_types:
target = self.parse_entity(value)
if target is None:
pywikibot.warning('"LAST" magic word used without "CREATE"')
else:
snak.setTarget(target)
return True
elif snak.type == 'quantity':
match = self.quantity_errR.fullmatch(value)
if match:
amount, error, unit = match.groups()
else:
match = self.quantity_boundsR.fullmatch(value)
if match:
groups = list(match.groups())
unit = groups.pop()
amount, lower, upper = map(Decimal, groups)
if lower > upper:
error = amount - lower, upper - amount
else:
error = upper - amount, amount - lower
if match:
if unit:
unit = pywikibot.ItemPage(self.repo, 'Q' + unit)
quantity = WbQuantity(amount, unit, error, site=self.repo)
snak.setTarget(quantity)
return True
else:
invalid_report()
elif snak.type == 'time':
iso, _, prec = value.rpartition('/')
if iso:
time = WbTime.fromTimestr(iso,
precision=int(prec),
site=self.repo)
snak.setTarget(time)
return True
else:
invalid_report()
elif snak.type in ('string', 'external-id', 'url', 'math'):
literal = self.valid_text_literal(value)
if literal:
snak.setTarget(literal)
return True
else:
invalid_report()
elif snak.type == 'commonsMedia':
literal = self.valid_text_literal(value)
if literal:
image_repo = self.repo.image_repository()
snak.setTarget(pywikibot.FilePage(image_repo, literal))
return True
else:
invalid_report()
# todo: elif snak.type in ('geo-shape', 'tabular-data'):
elif snak.type == 'monolingualtext':
lang, _, text = value.partition(':')
literal = self.valid_text_literal(text)
if literal:
monotext = WbMonolingualText(literal, lang)
snak.setTarget(monotext)
return True
else:
invalid_report()
elif snak.type == 'globe-coordinate':
match = self.globeR.fullmatch(value)
if match:
coord = Coordinate(
*map(float, match.groups()),
precision=1e-4, # hardcoded as in claimit.py
site=self.repo)
snak.setTarget(coord)
return True
else:
invalid_report()
else:
pywikibot.warning('"{}" datatype is not supported yet'.format(
snak.type))
return False
def try_get_significant_events(
result: Dict,
oab_type: Optional[str] = SIGNIFICANT_EVENT) -> List[Dict]:
"""Maps the wikidata response for significant events to a list of dicts which is appended to an object
Args:
result: wikidata response
oab_type: OpenArtBrowser type. Defaults to SIGNIFICANT_EVENT.
Returns:
List of JSON objects which represent significant events
"""
significant_events = []
qid = result[ID]
for event in result[CLAIMS][
PROPERTY_NAME_TO_PROPERTY_ID[SIGNIFICANT_EVENT]]:
event_dict = {LABEL[SINGULAR]: event[MAINSNAK][DATAVALUE][VALUE][ID]}
for qualifiers in event[QUALIFIERS].values():
datatype = qualifiers[0][DATATYPE]
property_id = qualifiers[0][PROPERTY]
# Get property name from dict, if the name is not in the dict ignore it and take the id
property = PROPERTY_ID_TO_PROPERTY_NAME.get(
property_id, property_id)
if datatype == TIME:
event_dict.update({
property:
WbTime.fromTimestr(
qualifiers[0][DATAVALUE][VALUE][TIME]).year
})
elif datatype == WIKIBASE_ITEM:
event_dict.update({
property:
list(
map(
lambda qualifier: qualifier[DATAVALUE][VALUE][ID],
qualifiers,
))
})
elif datatype == QUANTITY:
event_dict.update(
{property: float(qualifiers[0][DATAVALUE][VALUE][AMOUNT])})
event_dict.update({
f"{property}_{UNIT}":
qualifiers[0][DATAVALUE][VALUE].get(UNIT, "").replace(
WIKIDATA_ENTITY_URL, "")
})
elif datatype in [STRING, URL]:
event_dict.update({property: qualifiers[0][DATAVALUE][VALUE]})
elif datatype == MONOLINGUALTEXT:
event_dict.update(
{property: qualifiers[0][DATAVALUE][VALUE][TEXT]})
elif datatype == COMMONS_MEDIA:
logger.error(
f"commonsMedia type not supported in significant events on item {qid}"
)
else:
logger.error(f"Unknown datatype: {datatype} on item {qid}")
event_dict.update({TYPE: SIGNIFICANT_EVENT})
significant_events.append(event_dict)
return significant_events