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model_wiki.py
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model_wiki.py
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import pywikibot
import json
from exif import Image
import locale
from datetime import datetime
from dateutil import parser
import os
import logging
import pprint
import subprocess
from transliterate import translit
from pywikibot.specialbots import UploadRobot
from pywikibot import pagegenerators
from pywikibot import exceptions
import urllib
import wikitextparser as wtp
from simple_term_menu import TerminalMenu
import pickle
import re
import traceback
from tqdm import tqdm
import traceback
from fileprocessor import Fileprocessor
class Model_wiki:
logging.basicConfig(
level=logging.INFO,
format="%(asctime)s %(levelname)-8s %(message)s",
datefmt="%Y-%m-%d %H:%M:%S",
)
logger = logging.getLogger(__name__)
pp = pprint.PrettyPrinter(indent=4)
wiki_content_cache = dict()
cache_category_object_in_location = dict()
cache_settlement_for_object = dict()
wikidata_cache = dict()
wikidata_cache_filename = 'temp_wikidata_cache.dat'
optional_langs = ('de', 'fr', 'it', 'es', 'pt', 'uk', 'be', 'ja')
def __init__(self):
if not os.path.isfile('user-config.py'):
raise Exception('''Now you should enter Wikimedia user data in config. Call \n cp user-config.example.py user-config.py
\n open user-config.py in text editor, input username, and run this script next time''')
self.wikidata_cache = self.wikidata_cache_load(
wikidata_cache_filename=self.wikidata_cache_filename)
def reset_cache(self):
try:
os.unlink(self.wikidata_cache_filename)
except:
pass
self.wikidata_cache = self.wikidata_cache_load(
wikidata_cache_filename=self.wikidata_cache_filename)
def replace_file_commons(self, pagename, filepath):
assert pagename
# Login to your account
site = pywikibot.Site('commons', 'commons')
site.login()
site.get_tokens("csrf") # preload csrf token
# Replace the file
file_page = pywikibot.FilePage(site, pagename)
file_page.upload(source=filepath, comment='Replacing file',ignore_warnings=True, watch=True)
return
def wikidata_cache_load(self, wikidata_cache_filename):
if os.path.isfile(wikidata_cache_filename) == False:
cache = {'entities_simplified': {},
'commonscat_by_2_wikidata': {},
'cities_ids':{},
'commonscat_exists_set': set()}
return cache
else:
file = open(wikidata_cache_filename, 'rb')
# dump information to that file
cache = pickle.load(file)
# close the file
file.close()
return cache
def wikidata_cache_save(self, cache, wikidata_cache_filename) -> bool:
file = open(wikidata_cache_filename, 'wb')
# dump information to that file
pickle.dump(cache, file)
# close the file
file.close()
def wikipedia_get_page_content(self, page) -> str:
# check cache
import sys
pagename = page.title()
if pagename in self.wiki_content_cache:
return self.wiki_content_cache[pagename]
pagecode = page.text
self.wiki_content_cache[pagename] = pagecode
assert sys.getsizeof(pagecode) > 25
return pagecode
def is_change_need(self, pagecode, operation) -> bool:
operations = ('taken on', 'taken on location')
assert operation in operations
if operation == 'taken on':
if '{{Taken on'.upper() in pagecode.upper():
return False
else:
return True
return False
def page_name_canonical(self, pagecode) -> str:
# [[commons:File:Podolsk, Moscow Oblast, Russia - panoramio (152).jpg]]
# File:Podolsk, Moscow Oblast, Russia - panoramio (152).jpg
pagecode = str(pagecode)
pagecode = pagecode.replace('https://commons.wikimedia.org/wiki/', '')
pagecode = pagecode.replace('[[commons:', '').replace(']]', '')
return pagecode
def url_add_template_taken_on(self, pagename, location, dry_run=True,verbose=False,interactive=False):
assert pagename
location = location.title()
site = pywikibot.Site("commons", "commons")
site.login()
site.get_tokens("csrf") # preload csrf token
pagename = self.page_name_canonical(pagename)
if not pagename.startswith('File:'): pagename='File:'+pagename
page = pywikibot.Page(site, title=pagename)
self.page_template_taken_on(page, location, dry_run, verbose,interactive)
def category_add_template_wikidata_infobox(self,category:str):
if not category.startswith('Category:'):
category = 'Category:'+category
assert category
texts = dict()
site = pywikibot.Site("commons", "commons")
site.login()
site.get_tokens("csrf") # preload csrf token
category = self.page_name_canonical(category)
page = pywikibot.Page(site, title=category)
texts[0] = page.text
if 'wikidata infobox' in texts[0].lower():
return True
message = '{{Wikidata Infobox}}'
texts[1]=message+"\n"+page.text
page.text = texts[1]
page.save('add {{Wikidata Infobox}} template')
def category_dev(self, categoryname,start=None,total=None)->list:
counter = 0
site = pywikibot.Site("commons", "commons")
cat = pywikibot.Category(site, categoryname)
subcats_obj = pagegenerators.SubCategoriesPageGenerator(category=cat,recurse=False, start=start, total=total, content=True)
#subcats_obj = cat.subcategories(recurse=False)
print('===categories witout wikidata ibfobox===')
for subcat in subcats_obj:
counter = counter+1
if 'wikidata infobox' in str(subcat.text).lower():
continue
else:
print(str(counter)+' '+subcat.title().replace('Category:',''))
def category_add_template_taken_on(self, categoryname, location, dry_run=True, interactive=False):
assert categoryname
total_files = 0
site = pywikibot.Site("commons", "commons")
site.login()
site.get_tokens("csrf") # preload csrf token
category = pywikibot.Category(site, categoryname)
regex = '(?i)date.*=.*\d\d\d\d-\d\d-\d\d.*\}\}'
regex = '(?i)Information[\S\s]*date[\S\s]*=[\S\s]*\d\d\d\d-\d\d-\d\d.*\}\}'
gen1 = pagegenerators.CategorizedPageGenerator(
category, recurse=False, start=None, total=None, content=True, namespaces=None)
gen2 = pagegenerators.RegexBodyFilterPageGenerator(gen1, regex)
regex
gen2 = pagegenerators.RegexBodyFilterPageGenerator(gen1, regex)
for page in gen2:
print(page)
total_files = total_files+1
del gen1
del gen2
gen1 = pagegenerators.CategorizedPageGenerator(
category, recurse=False, start=None, total=None, content=True, namespaces=None)
gen2 = pagegenerators.RegexBodyFilterPageGenerator(gen1, regex)
gen2 = pagegenerators.RegexBodyFilterPageGenerator(gen1, regex)
logging.getLogger().setLevel(logging.DEBUG)
logging.getLogger('foo').debug('bah')
location = location.title()
pbar = tqdm(total=total_files)
for page in gen2:
self.page_template_taken_on(
page, location, dry_run, interactive, verbose=False, message=f'Set taken on location={location} for files in category {categoryname}')
pbar.update(1)
pbar.close()
def location_string_parse(self, text) -> tuple:
if text is None:
return None, None
text = text.strip()
if text is None or text == "":
return None, None
struct = re.split(" |,|\t|\|", text)
if len(struct) < 2:
return None, None
return float(struct[0]), float(struct[-1])
def create_wikidata_item(self,wd_object):
'''
created with bing ai
https://www.bing.com/search?iscopilotedu=1&sendquery=1&q=%D0%A7%D1%82%D0%BE+%D1%82%D0%B0%D0%BA%D0%BE%D0%B5+%D0%BD%D0%BE%D0%B2%D1%8B%D0%B9+Bing%3F&showconv=1&filters=wholepagesharingscenario%3A%22Conversation%22&shareId=4d855391-009e-4938-81b4-8591617df8db&shtc=0&shsc=Codex_ConversationMode&form=EX0050&shid=b116c20e-9d13-494d-a4cc-8f8b3a8a6260&shtp=GetUrl&shtk=0J7Qt9C90LDQutC%2B0LzRjNGC0LXRgdGMINGBINGN0YLQuNC8INC%2B0YLQstC10YLQvtC8IEJpbmc%3D&shdk=0JLQvtGCINC%2B0YLQstC10YIsINC%2F0L7Qu9GD0YfQtdC90L3Ri9C5INGBINC%2F0L7QvNC%2B0YnRjNGOINC90L7QstC%2B0LPQviBCaW5nLCDQs9C70L7QsdCw0LvRjNC90L7QuSDRgdC40YHRgtC10LzRiyDQvtGC0LLQtdGC0L7QsiDQvdCwINCx0LDQt9C1INC40YHQutGD0YHRgdGC0LLQtdC90L3QvtCz0L4g0LjQvdGC0LXQu9C70LXQutGC0LAuINCp0LXQu9C60L3QuNGC0LUg0LTQu9GPINC%2F0YDQvtGB0LzQvtGC0YDQsCDQvtGC0LLQtdGC0LAg0YbQtdC70LjQutC%2B0Lwg0Lgg0L%2FQvtC%2F0YDQvtCx0YPQudGC0LUg0Y3RgtGDINGE0YPQvdC60YbQuNGOINGB0LDQvNC%2B0YHRgtC%2B0Y%2FRgtC10LvRjNC90L4u&shhk=KUktXhHaQFr142oHDgOzFPKk2Snr3G22dzXkpH3KtHg%3D&shth=OBFB.107AF8B2FB79BD01FFDCABA4D756224A
'''
# create a site object for wikidata
site = pywikibot.Site("wikidata", "wikidata")
# create a new item
new_item = pywikibot.ItemPage(site)
# set the labels, descriptions and aliases from the wd_object
try:
new_item.editLabels(labels=wd_object["labels"], summary="Setting labels")
self.logger.info('created wikidata entity: '+str(new_item.getID()) + ' _place'+str(new_item.getID()))
new_item.editDescriptions(descriptions=wd_object["descriptions"], summary="Setting descriptions")
new_item.editAliases(aliases=wd_object["aliases"], summary="Setting aliases")
except:
self.logger.warning('prorably this building already created in wikidata. merge not implement yet')
pass
# iterate over the claims in the wd_object
for prop, value in wd_object["claims"].items():
# create a claim object for the property
claim = pywikibot.Claim(site, prop)
# check the type of the value
if isinstance(value, str) and self.is_wikidata_id(value):
# it is a wikidata item id
# get the item object for the value
target = pywikibot.ItemPage(site, value)
elif isinstance(value, dict) and self.is_wikidata_id(value.get('value',None)):
# it is a wikidata item id
# get the item object for the value
target = pywikibot.ItemPage(site, value.get('value'))
elif isinstance(value, dict):
# if the value is a dict, it is a special value type
# check the type of the value
if value["value"].get("latitude"):
# if the value has latitude, it is a coordinate type
# create a coordinate object for the value
target = pywikibot.Coordinate(
lat=value["value"]["latitude"],
lon=value["value"]["longitude"],
precision=value["value"]["precision"],
site=site,
#globe=value["value"]["globe"],
)
elif value["value"].get("time"):
# if the value has time, it is a time type
# create a time object for the value
target = pywikibot.WbTime(
year=int(value["value"]["time"]["year"]),
#month=value["value"]["time"]["month"],
#day=value["value"]["time"]["day"],
#hour=value["value"]["time"]["hour"],
#minute=value["value"]["time"]["minute"],
#second=value["value"]["time"]["second"],
precision=value["value"]["precision"],
#calendarmodel=value["value"]["calendarmodel"],
)
elif value["value"].get("amount"):
# if the value has amount, it is a quantity type
# create a quantity object for the value
target = pywikibot.WbQuantity(
amount=value["value"]["amount"],
unit=value["value"]["unit"],
error=value["value"].get("error"),
site=site
)
else:
# otherwise, the value is not supported
# raise an exception
raise ValueError(f"Unsupported value type: {value}")
else:
# otherwise, the value is not supported
# raise an exception
raise ValueError(f"Unsupported value type: {value}")
# set the target of the claim to the value object
claim.setTarget(target)
# check if the value has qualifiers
if isinstance(value, dict) and value.get("qualifiers"):
# iterate over the qualifiers
for qual_prop, qual_value in value["qualifiers"].items():
# create a qualifier object for the property
qualifier = pywikibot.Claim(site, qual_prop)
# check the type of the qualifier value
if isinstance(qual_value, str) and self.is_wikidata_id(qual_value):
# if the qualifier value is a wikidata item id
# get the item object for the qualifier value
qual_target = pywikibot.ItemPage(site, qual_value)
elif isinstance(qual_value, str):
# qualifier value is string
qual_target = qual_value
elif isinstance(qual_value, dict):
# if the qualifier value is a dict, it is a special value type
# check the type of the qualifier value
if qual_value["value"].get("latitude"):
# if the qualifier value has latitude, it is a coordinate type
# create a coordinate object for the qualifier value
qual_target = pywikibot.Coordinate(
lat=qual_value["value"]["latitude"],
lon=qual_value["value"]["longitude"],
precision=qual_value["value"]["precision"],
site=site,
#globe=qual_value["value"]["globe"],
)
elif qual_value["value"].get("time"):
# if the qualifier value has time, it is a time type
# create a time object for the qualifier value
qual_target = pywikibot.WbTime(
year=int(qual_value["value"]["time"]["year"]),
#month=qual_value["value"]["time"]["month"],
#day=qual_value["value"]["time"]["day"],
#hour=qual_value["value"]["time"]["hour"],
#minute=qual_value["value"]["time"]["minute"],
#second=qual_value["value"]["time"]["second"],
precision=qual_value["value"]["precision"],
#calendarmodel=qual_value["value"]["calendarmodel"],
)
elif qual_value["value"].get("amount"):
# if the qualifier value has amount, it is a quantity type
# create a quantity object for the qualifier value
qual_target = pywikibot.WbQuantity(
amount=qual_value["value"]["amount"],
unit=qual_value["value"]["unit"],
error=qual_value["value"].get("error"),
site=site
)
else:
# otherwise, the qualifier value is not supported
# raise an exception
raise ValueError(f"Unsupported qualifier value type: {qual_value}")
else:
# otherwise, the qualifier value is not supported
# raise an exception
raise ValueError(f"Unsupported qualifier value type: {qual_value}")
# set the target of the qualifier to the qualifier value object
qualifier.setTarget(qual_target)
# add the qualifier to the claim
claim.addQualifier(qualifier, summary="Adding qualifier")
# check if the value has references
if isinstance(value, dict) and value.get("references"):
# iterate over the references
for reference in value["references"]:
# create a list of source claims for the reference
source_claims = []
# iterate over the reference properties and values
for ref_prop, ref_value in reference.items():
# create a source claim object for the property
source_claim = pywikibot.Claim(site, ref_prop)
# check the type of the reference value
if isinstance(ref_value, str):
# if the reference value is a string, it is a wikidata item id or a url
# check if the reference value starts with http
if ref_value.startswith("http"):
# if the reference value is a url, create a url object for the reference value
ref_target = ref_value
#source_claim.is_reference=True ???
else:
# if the reference value is a wikidata item id, get the item object for the reference value
ref_target = pywikibot.ItemPage(site, ref_value)
elif isinstance(ref_value, dict):
# if the reference value is a dict, it is a special value type
# check the type of the reference value
if ref_value["value"].get("latitude"):
# if the reference value has latitude, it is a coordinate type
# create a coordinate object for the reference value
ref_target = pywikibot.Coordinate(
lat=ref_value["value"]["latitude"],
lon=ref_value["value"]["longitude"],
precision=ref_value["value"]["precision"],
globe=ref_value["value"]["globe"],
)
elif ref_value["value"].get("time"):
# if the reference value has time, it is a time type
# create a time object for the reference value
ref_target = pywikibot.WbTime(
year=int(ref_value["value"]["time"]["year"]),
#month=ref_value["value"]["time"]["month"],
#day=ref_value["value"]["time"]["day"],
#hour=ref_value["value"]["time"]["hour"],
#minute=ref_value["value"]["time"]["minute"],
#second=ref_value["value"]["time"]["second"],
precision=ref_value["value"]["precision"],
#calendarmodel=ref_value["value"]["calendarmodel"],
)
elif ref_value["value"].get("amount"):
# if the reference value has amount, it is a quantity type
# create a quantity object for the reference value
ref_target = pywikibot.WbQuantity(
amount=ref_value["value"]["amount"],
unit=ref_value["value"]["unit"],
error=ref_value["value"].get("error"),
site=site
)
else:
# otherwise, the reference value is not supported
# raise an exception
raise ValueError(f"Unsupported reference value type: {ref_value}")
else:
# otherwise, the reference value is not supported
# raise an exception
raise ValueError(f"Unsupported reference value type: {ref_value}")
# set the target of the source claim to the reference value object
source_claim.setTarget(ref_target)
# append the source claim to the source claims list
source_claims.append(source_claim)
# add the source claims as a reference to the claim
claim.addSources(source_claims, summary="Adding reference")
# add the claim to the new item
new_item.addClaim(claim, summary="Adding claim")
# return the new item id
return new_item.getID()
def claim_dict2pywikibot_claim(self,repo, claim):
"""
return new pywikibot claim object for add to wikidata using pywikibot from dict
"""
def create_street_wikidata(self,city,name_en,coords,name_ru=None,named_after=None, street_type='Q79007',country=None,dry_mode=False)->str:
wikidata_template = """
{
"type": "item",
"labels": {
"en": ""
},
"descriptions": {
"en": ""
},
"aliases": {},
"claims": {
"P31": "Q79007",
"P625":{
"value":{
"latitude": 55.666,
"longitude": 37.666,
"precision": 0.0001,
"globe": "http://www.wikidata.org/entity/Q2"
}
}
}
}
"""
translate_variants=dict()
translate_variants['street']=['ulitsa']
translate_variants['Street']=['Ulitsa']
city_wd = self.get_wikidata_simplified(city)
street_type_wd = self.get_wikidata_simplified(street_type)
wd_object = json.loads(wikidata_template)
wd_object["labels"]["en"] = name_en
wd_object["descriptions"]["en"] = street_type_wd['labels']['en'] + ' in ' + city_wd['labels']['en']
if name_ru is not None:
wd_object["labels"]["ru"] = name_ru
wd_object["descriptions"]["ru"] = street_type_wd['labels']['ru'] + ' в ' + city_wd['labels']['ru']
wd_object["aliases"] = {"ru": list(), "en":list()}
wd_object["aliases"]["ru"].append(name_ru + ', ' + city_wd['labels']['ru'])
wd_object["aliases"]["en"].append(name_en + ', ' + city_wd['labels']['en'])
# ALIAS: to "Unylaya street" add alias "Unylaya ulitsa"
for k,v in translate_variants.items():
if name_ru is not None:
if k in name_ru: wd_object["aliases"]["en"].append(name_en.replace(k,v[0]))
#type
wd_object["claims"]["P31"] = street_type_wd['id']
# COORDINATES
if 'LINESTRING' in coords.upper():
#line with 3 points: write coordinates for start, middle, end of street
from model_geo import Model_Geo as Model_geo_ask
coords_list = Model_geo_ask.extract_wktlinestring_to_points(coords)
assert len(coords_list) in (2,3)
else:
lat=None
lon=None
lat, lon = self.location_string_parse(coords)
assert lat is not None
assert lon is not None
wd_object["claims"]["P625"]["value"]["latitude"] = round(
float(lat), 5
) # coords
wd_object["claims"]["P625"]["value"]["longitude"] = round(
float(lon), 5
) # coords
# State
country_claim=self.get_best_claim(city,'P17')
wd_object["claims"]["P17"] = country_claim
# located in adm
wd_object["claims"]["P131"] = city_wd['id']
if named_after is not None: wd_object["claims"]["P138"] = named_after
if dry_mode:
print(json.dumps(wd_object, indent=1))
self.logger.info("dry mode, no creating wikidata entity")
return
new_item_id = self.create_wikidata_item(wd_object)
self.logger.info(f'street object created: https://www.wikidata.org/wiki/{new_item_id} ')
return new_item_id
def wikidata_set_coords(self,wdid,coords):
site = pywikibot.Site('wikidata', 'wikidata')
repo = site.data_repository()
item = pywikibot.ItemPage(site, wdid)
item.get() # load the item data
claims = item.claims # get the claims dictionary
if "P625" in claims:
print('no overwrite coordinates')
return None
lat=None
lon=None
lat, lon = self.location_string_parse(coords)
assert lat is not None
assert lon is not None
coordinateclaim = pywikibot.Claim(repo, 'P625') #Adding coordinate location (P625)
coordinate = pywikibot.Coordinate(lat=lat, lon=lon, precision=0.0001, site=site) #With location markes
coordinateclaim.setTarget(coordinate)
print('Adding coordinate claim')
item.addClaim(coordinateclaim, summary='Adding coordinate claim')
def wikidata_set_address(self,building_wdid,street_wdid,housenumber):
# Create a site object for wikidata
site = pywikibot.Site('wikidata', 'wikidata')
repo = site.data_repository()
# Create an item object from the item ID
item = pywikibot.ItemPage(site, building_wdid)
item.get() # load the item data
claims = item.claims # get the claims dictionary
#CLAIM
claim = pywikibot.Claim(repo, 'P669') #located_on_street
target = pywikibot.ItemPage(repo, street_wdid)
claim.setTarget(target) # Set the target value in the local object.
item.addClaim(claim, summary="Adding machine readable address for files names generation")
#QUALIFIER
qualifier = pywikibot.Claim(repo, 'P670')
qualifier.setTarget(housenumber)
claim.addQualifier(qualifier, summary='Adding a housenumber for files names generation')
del claim
del target
self.reset_cache()
def create_wikidata_building(self, data, dry_mode=False):
assert "street_wikidata" in data
# get street data from wikidata
assert data["street_wikidata"] is not None
street_dict_wd = self.get_wikidata_simplified(data["street_wikidata"])
city_wd = self.get_wikidata_simplified(data["city"])
data["street_name_ru"] = street_dict_wd["labels"]["ru"]
data["street_name_en"] = street_dict_wd["labels"]["en"]
wikidata_template = """
{
"type": "item",
"labels": {
"ru": ""
},
"descriptions": {
"ru": ""
},
"aliases": {},
"claims": {
"P31": "Q41176",
"P17": "Q159",
"P625":{
"value":{
"latitude": 55.666,
"longitude": 37.666,
"precision": 0.0001,
"globe": "http://www.wikidata.org/entity/Q2"
}
}
}
}
"""
# sample
data["lat"], data["lon"] = self.location_string_parse(
data["latlonstr"])
assert data["lat"] is not None
assert data["lon"] is not None
assert data["street_name_ru"] is not None
assert data["street_name_en"] is not None
assert data["housenumber"] is not None
assert data["street_wikidata"] is not None
wd_object = json.loads(wikidata_template)
wd_object["labels"]["ru"] = data["street_name_ru"] + \
" " + data["housenumber"]
wd_object["labels"]["en"] = self.address_international(
city=city_wd['labels']['en'],
street=data["street_name_en"],
housenumber=data["housenumber"]).strip()
wd_object["descriptions"]["ru"] = "Здание в " + city_wd['labels']['ru']
wd_object["descriptions"]["en"] = "Building in " + city_wd['labels']['en']
wd_object["aliases"] = {"ru": list()}
wd_object["aliases"]["ru"].append(
city_wd['labels']['ru'] + ' ' + data["street_name_ru"] +
" дом " + data["housenumber"]
)
wd_object["claims"]["P625"]["value"]["latitude"] = round(
float(data["lat"]), 5
) # coords
wd_object["claims"]["P625"]["value"]["longitude"] = round(
float(data["lon"]), 5
) # coords
if data.get("coord_source", None) is not None and data["coord_source"].lower() == "yandex maps":
wd_object["claims"]["P625"]["references"] = list()
wd_object["claims"]["P625"]["references"].append(dict())
wd_object["claims"]["P625"]["references"][0]["P248"] = "Q4537980"
if data.get("coord_source", None) is not None and data["coord_source"].lower() == "osm":
wd_object["claims"]["P625"]["references"] = list()
wd_object["claims"]["P625"]["references"].append(dict())
wd_object["claims"]["P625"]["references"][0]["P248"] = "Q936"
if data.get("coord_source", None) is not None and data["coord_source"].lower() == "reforma":
wd_object["claims"]["P625"]["references"] = list()
wd_object["claims"]["P625"]["references"].append(dict())
wd_object["claims"]["P625"]["references"][0]["P248"] = "Q117323686"
wd_object["claims"]["P669"] = {
"value": data["street_wikidata"],
"qualifiers": {"P670": data["housenumber"]},
}
if "district_wikidata" in data:
wd_object["claims"]["P131"]={
"value": data["district_wikidata"]
}
if "project" in data:
wd_object["claims"]["P144"]={
"value": data["project"]
}
if "year" in data:
wd_object["claims"]["P1619"] = {
"value": {"time": {"year":int(str(data["year"])[0:4])},"precision":9}}
if "year_source" or "year_url" in data:
wd_object["claims"]["P1619"]["references"] = list()
wd_object["claims"]["P1619"]["references"].append(dict())
if data.get("year_source") == "2gis":
wd_object["claims"]["P1619"]["references"][0]["P248"] = "Q112119515"
if data.get("year_source") == "wikimapia":
wd_object["claims"]["P1619"]["references"][0]["P248"] = "Q187491"
if 'https://2gis.ru' in data.get('year_url', ''):
wd_object["claims"]["P1619"]["references"][0]["P248"] = "Q112119515"
if 'reformagkh.ru' in data.get('year_url', ''):
wd_object["claims"]["P1619"]["references"][0]["P248"] = "Q117323686"
if "year_url" in data:
wd_object["claims"]["P1619"]["references"][0]["P854"] = data[
"year_url"
]
if "levels" in data:
wd_object["claims"]["P1101"] = {
"value": {"amount": int(data["levels"]), "unit": None,"error":None}
}
if "levels_source" or "levels_url" in data:
wd_object["claims"]["P1101"]["references"] = list()
wd_object["claims"]["P1101"]["references"].append(dict())
if data.get("levels_source") == "2gis":
wd_object["claims"]["P1101"]["references"][0]["P248"] = "Q112119515"
if data.get("levels_source") == "wikimapia":
wd_object["claims"]["P1101"]["references"][0]["P248"] = "Q187491"
if 'https://2gis.ru' in data.get('levels_url', ''):
wd_object["claims"]["P1101"]["references"][0]["P248"] = "Q112119515"
if 'reformagkh.ru' in data.get('levels_url', ''):
wd_object["claims"]["P1101"]["references"][0]["P248"] = "Q117323686"
if "levels_url" in data:
wd_object["claims"]["P1101"]["references"][0]["P854"] = data["levels_url"]
if 'building' in data and data['building'] is not None:
wd_object["claims"]["P31"] = data['building']
if 'architect' in data and data['architect'] is not None:
wd_object["claims"]["P84"] = data['architect']
if 'architecture' in data and data['architecture'] is not None:
if data['architecture']=='Q34636': data['architecture']='Q1295040' # art noveau --> art noveau architecture
wd_object["claims"]["P149"] = data['architecture']
if dry_mode:
print(json.dumps(wd_object, indent=1))
self.logger.info("dry mode, no creating wikidata entity")
return
new_item_id = self.create_wikidata_item(wd_object)
print("created https://www.wikidata.org/wiki/" + new_item_id)
print("created _place" + new_item_id)
if data.get('category') is not None:
self.wikidata_add_commons_category(new_item_id, data.get('category'))
self.category_add_template_wikidata_infobox(data.get('category'))
return new_item_id
def get_territorial_entity(self, wd_record) -> dict:
if 'P131' not in wd_record['claims']:
return None
object_wd = self.get_wikidata_simplified(
wd_record['claims']['P131'][0]['value'])
return object_wd
def validate_street_in_building_record(self, data):
assert data["street_wikidata"] is not None
wd_street = self.get_wikidata_simplified(data["street_wikidata"])
result = None
if 'commons' not in wd_street:
self.logger.debug(
"street "
+ wikidata_street_url
+ " must have wikimedia commons category"
)
return False
if result is None:
result = True
return True
def get_wikidata_simplified(self, entity_id) -> dict:
assert entity_id is not None
assert str(entity_id) != ''
# get all claims of this wikidata objects
if entity_id in self.wikidata_cache['entities_simplified']:
return self.wikidata_cache['entities_simplified'][entity_id]
site = pywikibot.Site("wikidata", "wikidata")
try:
entity = pywikibot.ItemPage(site, entity_id)
entity.get()
except:
traceback.print_exc()
self.logger.error('invalid wikidata entity. Open it in browser and try to fix. https://www.wikidata.org/wiki/' +
entity_id)
quit()
object_record = {'labels': {}}
labels_pywikibot = entity.labels.toJSON()
for lang in labels_pywikibot:
object_record['labels'][lang] = labels_pywikibot[lang]['value']
object_record['id'] = entity.getID()
claims = dict()
if 'claims' not in entity.toJSON():
raise ValueError(f'entitiy https://www.wikidata.org/wiki/{entity_id} must has some claims')
wb_claims = entity.toJSON()['claims']
for prop_id in wb_claims:
claims[prop_id] = list()
for claim in wb_claims[prop_id]:
claim_s=dict()
claim_s['rank']=claim.get('rank',None)
if prop_id=='P1101':
pass
if 'datatype' not in claim['mainsnak']:
pass
# this is 'somevalue' claim, skip, because it not simply
elif claim['mainsnak']['datatype'] == 'wikibase-item':
claim_s['value'] = 'Q'+str(claim['mainsnak']['datavalue']['value']['numeric-id'])
elif claim['mainsnak']['datatype'] == 'time':
claim_s['value'] = claim['mainsnak']['datavalue']['value']['time'][8:]
claim_s['precision'] = claim['mainsnak']['datavalue']['value']['precision']
elif claim['mainsnak']['datatype'] == 'external-id':
claim_s['value'] = str(claim['mainsnak']['datavalue']['value'])
elif claim['mainsnak']['datatype'] == 'string':
claim_s['value'] = str(claim['mainsnak']['datavalue']['value'])
elif claim['mainsnak']['datatype'] == 'quantity':
claim_s['value'] = str(claim['mainsnak']['datavalue']['value'])
elif claim['mainsnak']['datatype'] == 'monolingualtext':
claim_s['value'] = claim['mainsnak']['datavalue']['value']['text']
claim_s['language'] = str(claim['mainsnak']['datavalue']['value']['language'])
if 'qualifiers' in claim: claim_s['qualifiers'] = claim['qualifiers']
claims[prop_id].append(claim_s)
object_record['claims'] = claims
wb_sitelinks = entity.toJSON().get('sitelinks', dict())
commons_sitelink = ''
if 'commonswiki' in wb_sitelinks:
commons_sitelink = wb_sitelinks['commonswiki']['title']
if "P373" in object_record['claims']:
object_record['commons'] = object_record["claims"]["P373"][0]["value"]
elif 'commonswiki' in wb_sitelinks:
object_record['commons'] = wb_sitelinks['commonswiki']['title'].replace(
'Category:', '')
else:
object_record['commons'] = None
'''if "en" not in object_wd["labels"]:
self.logger.error('object https://www.wikidata.org/wiki/' +
wikidata+' must have english label')
return None
'''
self.wikidata_cache['entities_simplified'][entity_id] = object_record
self.wikidata_cache_save(
self.wikidata_cache, self.wikidata_cache_filename)
return object_record
def page_template_taken_on(self, page, location, dry_run=True, interactive=False, verbose=True,message='set Taken on location for manual set list of images'):
assert page
texts = dict()
page_not_need_change = False
texts[0] = page.text
if '.svg'.upper() in page.full_url().upper():
return False
if '.png'.upper() in page.full_url().upper():
return False
if '.ogg'.upper() in page.full_url().upper():
return False
if '{{Information'.upper() not in texts[0].upper():
self.logger.debug(
'template Information not exists in '+page.title())
return False
if '|location='.upper()+location.upper() in texts[0].upper():
self.logger.debug('|location='+location+' already in page')
page_not_need_change = True
texts[1] = texts[0]
else:
try:
texts[1] = self._text_add_template_taken_on(texts[0])
except:
raise ValueError('invalid page text in ' + page.full_url())
assert 'Taken on'.upper() in texts[1].upper() or 'Taken in'.upper() in texts[1].upper() or 'According to Exif data'.upper(
) in texts[1].upper(), 'wrong text in '+page.title()
datestr = self.get_date_from_pagetext(texts[1])
if datestr == False:
return False
if '/' in datestr:
raise ValueError(
'Slash symbols in date causes side-effects. Normalize date in '+page.full_url())
if len(datestr) < len('yyyy-mm-dd'):
return False
if len(datestr) > len('yyyy-mm-dd'):
return False
assert datestr, 'invalid date parce in '+page.full_url()
location_value_has_already = self._text_get_template_taken_on_location(
texts[1])
if location_value_has_already is None:
texts[2] = self._text_add_template_taken_on_location(
texts[1], location)
else:
texts[2] = self._text_get_template_replace_on_location(
texts[1], location)
if texts[2] == False:
return False
if '|location='+location+'}}' not in texts[2]:
return False
# Remove category
cat='Russia photographs taken on '+datestr
texts[2]=texts[2].replace("[[Category:"+cat+"]]",'')
texts[2]=texts[2].replace("[[Category:"+cat.replace(' ','_')+"]]",'')
date_obj = datetime.strptime(datestr, '%Y-%m-%d')
date_obj.strftime('%B %Y')
cat=date_obj.strftime('%B %Y')+' in '+location
texts[2]=texts[2].replace("[[Category:"+cat+"]]",'')
texts[2]=texts[2].replace("[[Category:"+cat.replace(' ','_')+"]]",'')
cat=date_obj.strftime('%Y')+' in '+location
texts[2]=texts[2].replace("[[Category:"+cat+"]]",'')
texts[2]=texts[2].replace("[[Category:"+cat.replace(' ','_')+"]]",'')
cat=date_obj.strftime('%Y')+' in Russia'
texts[2]=texts[2].replace("[[Category:"+cat+"]]",'')
texts[2]=texts[2].replace("[[Category:"+cat.replace(' ','_')+"]]",'')
self.difftext(texts[0], texts[2])
if texts[0]!=texts[2]:page_not_need_change = False
if verbose:
print('----------- proposed page content ----------- ' +
datestr + '--------')
print(texts[2])
if not dry_run and not interactive:
page.text = texts[2]
if page_not_need_change == False:
page.save(message)
self.create_category_taken_on_day(location, datestr)
else:
print('page not changing')
if interactive:
answer = input(" do change on "+page.full_url() + "\n y / n ? ")
# Remove white spaces after the answers and convert the characters into lower cases.
answer = answer.strip().lower()
if answer in ["yes", "y", "1"]:
page.text = texts[2]
page.save(message+' with manual preview')
self.create_category_taken_on_day(location, datestr)
@staticmethod
def is_wikidata_id(text) -> bool:
# check if string is valid wikidata id
if not isinstance(text,str): return False
if text.startswith('Q') and text[1:].isnumeric():
return True
else:
return False
@staticmethod
def search_wikidata_by_string(text, stop_on_error=True) -> str:
warnings.warn('use wikidata_input2id',
DeprecationWarning, stacklevel=2)
cmd = ['wb', 'search', '--json', text]
response = subprocess.run(cmd, capture_output=True)
object_wd = json.loads(response.stdout.decode())
if stop_on_error:
if not len(object_wd) > 0:
raise ValueError('not found in wikidata: '+text)
return object_wd[0]['id']
def file_add_duplicate_template(self, pagename='',id='',new_filename=''):
'''
append {{Duplicate|new_filename|message}} to old commons file
pagename formats: File:photoname.jpg or concept URL https://commons.wikimedia.org/entity/M56911766