/
fileprocessor.py
2341 lines (1954 loc) · 96.3 KB
/
fileprocessor.py
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import pywikibot
import pywikibot
import json
from exif import Image
import exiftool
import locale
from PIL import Image as PILImage
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
import tempfile
import warnings
import shutil
from tqdm import tqdm
import contextlib
import io
import placejpgconfig
class Fileprocessor:
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)
langs_optional = placejpgconfig.langs_optional
langs_primary = placejpgconfig.langs_primary
exiftool_path = "exiftool"
# TIFF LARGER THAN THIS VALUE WILL BE COMPRESSED TO WEBP
tiff2webp_min_size_mb = 55
chunk_size = 10240000
# chunk_size = 0
photographer = placejpgconfig.photographer
folder_keywords = ['commons_uploaded', 'commons_duplicates']
wikidata_cache = dict()
def convert_to_webp(self, filepath: str) -> str:
"""Convert image to webp.
Args:
source (pathlib.Path): Path to source image
Returns:
pathlib.Path: path to new image
"""
destination = os.path.splitext(filepath)[0]+'.webp'
image = PILImage.open(filepath) # Open image
image.save(destination, format="webp", lossless=False,
quality=98) # Convert image to webp
# copy metadata to webp require recent exiftool
try:
subprocess.check_output(["exiftool", "-ver"])
cmd = ['exiftool', '-charset', 'utf8', '-tagsfromfile',
filepath, '-overwrite_original', destination] # '-all:all' ,
subprocess.run(cmd)
except subprocess.CalledProcessError:
print("Exiftool is not installed. WEBP file created without exif tags")
return destination
def input2filelist(self, filepath,mode=None):
if os.path.isfile(filepath):
files = [filepath]
assert os.path.isfile(filepath)
uploaded_folder_path = os.path.join(
os.path.dirname(filepath), 'commons_uploaded')
elif os.path.isdir(filepath):
files = os.listdir(filepath)
files = [os.path.join(filepath, x) for x in files]
folder_keywords = self.folder_keywords
if mode=='replace_duplicates':
while 'commons_duplicates' in folder_keywords: folder_keywords.remove('commons_duplicates')
files = list(
filter(lambda name: not any(keyword in name for keyword in folder_keywords), files))
uploaded_folder_path = os.path.join(filepath, 'commons_uploaded')
else:
raise Exception("filepath should be file or directory")
return files, uploaded_folder_path
def prepare_wikidata_url(self, wikidata) -> str:
# convert string https://www.wikidata.org/wiki/Q4412648 to Q4412648
wikidata = str(wikidata).strip()
wikidata = wikidata.replace('https://www.wikidata.org/wiki/', '')
return wikidata
def upload_file(self, filepath, commons_name, description, verify_description=False,ignore_warning=False):
# The site object for Wikimedia Commons
site = pywikibot.Site("commons", "commons")
# The upload robot object
bot = UploadRobot(
[filepath], # A list of files to upload
description=description, # The description of the file
# keep original names of urls and files, otherwise it will ask to enter a name for each file
use_filename=commons_name,
keep_filename=True, # Keep the filename as is
# Ask for verification of the description
verify_description=verify_description,
targetSite=site, # The site object for Wikimedia Commons
aborts=True, # List of the warning types to abort upload on
chunk_size=self.chunk_size,
ignore_warning=ignore_warning
)
print()
print('=======================================================')
print(commons_name.center(60, '*'))
# Try to run the upload robot
try:
# bot.run()
# SAVE pywikibot screen output to move photos to subdirs by errors
f = io.StringIO()
with contextlib.redirect_stderr(f):
bot.run()
pywikibot_output = f.getvalue()
# print('>>>'+pywikibot_output+'<<<')
return pywikibot_output
except Exception as e:
# Handle API errors
print(f"API error: {e.code}: {e.info}")
return False
return None
def deprecated_get_wikidata_simplified(self, wikidata) -> dict:
warnings.warn('moved to model_wiki', DeprecationWarning, stacklevel=2)
# get all claims of this wikidata objects
if wikidata in self.wikidata_cache:
return self.wikidata_cache[wikidata]
cmd = ["wb", "gt", "--json", "--no-minimize", wikidata]
response = subprocess.run(cmd, capture_output=True)
object_wd = json.loads(response.stdout.decode())
object_record = {'names': {}}
try:
object_record['names'] = {
"en": object_wd["labels"]["en"],
"ru": object_wd["labels"]["ru"],
}
except:
raise ValueError('object https://www.wikidata.org/wiki/' +
wikidata+' must has name ru and name en')
for lang in self.langs_optional:
if lang in object_wd["labels"]:
object_record['names'][lang] = object_wd["labels"][lang]
if "P373" in object_wd["claims"]:
object_record['commons'] = object_wd["claims"]["P373"][0]["value"]
elif 'commonswiki' in object_wd["sitelinks"]:
object_record['commons'] = object_wd["sitelinks"]["commonswiki"]["title"].replace(
'Category:', '')
else:
object_record['commons'] = None
if "P31" in object_wd["claims"]:
object_record['instance_of_list'] = object_wd["claims"]["P31"]
self.wikidata_cache[wikidata] = object_record
return object_record
def is_wikidata_id(self, text) -> bool:
warnings.warn('moved to model_wiki', DeprecationWarning, stacklevel=2)
# check if string is valid wikidata id
if text.startswith('Q') and text[1:].isnumeric():
return True
else:
return False
def search_wikidata_by_string(self, text, stop_on_error=True) -> str:
warnings.warn('moved to model_wiki', 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)
self.logger.debug('found: '+text+' '+object_wd[0]['concepturi'])
return object_wd[0]['id']
def get_wikidata_labels(self, wikidata) -> dict:
warnings.warn('moved to model_wiki', DeprecationWarning, stacklevel=2)
cmd = ['wb', 'gt', '--props', 'labels', '--json', wikidata]
response = subprocess.run(cmd, capture_output=True)
object_wd = json.loads(response.stdout.decode())
return object_wd['labels']
def get_place_from_input(self,filename:str,street:str,geo_dict:dict,override_key='placeQ',geodata_attribute='wikidata',layer=None)->str:
'''
return wikidata id of photo place
diffirent input variants accepted:
* upload-vehicle.py --street Q12345678 EP2D-0030.jpg
return Q12345678
* upload-vehicle.py --street rail.gpkg EP2D-0030.jpg
read coordinates from EXIF, search by coordinates in rail.gpkg
open 1st layer in vector file, get 'wikidata' field value
* upload-vehicle.py --street rail.gpkg EP2D-0030_placeQ12345678.jpg
return Q12345678
'''
from model_wiki import Model_wiki as Model_wiki_ask
modelwiki = Model_wiki_ask()
# take place from filename if present
if os.path.basename(filename).find(override_key)>0:
street_wdid = self.get_placewikidatalist_from_string(
os.path.basename(filename))[0]
elif os.path.isfile(street):
if geo_dict is None:
self.logger.error(
filename + ' must have coordinates for search in geodata, or set --street')
return None
regions_filepath = street
from model_geo import Model_Geo as Model_geo_ask
modelgeo = Model_geo_ask()
if 'dest_lat' in geo_dict and 'dest_lon' in geo_dict:
lat=geo_dict.get("dest_lat")
lon=geo_dict.get("dest_lon")
else:
lat=geo_dict.get("lat")
lon=geo_dict.get("lon")
street_wdid = modelgeo.identify_deodata(lat, lon, regions_filepath, layer=layer, fieldname=geodata_attribute)
if street_wdid is None:
msg = f'file:{regions_filepath} https://geohack.toolforge.org/geohack.php?params={lat};{lon}_type:camera'
self.logger.error(filename.ljust(
40) + ' not found location in '+msg+'')
modelgeo.save_not_found_geom(lat,lon,filename)
return None
#street_wd = modelwiki.get_wikidata_simplified(street_wdid)
else:
# take street from user input
street_wdid = modelwiki.wikidata_input2id(street)
if street is not None:
assert street_wdid is not None
return street_wdid
def make_image_texts_vehicle(self, filename, vehicle, model, number, street=None, system=None, route=None, country=None, line=None, facing=None, colors=None, operator=None, operator_vehicle_category=None, secondary_wikidata_ids=None, digital_number=None) -> dict:
assert os.path.isfile(filename)
from model_wiki import Model_wiki as Model_wiki_ask
modelwiki = Model_wiki_ask()
categories = set()
need_create_categories = list()
vehicle_names = {'ru': {'tram': 'трамвай', 'trolleybus': 'троллейбус',
'bus': 'автобус', 'train': 'поезд', 'locomotive': 'локомотив', 'auto': 'автомобиль', 'plane': 'самолёт'}}
wikidata_4_structured_data = set()
train_synonims = ['train', 'locomotive', 'emu', 'dmu']
# assert facing in ('Left','Right',None)
# obtain exif
dt_obj = self.image2datetime(filename)
geo_dict = self.image2coords(filename)
if model is not None:
model_wdid = modelwiki.wikidata_input2id(model)
model_wd = modelwiki.get_wikidata_simplified(model_wdid)
model_names = model_wd["labels"]
wikidata_4_structured_data.add(model_wd['id'])
# STREET
# if street - vector file path: get street wikidata code by point in polygon
if street is not None:
street_wdid = self.get_place_from_input(filename,street,geo_dict)
if street_wdid is None:
self.logger.error('not set place/street')
return None
street_wd = modelwiki.get_wikidata_simplified(street_wdid)
street_names = street_wd["labels"]
wikidata_4_structured_data.add(street_wd['id'])
# add city/district to structured data
city_wd = modelwiki.get_territorial_entity(street_wd)
if city_wd is None:
msg = 'https://www.wikidata.org/wiki/' + \
str(street_wdid) + ' must have territorial entity'
self.logger.error(msg)
return None
wikidata_4_structured_data.add(city_wd['id'])
# Optionaly obtain country from gpkg file if country parameter is path to vector file (.gpkg)
if os.path.isfile(country):
country = self.get_place_from_input(filename,country,geo_dict,override_key='_location',geodata_attribute='name:en')
if country is None:
#place should taken from gpkg, but not found
return None
# TAKEN ON LOCATION
# search filename for pattern "_locationMoscow-Oblast"
import re
l=None
regex = "_location(.*?)[_.\b]"
test_str = os.path.basename(filename)
matches = re.finditer(regex, test_str, re.MULTILINE)
for match in matches:
l = match.group()[9:-1].replace('-',' ').title()
if l == 'location':
l = None
if l is not None: country=l
del l
# ROUTE
if route is None:
# extract route "34" from 3216_20070112_052_r34.jpg
import re
regex = "_r(.*?)[_.\b]"
test_str = os.path.basename(filename)
matches = re.finditer(regex, test_str, re.MULTILINE)
for match in matches:
result = match.group()[2:-1]
if 'eplace' in result:
continue
route = result
del result
if route == 'z':
route = None
# DIGITAL_NUMBER
if digital_number is None:
# extract number "1456" from 2TE10M-1456_20230122_444_dn1456.jpg
import re
regex = "_n(.*?)[_.\b]"
test_str = os.path.basename(filename)
matches = re.finditer(regex, test_str, re.MULTILINE)
for match in matches:
digital_number = match.group()[2:-1]
# OPERATOR
if operator is not None:
operator_wd = modelwiki.get_wikidata_simplified(modelwiki.wikidata_input2id(operator))
wikidata_4_structured_data.add(operator_wd['id'])
# OPERATOR VEHICLE CATEGORY
if operator_vehicle_category is not None:
categories.add(operator_vehicle_category.replace('Category:',''))
# SYSTEM
if system=='FROMFILENAME':
# extract system "Q123456" from 16666_20070707_000_systemQ123456.jpg
import re
regex = "_system(.*?)[_.\b]"
test_str = os.path.basename(filename)
matches = re.finditer(regex, test_str, re.MULTILINE)
for match in matches:
system = match.group()[7:-1]
system_names = dict()
if system is not None:
system_wdid = modelwiki.wikidata_input2id(system)
system_wd = modelwiki.get_wikidata_simplified(system_wdid)
system_names = system_wd["labels"]
# GET "RZD" from "Russian Railways"
if 'P1813' in system_wd['claims']:
for abbr_record in system_wd['claims']['P1813']:
system_names[abbr_record['language']
] = abbr_record['value']
wikidata_4_structured_data.add(system_wd['id'])
system_territorial_entity = modelwiki.get_territorial_entity(
system_wd)
if system_territorial_entity is not None:
city_name_en = system_territorial_entity['labels']['en'] or ''
city_name_ru = system_territorial_entity['labels']['ru'] or ''
else:
city_name_en = None
city_name_ru = None
if system is None or (city_name_en is None or city_name_ru is None):
city_wd = modelwiki.get_territorial_entity(street_wd)
try:
city_name_en = city_wd['labels']['en']
city_name_ru = city_wd['labels']['ru']
except:
raise ValueError('object https://www.wikidata.org/wiki/' +
city_wd['id']+' must has name ru and name en')
if city_wd['id'] not in wikidata_4_structured_data:
wikidata_4_structured_data.add(city_wd['id'])
assert city_name_en is not None
# LINE
line_wdid = None
line_wd = None
line_names = dict()
if line is not None:
line_wdid = self.take_user_wikidata_id(line)
line_wd = modelwiki.get_wikidata_simplified(line_wdid)
line_names = line_wd["labels"]
wikidata_4_structured_data.add(line_wdid)
elif line is None and vehicle in train_synonims:
# GET RAILWAY LINE FROM WIKIDATA
if 'P81' in street_wd['claims'] and len(street_wd['claims']['P81']) == 1:
line_wd = modelwiki.get_wikidata_simplified(
street_wd['claims']['P81'][0]['value'])
line_wdid = line_wd['id']
# trollybus garage numbers. extract 3213 from 3213_20060702_162.jpg
if number == 'BEFORE_UNDERSCORE':
number = os.path.basename(
filename)[0:os.path.basename(filename).find('_')]
filename_base = os.path.splitext(os.path.basename(filename))[0]
filename_extension = os.path.splitext(os.path.basename(filename))[1]
placenames = {'ru': list(), 'en': list()}
if 'en' in line_names:
if len(line_names['en']) > 0:
placenames['en'].append(line_names['en'])
if 'en' in street_names:
if street_names['en'] != '':
placenames['en'].append(street_names['en'])
if vehicle not in train_synonims:
objectname_en = '{city} {transport} {number}'.format(
transport=vehicle,
city=city_name_en,
model=model_names['en'],
number=number
)
objectname_ru = '{city}, {transport} {model} {number}'.format(
city=city_name_ru,
transport=vehicle_names['ru'][vehicle],
model=model_names.get('ru', model_names['en']),
number=number
)
commons_filename = '{city} {transport} {number} {dt} {place} {model}{extension}'.format(
city=city_name_en,
transport=vehicle,
number=number,
dt=dt_obj.strftime("%Y-%m %s"),
place=' '.join(placenames['en']),
model=model_names['en'],
extension=filename_extension)
# filename for Moscow Trolleybus
if system_wdid == 'Q4304313':
commons_filename = '{city} {transport} {model} {number} {dt} {place}{extension}'.format(
city=city_name_en,
transport=vehicle,
number=number,
dt=dt_obj.strftime("%Y-%m %s"),
place=' '.join(placenames['en']),
model=model_names['en'],
extension=filename_extension)
# commons_filename = objectname_en + " " +dt_obj.strftime("%Y-%m %s") + model_names['en'] + ' '+ ' '.join(placenames['en'])+ ' ' + filename_extension
elif vehicle in train_synonims:
assert street_names is not None or line_names is not None
if 'en' not in system_names:
system_names['en'] = ''
if 'ru' not in system_names:
system_names['ru'] = ''
# {model} removed
number_lat = translit(number, "ru", reversed=True)
objectname_en = '{system}{number_lat}'.format(
system=system_names['en']+' ',
city=city_name_en,
model=model_names['en'],
number_lat=number_lat,
place=' '.join(placenames['en'])
)
commons_filename = '{system}{number_lat} {dt} {place} {timestamp}{extension}'.format(
system=system_names['en']+' ',
number_lat=number_lat,
dt=dt_obj.strftime("%Y-%m"),
place=' '.join(placenames['en']),
timestamp=dt_obj.strftime("%s"),
extension=filename_extension
)
objectname_ru = '{system}{number}'.format(
system=system_names['ru']+' ',
transport=vehicle_names['ru'][vehicle],
model=model_names.get('ru', model_names['en']),
number=number
)
locomotive_inscription = number_lat
locomotive_railway_code = system_names['en']
commons_filename = commons_filename.replace("/", " drob ")
text = ''
text = """== {{int:filedesc}} ==
{{Information
|description="""
captions = dict()
assert 'en' in street_names, 'https://www.wikidata.org/wiki/' + \
street_wdid + ' must have english name'
captions['en'] = objectname_en + ' at ' + street_names['en']
if route is not None:
captions['en'] += ' Line '+route
if line_wdid is not None:
assert 'en' in modelwiki.get_wikidata_simplified(line_wdid)[
'labels'], 'object https://www.wikidata.org/wiki/' + line_wdid + ' must has name en'
captions['en'] += ' ' + \
modelwiki.get_wikidata_simplified(line_wdid)['labels']['en']
text += "{{en|1=" + captions['en'] + '}}'+"\n"
captions['ru'] = objectname_ru + ' на ' + \
street_names['ru'].replace(
'Улица', 'улица').replace('Проспект', 'проспект')
if route is not None:
captions['ru'] += ' Маршрут '+route
if line_wdid is not None:
captions['ru'] += ' ' + \
modelwiki.get_wikidata_simplified(line_wdid)['labels']['ru']
text += "{{ru|1=" + captions['ru'] + '}}'+"\n"
if model is not None:
text += " {{on Wikidata|" + model_wdid.split('#')[0] + "}}\n"
text += " {{on Wikidata|" + street_wdid + "}}\n"
if type(secondary_wikidata_ids) == list and len(secondary_wikidata_ids) > 0:
for wdid in secondary_wikidata_ids:
text += " {{on Wikidata|" + wdid + "}}\n"
heritage_id = None
heritage_id = modelwiki.get_heritage_id(wdid)
if heritage_id is not None:
text += "{{Cultural Heritage Russia|" + heritage_id + "}}"
today = datetime.today()
if today.strftime('%Y-%m') == '2023-09':
text += "{{Wiki Loves Monuments 2023|1=ru}}"
text += "\n"
text += self.get_date_information_part(dt_obj, country)
text += "}}\n"
tech_description, tech_categories = self.get_tech_description(filename, geo_dict)
assert None not in tech_categories, 'None value in '+str(tech_categories)
text +=tech_description+"\n"
categories.update(tech_categories)
transports = {
'tram': 'Trams',
'trolleybus': 'Trolleybuses',
'bus': 'Buses',
'train': 'Rail vehicles',
'locomotive': 'Locomotives',
'auto': 'Automobiles'
}
transports_color = {
'tram': 'Trams',
'trolleybus': 'Trolleybuses',
'bus': 'Buses',
'train': 'Rail vehicles',
'locomotive': 'Rail vehicles',
'auto': 'Automobiles'
}
transports_wikidata = {
'tram': 'Q3407658',
'trolleybus': 'Q5639',
'bus': 'Q5638',
'train': 'Q1414135',
'locomotive': 'Q93301',
'auto': 'Q1420'
}
if route is not None:
cat="{transports} on route {route} in {city}".format(
transports=transports[vehicle],
route=route,
city=city_name_en)
cat_content='''
{{GeoGroup}}
[[Category:$vehicle routes designated $route|$city_name_en]]
[[Category:$transports in $city_name_en by route|$route]]'''
cat_content=cat_content.replace('$vehicle',vehicle.title())
cat_content=cat_content.replace('$route',route)
cat_content=cat_content.replace('$transports',transports[vehicle])
cat_content=cat_content.replace('$city_name_en',city_name_en)
need_create_categories.append({'name':cat,'content':cat_content})
categories.add(cat)
if 'system_wd' in locals():
if vehicle not in train_synonims:
categories.add(system_wd['commons'])
cat = 'Photographs by {photographer}/{country}/{transport}'
cat = cat.format(photographer=self.photographer,
country=country,
transport=transports[vehicle].lower().capitalize())
categories.add(cat)
cat_content='''{{Usercat}}
[[Category:Photographs_by_'''+self.photographer+'/'+country+''']]'''
modelwiki.create_category(
cat, cat_content)
cat = 'Photographs by {photographer}/{country}'
cat = cat.format(photographer=self.photographer,
country=country,
transport=transports[vehicle].lower().capitalize())
cat_content='''{{Usercat}}
[[Category:Photographs_by_'''+self.photographer+''']]
[[Category:Photographs_of_'''+country+'''_by_photographer]]'''
modelwiki.create_category(
cat, cat_content)
trains_on_line_cat = None
trains_on_station_cat = None
if vehicle in train_synonims:
trains_on_station_cat = None
trains_on_station_cat = modelwiki.search_commonscat_by_2_wikidata(
street_wdid, 'Q870')
if trains_on_station_cat is None:
if street_wd['commons'] is not None:
cat = 'Category:Trains at '+street_wd['commons']
if modelwiki.is_category_exists(cat):
trains_on_station_cat = cat
del cat
if line_wd is not None:
trains_on_line_cat = modelwiki.search_commonscat_by_2_wikidata(
line_wdid, 'Q870')
if trains_on_line_cat is None:
if line_wd['commons'] is not None:
cat = 'Category:Trains on '+line_wd['commons']
if modelwiki.is_category_exists(cat):
trains_on_line_cat = cat
del cat
# TRAINS AT STATION
if trains_on_station_cat is not None:
categories.add(trains_on_station_cat)
if line_wdid is not None:
wikidata_4_structured_data.add(line_wdid)
wikidata_4_structured_data.add(street_wdid)
# TRAINS ON LINE
elif trains_on_line_cat is not None:
categories.add(trains_on_line_cat)
if line_wdid is not None:
wikidata_4_structured_data.add(line_wdid)
wikidata_4_structured_data.add(street_wdid)
if trains_on_station_cat is None:
# STATION
if street_wd['commons'] is None:
self.logger.error('https://www.wikidata.org/wiki/' +
street_wd['id'] + ' must have commons category')
return None
categories.add(street_wd['commons'])
wikidata_4_structured_data.add(street_wdid)
# LINE
if line_wd is not None:
wikidata_4_structured_data.add(line_wd['id'])
if trains_on_line_cat is None and line_wd['commons'] is not None:
categories.add(line_wd['commons'])
else:
if line_wd is not None:
if line_wd['commons'] is not None:
categories.add(line_wd['commons'])
if street_wd is not None and 'commons' in street_wd:
categories.add(street_wd['commons'])
assert None not in wikidata_4_structured_data, 'empty value added to structured data set:' + \
str(' '.join(list(wikidata_4_structured_data)))
# locale.setlocale(locale.LC_ALL, 'en_GB')
if vehicle == 'tram':
catname = "Railway photographs taken on "+dt_obj.strftime("%Y-%m-%d")
categories.add(catname)
if vehicle in train_synonims:
catname = "Railway photographs taken on " + \
dt_obj.strftime("%Y-%m-%d")
categories.add(catname)
modelwiki.create_category(
catname, '{{Railway photographs taken on navbox}}')
if isinstance(country, str) and len(country) > 3:
catname = dt_obj.strftime("%B %Y") + \
" in rail transport in "+country
categories.add(catname)
category_content = '{{GeoGroup|level=2}}{{railtransportmonth-country|'+dt_obj.strftime(
"%Y")[0:3]+'|'+dt_obj.strftime("%Y")[-1:]+'|'+dt_obj.strftime("%m")+'|'+country+'}}'
modelwiki.create_category(catname, category_content)
# do not add facing category if this is interior
if 'Q60998096' in secondary_wikidata_ids:
facing = None
if facing is not None:
facing = facing.strip().capitalize()
# assert facing.strip().upper() in ('LEFT','RIGHT')
if facing == 'Left':
text += "[[Category:"+transports[vehicle] + \
" facing " + facing.lower() + "]]\n"
if facing == 'Right':
text += "[[Category:"+transports[vehicle] + \
" facing " + facing.lower() + "]]\n"
if facing == 'Side':
text += "[[Category:Side views of " + \
transports[vehicle].lower()+"]]\n"
if facing == 'Rear':
text += "[[Category:Rear views of " + \
transports[vehicle].lower()+"]]\n"
if facing == 'Front':
text += "[[Category:Front views of " + \
transports[vehicle].lower()+"]]\n"
if facing == 'Rear three-quarter'.capitalize():
text += "[[Category:Rear three-quarter views of " + \
transports[vehicle].lower()+"]]\n"
if facing == 'Three-quarter'.capitalize():
text += "[[Category:Three-quarter views of " + \
transports[vehicle].lower()+"]]\n"
if facing == 'Left':
wikidata_4_structured_data.add('Q119570753')
if facing == 'Right':
wikidata_4_structured_data.add('Q119570670')
if facing == 'Front':
wikidata_4_structured_data.add('Q1972238')
if colors is None and 'color' in os.path.basename(filename):
colors = self.get_colorlist_from_string(os.path.basename(filename))
if colors is not None:
colorname = ''
if colors[0].upper() == 'RZDGREEN':
text += "[[Category:Trains in Russian railways green livery]]\n".format(
transports=transports_color[vehicle].lower(),
colorname=colorname)
elif colors[0].upper() == 'RZD':
text += "[[Category:Trains in Russian Railways livery]]\n".format(
transports=transports_color[vehicle].lower(),
colorname=colorname)
else:
colors.sort()
colorname = ' and '.join(colors)
colorname = colorname.lower().capitalize()
text += "[[Category:{colorname} {transports}]]\n".format(
transports=transports_color[vehicle].lower(),
colorname=colorname)
# number
has_category_for_this_vehicle = False
if number is not None:
number_filtered = number
if '-' in number_filtered:
number_filtered = number_filtered[number_filtered.index(
'-')+1:]
if digital_number is None:
digital_number = number_filtered
if number is not None and vehicle in ('bus','trolleybus','tram'):
cat = f'{city_name_en} {vehicle} {number}'
self.logger.info('search if exist optional category '+cat)
if modelwiki.is_category_exists(cat):
has_category_for_this_vehicle = True
categories.add(cat)
elif number is not None and vehicle in train_synonims:
# search for category for this railway locomotive
cat = f'{locomotive_railway_code} {locomotive_inscription}'
if modelwiki.is_category_exists(cat):
has_category_for_this_vehicle = True
categories.add(cat)
else:
catname = "Number "+digital_number+" on rail vehicles"
category_page_content = '{{NumbercategoryTrain|'+digital_number+'}}'
modelwiki.create_category(catname, category_page_content)
categories.add(catname)
# upper category
catname = 'Number '+digital_number+' on vehicles'
category_page_content = '{{Numbercategory-vehicle|'+digital_number + \
'|vehicle|Number '+digital_number+' on objects|Vehicle}}'
modelwiki.create_category(catname, category_page_content)
# upper category
catname = 'Number '+digital_number+' on objects'
category_page_content = '{{Number on object|n='+digital_number+'}}'
modelwiki.create_category(catname, category_page_content)
# end of search category for this vehicle
if number is not None and vehicle == 'bus':
catname = f'Number {digital_number} on buses'
if not has_category_for_this_vehicle: categories.add(catname)
modelwiki.create_number_on_vehicles_category(vehicle='bus', number=digital_number)
elif number is not None and vehicle == 'trolleybus':
catname = f'Number {digital_number} on trolleybuses'
if not has_category_for_this_vehicle: categories.add(catname)
modelwiki.create_number_on_vehicles_category(vehicle='trolleybus', number=digital_number)
elif number is not None and vehicle == 'tram':
catname="Trams with fleet number "+digital_number
if not has_category_for_this_vehicle: categories.add(catname)
category_page_content = '{{' + \
f'Numbercategory-vehicle-fleet number|{digital_number}|Trams|Number {digital_number} on trams'+'|image=}}'
modelwiki.create_category(catname, category_page_content)
elif number is not None and vehicle != 'tram':
pass
if dt_obj is not None and vehicle not in train_synonims:
catname = "{transports} in {country} photographed in {year}".format(
transports=transports[vehicle],
country=country,
year=dt_obj.strftime("%Y"),
)
text += "[[Category:"+catname+"]]\n"
if vehicle == 'trolleybus':
category_page_content = "[[Category:{transports} photographed in {year}]]\n[[Category:{transports} photographed in {year}]]".format(
transports=transports[vehicle],
country=country,
year=dt_obj.strftime("%Y"),
)
modelwiki.create_category(catname, category_page_content)
# MODEL
# if dt_obj is not None and vehicle == 'trolleybus':
# category for model. search for category like "ZIU-9 in Moscow"
if not has_category_for_this_vehicle:
cat = modelwiki.get_category_object_in_location(
model_wd['id'], street_wd['id'], order=digital_number, verbose=True)
if cat is not None:
categories.add(cat)
else:
categories.add(model_wd["commons"] +
'|' + digital_number)
# categories for secondary_wikidata_ids
# search for geography categories using street like (ZIU-9 in Russia)
if type(secondary_wikidata_ids) == list and len(secondary_wikidata_ids) > 0:
for wdid in secondary_wikidata_ids:
cat = modelwiki.get_category_object_in_location(
wdid, street_wdid, verbose=True)
if cat is not None:
categories.add(cat)
else:
wd_record = modelwiki.get_wikidata_simplified(wdid)
if wd_record is None:
return None
secondary_objects_should_have_commonscat = False
if secondary_objects_should_have_commonscat:
assert 'commons' in wd_record, 'https://www.wikidata.org/wiki/' + \
wdid + ' must have commons'
assert wd_record["commons"] is not None, 'https://www.wikidata.org/wiki/' + \
wdid + ' must have commons'
if 'commons' in wd_record and wd_record["commons"] is not None:
categories.add(wd_record['commons'])
categories.discard(None)
for catname in categories:
assert catname is not None, 'none value in categories:' + str(categories)+' '+filename
catname = catname.replace('Category:', '')
text += "[[Category:"+catname+"]]" + "\n"
#optional add city to SDC by coordinate
city_wdid = None
if os.path.isfile('building-generator.gpkg'):
city_wdid = self.get_place_from_input(filename,'building-generator.gpkg',geo_dict,layer='cities',override_key='_city',geodata_attribute='wikidata') or ''
if city_wdid is not None: wikidata_4_structured_data.add(city_wdid)
# add transport type to SDC
# vehicle to wikidata
vehicles_wikidata = {"trolleybus": "Q5639", "bus": "Q5638",
"tram": "Q3407658", "auto": "Q1420", "locomotive": "Q93301", "train": "Q870"}
if vehicle in vehicles_wikidata:
wikidata_4_structured_data.add(vehicles_wikidata[vehicle])
if vehicle in train_synonims:
wikidata_4_structured_data.add(vehicles_wikidata['train'])
assert None not in wikidata_4_structured_data, 'empty value added to structured data set:' + \
str(' '.join(list(wikidata_4_structured_data)))
return {"name": commons_filename,
"text": text,
"structured_data_on_commons": list(wikidata_4_structured_data),
"country":country,
'captions': captions,
'need_create_categories':need_create_categories,
"dt_obj": dt_obj}
def get_colorlist_from_string(self, test_str: str) -> list:
# from string 2002_20031123__r32_colorgray_colorblue.jpg returns [Gray,Blue]
# 2002_20031123__r32_colorgray_colorblue.jpg
import re
# cut to . symbol if extsts
test_str = test_str[0:test_str.index('.')]
# split string by _
parts = re.split('_+', test_str)
lst = list()
for part in parts:
if part.startswith('color'):
lst.append(part[5:].title())
print(lst)
return lst
def get_replace_id_from_string(self, test_str: str) -> str:
'''
from string 12345_replace56911685.jpg returns M56911685
'''
import re
# cut to . symbol if extsts
test_str = test_str[0:test_str.index('.')]
lst = re.findall(r'(replace\d+)', test_str)
id=lst[0].replace('replace','')
return id
def get_wikidatalist_from_string(self, test_str: str) -> list:
''' from string 2002_20031123__r32_colorgray_colorblue_wikidataQ12345_wikidataAntonovka.jpg returns [Q12345]
# 2002_20031123__r32_colorgray_colorblue.jpg
'''
import re
# cut to . symbol if extsts
test_str = test_str[0:test_str.index('.')]
lst = re.findall(r'(Q\d+)', test_str)
return lst
def get_placewikidatalist_from_string(self, test_str: str) -> list:
# from string 2002_20031123__r32_colorgray_colorblue_locationQ12345_wikidataAntonovka.jpg returns [Q12345]
# 2002_20031123__r32_colorgray_colorblue.jpg
import re
# cut to . symbol if extsts
test_str = test_str[0:test_str.index('.')]
lst = re.findall(r'(placeQ\d+)', test_str)
lst2 = list()
for line in lst:
lst2.append(line[5:])
lst = lst2
del lst2
if 'placeQ' in test_str:
assert lst[0].startswith('Q'), lst[0] + \
' get instead of wikidata id'
return lst
def get_date_information_part(self, dt_obj, taken_on_location):
st = ''
st += (
"""|date="""
+ "{{Taken on|"
+ dt_obj.isoformat()
+ "|location="
+ taken_on_location
+ "|source=EXIF}}"
+ "\n"
+"""|source={{own}}
|author={{Creator:""" + self.photographer+"""}}"""
)
return st
def get_tech_description(self, filename, geo_dict):